Grinnell Grooved Products Catalogue

Transcription

78410 Tyco TYCENMECH 0811 Omslag v3_77847 Tyco TYCENMECH catalogue-Omslag Mech 03/01/2012 10:01 Page 1
Mechanical Grooved Products
Mechanical
Grooved
Products
• Flame Free Jointing Method
• Reduced HVAC Installation Time & Cost
• Accommodates Pipeline Thermal Movement
• Increase Productivity - Optimise Skills & Labour
Austria
(Vienna)
Tel: +43 (0)1 271 0049
Fax: +43 (0)1 271 0142
Germany
(Rodgau)
Tel: +49 (0)6106 84455
Fax: +49 (0)6106 18177
Norway
(Lørenskog)
Tel: +47 6791 7700
Fax: +47 6791 7715
United Arab Emirates
(Dubai)
Tel: +971 (0)4 883 8689
Fax: +971 (0)4 883 8674
Belgium
(Mechelen)
Tel: +32 (0)15 285 555
Fax: +32 (0)15 206 076
Hungary
(Budapest)
Tel: +36 (0)1481 1383
Fax: +36 (0)1203 4427
Spain
(Madrid)
Tel: +34 91 380 7460
Fax: +34 91 380 7461
United Kingdom & Ireland
(Manchester)
Tel: +44 (0)161 875 0400
Fax: +44 (0)161 875 0491
France
(Paris)
Tel: +33 (0)1 4817 8727
Fax: +33 (0)1 4817 8720
Italy
(Nerviano)
Tel: +39 (0)331 583 000
Fax: +39 (0)331 583 030
Sweden
(Lammhult)
Tel: +46 (0)472 269 980
Fax: +46 (0)472 269 989
www.tyco-fsbp.com
ENGLISH
TYCENMECH 0811
Europe/ Middle East /
Africa (EMEA)
The Netherlands
Enschede
Tel: +31 (0)53 428 4444
Fax: +31 (0)53 428 3377
www.tyco-fsbp.com
78410 Tyco TYCENMECH 0811 H0 v2_GRI-0664#Mech H4.qxd 08/12/2011 17:34 Page 2
Index
1
General
P. 1.000-1.012
Couplings, Fittings & Flanges
2
P. 2.000-2.060
Branch Outlets
3
P. 3.000-3.007
Stainless Steel Couplings,
Fittings & Flanges
4
P. 4.000-4.010
Miscellaneous
5
P. 5.000-5.037
HDPE Systems
6
P. 6.000-6.004
G-MINE PVC Systems
7
P. 7.000-7.024
Pipe Preparation Tools
8
P. 8.000-8.004
Design Data
9
P. 9.000-9.012
Installation Instructions
10
P. 10.000-10.012
TYCENMECH-0811
Tyco reserves the right to change the contents without notice
78410 Tyco TYCENMECH 0811 H1 v5_77847 Tyco TYCENMECH catalogue-Mech H1 v1 20/12/2011 14:19 Page 1
General
1
General
TYCENMECH 0811
P. 1.000 - 1.013
1.000
General,
The GRINNELL Coupling
1
GRINNELL Grooved Products are designed for use within grooved end pipe systems and are available in
nominal sizes of 25mm (1") to 600mm (24") depending on the coupling figure number.
GRINNELL Couplings provide several cost advantages over welded or flanged systems. They also provide
a universal means for the connection of pipe, fittings and pipe system components.
GRINNELL Couplings and Gaskets permit the selection of suitable combinations for specific applications.
Field modifications are easily accommodated with GRINNELL Grooved Couplings as the couplings can
be rotated, added or removed, to allow necessary modifications.
* Flexible Couplings act as an "expansion joint", allowing linear and angular movement of the pipe.
They are designed so the coupling keys engage the pipe without gripping on the bottom of the
grooves, yet they still provide a restrained mechanical joint. This is particularly useful to allow for pipe
expansion or contraction and piping misalignment.
* Rigid Couplings provide rigid fitting of the pipe. They are designed to bring the pipe ends closer
together. The coupling clamps firmly onto the pipe OD and also onto the bottom
of the grooves. Because Rigid Couplings clamp around the entire pipe surface,
they provide resistance to flexural loads and therefore permit longer spacing
to ASME/ANSI B31.1 (Power Piping) and ASME/ANSI B39.1 (Building Services)
requirements as well as NFPA 13 (Sprinkler Systems).
Bolts and nuts
Coupling bolts and nuts are heat
treated carbon steel, oval-neck
track head bolts and heavy hex
nuts, conforming to ASTM A-183
minimum tensile strength of
110,000 psi. Bolts and nuts are
Zinc electroplated to ASTM B633.
The oval neck design prevents
turning off the bolt while
tightening the hex nut with
a single wrench. The metric
bolts and nuts are made out of
zinc electroplated carbon steel.
Gaskets
Grade “E” EPDM with green colour code identification
conforms to ASTM D-2000 for service temperature from
-34°C (-30° F) to 110°C (230° F). These gaskets are recommended for
hot water not to exceed 110°C (230° F), plus a variety of diluted
acids, oil free air and many chemical services. They are not
recommended for petroleum services.
For dry pipe and freezer systems a Tri-Seal Grade “E” Gasket with
rigid couplings is recommended.
For details of special gaskets, Grade “T” Nitrile, Grade “EN” EPDM
(for potable water services), Grade “O” Fluoro Elastomer and Grade
“L” Silicone, see chapter 7.
Coatings
All housings are standard coated
with a lead-free water based red
coloured enamel paint.
Hot dipped zinc galvanized, epoxy
or other coatings are optional.
For detailed information contact
your local sales office.
First seal
C-shape rubber gasket naturally
seals on pipe ends.
Third seal
The system pressure or vacuum will
then maximize the leak-tight seal.
TYCENMECH 0811
Second seal
The housings compress the gasket
to increase the sealing capacity.
1.001
General,
The GRINNELL Coupling
Expansion and contraction
GRINNELL Flexible couplings are able to absorb linear movement
of the pipework due to temperature changes. This eliminates or
minimises the need for expansion joints.
1
Maintenance
The GRINNELL Grooved System method allows for quick
economical changes as necessary for field retrofit, with the ability
to isolate equipment and piping systems for modifications and
system repair.
Noise and vibration
The use of GRINNELL couplings reduces noise and vibration in
pipe systems.
Self restraining
The coupling housings are designed to engage into the grooves
and provide a secure joint. The pipe ends are sealed by a pressure
responsive gasket which is encapsulated by the ductile iron housing.
Misalignment
The GRINNELL flexible couplings will accommodate misalignments.
The maximum deflection per coupling can be found in this catalogue.
Joint deflection
GRINNELL flexible couplings are within reason able to absorb pipe
deflection, for further details contact your sales office.
This is a great advantage in tunnel, bridge and mine applications.
Rigid Connection
The Figure 577 and 772 couplings have a patented design that allows
the coupling housings to grip along the full 360º circumference of
the pipe groove. This means a more rigid and stronger connection
through a range of pipe tolerances. The coupling design eliminates
distortion of the gasket as the housing sections come together.
Trouble Free Design
The patented universal tongue and groove design of the coupling
housings assures trouble free installation. Potential misalignment
of the coupling housings that could lead to a joint failure is a thing
of the past.
Quick Installation
The GRINNELL Figure 577, 772 and 705 Coupling in sizes up to 8"
features a clamshell design that allows for an easy one bolt
installation thus saving time in the field.
TYCENMECH 0811
1.002
Advantages of GRINNELL
Grooved Piping Products
1
• GRINNELL Grooved can
reduce installation
time for your piping
by 50%.
• GRINNELL Grooved
only requires
wrenches for
installation.
reduces the cost of
your installation.
• GRINNELL Grooved is
backed up by a 10 year
limited warranty.
dependable; it is tested
and approved by the
major classification societies.
safe, no hot work
is required.
• GRINNELL Grooved can be
used in hazardous areas,
without special precautions.
reduces noise and
vibration in pipe
systems.
requires far less
space than
traditional flanged system.
a self restraining joint.
reduces welding
contamination.
• GRINNELL Grooved is healthy.
It does not lead to hazardous
fumes in working area.
• GRINNELL Grooved will
accommodate
misalignment.
can absorb deflection
to a certain value.
is green. The products
are made of 90%
recycled materials.
is a renowned quality
product; it is
manufactured
according to the
ISO 9001 QA standard.
able to tolerate linear
movement of the
piping system.
• GRINNELL Grooved is not only
a product, it provides a
complete piping solution of
couplings, fittings and valves
10 years Limited Warranty on GRINNELL Products
Products manufactured by Tyco
International (Tyco) under the
GRINNELL brand are warranted
solely to the original Buyer for ten
(10) years from date of shipment by
Tyco against defects in material and
workmanship when paid for and
properly installed and maintained
under normal use and service, except
for the G-MINE line of products,
which are warranted solely to the
original Buyer for six (6) months
from date of shipment by Tyco
against defects in material and
workmanship when paid for and
properly installed and maintained
under normal use and service. No
warranty is given for products or
components manufactured by
companies not affiliated by
ownership with Tyco or for products
and components which have been
subject to misuse, improper
installation or maintenance,
corrosion, or other external sources
of damage. Materials found by Tyco
TYCENMECH 0811
to be defective shall be either
repaired or replaced, at Tyco’s sole
option. Tyco neither assumes, nor
authorizes any person to assume for
it, any other obligation in connection
with the sale of products or parts of
products. Tyco shall not be
responsible for system design errors
or inaccurate or incomplete
information supplied by Buyer or
Buyer’s representatives.
IN NO EVENT SHALL TYCO BE
LIABLE, IN CONTRACT, TORT,
STRICT LIABILITY OR UNDER ANY
OTHER LEGAL THEORY, FOR
INCIDENTAL, INDIRECT, SPECIAL OR
CONSEQUENTIAL DAMAGES,
INCLUDING BUT NOT LIMITED TO
LABOR CHARGES, REGARDLESS OF
WHETHER TYCO WAS INFORMED
ABOUT THE POSSIBILITY OF SUCH
DAMAGES, AND IN NO EVENT
SHALL TYCO’S LIABILITY EXCEED
AN AMOUNT EQUAL TO THE SALES
PRICE.
The foregoing warranty is made in
lieu of any and all other warranties,
express or implied, including
warranties of merchantability and
fitness for a particular purpose.
This limited warranty sets forth the
exclusive remedy for claims based
on failure of or defect in products,
materials or components, whether
the claim is made in contract, tort,
strict liability or any other legal
theory.
This warranty will apply to the full
extent permitted by law. The
invalidity, in whole or part, of any
portion of this warranty will not
affect the remainder.
1.003
General,
The GRINNELL grooved catalogue
The Approvals
1
Assessed to ISO
9001:2000
Certificate number 169
ACS
ARPA
97/23/EC
(for details contact us)
Note: Not all products in this catalogue have all above mentioned approvals. For specific information on
Mechanical and Fire Protection approvals and details on pressure ratings and listings please contact
Tyco Fire Protection Products (FPP).
DISCLAIMER
Every effort has been made to ensure the accuracy of the information included in this catalogue.
However, GRINNELL makes no express or implied warranty of any kind with respect to this information.
GRINNELL further accepts no responsibility or liability resulting from the use of the information contained herein.
TYCENMECH 0811
1.004
General,
Applications
1
Heating, ventilation and
air conditioning
The Comfort Factor
Using GRINNELL couplings and
fittings in comfort piping systems
combines a number of
advantages. The ease and
swiftness of installation reduces
the actual time needed on the
jobsite. Furthermore, any
“on the spot” changes in the
piping system can be handled
with GRINNELL.
An air duct where your heating
line should be? Using some
extra 45° elbows takes you
around any obstacle.
Even mistakes in prefab can be
corrected easily. By loosening
the bolts and nuts, fittings can
be simply rotated in the required
direction, prior to filling the
system and pressurizing.
TYCENMECH 0811
GRINNELL flexible couplings can
also take care of misalignment.
These extra degrees of angular
deflection help you to
compensate when needed.
Thermal expansion? The use of
flexible couplings offers you
a few millimetres of movement
per coupling. When correctly
designed, you can save on the
use of expansion joints.
The noise and vibration that is
generated by pumps and chillers
is reduced by GRINNELL
couplings.
So by using GRINNELL grooved
products you do a lot more than
you think. Not only have you
just connected pipe, you
have taken care of thermal
expansion and contraction,
misalignment and noise
reduction.
Working in confined spaces all
of a sudden has become very
easy. No longer do you have to
move heavy equipment, or be
afraid of welding sparks creating
potential fires.
Now, all you need is the space
to operate a wrench and you
have done it in the fastest
possible way.
Saving time and money!
1.005
General,
Applications
1
Fire Protection, Saving Lives
and Property
All over the world, approval
bodies have recognized the
advantages that GRINNELL
couplings and fittings offer
to the Fire Protection industry.
When installing a system that
is engineered and designed
to fight fires, you do not want
to use an installation method
which creates a potential
fire hazard.
Installing GRINNELL grooved
products only requires a ratchet
wrench. No open flames or
TYCENMECH 0811
torches are needed, no sparks
are seen when GRINNELL
couplings are installed.
This feature has led to
authorities accepting and
approving GRINNELL grooved
products for Fire Protection
systems all over the world.
For wet and dry sprinkler
systems, for deluge systems
and foam installations.
GRINNELL grooved products are
used on galvanized or stainless
steel pipework.
GRINNELL couplings, fittings
and valves have a track-record
going back many decades.
Combining advantages of rapid
installation, prefabrication, ease
of maintenance, de and safety
brings the Fire Protection
industry the product they need:
GRINNELL, the grooved concept.
1.006
General,
Applications
1
Tunnels, Bridges and Mines,
Under and Over
The construction of tunnels and
bridges always requires a great
deal of temporary piping
needed to provide compressed
air and water for drilling
equipment. With GRINNELL
couplings and fittings, a quick
method is offered to erect and
dismantle great distances of
piping quickly. Slurry drain lines
to transport sand, rock and
water are often concrete lined to
prevent premature wear of the
piping system.
By using GRINNELL couplings,
rotation of the pipework to
ensure maximum use of the
available lining has become very
easy. Just loosening the bolts and
nuts on two couplings offers the
ability to rotate the pipe (never
remove any piping components
nor correct or modify any piping
deficiencies without first
depressurizing and draining
the system).
TYCENMECH 0811
In tunnels or on bridges,
used for drainage, drinking
water, compressed air and fire
protection. Here, flexible
couplings are used to enable
pipework to follow changes in
direction and the general course
of the tunnel or bridge.
hazardous environment.
Here too, flexible couplings offer
the ability to follow the terrain,
without having to use special
fittings to compensate for
misalignment. By loosening
two couplings, pipe lines can
be replaced or modified and
segments can be added without
increased down time.
In mining, safety is the number
one issue. GRINNELL grooved
products can be installed without
having to use welding equipment
or torches in a potentially
1.007
General,
Applications
1
Industrial Applications,
Safety First!
There are many reasons why
so widely used in Industrial
applications. One of the main
reasons is that GRINNELL
couplings, fittings and valves
can be installed without risk of
fire or explosion.
When conducting maintenance,
the down time for system
cleaning or changes to pipework
is reduced to a minimum.
By removing two couplings,
entire sections of pipe can be
replaced or altered.
In abrasive systems where lined
piping is used, the loosening of
two couplings (in many cases
just 4 bolts and nuts) enables
the rotation of pipe segments.
By then rotating the pipe 45°
optimal use can be made of the
remaining inner protection.
In tank storage areas,
GRINNELL grooved products
are often used to compensate
ground settlement. The use of
a number of flexible couplings
in line offers the ability to deal
with vertical movement of the
pipe lines.
TYCENMECH 0811
Temporary pipe lines can
be quickly installed and
disconnected, providing an
easy and secure solution.
steel piping. GRINNELL offers
a full range of stainless steel
fittings, available in different
qualities.
can be used with all carbon steel
piping, including galvanized
pipe. Furthermore there is an
increased use of GRINNELL
grooved products on stainless
To prevent metallic corrosion,
GRINNELL couplings are either
supplied galvanized, stainless
steel or coated with a special
material preventing contact
between pipe coupling.
1.008
General,
Applications
1
Snow-Making, the Cold Facts
In many ski resorts you will find
being used on the distribution
pipes feeding snow cannons.
The advantages of quick
installation, easy maintenance
and most of all the ability to use
flexible couplings that will follow
the course of the terrain make
GRINNELL grooved products the
“Number One Solution” for
pipe connections.
Automotive, Mobility in Piping
In the automotive industry
GRINNELL couplings are used
on virtually all systems.
In addition to heating and
air-conditioning systems,
couplings, valves and fittings
are used on compressed air
lines, drain and process lines
and for fire protection.
Using GRINNELL products
greatly reduces down-time when
systems need to be serviced.
TYCENMECH 0811
1.009
General,
Applications
1
Water Treatment,
Clean and Quick
All areas of water treatment
such as water pipelines, reverse
osmosis and ultra filtration
installations, have discovered
the advantages of GRINNELL
grooved products. In small
diameters, even on galvanized
and stainless steel piping,
GRINNELL stainless steel or
coated couplings offer a much
better technical solution for
TYCENMECH 0811
pipe connections. In complex
industrial sites, GRINNELL
couplings are used on up to
609.6 mm / 24” piping.
When compared to flanged
systems, GRINNELL grooved
products use far less space and
offer increased time savings by
reducing the number of nuts
and bolts to be tightened. This is
a huge advantage during
installation, but increasingly
important during maintenance
and system changes.
1.010
Index
1
DESCRIPTION
FIGURE
NUMBER
PAGE
NUMBER
DESCRIPTION
FIGURE
NUMBER
PAGE
NUMBER
Standard Weight Flexible Coupling
705
2.002
Welding branchlet threaded
---
2.060
Standard Weight Rigid Coupling
577
2.003
Mechanical Tee -Threaded
730 THR
3.002
Flexible Coupling
707
2.004
Mechanical Tee - Grooved
730 GRV
3.004
Rigid Coupling
772
2.005
Mechanical Fitting - Threaded
522
3.006
Reducing Flexible Coupling
716
2.006
Spare gaskets Mechanical Tee/Fitting
---
3.007
High Pressure Rigid Coupling
770
2.007
Stainless Steel Rigid Coupling
472
4.001
Plain End Coupling
909
2.008
Stainless Steel Flexible Coupling
405
4.002
Grooved Snap Couplings
780
2.009
Rilsan® coated Flexible Couplings
705R
4.003
Spare Coupling Gaskets
----
2.010
Stainless Steel 90° Elbow
410
4.004
Split Flange DIN PN10/16
71
2.013
Stainless Steel 45° Elbow
401
4.005
Split Flange ANSI 125/150lb
71
2.014
Stainless Steel Equal Tee
419
4.006
Flange Adapter Insert
71 DIN/ANSI
2.016
Stainless Steel End cap
460
4.007
90° Elbow
210
2.019
Stainless Steel Flange adaptors PN16
443
4.008
90° Long Radius Elbow 1.5D
210LR
2.020
Stainless Steel Flange adaptors PN10
444
4.008
45° Elbow
201
2.022
Stainless Steel Reducing Tee
421
4.009
45° Elbow
301
2.023
Stainless Steel Concentric Reducer
450
4.010
22.1/2° Elbow
212
2.024
Butterfly Valve - UL/FM/VdS/LPCB
39109S
5.002
22.1/2° Elbow
312
2.025
Butterfly Valve - APSAD
39109A
5.003
11.1/4° Elbow
211
2.026
Butterfly Valve 300psi - UL/FM
BFV-N
5.004
11 1/4˚ Elbow
311
2.027
Butterfly Valve / Lever - Potable Water
39101
5.005
Equal Tee
219
2.028
Butterfly Valve / Lever- Nitrile disc
39101N
5.006
Equal Tee
319
2.029
Butterfly Valve / Gear - Potable Water
39107
5.007
Reducing Tee
221
2.030
Butterfly Valve / Lever - HVAC
39101HV
5.008
Reducing Tee
321
2.032
Check Valve
CV-1
5.009
Hydrant Tee
222
2.034
WYE-Strainer
760
5.011
Reducing Tee with BSP branch - Fabricated
322
2.035
Ball Valve
835
5.012
Cross
227
2.036
Gate Valves, OS&Y, Flanged-Grooved
TMRT
5.013
Concentric Reducer
250
2.037
Gate Valves, OS&Y, Grooved-Grooved
TMRG
5.014
Concentric Reducer
350
2.039
Gate Valves, NRS, Flanged-Grooved
TMCT
5.015
Eccentric Reducer
251
2.041
Gate Valves, NRS, Grooved-Grooved
TMCG
5.016
Eccentric Reducer
351
2.042
Flow Meter
Venturi
5.017
90° Short Radius Elbows
510S
2.044
Circuit Balancing Valves
CB800
5.018
Short Radius Equal Tee
519S
2.045
Expansion Joints
RXAG
5.023
End Cap
260
2.046
Expansion Joints
ALG
5.024
End Cap
360
2.047
Expansion Joints
ANS
5.025
End Cap with 1.1/2” BSP Drain
361
2.048
Rubber Bellow, Threaded
FTU
5.026
End Cap with 2” BSP Drain
362
2.048
Rubber Bellow, Flanged
FSF
5.027
End Cap with 3/4” BSP Drain
363
2.049
Flexible Hoses
UFBX
5.028
End Cap with 1” BSP Drain
364
2.049
Fix Point
Hercules
5.030
Flange Adaptor ANSI 150lb
341
2.051
Control Valve
RAF [Globe]
5.031
Flange Adaptor DIN PN16
343
2.052
Control Valve
RAF [Angle]
5.032
Flange Adaptor DIN PN10
344
2.052
Control Valve
RAF 60/62
5.033
Pipe Nipple - Male Threaded / Grooved
304
2.054
Control Valve
RAF 80/82
5.034
Pipe Nipple - Female Threaded / Grooved
305
2.055
Control Valve
RAF 31/33
5.035
Lateral 45°
314
2.056
Control Valve
RAF 13
5.036
Reducing lateral 45°
325
2.057
Lubricant
----
5.037
Dielectric Waterway
407
2.058
HPDE Systems
9095
6.001
Welding branchlet threaded
---
2.059
HPDE Systems
9097
6.002
* GRINNELL Grooved series 300 fittings are fabricated, series 200 cast
TYCENMECH 0811
1.011
DESCRIPTION
FIGURE
NUMBER
PAGE
NUMBER
DESCRIPTION
FIGURE
NUMBER
PAGE
NUMBER
HPDE Systems
9094
6.003
45˚ Sweep Elbows (Spline x Spline)
72914
7.016
SDR Pipe (Spline x Spline)
72900
7.002
Caps & Plugs (Spline)
72915
7.017
Couplings (Spline x Spline)
72904
7.003
Flange Adapters (Spline x Flange)
72916
7.018
Couplings (Spline x Solvent Weld)
72905
7.004
Tees (Spline x Spline x Spline)
72917
7.019
Reducing Couplings (M Spline x F Spline)
72919
7.005
Reducing Tees (Spline x Spline x Spline)
72918
7.020
Outlet Couplings
72940
7.006
G-Mine Butterfly Valves
B8200
7.021
Outlet Couplings
72930
7.007
Splines
72999
7.022
Nipples (Spline x Plain End)
72906
7.008
ITGM Insertion Tools
ITGM
7.023
Nipples (Spline x Groove)
72907
7.009
Replacement Gaskets
72899
7.023
Nipples (Spline x Male Thread)
72908
7.010
Pipe preparation tools
Nipples (Plain End x Male Thread)
72909
7.011
HCTOOL
8.002
Nipples (Spline x Spline)
72911
7.012
Pipe measuring tape
Measuring Tape
8.003
90˚ Elbows (Spline x Spline)
72910
7.013
Centre Punch
8.003
72912
7.014
Gauges
8.004
72913
7.015
TYCENMECH 0811
8.001
1.012
1
General, Identification Article Numbers
GRINNELL Grooved
1
Digit
Digit
Digit
Digit
Digit
01
02
03
04
05
Figure number
Figure number
Figure number
Internal Code
Gasket: E for C-style EPDM (Grade E)
T for Tri-Seal EPDM (Grade E)
B for C-style Nitrile/Buna-N
Digit
Digit
Digit
Digit
Digit
06
07
08
09
10
(Grade T)
D for C-style EPDM
(Grade EN,
ACS/WRAS/ARPA approved)
V for C-style Fluoro Elastomer
Size
Size
Size
Size
Finish: 0 for Painted orange
1 for Painted red
2 for Galvanized
3 for Unpainted
4 for Stainless Steel 316
R for Rilsan
(Grade O)
S for C-style Silicone
(Grade L)
Inches (mm)
Sizes for clamp-T and reducers
Digit 06-07-08-09
Example: 4” x 2” 4220 (Biggest size first)
Sizes for couplings and fittings
Digit 06-07-08-09
1/2
05
n/a
3/4
07
n/a
1
10
0034
1 1/4
12
0042
1 1/2
15
0048
2
20
0060
2 1/2 (73.0)
25
0073
2 1/2 (76.0)
26
0076
3
30
0089
4 (108.0)
41
0108
4
42
0114
5 (133.0)
51
0133
5 (139.7)
52
0139
5 (141.3)
53
0141
6 (159.0)
61
0159
6 (165.1)
62
0165
6 (168.3)
63
0168
8
80
0219
10
11
0273
12
13
0324
14
14
0355
16
16
0406
18
18
0457
20
21
0508
24
24
0610
Size
CLAMP-T · DIGIT 05
T = BSP thread
N = NPT thread
G = grooved
Standard Figure
Numbers
Standard Figure
Numbers
Example #1:
Example #2:
577ME00891:
Fig. number
Internal Code
Gasket
Size
730AG63261:
Finish
Figure number: 577 · Rigid Lightweight Coupling
Internal Code: M
Gasket: E · EPDM C-style
Size: 0089 · 3”, 88.9mm
Finish: 1 · Painted Red
Fig. number
Internal Code
Outlet
Size
Finish
Figure number: 730 · Mechanical Tee
Internal Code: A
Outlet: G · Grooved (T for BSP Thread; N for NPT
Thread)
Size: 6326 · 6” x 2 1/2”, 168.3 x 76.1mm
Finish: 1 · Painted Red
“All Mechanical Tees have standard EPDM Gaskets. Nitrile (Buna-N) optional”
TYCENMECH 0811
1.013
2
TYCENMECH 0811
P. 2.000 - 2.060
2.000
Couplings, Fittings & Flanges,
Material specification
2
Material specifications:
GRINNELL Grooved Products
are manufactured in modern,
state of the art ductile iron
foundries. The following
applicable material specifications
for ductile iron, galvanizing and
rubber-injection apply:
Housing & Fitting specifications
Cast:
• ASTM A-536 - Standard
specifications for Ductile Iron
Castings Grade 65-45-12
• Tensile Strength, minimum
65,000 psi
• Yield Strength, minimum
45,000 psi
• Elongation minimum 12%
• ASTM A-153 Standard
Specification for Hot Dip
Galvanizing
Fabricated:
Carbon steel according
DIN/BS/ASTM Standard.
ASTM A-153 or DIN EN10240
[Previous DIN2444]
Standard Specification for Hot
Dip Galvanizing
Gasket Specifications
Grade ‘E’ EPDM gaskets have
a green colour code identification
and conform to ASTM D-2000 for
service temperatures from -34°C
[-30°F] to +110°C [+230°F].
They are recommended for hot
water not to exceeding the
+110°C [+230°F], plus a variety
of dilute acids, oil free air and
many chemical services.
They are not recommended
for petroleum services.
Grade ‘EN’ EPDM gaskets have
a green/yellow colour code
identification and conform to
ASTM D-2000 for service
temperatures from -29°C [-20°F]
to +90°C [+193°F]. They are
ACS/WRAS/ARPA
approved and recommended
for potable water services.
Grade ‘O’ Fluoro Elastomer
gaskets have a blue colour code
identification and suitable for
service temperatures from -7°C
[+20°F] to +149°C [+300°F]. They
are high temperature resistance
to oxidizing acids, petroleum
oils, hydraulic fluids, halogenated
hydrocarbons and lubricants.
Grade ‘L’ Silicone is a red
gasket and suitable for service
to +177°C [+350°F]. They are
recommended for dry hot air
and some high temperature
chemical services.
Bolt specifications
ANSI/Metric: Heat treated Carbon
Steel Track Head Bolts conform
to the physical properties of
ASTM A-183 minimum Tensile
Strength of 758,340 kPa
(110,000 psi). Bolts and Nuts are
zinc electroplated.
Paint Specifications:
Standard: - Red Paint
Non Lead
Optional: - Hot Dip Zinc
Galvanized
- White Paint
Non Lead
Nut size
M10
M12
M16
M20
M22
M24
Wrench sizes
17mm
22mm
27mm
32mm
36mm
41mm
“For torque figures please refer
to page 10.011”
Note: All dimensions in this
catalogue are nominal sizes.
Grade ‘T’ Nitrile gaskets have
a orange colour code
identification and conform to
ASTM D-2000 for service
to +82°C [+180°F]. They are
recommended for petroleum
products, vegetable oils, mineral
oils and air with
oil vapours.
TYCENMECH 0811
2.001
Standard Weight Flexible Coupling
B
C
2
A
FIG. 705
TFPP
Article Number
705ME0034*
705ME0042*
705ME0048*
705ME0060*
705ME0073*
705ME0076*
705ME0089*
705ME0108*
705ME0114*
705ME0133*
705ME0139*
705ME0141*
705ME0159*
705ME0165*
705ME0168*
705ME0219*
705ME0273*
705ME0324*
Nominal
Size
Pipe
OD
mm
Inches
mm
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
33.7
42.4
48.3
60.3
73.0
76.1
88.9
108.0
114.3
133.0
139.7
141.3
159.0
165.1
168.3
219.1
273.0
323.9
Max. Wk
Pressure †
Bar
Psi
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
31.0
450
31.0
450
31.0
450
31.0
450
31.0
450
31.0
450
31.0
450
24.1
350
24.1
350
Max.
End
Load †
Range of
Pipe End
Separation ‡
Deflection
Per
Pipe
Coupling
mm/
Degrees mtrs
Coupling
Dimensions
A
B
C
kN
mm
3.01
0-3.3
5°26’
95.1
60 100
4.81
0-3.3
4°19'
75.0
6.30
0-3.3
3°46'
9.85
0-3.3
14.43
mm mm mm
Coupling
Bolts
Size
Qnt
Approx
Weight
mm
mm
Kg
46
2
M10x57
0.6
65 106
46
2
M10x57
0.7
65.8
70 113
46
2
M10x57
0.7
3°01'
52.5
83 124
48
2
M10x57
0.8
0-3.3
2°29'
43.3
94 140
48
2
M10x57
0.9
15.72
0-3.3
2°23'
41.7
102 146
48
2
M12x76
1.4
21.34
0-3.3
2°03'
35.8
111 165
48
2
M12x76
1.4
31.55
0-6.4
3°22'
58.3
140 191
52
2
M12x76
1.9
35.35
0-6.4
3°11'
55.8
145 197
52
2
M12x76
1.8
43.33
0-6.4
2°44'
46.7
167 241
52
2
M16x83
3.3
47.56
0-6.4
2°36'
45.5
173 248
52
2
M16x83
3.3
48.63
0-6.4
2°35'
45.0
175 248
52
2
M16x83
3.2
61.44
0-6.4
2°17'
40.0
192 262
52
2
M16x83
3.4
66.36
0-6.4
2°12'
38.3
197 272
52
2
M16x83
3.2
68.97
0-6.4
2°10'
37.5
202 272
52
2
M16x83
3.2
116.89
0-6.4
1°40'
29.2
259 344
64
2
M20x121
6.6
141.31
0-6.4
1°20'
23.3
322 416
67
2
M24x165
12.7
198.78
0-6.4
1°07'
19.2
380 480
67
2
M24x165
16.6
* = 1 for red paint finish, 2 for hot dipped galvanized finish and 5 for White Paint finish
705MD0***2 couplings for potable water
ACS
ARPA
General notes: Additional information is included in our data sheets and is available upon request. It is the Designer’s responsibility
to select products suitable for the intended service and to ensure that pressure ratings and performance data is not
exceeded. Always read and understand the installation constructions. Never remove any piping components nor
correct or modify any piping deficiencies without first depressurizing and draining the system. Material and gasket
selection should be verified with the gasket recommendation listing for the specific application.
†: Maximum pressure and end load are total from all loads based on standard weight steel pipe. Pressure ratings and end loads may
differ on pipe materials and/or wall thickness. Contact Tyco FPP for details. For fire protection equipment listing and approval
pressure ratings contact Tyco FPP.
‡: Maximum range of pipe end separation is for cut grooved standard weight pipe. Values for roll grooved will be 1/2 that of cut grooved.
TYCENMECH 0811
2.002
Standard Weight Rigid Coupling
B
C
A
2
FIG. 577
TFPP
Article Number
577ME0034*
577ME0042*
577ME0048*
577ME0060*
577ME0073*
577ME0076*
577ME0089*
577ME0114*
577ME0139*
577ME0141*
577ME0165*
577ME0168*
577ME0219*
Nominal
Size
Pipe
OD
mm
Inches
mm
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
33.7
42.4
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
Max. Wk
Pressure †
Bar
Psi
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
Max.
End
Load †
Range of
Pipe End
Separation ‡
Coupling
Dimensions
A
B
C
kN
mm
mm mm mm
1.81
0-1.5
59
95
2.89
0-1.5
3.78
Coupling
Bolts
Size
Qnt
Approx
Weight
mm
mm
Kg
42
2
M10x57
0.5
68 107
42
2
M10x57
0.6
0-1.5
74 113
42
2
M10x57
0.7
5.91
0-1.5
86 127
43
2
M10x57
0.8
8.66
0-1.5
99 138
45
2
M10x57
0.9
9.41
0-1.5
101 142
45
2
M10x57
0.9
12.84
0-1.5
114 156
45
2
M10x57
1.5
21.22
0-4.8
145 191
47
2
M10x57
1.5
31.70
0-4.8
173 222
49
2
M12x76
2.4
32.44
0-4.8
174 224
49
2
M12x76
2.4
44.28
0-4.8
198 248
49
2
M12x76
2.6
46.00
0-4.8
201 251
49
2
M12x76
2.7
77.97
0-4.8
260 325
61
2
M16x83
5.3
* = 1 for red paint finish, 2 for hot dipped galvanized finish and 5 for white paint finish
Note: The Fig. 577 Lightweight Rigid Coupling does not provide compensation for pipe system expansion and/or contraction
associated with pipe system temperature changes.
ACS
ARPA
577MT0***2 couplings with EPDM Tri-Seal gasket for dry pipe sprinkler installations
‡: Maximum pipe end separation is for cut grooved standard weight pipe. Values for roll grooved will be 1/2 that of cut grooved.
TYCENMECH 0811
2.003
Flexible Coupling
B
C
B
C
ØA
ØA
B
C
2
A
FIG. 707
TFPP
Article Number
707AE0034*
707ME0042*
707AE0048*
707AE0060*
707AE0073*
707AE0076*
707AE0089*
707AE0114*
707AE0139*
707AE0141*
707AE0165*
707AE0168*
707AE0219*
707AE0273*
707AE0324*
707AE0355*
707AE0406*
707AE0457*
707AE0508*
707AE0610*
Nominal
Size
Pipe
OD
mm
Inches
mm
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
33.7
42.4
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.0
323.9
355.6
406.4
457.2
508.0
609.6
Max. Wk
Pressure †
Bar
Psi
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
55.1
800
55.1
800
55.1
800
20.7
300
20.7
300
20.7
300
20.7
300
17.2
250
Max.
Range of
End
Pipe End
Load † Separation ‡
Deflection
Per
Pipe
Coupling
mm/
Degrees mtrs
Coupling
Dimensions
A
B
C
kN
mm
mm mm mm
6.03
0-3.3
5°26'
95.1
61 102
9.63
0-3.3
4°19'
75.0
12.61
0-3.3
3°46'
19.71
0-3.3
28.88
Coupling
Bolts
Qnt
Size
Approx
Weight
mm
mm
Kg
46
2
M12x76
0.9
70 111
46
2
M12x76
1.0
65.8
75 118
46
2
M12x76
1.1
3°01'
52.5
90 133
48
2
M12x76
1.4
0-3.3
2°29'
43.3
103 146
48
2
M12x76
1.6
31.44
0-3.3
2°23'
41.7
106 146
48
2
M12x76
1.7
42.80
0-3.3
2°03'
35.8
119 162
48
2
M12x76
1.8
70.75
0-6.4
3°11'
55.8
151 210
52
2
M16x83
3.2
105.68
0-6.4
2°36'
45.5
178 254
52
2
M20x121
4.7
108.12
0-6.4
2°35'
45.0
180 254
52
2
M20x121
4.8
147.61
0-6.4
2°12'
38.3
208 286
52
2
M20x121
5.7
152.34
0-6.4
2°10'
37.5
211 286
52
2
M20x121
5.7
207.41
0-6.4
1°40'
29.2
271 356
63
2
M22x165
10.7
322.99
0-6.4
1°20'
23.3
332 418
67
2
M24x165
15.0
454.35
0-6.4
1°07'
19.2
391 479
67
2
M24x165
16.8
205.43
0-6.4
1°02'
18.3
423 518
75
3#
1” x 5 1/2
20.0
268.31
0-6.4
0°54'
15.8
478 575
75
3
1” x 5 1/2
23.6
339.58
0-6.4
0°48'
14.2
541 638
78
3
1” x 5 1/2
30.8
419.23
0-6.4
0°43'
12.5
596 708
78
4
1 1/8”x5 3/4
40.4
503.08
0-6.4
0°36'
10.8
701 813
78
4
1 1/8”x5 3/4
43.5
* = 1 for red paint finish, 2 for hot dipped galvanized finish
Note: For coupling sizes above 12” bolt sizes only available in ANSI.
# Article number 707AE2355* is a 2 piece 14" coupling design
General notes: Additional information is included in our data sheets and is available upon request. It is the Designer’s responsibility to select
products suitable for the intended service and to ensure that pressure ratings and performance data is not exceeded.
Always read and understand the installation constructions. Never remove any piping components nor correct or modify any
piping deficiencies without first depressurizing and draining the system. Material and gasket selection should be verified with
the gasket recommendation listing for the specific application.
†: Maximum pressure and end load are total from all loads based on standard weight steel pipe. Pressure ratings and end loads may differ on pipe materials
and/or wall thickness. Contact Tyco FPP for details. For fire protection equipment listing and approval pressure ratings contact Tyco FPP.
TYCENMECH 0811 Tyco reserves the right to change the contents without notice
2.004
Rigid Coupling
B
C
A
2
FIG. 772
Tyco BSP
Article Number
772ME0042*
772ME0048*
772ME0060*
772ME0073*
772ME0076*
772ME0089*
772ME0114*
772ME0139*
772ME0141*
772ME0165*
772ME0168*
772ME0219*
772ME0273*
772ME0324*
772AE0355*
772AE0406*
772AE0457*
772AE0508*
772AE0610*
Nominal
Size
Pipe
OD
mm
Inches
mm
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
42.4
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.0
323.9
355.6
406.4
457.2
508.0
609.6
Max. Wk
Pressure †
Bar
Psi
51.7
750
51.7
750
51.7
750
51.7
750
51.7
750
51.7
750
51.7
750
51.7
750
51.7
750
48.2
700
48.2
700
41.4
600
34.5
500
27.6
400
20.7
300
20.7
300
20.7
300
20.7
300
17.2
250
Max.
End
Load †
Range of
Pipe End
Separation ‡
Coupling
Dimensions
A
B
C
Coupling
Bolts
Size
Qnt
mm
mm
Approx
Weight
kN
mm
mm mm mm
7.22
0-1.5
70 111
46
2
M10x57
0.5
9.46
0-2.0
76 117
46
2
M10x57
0.5
14.78
0-3.3
87 130
48
2
M10x57
0.7
21.66
0-3.3
99 143
48
2
M10x57
1.1
23.58
0-3.3
106 145
51
2
M10x57
1.2
32.10
0-3.3
118 159
48
2
M10x57
1.2
53.06
0-4.8
148 191
50
2
M10x57
1.6
79.26
0-4.8
178 247
52
2
M16x83
3.4
81.09
0-4.8
180 247
52
2
M16x83
3.4
103.18
0-4.8
206 268
54
2
M16x83
3.4
107.34
0-4.8
206 268
54
2
M16x83
3.4
155.44
0-4.8
268 344
67
2
M20x121
8.2
201.87
0-3.3
326 417
67
2
M24x165
11.2
227.17
0-3.3
391 479
67
2
M24x165
19.1
205.43
0-3.3
424 518
74
2
1 x 5.1/2”
21.7
268.31
0-3.3
470 575
74
3
1 x 5.1/2”
23.6
339.58
0-6.4
541 638
78
3
1 x 5.1/2”
30.8
419.23
0-6.4
597 708
78
4
1.1/8 x,5.3/4”
40.4
503.08
0-6.4
702 813
81
4
1.1/8 x 5.3/4”
43.5
Kg
Note: The Fig. 772 Heavy Duty Rigid Coupling does not provide compensation for pipe system expansion and/or contraction
associated with pipe system temperature changes.
ACS
ARPA
General notes: Additional information is included in our data sheets and is available upon request. It is the Designer’s responsibility to select products
suitable for the intended service and to ensure that pressure ratings and performance data is not exceeded. Always read and understand
the installation constructions. Never remove any piping components nor correct or modify any piping deficiencies without first
depressurizing and draining the system. Material and gasket selection should be verified with the gasket recommendation listing
for the specific application.
†: Maximum pressure and end load are total from all loads based on standard weight steel pipe. Pressure ratings and end loads may differ on pipe materials
and/or wall thickness. Contact Tyco FPP for details. For fire protection equipment listing and approval pressure ratings contact Tyco FPP.
TYCENMECH 0811
2.005
Reducing Flexible Coupling
B
C
A
2
FIG. 716
Nominal
TFPP
Size
Article Number
mm
Inches
716AE2015*
716AE2520*
716ME2620*
716AE3020*
716AE3025*
716ME3026*
716AE4220*
716AE4225*
716ME4226*
716AE4230*
716ME5242*
716AE5342*
716ME6242*
716AE6342*
716AE6353*
716AE8063*
50x40
2x1 1/2
65x50
2 1/2x2
65x50
2 1/2x2
80x50
3x2
80x65
3x2 1/2
80x65
3x2 1/2
100x50
4x2
100x65
4x2 1/2
100x65
4x2 1/2
100x80
4x3
125x100
5x4
125x100
5x4
150x100
6x4
150x100
6x4
150x125
6x5
200x150
8x6
Pipe
OD
mm
60.3x48.3
73.0x60.3
76.1x60.3
88.9x60.3
88.9x73.0
88.9x76.1
114.3x60.3
114.3x73.0
114.3x76.1
114.3x88.9
139.7x114.3
141.3x114.3
165.1x114.3
168.3x114.3
168.3x141.3
219.1x168.3
Max.
Max.
Wk
End
Pressure † Load †
Bar
kN
Psi
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
27.5
400
27.5
400
27.5
400
27.5
400
Range of
Deflection
Per
Pipe
Pipe End
Separation ‡ Coupling
mm/
Degrees mtrs
mm
Coupling
Dimensions
A
B
C
mm mm mm
Coupling
Bolts
Qnt
Size
Approx
Weight
mm
mm
Kg
6.31
0-3.3
1°53'
32.5
89 129
48
2
M10x57
0.9
9.85
0-3.3
1°33'
26.7
102 140
48
2
M10x57
1.1
9.85
0-3.3
1°34'
26.7
107 149
48
2
M12x76
1.4
9.85
0-3.3
1°17'
22.5
119 165
48
2
M12x76
2.0
14.44
0-3.3
1°17'
22.5
119 165
48
2
M12x76
2.1
15.72
0-3.3
1°17'
22.5
119 165
48
2
M12x76
2.0
9.85
0-4.8
2°38'
45.8
152 207
51
2
M16x83
3.2
14.44
0-4.8
2°38'
45.8
152 207
51
2
M16x83
2.8
15.72
0-4.8
2°38'
45.8
152 207
51
2
M16x83
2.8
21.40
0-4.8
2°38'
45.8
152 207
51
2
M16x83
2.8
35.37
0-6.4
2°38'
45.8
179 241
52
2
M20x121
5.0
35.37
0-6.4
2°05'
36.7
181 243
52
2
M20x121
4.6
28.30
0-6.4
1°50'
31.7
208 275
52
2
M20x121
5.7
28.30
0-6.4
1°44'
30.6
213 276
52
2
M20x121
5.7
43.25
0-6.4
1°44'
30.5
213 276
52
2
M20x121
5.3
61.33
0-6.4
1°15'
21.7
272 349
57
2
M22x165
10.7
2.006
High Pressure Rigid Coupling
C
B
A
2
FIG. 770
TFPP
Article Number
770AE0060*
770AE0073*
770AE0089*
770AE0114*
770AE0168*
770AE0219*
770AE0273*
770AE0324*
Nominal
Size
Pipe
OD
mm
Inches
mm
50
2
65
2 1/2
80
3
100
4
150
6
200
8
250
10
300
12
60.3
73.0
88.9
114.3
168.3
219.1
273.0
323.9
Max.
Wk
Pressure †
Bar
Psi
69.0
1000
69.0
1000
69.0
1000
69.0
1000
69.0
1000
55.1
800
55.1
800
55.1
800
Max.
End
Load †
Range of
Pipe End
Separation ‡
Coupling
Dimensions
A
B
C
kN
mm
mm mm mm
19.71
0-3.3
90 145
28.88
0-3.3
42.80
Coupling
Bolts
Qnt
Size
Approx
Weight
mm
mm
Kg
48
2
16x70
2.0
103 152
48
2
16x89
2.3
0-3.3
121 172
48
2
16x89
2.4
70.75
0-6.4
151 216
53
2
20x108
3.5
152.34
0-6.4
216 286
59
2
22x190
7.3
207.41
0-6.4
278 349
66
2
24x140
10.9
322.99
0-6.4
342 406
66
2
24x165
14.5
454.35
0-6.4
394 457
66
2
24x165
18.1
TYCENMECH 0811
2.007
Plain End Coupling
B
B
C
A
C
A
2
FIG. 909
TFPP
Article Number
909AE0060*
909AE0073*
909AE0076*
909AE0089*
909AE0114*
909AE0165*
909AE0168*
909AE0219*
909AE0273*
Nominal
Size
Pipe
OD
Max. Wk
Pressure †
mm
Inches
mm
Bar
Psi
50
2
65
2 1/2
65
2 1/2
80
3
100
4
150
6
150
6
200
8
250
10
60.3
73.0
76.1
88.9
114.3
165.1
168.3
219.1
273.0
51.7
750
41.4
600
41.4
600
41.4
600
31.0
450
13.8
200
20.7
300
17.2
250
17.2
250
Max.
End
Load †
Coupling
Dimensions
A
B
C
Coupling
Bolts
Qnt
Size
Bolt
Torque
Approx
Weight
kN
mm
mm
mm
mm
mm
Nm
Kg
14.78
93.7
146.1
84.1
2
M16x90
203
2.4
17.33
105.9 158.8
84.1
2
M16x90
203
2.7
23.00
111.9 181.1
98.6
2
M20X121
203
2.1
25.68
122.2 192.0
84.1
2
M20x121
271
4.1
31.83
150.6 219.2
98.6
2
M20x121
271
6.1
44.3
203.7 293.7 293.6
2
M24x165
407
9.8
46.00
208.0 296.7 108.0
2
M24x165
339
10.7
64.97
271.5 346.2 124.7
4
M22x140
339
15.9
100.93
333.5 403.4 124.7
4
M22x140
407
22.0
TYCENMECH 0811
2.008
Grooved Snap Couplings
B
2
C
A
FIG. 780
TFPP
Nominal Pipe Size
Article Number
mm
Inches
780AE0048*
780AE0060*
780AE0073*
780AE0076*
780AE0089*
780AE0114*
780AE0139*
780AE0141*
780AE0165*
780AE0168*
780AE0219*
40
1-1/2
50
2
65
2-1/2
65
80
3
100
4
125
150
5
150
150
6
200
8
O.D.
mm
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
Normal
Dimensions
C
B
A
Max. Wk
Pressure
†
Psi
bar
Max.
End
Load †
Max
End
Gap
kN
mm
mm
mm
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
3.8
1.6
75.0
5.9
1.6
8.7
Deflection
Approx
Weight
mm
Per
Coupling
Degrees
mtrs
118.0
47.0
3˚48’
0.80
1.0
86.0
121.0
48.0
3˚31’
0.74
1.1
1.6
92.0
150.0
48.0
2˚30’
0.52
1.4
9.4
1.6
92.0
150.0
48.0
2˚24’
0.50
1.4
12.8
1.6
119.0
163.0
48.0
2˚24’
0.50
1.8
21.2
3.2
165.0
205.0
52.0
3˚12’
0.67
2.7
31.7
3.2
189.0
253.0
52.0
2˚37’
0.55
4.9
32.4
3.2
189.0
253.0
52.0
2˚36’
0.54
4.9
44.3
3.2
213.0
278.0
52.0
2˚14’
0.47
5.8
46.0
3.2
216.0
281.0
52.0
2˚10’
0.45
5.8
78.0
3.2
278.0
356.0
62.0
1˚40’
0.35
9.3
Pipe
Kg
* = 1 for black paint finish, 2 for hot dipped galvanized finish
†: pressure ratings listed are cold water pressure or maximum working pressure within the service temperature range of the gasket
used in the coupling.
‡: Maximum working pressures and end loads listed are total of internal and external pressures and loads based on Sch. 40 steel pipe
grooved in accordance with Standard Cut Groove or Roll Groove Specifications.
TYCENMECH 0811
2.009
Couplings, Fittings & Flanges, Spare
gaskets for Fig 705, 577, 707, 770 and 772
Nominal
Pipe Size
Pipe
OD
mm
Inches
mm
EPDM Grade E
C-Style
EPDM Grade E
Tri-Seal
Nitrile Grade T
C-Style
Fluoro Elastomer
Grade O C-Style
Silicone Grade L
C-Style
33.7
10EPDM
10EPDM-TRI
10BUNA
10VITON
10SILICONE
42.4
12EPDM
12EPDM-TRI
12BUNA
12VITON
12SILICONE
48.3
15EPDM
15EPDM-TRI
15BUNA
15VITON
15SILICONE
60.3
20EPDM
20EPDM-TRI
20BUNA
20VITON
20SILICONE
73.0
25EPDM
25EPDM-TRI
25BUNA
25VITON
25SILICONE
76.1
26EPDM
26EPDM-TRI
26BUNA
26VITON
26SILICONE
88.9
30EPDM
30EPDM-TRI
30BUNA
30VITON
30SILICONE
108.0
41EPDM
-
41BUNA
-
-
114.3
42EPDM
42EPDM-TRI
42BUNA
42VITON
42SILICONE
133.0
51EPDM
-
51BUNA
-
-
139.7
52EPDM
52EPDM-TRI
52BUNA
52VITON
52SILICONE
141.3
52EPDM
52EPDM-TRI
52BUNA
52VITON
52SILICONE
159.0
61EPDM
-
61BUNA
-
-
165.1
62EPDM
62EPDM-TRI
62BUNA
62VITON
62SILICONE
168.3
63EPDM
63EPDM-TRI
63BUNA
63VITON
63SILICONE
219.1
80EPDM
80EPDM-TRI
80BUNA
80VITON
80SILICONE
273.0
11EPDM
11EPDM-TRI
11BUNA
11VITON
11SILICONE
323.9
13EPDM
13EPDM-TRI
13BUNA
13VITON
13SILICONE
355.6
14EPDM
-
-
14VITON
14SILICONE
406.4
16EPDM
-
-
16VITON
16SILICONE
457.2
18EPDM
-
-
18VITON
-
508.0
21EPDM
-
-
21VITON
-
609.6
24EPDM
-
-
-
-
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
2.010
2
Special gaskets
2
Nominal
Pipe Size
Pipe
OD
mm
Inches
mm
EPDM Grade EN*
C-Style
EPDM Grade E
909-Style
Nitrile Grade T
909-Style
EPDM Grade E
780-Style
Nitrile Grade T
780-Style
EPDM Grade E
71-Style
Nitrile Grade T
71-Style
33.7
10EPDM-PW
-
-
-
-
-
-
42.4
12EPDM-PW
-
-
-
-
-
-
48.3
15EPDM-PW
-
-
15EPDM780
15BUNA780
-
-
60.3
20EPDM-PW
20EPDM909
20BUNA909
20EPDM780
20BUNA780
20EPDM71
20BUNA71
73.0
25EPDM-PW
25EPDM909
25BUNA909
25EPDM780
25BUNA780
25EPDM71
25BUNA71
76.1
26EPDM-PW
-
-
26EPDM780
26BUNA780
26EPDM71
26BUNA71
88.9
30EPDM-PW
30EPDM909
30BUNA909
30EPDM780
30BUNA780
30EPDM71
30BUNA71
108.0
-
-
-
-
-
-
-
114.3
42EPDM-PW
42EPDM909
42BUNA909
42EPDM780
42BUNA780
42EPDM71
42BUNA71
133.0
-
-
-
-
-
-
-
139.7
52EPDM-PW
-
-
52EPDM780
52BUNA780
52EPDM71
52BUNA71
141.3
52EPDM-PW
-
-
53EPDM780
53BUNA780
52EPDM71
52BUNA71
159.0
-
-
-
-
-
-
-
165.1
62EPDM-PW
-
-
62EPDM780
62BUNA780
62EPDM71
62BUNA71
168.3
63EPDM-PW
63EPDM909
63BUNA909
63EPDM780
63BUNA780
63EPDM71
63BUNA71
219.1
80EPDM-PW
80EPDM909
80BUNA909
80EPDM780
80BUNA780
80EPDM71
80BUNA71
273.0
11EPDM-PW
11EPDM909
11BUNA909
11EPDM71
11BUNA71
323.9
13EPDM-PW
-
-
13EPDM71
13BUNA71
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
* = EPDM-PW is
ACS
TYCENMECH 0811
ARPA
-
-
approved for potable water applications
2.011
Spare gaskets for Fig 716
Nominal
Size
Pipe
OD
mm
Inches
mm
EPDM Grade E
716-Style
Nitrile Grade T
716-Style
60.3x48.3
EPDM2015
BUNA2015
73.0x60.3
EPDM2520
BUNA2520
76.1x60.3
EPDM2620
BUNA2620
88.9x60.3
EPDM3020
BUNA3020
88.9x73.0
EPDM3025
BUNA3025
88.9x76.1
EPDM3026
BUNA3026
114.3x60.3
EPDM4220
BUNA4220
114.3x73.0
EPDM4225
BUNA4225
114.3x76.1
EPDM4226
BUNA4226
114.3x88.9
EPDM4230
BUNA4230
139.7x114.3
EPDM5242
BUNA5242
141.3x114.3
EPDM5342
BUNA5342
165.1x114.3
EPDM6242
BUNA6242
168.3x114.3
EPDM6342
BUNA6342
168.3x141.3
EPDM6553
BUNA6553
219.1x168.3
EPDM8063
BUNA8063
50x40
2x1 1/2
65x50
2 1/2x2
65x50
2 1/2x2
80x50
3x2
80x65
3x2 1/2
80x65
3x2 1/2
100x50
4x2
100x65
4x2 1/2
100x65
4x2 1/2
100x80
4x3
125x100
5x4
125x100
5x4
150x100
6x4
150x100
6x4
150x125
6x5
200x150
8x6
TYCENMECH 0811
2
2.012
DIN PN10/16 BS4504 Flange Adapter
A
C
F
2
B
E
D
FIG. 71
TFPP
Article Number
Nominal
Size
mm
Inches
71DAE0060*
71DAE0076*
71DAE0089*
71DAE0114*
71DME0139*
71DAE0165*
71DAE0168*
71DME8219*
71DAE8273*
71DME8324*
71DME0219*
71DAE0273*
71DME0324*
50
2
65
2 1/2
80
3
100
4
125
5
150
6
150
6
200 / PN10
8
250 / PN10
10
300 / PN10
12
200 / PN16
8
250 / PN16
10
300 / PN16
12
Pipe
OD
Max. Wk
Pressure †
mm
Bar
Psi
60.3
76.1
88.9
114.3
139.7
165.1
168.3
219.1
273.0
323.9
219.1
273.0
323.9
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
Max.
End
Load †
kN
Dimensions
A
B
C
D
E
F
mm mm mm mm mm mm
Mating Flange
Bolts**
Qnt
Size
Approx
Weight
mm
mm
Kg
5.91
162 125
19
61
87
184
4
M16 x 80
1.4
9.43
185 145
22
72
102 205
4
M16 x 80
2.5
12.84
200 160
24
89
115 222
8
M16 x 80
3.0
21.22
229 180
24
114 141 252
8
M16 x 80
3.2
31.71
250 210
25
140 166 272
8
M16 x 80
4.2
44.28
286 240
25
165 191 308
8
M20 x 90
4.5
46.00
279 241
25
168 198 302
8
M20 x 90
4.5
77.97
340 295
29
219 252 365
8
M20 x 90
7.5
121.12
406 350
30
273 313 429
12
M20 x 90
9.9
170.39
460 400
32
324 365 486
12
M20 x 90
12.7
77.97
340 295
29
219 253 364
12
M20 x 90
7.5
121.12
406 355
30
273 313 429
12
M22 x 100
9.9
170.39
460 410
32
324 364 487
12
M24 x 100
12.7
** = Bolts are not supplied. Bolt lengths shown are standard; it is the responsibility of the purchaser to verify correct lengths for
intended applications
Note: The effective sealing area of the mating flange must be free from gouges, undulations or deformities of any type to ensure
proper sealing of the gasket. The Fig. 71 Flange provides a rigid joint when used on standard grooved pipe in accordance with
GRINNELL specifications, therefore, no linear or angular movement at the joint is allowed.
Dimension D and E represent minimum and maximum sealing area.
TYCENMECH 0811
2.013
ANSI Class 125/150 Flange Adapter
A
C
F
B
E
D
2
FIG. 71
TFPP
Article Number
Nominal
Size
mm
Inches
71AAE0060*
71AAE0073*
71AAE0089*
71AAE0114*
71AAE0141*
71AAE0168*
71AAE0219*
71AAE0273*
71AAE0324*
71AAE0355*
71AAE0406*
71AAE0457*
71AAE0508*
71AAE0609*
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
Pipe
OD
Max. Wk
Pressure †
mm
Bar
Psi
60.3
73.0
88.9
114.3
141.3
168.3
219.1
273.0
323.9
355.6
406.9
457.2
508.0
609.6
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
17.2
250
Max.
End
Load †
kN
Dimensions
A
B
C
D
E
F
mm mm mm mm mm mm
Mating Flange
Bolts**
Qnt
Size
Approx
Weight
mm
Inches
Kg
5.91
162 121
19
61
87
184
4
5/8 x 3
1.4
8.66
178 140
22
73
99
200
4
5/8 x 3
2.3
12.84
191 152
24
89
115 251
4
5/8 x 3
2.5
21.22
229 191
24
114 141 252
8
5/8 x 3
3.2
32.44
254 216
25
141 171 289
8
3/4 x 3 1/2
4.2
46.02
279 241
25
168 198 302
8
3/4 x 3 1/2
4.5
77.99
343 299
29
219 253 365
8
3/4 x 3 1/2
7.5
121.08
406 362
30
273 313 429
12
7/8 x 4
9.9
170.44
483 432
32
324 364 508
12
7/8 x 4
11.0
205.42
533 477
37
356 382 610
12
1 x 41/4
11.3
268.29
597 540
38
406 432 673
16
1 x 41/4
14.0
340.09
635 578
41
472 483 737
16
15.8
419.22
699 635
45
508 534 800
20
603.71
813 749
49
610 636 914
20
1 1/8 x 4
3/4
1 1/8 x 4
3/4
1 1/4 x 5
1/2
20.4
26.8
** = Bolts are not supplied. Bolt lengths shown are standard; it is the responsibility of the purchaser to verify correct lengths for
intended applications
Note: The effective sealing area of the mating flange must be free from gouges, undulations or deformities of any type to ensure
proper sealing of the gasket. The Fig. 71 Flange provides a rigid joint when used on standard grooved pipe in accordance with
GRINNELL specifications, therefore, no linear or angular movement at the joint is allowed.
Dimension D and E represent minimum and maximum sealing area.
TYCENMECH 0811
2.014
Technical Data
2
Fig 71 GRINNELL Flange Notes:
A. Fig 71 Flange Adapters have
an anti-rotational feature or
“Gripping Teeth” cast inside
the shoulder.
B. GRINNELL grooved Flanges
are to be assembled on
butterfly valves so as not to
interfere with actuator, or
handle operation.
The Flange might not fit all
Grooved butterfly valve sizes.
Contact Tyco FPP for details
C. Figure 71 Flange Adapters
are not recommended for
application which incorporate
tierods for anchoring or on a
standard fitting within 90° of
each other.
Contact Tyco FPP for
recommendations prior to
using with plastic pipe.
D. Fig 71 GRINNELL Flange
sealing gaskets require a hard
flat surface for adequate
sealing. The use of a metal
adaptor insert is required for
applications against rubber
faced valves or other
equipment. The adaptor
insert is installed between
the GRINNELL Flange sealing
gasket and the mating flange
or surface to provide an
effective sealing surface area.
GRINNELL Fig. 71
Mating Flange
Component
Grooved Pipe
Rubber Surface
Metal Flange
Adapter Insert
EXHIBIT A
Serrated Face
Mating Flange
GRINNELL Fig. 71 Flange
Metal Flange Washer Adapters
are required when Figure 71
Flange Adapter is used against
surfaces such as:
1. Rubber Surfaces
(see exhibit A)
2. Adapting AWWA Cast Flanges
3. Rubber Faced Wafer Valves
4. Serrated Flange Surfaces
(see exhibit B)
Grooved Pipe
Full Face Gasket
Metal Flange
Adapter Insert
EXHIBIT B
Special attention required during installation
to ensure that the gasket is installed correctly
with the small side on the inside.
See the picture on the left side.
TYCENMECH 0811
2.015
Flange Adaptor Insert
A
2
B
C
FIG. 71 DIN/ANSI
TFPP
Article Number
Mating
Flange
Nominal
Size
mm
Inches
Pipe
OD
Dimensions
mm
A
mm
B
mm
C
mm
60.3
100
57
3.0
73.0
119
70
3.0
88.9
132
86
3.0
114.3
170
111
3.0
141.3
192
137
3.0
168.3
217
164
3.0
219.1
275
214
3.0
273.0
335
267
3.0
323.9
405
318
3.0
355.6
445
343
3.2
INS060M
ANSI 150LB
INS073M
ANSI 150LB
INS089M
ANSI 150LB
INS114M
ANSI 150LB
INS141M
ANSI 150LB
INS168M
ANSI 150LB
INS219M
ANSI 150LB
INS273M
ANSI 150LB
INS324M
ANSI 150LB
INS355M
ANSI 150LB
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
14
INS406M
ANSI 150LB
16
406.4
508
394
3.2
INS457M
ANSI 150LB
18
457.2
543
45
3.2
INS508M
ANSI 150LB
20
508.0
600
495
3.2
INS069M
ANSI 150LB
24
609.6
711
597
3.2
INSDIN060M
DIN PN16
60.3
100
57
3.0
INSDIN076M
DIN PN16
76.1
124
73
3.0
INSDIN089M
DIN PN16
88.9
139
86
3.0
INSDIN114M
DIN PN16
114.3
159
111
3.0
INSDIN139M
DIN PN16
139.7
189
135
3.0
INSDIN165M
DIN PN16
165.1
215
161
3.0
INSDIN168M
DIN PN16
168.3
217
164
3.0
INSDIN219M
DIN PN16
219.1
270
214
3.0
INSDIN273M
DIN PN16
273.0
326
267
3.0
INSDIN324M
DIN PN16
323.9
381
318
3.0
50
2
65
2 1/2
80
3
100
4
125
5
150
6
150
6
200
8
250
10
300
12
Plate material: stainless steel ASTM A666 Type 304-2B
TYCENMECH 0811
2.016
General
2
GRINNELL Grooved Fittings provide a cost effective and efficient method of changing direction, adding an
outlet, reducing, or capping grooved piping systems. GRINNELL Grooved Fittings are rated at the same
pressure rating of the coupling being used.
Pressure ratings of GRINNELL standard casted fittings conform to those of Figure 707 GRINNELL couplings.
General notes: Those size fabricated fittings that are not mentioned in this catalogue, are available upon request
TYCENMECH 0811
2.017
Flow Data
2
FRICTION RESISTANCE (EXPRESSED AS EQUIVALENT STRAIGHT PIPE)
Nominal Size
mm
Inches
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
Pipe
OD
Pipe Wall
Thickness
mm
Elbows 90°
Elbows 45°
Tee Branch
Tee Run
mtrs
mtrs
mtrs
mtrs
33.7
3.4
0.5
0.2
1.3
0.5
42.4
3.6
0.6
0.3
1.5
0.6
48.3
3.7
0.7
0.4
1.8
0.7
60.3
3.9
1.0
0.5
2.5
1.0
73.0
5.2
1.2
0.6
3.0
1.2
76.1
5.0
1.2
0.6
3.1
1.2
88.9
5.5
1.5
0.7
3.7
1.5
108.0
5.6
2.0
1.0
5.0
2.0
114.3
6.3
2.0
1.0
5.0
2.0
133.0
6.3
2.4
1.3
6.1
2.4
139.7
6.3
2.4
1.3
6.1
2.4
141.3
6.6
2.5
1.3
6.3
2.5
159.0
7.1
2.9
1.4
7.2
2.9
165.1
7.1
2.9
1.4
7.2
2.9
168.3
7.1
3.0
1.5
7.6
3.0
219.1
8.2
4.0
2.0
10.0
4.0
273.0
9.3
5.0
2.5
12.6
5.0
323.9
9.5
6.1
3.0
15.1
6.1
355.6
9.5
7.0
5.5
20.7
7.0
406.4
9.5
7.9
6.1
23.8
7.9
457.2
9.5
8.8
7.0
25.9
8.8
508.0
9.5
10.1
7.9
30.5
10.1
609.6
9.5
12.2
9.1
35.1
12.2
For the reducing tee and branches, use the value that is corresponding to the branch size. Example: For 6"x6"x3" tee, the branch value
of 3" is 3.7 metres of standard weight straight pipe. For sizes not listed, interpolate from the values shown.
TYCENMECH 0811
2.018
Elbow 90°
C to E
2
C to E
CAST FITTING
FIG. 210
TFPP
Article Number
210M00034*
210M00042*
210M00048*
210M00060*
210M00073*
210M00076*
210M00089*
210M00108*
210M00114*
210M00133*
210M00139*
210M00141*
210M00159*
210M00165*
210M00168*
210M00219*
210M00273*
210M00324*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
33.7
57
0.4
42.4
70
0.5
48.3
70
0.6
60.3
83
0.9
73.0
95
1.4
76.1
95
1.4
88.9
108
2.0
108.0
121
3.9
114.3
127
3.9
133.0
133
5.1
139.7
140
5.1
141.3
140
6.1
159.0
152
6.6
165.1
165
8.4
168.3
165
8.4
219.1
197
16.6
273.0
229
27.2
323.0
254
30.4
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
TYCENMECH 0811
2.019
Long Radius Elbow 90°, 1.5D
C to E
2
C to E
CAST FITTING
FIG. 210LR
TFPP
Article Number
210LR0060*
210LR0073*
210LR0076*
210LR0089*
210LR0114*
210LR0139*
210LR0141*
210LR0165*
210LR0168*
210LR0219*
210LR0273*
210LR0324*
210LR0355*
210LR0406*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
60.3
111
1.1
73.0
127
1.8
76.1
127
1.8
88.9
149
2.5
114.3
191
4.7
139.7
241
8.3
141.3
241
8.3
165.1
273
11.5
168.3
273
11.5
219.1
362
22.0
273.0
438
27.2
323.9
521
30.4
355.6
533
35.0
406.9
610
43.0
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
350
14
400
16
TYCENMECH 0811
2.020
Long Radius Elbow 90˚, 1.5D
2
C to E
FABRICATED FITTING
(FULL FLOW)
FIG. 310LR
TFPP
Article Number
310T00457*
310T00508*
310T00610*
Nominal
Size
Pipe
OD
Full Flow
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
457.2
750
127.0
508.0
826
156.0
609.6
979
222.3
450
18
500
20
600
24
Note: Fabricated, full flow 1.5d. C to E dimension differ from DIN 2605/1 to allow for insulation
TYCENMECH 0811
2.021
Elbow 45°
C to E
2
C to E
CAST FITTING
FIG. 201
TFPP
Article Number
201M00034*
201M00042*
201M00048*
201M00060*
201M00073*
201M00076*
201M00089*
201M00108*
201M00114*
201M00133*
201M00139*
201M00141*
201M00159*
201M00165*
201M00168*
201M00219*
201M00273*
201M00324*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
33.7
45
0.3
42.4
45
0.4
48.3
45
0.5
60.3
51
0.8
73.0
57
1.0
76.1
57
1.0
88.9
64
1.6
108.0
73
2.5
114.3
76
2.4
133.0
83
3.5
139.7
83
3.5
141.3
83
3.9
159.0
89
5.4
165.1
89
5.4
168.3
89
5.4
219.1
108
10.4
273.0
121
14.1
323.9
133
18.1
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
TYCENMECH 0811
2.022
Elbow 45°
C to E
C to E
2
C to E
CAST FITTING 14” & 16”
FIG. 301
TFPP
Article Number
301T00457*
301T00508*
301T00610*
201LR00355*
201LR00406*
FABRICATED FITTING
(FULL FLOW) 18”-24”
Nominal
Size
Pipe
OD
Full Flow
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
457.2
348
66.2
508.0
380
81.2
609.6
444
115.7
355.6
379
40.1
406.4
434
47.9
450
18
500
20
600
24
350
14
400
16
Note: Fabricated Full Flow 1.5D. C to E Dimensions differ from DIN 2605/01 to allow for insulation.
TYCENMECH 0811
2.023
Elbow 22 1/2°
C to E
2
C to E
CAST FITTING
FIG. 212
TFPP
Article Number
212A00042*
212A00048*
212A00060*
212A00073*
212M00076*
212A00089*
212A00114*
212M00139*
212A00141*
212A00168*
212A00219*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
42.4
44.5
0.4
48.3
44.5
0.5
60.3
47.8
0.6
73.0
50.8
0.9
76.1
50.8
1.0
88.9
57.2
1.4
114.3
66.8
2.3
139.7
73.2
3.4
141.3
73.2
3.5
168.3
79.5
4.7
219.1
98.6
8.5
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
200
8
TYCENMECH 0811
2.024
Elbow 22 1/2°
C to E
2
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 312
TFPP
Article Number
312F00165*
312F00273*
312F00324*
312T00355*
312T00406*
312T00457*
312T00508*
312T00610*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
165.1
79.5
3.9
273.0
111.1
13.6
323.9
123.8
18.3
355.6
127.0
20.9
406.4
127.0
23.7
457.2
139.7
29.5
508.0
152.4
36.3
609.6
177.8
50.8
150
6
250
10
300
12
350
14
400
16
450
18
500
20
600
24
TYCENMECH 0811
2.025
Elbow 11 1/4°
C to E
2
C to E
CAST FITTING
FIG. 211
TFPP
Article Number
211A00042*
211A00048*
211A00060*
211A00073*
211M00076*
211A00089*
211A00114*
211M00139*
211A00141*
211M00165*
211A00168*
211A00219*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
42.4
35.1
0.3
48.3
35.1
0.4
60.3
35.1
0.5
73.0
38.1
0.8
76.1
38.1
0.8
88.9
38.1
1.1
114.3
44.5
1.6
139.7
50.8
2.3
141.3
50.8
2.4
165.1
50.8
3.0
168.3
50.8
3.1
219.1
50.8
4.6
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
TYCENMECH 0811
2.026
Elbow 11 1/4°
C to E
2
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 311
TFPP
Article Number
311F00273*
311F00324*
311F00355*
311F00406*
311F00457*
311F00508*
311F00610*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
273.0
54.1
4.1
232.9
57.2
7.6
355.6
88.9
14.6
406.4
101.6
19.1
457.2
114.3
24.2
508.0
127.0
29.8
609.6
152.4
43.5
250
10
300
12
350
14
400
16
450
18
500
20
600
24
TYCENMECH 0811
2.027
Equal Tee
C to E
2
C to E
CAST FITTING
FIG. 219
TFPP
Article Number
219M00034*
219M00042*
219M00048*
219M00060*
219M00073*
219M00076*
219M00089*
219M00108*
219M00114*
219M00133*
219M00139*
219M00141*
219M00159*
219M00165*
219M00168*
219M00219*
219M00273*
219M00324*
219M00355*
219M00406*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
33.7
57
0.5
42.4
70
0.6
48.3
70
0.8
60.3
83
1.2
73.0
95
2.6
76.1
95
2.6
88.9
108
3.2
108.0
121
5.2
114.3
127
5.4
133.0
133
4.8
139.7
140
6.9
141.3
140
7.7
159.0
152
6.3
165.1
165
11.8
168.3
165
11.8
219.1
197
20.4
273.0
229
32.7
323.9
254
42.0
355.6
279
52.4
406.4
305
64.5
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
TYCENMECH 0811
2.028
Equal Tee
C to E
2
C to E
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 319
TFPP
Article Number
319T00457*
319T00508*
319T00610*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
457.2
394
99.0
508.0
438
125.0
609.6
508
172.0
450
18
500
20
600
24
* = 1 red paint finish, 2 for hot dipped galvanized finish
TYCENMECH 0811
2.029
Reducing Tee
C to E
2
C to E
CAST FITTING
FIG. 221
TFPP
Article Number
221M02015*
221M02520*
221M02615*
221M02620*
221M03010*
221A03015*
221M03020*
221M03025*
221M03026*
221M04220*
221M04225*
221M04226*
221M04230*
221M05230*
221M05242*
221A05325*
221A05330*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
60.3 x 48.3 x 60.3
82.6
1.2
73.0 x 60.3 x 73.0
95.2
2.0
76.1 x 48.3 x 76.1
95.2
2.7
76.1 x 60.3 x 76.1
95.2
2.0
88.9 x 33.7 x 88.9
108.0
3.2
88.9 x 48.3 x 88.9
108.2
3.7
88.9 x 60.3 x 88.9
108.0
2.5
88.9 x 73.0 x 88.9
108.2
2.6
88.9 x 76.1 x 88.9
108.2
2.6
114.3 x 60.3 x 114.3
127.0
4.6
114.3 x 73.0 x 114.3
127.0
5.1
114.3 x 76.1 x 114.3
127.0
5.1
114.3 x 88.9 x 114.3
127.0
5.2
139.7 x 88.9 x 139.7
139.7
7.5
139.7 x 114.3 x 139.7
139.7
8.0
141.3 x 73.0 x 141.3
139.7
7.3
141.3 x 88.9 x141.3
139.7
8.0
50 x 40 x 50
2 x 1 1/2 x 2
65 x 50 x 65
2 1/2 x 2 x 2 1/2
65 x 40 x 65
2 1/2 x 1 1/2 x 2 1/2
65 x 50 x 65
2 1/2 x 2 x 2 1/2
80 x 25 x 80
3x1x3
80 x 40 x 80
3 x 1 1/2 x 3
80 x 50 x 80
3x2x3
80 x 65 x 80
3 x 2 1/2 x 3
80 x 65 x 80
3 x 2 1/2 x 3
100 x 50 x 100
4x2x4
100 x 65 x 100
4 x 2 1/2 x 4
100 x 65 x 100
4 x 2 1/2 x 4
100 x 80 x 100
4x3x4
125 x 80 x 125
5x3x5
125 x 100 x 125
5x4x5
125 x 65 x 125
5 x 2 1/2 x 5
125 x 80 x 125
5x3x5
TYCENMECH 0811
2.030
Reducing Tee
C to E
2
C to E
CAST FITTING
FIG. 221
TFPP
Article Number
221A05342*
221M06230*
221M06242*
221M06320*
221M06325*
221M06326*
221M06330*
221M06342*
221M06352*
221A08042*
221M08052*
221M08062*
221A08063*
221M01142*
221M01163*
221M01180*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
141.3 x 114.3 x 141.3
139.7
8.0
165.1 x 88.9 x 165.1
165.1
12.6
165.1 x 114.3 x 165.1
165.1
13.0
168.3 x 60.3 x 168.3
165.1
12.0
168.3 x 73.0 x 168.3
165.1
12.0
168.3 x 76.1 x 168.3
165.1
12.0
168.3 x 88.9 x 168.3
165.1
12.0
168.3 x 114.3 x 168.3
165.1
12.0
168.3 x 139.7 x 168.3
165.1
12.5
219.1 x 114.3 x 219.1
196.8
18.0
219.1 x 139.7 x 219.1
196.8
19.9
219.1 x 165.1 x 219.1
196.8
19.6
219.1 x 168.3 x 219.1
196.8
19.4
273.0 x 114.3 x 273.0
228.6
29.9
273.0 x 168.3 x 273.0
228.6
30.8
273.0 x 219.1 x 273.0
228.6
31.8
125 x 100 x 125
5x4x5
150 x 80 x 150
6x3x6
150 x 100 x 150
6x4x6
150 x 50 x 150
6x2x6
150 x 65 x 150
6 x 2 1/2 x 6
150 x 65 x 150
6 x 2 1/2 x 6
150 x 80 x 150
6x3x6
150 x 100 x 150
6x4x6
150 x 125 x 150
6x5x6
200 x 100 x 200
8x4x8
200 x 125 x 200
8x5x8
200 x 150 x 200
8x6x8
200 x 150 x 200
8x6x8
250 x 100 x 250
10 x 4 x 10
250 x 150 x 250
10 x 6 x 10
250 x 200 x 250
10 x 8 x 10
TYCENMECH 0811
2.031
Reducing Tee
C to E
2
C to E
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 321
TFPP
Article Number
321F02010*
321F05226*
321F06220*
321F06226*
321F01152*
321F01162*
321F01330*
321F01342*
321F01352*
321F01362*
321F01363*
321F01380*
321F01311*
321T01442*
321T01463*
321T01480*
321T01411*
321T01413*
321T01642*
321T01663*
321T01680*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
60.3 x 33.7 x 60.3
82.6
1.2
139.7 x 76.1 x 139.7
139.7
6.6
165.1 x 60.3 x 165.1
165.1
11.9
165.1 x 76.1 x 165.1
165.1
12.1
273.0 x 139.7 x 273.0
228.6
26.2
273.0 x 165.1 x 273.0
228.6
26.2
323.9 x 323.9 x 88.9
254.0
40
323.9 x 323.9 x 114.1
254.0
40
323.9 x 323.9 x 139.7
254.0
40
323.9 x 323.9 x 165.1
254.0
40
323.9 x 323.9 x 168.3
254.0
40
323.9 x 323.9 x 219.1
254.0
41.4
323.9 x 323.9 x 273.0
254.0
43
355.6 x 355.6 x 114.3
279.4
45.2
355.6 x 355.6 x 168.3
279.4
45.2
355.6 x 355.6 x 219.1
279.4
45.2
355.6 x 355.6 x 273.0
279.4
45.2
355.6 x 355.6 x 323.9
279.4
45.2
406.4 x 406.4 x 114.3
304.8
59.2
406.4 x 406.4 x 168.3
304.8
59.2
406.4 x 406.4 x 219.1
304.8
59.2
50 x 25 x 50
2x1x2
125 x 65 x 125
5 x 2 1/2 x 5
150 x 50 x 150
6x2x6
150 x 65 x 150
6 x 2 1/2 x 6
250 x 125 x 250
10 x 5 x 10
250 x 150 x 250
10 x 6 x 10
300 x 300 x 80
12 x 12 x 3
300 x 300 x 100
12 x 12 x 4
300 x 300 x 125
12 x 12 x 5
300 x 300 x 150
12 x 12 x 6
300 x 300 x 150
12 x 12 x6
300 x 300 x 200
12 x 12 x 8
300 x 300 x 250
12 x 12 x 10
350 x 350 x 100
14 x 14 x 4
350 x 350 x 150
14 x 14 x 6
350 x 350 x 200
14 x 14 x 8
350 x 350 x 250
14 x 14 x 10
350 x 350 x300
14 x 14 x 12
400 x 400 x 100
16 x 16 x 4
400 x 400 x 150
16 x 16 x 6
400 x 400 x 200
16 x 16 x 8
TYCENMECH 0811
2.032
Reducing Tee
TFPP
Article Number
321T01611*
321T01613*
2
321T01614*
321T01863*
321T01880*
321T01811*
321T01813*
321T01814*
321T01816*
321T02163*
321T02180*
321T02111*
321T02113*
321T02114*
321T02116*
321T02118*
321T02480*
321T02411*
321T02413*
321T02414*
321T02416*
321T02418*
321T02421*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
406.4 x 406.4 x 273.0
304.8
59.2
406.4 x 406.4 x 323.9
304.8
59.2
406.4 x 406.4 x 355.6
304.8
59.2
457.2 x 457.2 x 168.3
304.8
85
457.2 x 457.2 x 219.1
393.7
85
457.2 x 457.2 x 273.0
393.7
85
457.2 x 457.2 x 323.9
393.7
85
457.2 x 457.2 x 355.6
393.7
85
457.2 x 457.2 x 406.4
393.7
85
508.0 x 508.0 x 168.3
450.9
120
508.0 x 508.0 x 219.1
450.9
120
508.0 x 508.0 x 273.0
450.9
120
508.0 x 508.0 x 323.9
450.9
120
508.0 x 508.0 x 355.6
450.9
120
508.0 x 508.0 x 406.4
450.9
120
508.0 x 508.0 x 457.2
450.9
120
609.6 x 609.6 x 219.1
508.0
162
609.6 x 609.6 x 273.0
508.0
162
609.6 x 609.6 x 323.9
508.0
162
609.6 x 609.6 x 355.6
508.0
162
609.6 x 609.6 x 406.4
508.0
162
609.6 x 609.6 x 457.2
508.0
162
609.6 x 609.6 x 508.0
508.0
162
400 x 400 x 250
16 x 16 x 10
400 x 400 x 300
16 x 16 x 12
400 x 400 x 350
16 x 16 x 14
450 x 450 x 150
18 x 18 x 6
450 x 450 x 200
18 x 18 x 8
450 x 450 x 250
18 x 18 x 10
450 x 450 x 300
18 x 18 x 12
450 x 450 x 350
18 x 18 x 14
450 x 450 x 400
18 x 18 x 16
500 x 500 x 150
20 x 20 x 6
500 x 500 x 200
20 x 20 x 8
500 x 500 x 250
20 x 20 x 10
500 x 500 x 300
20 x 20 x 12
500 x 500 x 350
20 x 20 x 14
500 x 500 x400
20 x 20 x 16
500 x 500 x 450
20 x 20 x 18
600 x 600 x 200
24 x 24 x 8
600 x 600 x 250
24 x 24 x 10
600 x 600 x 300
24 x 24 x 12
600 x 600 x 350
24 x 24 x 14
600 x 600 x 400
24 x 24 x 16
600 x 600 x 450
24 x 24 x 18
600 x 600 x 500
24 x 24 x 20
TYCENMECH 0811
2.033
Hydrant Tee
C
B
2
A
FIG. 222
TFPP
Article Number
222V42262
CAST FITTING
Nominal
Size
Pipe
OD
Hydrant
Outlet
Max. Working
Pressure
mm
Inches
mm
ISO
Bar
Psi
114.3
R7
DN65
20.7
300
100
4
A
B
C
Approx.
Weight
mm
mm
mm
Kg
190.0
70.0
133.0
4.6
Available in hot dipped galvanizing only.
TYCENMECH 0811
2.034
Couplings, Fittings & Flanges, Reducing
Tee with Female BSP Threaded Branch
C to E
2
C to E
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 322
TFPP
Article Number
322F020202
322F026202
322F026252
322F030202
322F030252
322F042202
322F042262
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
60.3 x 2” ISO R7 x 60.3
82.6
1.2
76.1 x 2” ISO R7 x 76.1
95.2
1.8
76.1 x 2 1/2” ISO R7 x 76.1
95.2
1.9
88.9 x 2” ISO R7 x 88.9
108.0
2.2
88.9 x 2 1/2” ISO R7 x 88.9
108.0
2.3
114.3 x 2” ISO R7 x 114.3
127.0
2.6
114.3 x 2 1/2” ISO R7 x 114.3
127.0
2.8
50 x 50 x 50
2x2x2
65 x 50 x 65
2 1/2 x 2 x 2 1/2
65 x 65 x 65
2 1/2 x 2 1/2 x 2 1/2
80 x 50 x 80
3x2x3
80 x 65 x 80
3 x 2 1/2 x 3
100 x 50 x 100
4x2x4
100 x 65 x 100
4 x 2 1/2 x 4
Only available in galvanized finish
Other sizes upon request.
TYCENMECH 0811
2.035
Cross
C to E
2
C to E
FIG. 227
TFPP
Article Number
227M00042*
227M00048*
227M00060*
227M00073*
227M00076*
227M00089*
227M00108*
227M00114*
222M0139*
327F00141*
327F00165*
227M00168*
227M00219*
227M002732
227M003242
CAST FITTING
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
42.4
69.9
1.0
48.3
69.9
1.1
60.3
82.6
1.2
73.0
95.3
2.4
76.1
95.3
1.8
88.9
108.0
3.4
108.0
121.0
5.3
114.3
127.0
5.5
139.7
139.7
6.8
141.3
139.7
8.0
159.0
165.1
10.2
168.3
165.1
12.8
219.1
196.9
21.8
273.0
229.0
9.9
323.9
254.0
24.7
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
TYCENMECH 0811
2.036
Concentric Reducer
E to E
2
CAST FITTING
FIG. 250
TFPP
Article Number
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
250M01210*
32 x 25
1 1/4 x 1
42.4 x 33.7
63.5
0.5
250A01512*
40 x 32
1 1/2 x 1 1/4
40 x 25
1 1/2 x 1
50 x 25
2x1
50 x 32
2 x 1 1/4
50 x 40
2 x 1 1/2
65 x 50
2 1/2 x 2
65 x 32
2 1/2 x 1 1/4
65 x 40
2 1/2 x 1 1/2
65 x 50
2 1/2 x 2
80 x 40
3 x 1 1/2
80 x 50
3x2
80 x 65
3 x 2 1/2
80 x 65
3 x 2 1/2
100 x 50
4x2
100 x 65
4 x 2 1/2
100 x 65
4 x 2 1/2
100 x 80
4x3
125 x 80
5x3
125 x 100
5x4
125 x 100
5x4
48.3 x 42.4
63.5
0.6
48.3 x 33.7
63.5
0.3
60.3 x 33.7
63.5
0.4
60.3 x 42.4
63.5
0.5
60.3 x 48.3
63.5
0.6
73.0 x 60.3
63.5
0.5
76.1 x 42.4
63.5
0.9
76.1 x 48.3
63.5
0.7
76.1 x 60.3
63.5
0.8
88.9 x 48.3
63.5
1.3
88.9 x 60.3
63.5
0.6
88.9 x 73.0
63.5
0.7
88.9 x 76.1
63.5
0.9
114.3 x 60.3
76.2
1.0
114.3 x 73.0
76.2
1.1
114.3 x 76.1
76.2
1.5
114.3 x 88.9
76.2
1.4
139.7 x 88.9
89.0
1.9
139.7 x 114.3
89.0
2.0
141.3 x 114.3
89.0
2.0
250M01510*
250M02010*
250M02012*
250M02015*
250M02520*
250M02612*
250M02615*
250M02620*
250A03015*
250M03020*
250M03025*
250M03026*
250M04220*
250M04225*
250M04226*
250M04230*
250M05230*
250M05242*
250M05342*
TYCENMECH 0811
2.037
Concentric Reducer
E to E
2
CAST FITTING
FIG. 250
TFPP
Article Number
250M06230*
250M06242*
250M06252*
250M06320*
250M06326*
250A06330*
250M06342*
250M06352*
250M06353*
250A08042*
250M08052*
250A08063*
250M08062*
250M01162*
250A01163*
250A01180*
250A01342*
250A01363*
250A01380*
250A01311*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
165.1 x 88.9
102.0
2.5
165.1 x 114.3
102.0
2.7
165.1 x 139.7
102.0
2.5
168.3 x 60.3
102.0
2.7
168.3 x 76.1
102.0
2.7
168.3 x 88.9
102.0
3.4
168.3 x 114.3
102.0
2.7
168.3 x 139.7
102.0
2.7
168.3 x 141.3
102.0
2.9
219.1 x 114.3
127.0
6.1
219.1 x 139.7
127.0
5.0
219.1 x 168.3
127.0
6.6
219.1 x 165.1
127.0
6.6
273.0 x 165.1
152.4
9.6
273.0 x 168.3
152.4
9.6
273.0 x 219.1
152.4
10.4
323.9 x 114.3
177.8
13.7
323.9 x 168.3
177.8
15.0
323.9 x 219.7
177.8
13.7
323.9 x 273.0
177.8
15.0
150 x 80
6x3
150 x 100
6x4
150 x 125
6x5
150 x 50
6x2
150 x 65
6 x 2 1/2
150 x 80
6x3
150 x 100
6x4
150 x 125
6x5
150 x 125
6x5
200 x 100
8x4
200 x 125
8x5
200 x 150
8x6
200 x 150
8x6
250 x 150
10 x 6
250 x 150
10 x 6
250 x 200
10 x 8
300 x 100
12 x 4
300 x 150
12 x 6
300 x 200
12 x 8
300 x 250
12 x 10
TYCENMECH 0811
2.038
Concentric Reducer
E to E
2
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 350
TFPP
Article Number
Nominal
Size
Pipe
OD
E to E
Approx.
Weight
mm
Inches
mm
mm
Kg
65 x 25
76.1 x 33.7
190.0
0.6
2 1/2 x 1
100 x 100
114.3 x 108.0
140.0
1.5
350F04241*
4x4
150 x 150
168.3 x 159.0
140.0
3.2
350F06361*
6x6
150 x 150
168.3 x 165.1
102
1.9
350F06362*
6x6
200 x 125
219.1 x 141.3
250.0
4.7
350F08053*
8x5
250 x 100
273.0 x 114.3
278.0
7.0
350F01142*
10 x 4
300 x 150
323.9 x 165.1
303.0
11.3
350F01362*
12 x 6
350 x 150
355.6 x 165.1
330.0
26.4
350T01462*
14 x 6
350 x 150
355.6 x 168.3
330.0
26.4
350T01463*
14 x 6
350 x 200
355.6 x 219.1
330.0
26.5
350T01480*
14 x 8
350 x 250
355.6 x 273.0
330.0
27.0
350T01411*
14 x 10
350 x 300
355.6 x 323.9
330.0
27.3
350T01413*
14 x 12
400 x 200
406.4 x 219.1
356.0
31.1
350T01680*
16 x 8
400 x 250
406.4 x 273.0
356.0
31.1
350T01611*
16 x 10
400 x 300
406.4 x 323.9
356.0
31.8
350T01613*
16 x 12
400 x 350
406.4 x 355.6
356.0
32.3
350T01614*
16 x 14
450 x 300
457.2 x 323.9
381.0
37.7
350T01813*
18 x 12
450 x 350
457.2 x 355.6
381.0
38.2
350T01814*
18 x 14
450 x 400
457.2 x 406.4
381.0
38.6
350T01816*
18 x 16
500 x 250
508.0 x 273.0
508.0
52.3
350T02111*
20 x 10
500 x 300
508.0 x 323.9
508.0
54.5
350T02113*
20 x 12
500 x 350
508.0 x 355.6
508.0
55.5
350T02114*
20 x 14
500 x 400
508.0 x 406.4
508.0
56.4
350T02116*
20 x 16
350F02610*
TYCENMECH 0811
2.039
Concentric Reducer
TFPP
Article Number
350T02118*
350T02411*
350T02413*
350T02414*
350T02416*
350T02418*
350T02421*
Nominal
Size
Pipe
OD
E to E
Approx.
Weight
mm
Inches
mm
mm
Kg
508.0 x 457.2
356.0
56.8
609.6 x 273.0
356.0
66.8
609.6 x 323.9
356.0
62.7
609.6 x 355.6
356.0
63.6
609.6 x 406.4
356.0
65.9
609.6 x 457.2
330.0
67.3
609.6 x 508.0
330.0
21.8
500
20
600
24
600
24
600
24
600
24
600
24
600
24
x
x
x
x
x
x
x
x
x
x
x
x
x
x
450
18
250
10
300
12
350
14
400
16
450
18
500
20
* = 1 for painted red paint finish, 2 for hot dipped galvanized finish
TYCENMECH 0811
2.040
2
Eccentric Reducer
E to E
2
CAST FITTING
FIG. 251
TFPP
Article Number
251A03020*
251A03025*
251A04220*
251A04225*
251A04230*
251A05342*
251A06330*
251A06342*
251A06353*
Nominal
Size
Pipe
OD
E to E
Approx.
Weight
mm
Inches
mm
mm
Kg
88.9 x 60.3
88.9
0.8
88.9 x 73.0
88.9
1.0
114.3 x 60.3
101.6
1.3
114.3 x 73.0
101.6
1.4
114.3 x 88.9
101.6
1.5
141.3 x 114.3
127.5
2.6
168.3 x 88.9
139.7
3.0
168.3 x 114.3
139.7
3.3
168.3 x 141.3
139.7
3.7
80 x 50
3x2
80 x 65
3 x 2 1/2
100 x 50
4x2
100 x 65
4 x 2 1/2
100 x 80
4x3
125 x 100
5x4
150 x 80
6x3
150 x 100
6x4
130 x 125
6x5
TYCENMECH 0811
2.041
Eccentric Reducer
E to E
2
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 351
TFPP
Article Number
351F02010*
351F02012*
351F02015*
351F02615*
351F02620*
351F03026*
351F04226*
351F05230*
351F05242*
351F06220*
351F06230*
351F06242*
351F06252*
351F06320*
351F06352*
351F08030*
351F08042*
351F08052*
351F08053*
351F08063*
351F08062*
351F01142*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
60.3 x 33.7
241.3
1.2
60.3 x 42.4
241.3
1.2
60.3 x 48.3
241.3
1.8
76.1 x 48.3
241.3
1.9
76.1 x 60.3
241.3
2.0
88.9 x 76.1
241.3
2.8
114.3 x 76.1
254.0
3.7
139.7 x 88.9
279.4
5.7
139.7 x 114.3
279.4
5.9
165.1 x 60.3
292.1
6.7
165.1 x 88.9
292.1
6.9
165.1 x 114.3
292.1
7.1
165.1 x 139.7
292.1
7.2
168.3 x 60.3
292.1
6.7
168.3 x 139.7
292.1
7.2
291.1 x 88.9
304.8
8.1
219.1 x 114.3
304.8
8.9
219.1 x 139.7
304.8
9.7
291.1 x 141.3
304.8
9.7
219.1 x 168.3
304.8
10.9
219.1 x 165.1
304.8
10.9
273.0 x 114.3
330.2
13.5
50 x 25
2x1
50 x 32
2 x 1 1/4
50 x 40
2 x 1 1/2
65 x 40
2 1/2 x 1 1/2
65 x 50
2 1/2 x 2
80 x 65
3 x 2 1/2
100 x 65
4 x 2 1/2
125 x 80
5x3
125 x 100
5x4
150 x 50
6x2
150 x 80
6x3
150 x 100
6x4
150 x 125
6x5
150 x 50
6x2
150 x 125
6x5
200 x 80
8x3
200 x 100
8x4
200 x 125
8x5
200 x 125
8x5
200 x 150
8x6
200 x 150
8x6
250 x 100
10 x 4
TYCENMECH 0811
2.042
Eccentric Reducer
TFPP
Article Number
351F01152*
351F01153*
2
351F01162*
351F01163*
351F01180*
351F01342*
351F01362*
351F01363*
351F01380*
351F01411*
351T01462*
351T01463*
351T01480*
351T01411*
351T01413*
351T01680*
351T01611*
351T01613*
351T01614*
351T01813*
351T01814*
351T01816*
351T02111*
351T02113*
351T02114*
351T02116*
351T02118*
351T02411*
351T02413*
351T02414*
351T02416*
351T02418*
351T02421*
Nominal
Size
mm
Inches
Pipe
OD
mm
C to E
mm
Approx.
Weight
Kg
250 x 125
10 x 5
250 x 125
10 x 5
250 x 125
10 x 5
250 x 150
10 x 6
250 x 200
10 x 8
300 x 100
12 x 4
300 x 150
12 x 6
300 x 150
12 x 6
300 x 200
12 x 8
300 x 250
12 x 10
350 x 150
14 x 6
350 x 150
14 x 6
350 x 200
14 x 8
350 x 250
14 x 10
350 x 300
14 x 12
400 x 200
16 x 8
400 x 250
16 x 10
400 x 300
16 x 12
400 x 350
16 x 4
450 x 300
18 x 12
450 x 350
18 x 14
450 x 400
18 x 16
500 x 250
20 x 10
500 x 300
20 x 12
500 x 350
20 x 14
500 x 400
20 x 16
500 x 450
20 x 18
600 x 250
24 x 10
600 x 300
24 x 12
600 x 350
24 x 14
600 x 400
24 x 16
600 x 450
24 x 8
600 x 500
24 x 20
273.0 x 139.7
330.2
14.4
273.0 x 141.3
330.2
14.4
273.0 x 165.1
330.2
15.4
273.0 x 168.3
330.2
15.4
273.0 x 219.1
330.2
16.8
323.9 x 114.3
356.0
21.8
323.9 x 165.1
356.0
22.7
323.9 x 168.3
356.0
22.7
323.9 x 219.1
356.0
24.3
323.9 x 273.0
356.0
25.9
355.6 x 165.1
330.0
26.4
355.6 x 168.3
330.0
26.4
355.6 x 219.1
330.0
26.5
355.6 x 273.0
330.0
27.0
355.6 x 323.9
330.0
27.3
406.4 x 219.1
356.0
31.1
406.4 x 273.0
356.0
31.1
406.4 x 323.9
356.0
31.8
406.4 x 355.6
356.0
32.3
457.2 x 323.9
381.0
37.7
457.2 x 355.6
381.0
38.2
457.2 x 406.4
381.0
38.6
508.0 x 273.0
508.0
52.3
508.0 x 323.9
508.0
54.5
508.0 x 355.6
508.0
55.5
508.0 x 406.4
508.0
56.4
508.0 x 457.2
508.0
56.8
609.6 x 273.0
508.0
66.8
609.6 x 323.9
508.0
62.7
609.6 x 355.6
508.0
63.6
609.6 x 406.4
508.0
65.9
609.6 x 457.2
508.0
67.3
609.6 x 508.0
508.0
68.2
TYCENMECH 0811
2.043
Short Radius Elbow 90°
C to E
2
C to E
CAST FITTING
FIG. 510S
TFPP
Article Number
510M00060*
510M00073*
510M00076*
510M00089*
510M00114*
510M00139*
510M00141*
510M00165*
510M00168*
510M00219*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
Friction
Resistance**
mm
Inches
mm
mm
Kg
Mtrs.
60.3
70
0.7
1.0
73.0
76
1.0
1.2
76.1
76
1.0
1.2
88.9
86
1.3
1.5
114.3
102
2.6
2.0
139.7
124
3.9
2.4
141.3
124
3.9
2.5
165.1
140
5.0
2.9
168.3
140
5.1
3.0
219.1
175
10.6
4.0
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
** = Equivalent meter of straight pipe based upon pressure drop of schedule 40 pipe.
Note: Figure 510S and 519S fittings are special short radius fittings with smaller centre to end dimensions than standard grooved
fittings. Depending on the size and coupling used, there may be interferences at the bolt pads which requires repositioning of the
coupling orientation. The use of flange adapters is not recommended with figures 510S and 519S fittings.
Contact Tyco FPP for details.
TYCENMECH 0811
2.044
Short Radius Equal Tee
C to E
2
C to E
CAST FITTING
FIG. 519S
TFPP
Article Number
Nominal
Size
mm
Inches
519M00060*
519M00073*
519M00076*
519M00089*
519M00114*
519M00139*
519M00141*
519M00165*
519M00168*
519M00219*
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
Pipe
OD
C to E
Approx.
Weight
Friction Resistance**
Branch
Run
mm
mm
Kg
Mtrs.
Mtrs.
60.3
70
1.0
2.5
1.0
73.0
76
1.4
3.0
1.2
76.1
76
1.4
3.1
1.2
88.9
86
1.9
3.7
1.5
114.3
102
3.5
5.0
2.0
139.7
124
5.4
6.1
2.4
141.3
124
5.4
6.3
2.5
165.1
140
6.8
7.2
2.9
168.3
140
6.9
7.6
3.0
219.1
175
14.2
10.0
4.0
** = Equivalent meter of straight pipe based upon pressure drop of schedule 40 pipe.
Note: Figure 510S and 519S fittings are special short radius fittings with smaller centre to end dimensions than standard grooved fittings.
Depending on the size and coupling used, there may be interferences at the bolt pads which requires repositioning of the
coupling orientation. The use of flange adapters is not recommended with figures 510S and 519S fittings.
Contact Tyco FPP for details.
TYCENMECH 0811
2.045
End Cap
2
E to E
CAST FITTING
FIG. 260
TFPP
Article Number
260M00034*
260M00042*
260M00048*
260M00060*
260M00073*
260M00076*
260M00089*
260M00114*
260M00139*
260M00141*
260M00159*
260M00165*
260M00168*
260M00219*
260M00273*
260M00324*
Nominal
Size
Pipe
OD
E to E
Approx.
Weight
mm
Inches
mm
mm
Kg
33.7
22
0.1
42.4
22
0.2
48.3
22
0.3
60.3
22
0.4
73.0
22
0.4
76.1
24
0.5
88.9
22
0.5
114.3
25
1.2
139.7
23
2.1
141.3
25
2.3
159.0
25
3.8
165.1
25
3.4
168.3
25
3.4
219.1
30
5.8
273.0
32
9.1
323.9
32
16.3
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
125
5
150
6
150
6
200
8
250
10
300
12
TYCENMECH 0811
2.046
End Cap
E to E
2
FABRICATED FITTING
FIG. 360
TFPP
Article Number
360T00355*
360T00406*
360T00457*
360T00508*
360T00610*
Nominal
Size
Pipe
OD
C to E
Approx.
Weight
mm
Inches
mm
mm
Kg
355.6
254.0
16.6
406.4
280.0
19.7
457.2
318.0
25.6
508.0
127.0
34.3
609.6
152.04
45.8
350
14
400
16
450
18
500
20
600
24
TYCENMECH 0811
2.047
Couplings, Fittings & Flanges, End Cap
with ISO R7 Threaded Outlet
E to E
2
C
FIG. 361/362
TFPP
Article Number
361M00060*
361M00076*
361M00089*
361M00114*
361M00139*
361M00141*
361M00165*
361M00168*
361M00219*
361M00273*
362M00076*
362M00089*
362M00114*
362M00139*
362M00141*
362M00165*
362M00168*
362M00219*
362M00273*
FABRICATED FITTING
Nominal
Size
Pipe
OD
E to E
C
Outlet
size
Approx.
Weight
mm
Inches
mm
mm
mm
ISO R7
Kg
60.3
25
0
DN40 (1 1/2”)
0.2
76.1
25
9
DN40 (1 1/2”)
0.4
88.9
25
15
DN40 (1 1/2”)
0.5
114.3
25
28
DN40 (1 1/2”)
1.3
139.7
25
40
DN40 (1 1/2”)
1.8
141.3
25
41
DN40 (1 1/2”)
1.8
165.1
25
53
DN40 (1 1/2”)
2.7
168.3
25
54
DN40 (1 1/2”)
2.7
219.1
31
79
DN40 (1 1/2”)
5.0
273.0
31
90
DN40 (1 1/2”)
7.2
76.1
25
4
DN50 (2”)
0.3
88.9
25
9
DN50(2”)
1.3
114.3
25
22
DN50 (2”)
1.3
139.7
25
34
DN50 (2”)
1.8
141.3
25
34
DN50 (2”)
1.8
165.1
25
47
DN50 (2”)
2.7
168.3
25
48
DN50 (2”)
2.7
219.1
31
73
DN50 (2”)
5.0
273.0
31
90
DN50 (2”)
7.2
50
2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
TYCENMECH 0811
2.048
E to E
2
C
FIG. 363/364/365
TFPP
Article Number
363M00060*
363M00076*
363M00089*
363M00114*
363M00139*
363M00141*
363M00165*
363M00168*
363M00219*
364M00060*
364M00076*
364M00089*
364M00114*
364M00139*
364M00141*
364M00165*
364M00168*
364M00219*
FABRICATED FITTING
Nominal
Size
Pipe
OD
E to E
C
Outlet
size
Approx.
Weight
mm
Inches
mm
mm
mm
ISO R7
Kg
60.3
25
0
DN20 (3/4”)
0.2
76.1
25
9
DN20 (3/4”)
0.4
88.9
25
15
DN20 (3/4”)
0.5
114.3
25
28
DN20 (3/4”)
1.3
139.7
25
40
DN20 (3/4”)
1.8
141.3
25
41
DN20 (3/4”)
1.8
165.1
25
53
DN20 (3/4”)
2.7
168.3
25
54
DN20 (3/4”)
2.7
219.1
31
79
DN20 (3/4”)
5.0
60.3
25
0
DN25 (1”)
0.2
76.1
25
9
DN25 (1”)
0.4
88.9
25
15
DN25 (1”)
0.5
114.3
25
28
DN25 (1”)
1.3
139.7
25
40
DN25 (1”)
1.8
141.3
25
41
DN25 (1”)
1.8
165.1
25
53
DN25 (1”)
2.7
168.3
25
54
DN25 (1”)
2.7
219.1
31
79
DN25 (1”)
5.0
50
2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
50
2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
TYCENMECH 0811
2.049
TFPP
Article Number
365M00060*
365M00076*
365M00089*
365M00114*
365M00139*
365M00165*
365M00168*
365M00219*
Nominal
Size
Pipe
OD
E to E
C
Outlet
size
Approx.
Weight
mm
Inches
mm
mm
mm
ISO R7
Kg
60.3
25
0
DN32 (1 1/4”)
0.2
76.1
25
9
DN32 (1 1/4”)
0.4
88.9
25
15
DN32 (1 1/4”)
0.5
114.3
25
28
DN32 (1 1/4”)
1.3
139.7
25
40
DN32 (1 1/4”)
1.8
165.1
25
53
DN32 (1 1/4”)
2.7
168.3
25
54
DN32 (1 1/4”)
2.7
219.1
31
79
DN32 (1 1/4”)
5.0
50
2
65
2 1/2
80
3
100
4
125
5
150
6
150
6
200
8
TYCENMECH 0811
2.050
2
Couplings, Fittings & Flanges, Flange
Adaptor, ANSI Class 150 lbs
E to E
2
FABRICATED FITTING
FIG. 341
TFPP
Article Number
341F00060*
341F00073*
341F00089*
341F00114*
341F00141*
341F00168*
341F00219*
341F00273*
341F00324*
341T00355*
341T00406*
341T00457*
341T00508*
341T00610*
Nominal
Size
Pipe
OD
E to E
Mating Flange
Bolt
Mating Flange
Bolt Size
Approx.
Weight
mm
Inches
mm
mm
Qnt
mm
Kg
60.3
95.0
4
5/8 x 2 3/4
2.3
73.0
95.0
4
5/8 x 2 3/4
3.3
88.9
100.0
4
5/8 x 2 3/4
4.0
114.3
102.0
8
5/8 x 2 3/4
4.6
141.3
105.0
8
3/4 x 2 7/8
6.0
168.3
105.0
8
3/4 x 3 1/8
7.2
219.1
112.0
8
3/4 x 3 1/4
10.2
273.0
138.0
12
7/8 x 3 1/2
18.0
323.9
203.2
12
7/8 x 3 3/4
22.4
355.6
203.2
12
1 x 4 1/2
55.3
406.4
203.2
16
1 x 4 3/4
68.5
457.2
203.2
16
1 1/8 x 5
74.8
508.0
203.2
20
1 1/8 x 5 1/2
93.0
609.6
203.2
20
1 1/4 x 6
120.2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
TYCENMECH 0811
2.051
Couplings, Fittings & Flanges, Flange
Adaptor, DIN PN10/PN16 BS4504
E to E
2
FABRICATED FITTING
FIG. 343 & 344
TFPP
Article Number
Nominal
Size
Flange
Drilling
Pipe
OD
E to E
Mating Flange
Bolt Size
Approx.
Weight
mm
mm
mm
Kg
PN10/16
60.3
95.0
M16 x 65
2.3
PN10/16
76.1
95.0
M16 x 65
3.3
PN10/16
88.9
100.0
M16 x 70
4.0
PN10/16
108.0
102.0
M16 x 70
4.5
PN10/16
114.3
102.0
M16 x 70
4.6
PN10/16
133.0
105.0
M16 x 75
5.9
PN10/16
139.7
105.0
M16 x 75
6.0
PN10/16
159.0
105.0
M16 x 75
7.1
PN10/16
165.1
105.0
M20 x 80
7.2
PN10/16
168.3
105.0
M20 x 80
7.2
PN16
219.1
112.0
M20 x 90
10.2
PN16
273.0
138.0
M24 x 100
18.0
PN16
323.9
138.0
M24 x 100
22.4
PN16
355.6
203.2
M24 x 115
55.3
PN16
406.4
203.2
M27 x 125
61.7
PN16
457.2
203.2
M27 x 140
76.2
PN16
508.0
203.2
M30 x 160
94.3
PN16
609.6
203.2
M33 x 180
124.3
mm
Inches
343F00060*
343F00076*
343F00089*
343F00108*
343F00114*
343F00133*
343F00139*
343F00159*
343F00165*
343F00168*
343F00219*
343F00273*
343F00324*
343T00355*
343T00406*
343T00457*
343T00508*
343T00610*
50
2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
TYCENMECH 0811
2.052
Fittings, Flange Adaptor, DIN PN10 BS 4504
TFPP
Article Number
Nominal
Size
Pipe
OD
E to E
Mating Flange
Bolt Size
Approx.
Weight
mm
mm
mm
Kg
PN10
219.1
112.0
M20 x 80
10.2
PN10
273.0
138.0
M20 x 90
18.0
PN10
323.9
138.0
M20 x 90
22.4
PN10
355.6
203.2
M20 x 100
55.3
PN10
406.4
203.2
M24 x 110
61.7
PN10
457.2
203.2
M24 x 115
76.2
PN10
508.0
203.2
M24 x 115
94.3
PN10
609.6
203.2
M27 x 120
124.3
Flange
Drilling
mm
Inches
2
344F00219*
344F00273*
344F00324*
344T00355*
344T00406*
344T00457*
344T00508*
344T00610*
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
TYCENMECH 0811
2.053
Couplings, Fittings & Flanges, Pipe
Nipple grv x thr (bsp Male), Machined
L
B
A
FABRICATED FITTING
FIG. 304
TFPP
Article Number
Nominal
Size
mm
Inches
304H000342
304H000422
304H000482
304H000602
304H000762
304H000892
2
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
ØA
B
L
Approx.
Weight
mm
mm
mm
Kg
33.7
33.2
55.0
0.1
42.4
41.9
63.0
0.2
48.3
47.8
59.0
0.3
60.3
59.6
68.0
0.5
76.1
75.2
75.0
0.8
88.9
87.9
80.0
1.4
Only available in galvanised finish.
TYCENMECH 0811
2.054
Couplings, Fittings & Flanges, Pipe
Nipple grv x thr (bsp Female), Machined
L
B
2
A
FABRICATED FITTING
FIG. 305
TFPP
Article Number
Nominal
Size
mm
Inches
305H000342
305H000422
305H000482
305H000602
305H000762
305H000892
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
ØA
B
L
Approx.
Weight
mm
mm
mm
Kg
33.7
33.2
50.0
0.1
42.4
41.9
50.0
0.2
48.3
47.8
50.0
0.3
60.3
59.6
100.0
0.5
76.1
75.1
100.0
0.8
88.9
88.5
100.0
1.2
Only available in galvanised finish.
TYCENMECH 0811
2.055
45° Lateral
C to LE
2
C to LE
C to SE
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 314
TFPP
Article Number
314F00034*
314F00042*
314F00048*
314F00060*
314F00076*
314F00089*
314F00114*
314F00139*
314F00165*
314F00168*
314F00219*
314F00273*
314F00324*
Nominal
Size
Pipe
OD
C to LE
C to SE
Approx.
Weight
mm
Inches
mm
mm
mm
Kg
33.7
127.0
57.0
0.7
42.4
146.0
64.0
1.1
48.3
159.0
70.0
1.6
60.3
178.0
70.0
2.0
76.1
197.0
76.0
4.5
88.9
216.0
83.0
5.0
114.3
267.0
95.0
8.3
139.7
318.0
102.0
13.6
165.0
356.0
114.0
21.1
168.3
356.0
114.0
21.1
219.1
457.0
152.0
37.6
273.0
521.0
165.0
57.4
323.9
584.0
178.0
74.8
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
150
6
200
8
250
10
300
12
TYCENMECH 0811
2.056
45° Reducing Lateral
C to LE
2
C to LE
C to SE
FABRICATED FITTING
(SEGMENT WELDED)
FIG. 325
TFPP
Article Number
Run Size
Pipe
OD
Branch
OD
C to LE
C to SE
Approx.
Weight
DN
mm
DN
mm
mm
mm
Kg
325F03020*
80
88.9
50
60.3
216.0
83.0
4.4
325F03026*
80
88.9
65
76.1
216.0
83.0
5.2
325F04220*
100
114.3
50
60.3
267.0
95.0
7.0
325F04226*
100
114.3
65
76.1
267.0
95.0
7.7
325F04230*
100
114.3
80
88.9
267.0
95.0
8.4
325F05220*
125
139.7
50
60.3
318.0
102.0
10.2
325F05230*
125
139.7
80
88.9
318.0
102.0
12.0
325F05242*
125
139.7
100
114.3
318.0
102.0
13.8
325F06220*
150
165.1
50
60.3
356.0
114.0
15.0
325F06230*
150
165.1
80
88.9
356.0
114.0
16.8
325F06242*
150
165.1
100
114.3
356.0
114.0
18.1
325F06252*
150
165.1
125
139.7
356.0
114.0
20.4
325F06320*
150
168.3
50
60.3
356.0
114.0
15.0
325F06330*
150
168.3
80
88.9
356.0
114.0
16.8
325F06342*
150
168.3
100
114.3
356.0
114.0
18.1
325F06352*
150
168.3
125
139.7
356.0
114.0
20.4
325F08042*
200
219.1
100
114.3
457.0
152.0
27.0
325F08052*
200
219.1
125
139.7
457.0
152.0
30.8
325F08063*
200
219.1
150
168.3
457.0
152.0
34.0
325F01042*
250
273.0
100
114.3
521.0
165.0
37.6
325F01052*
250
273.0
125
139.7
521.0
165.0
45.4
325F01063*
250
273.0
150
168.3
521.0
165.0
47.6
325F01080*
250
273.0
200
219.1
521.0
165.0
52.6
325F01242*
300
323.9
100
114.3
584.0
178.0
62.1
325F01263*
300
323.9
150
168.3
584.0
178.0
63.5
325F01280*
300
323.9
200
219.1
584.0
178.0
66.7
TYCENMECH 0811
2.057
Clearflow® Dielectric Waterway
2
FIG. 407GT & FIG. 407T
Clearflow® fittings protect
plumbing systems through an
innovative steel-to-plastic design
that establishes a dielectric
waterway. The Clearflow line of
dielectric fittings separates
dissimilar metals in the
electrolyte (waterway) eliminating
the local galvanic cell.
Clearflow’s metal-to-metal joint
design maintains external
electrical continuity, thereby
preventing stray current
corrosion. This feature is critical
when stray current is present due
to intentional ornon-intentional
grounding of direct current (DC)
sources, such as phone systems
and appliances.
Clearflow fittings meet the
requirements of ASTM standard
F-492 for continuous use at
temperatures up to 110°C (230°F).
Test Data/Results and Listings:
Test data provided by Pittsburgh
Testing Laboratory can be
provided upon request.
Figure 407GT
TFPP
Article Number
Nominal
Size
mm
Inches
Pipe
OD
mm
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
407GT00422
407GT00482
407GT00602
407GT00732
407GT00892
407GT01142
407GT Grooved x Threaded
Approx.
Nominal
Weight
End to End
Kg
mm
42.4
101.6
0.3
48.3
101.6
0.4
60.3
101.6
0.5
73.0
152.4
0.7
88.9
152.4
0.9
114.3
152.4
2.0
Figure 407T
TFPP
Article Number
407T000212
407T000262
407T000342
407T000422
407T000482
407T000602
407T000732
407T000892
407T001142
TYCENMECH 0811
Nominal
Size
mm
Inches
15
1/2
20
3/4
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
Pipe
OD
mm
407T Threaded
Approx.
Nominal
Weight
End to End
Kg
mm
21.3
76.2
0.1
26.7
76.2
0.1
33.7
101.6
0.1
42.4
101.6
0.1
48.3
101.6
0.4
60.3
101.6
0.4
73.0
152.4
0.7
88.9
152.4
0.9
114.3
152.4
2.0
2.058
Welding Branchlets, Grooved
E
C
F
2
D
WELDING BRANCHLET GRV
TFPP
Article
Number
13580
13585
13590
13600
13605
13610
13615
13625
13630
13635
13645
13650
13655M
13660M
13665M
13675M
13680M
13685
13695
13705
13710
13715
13725
13730
Grooved
Outlet Size
inch
mm
1 1/4
32
1 1/2
40
2
50
2 1/2
65
3
80
4
100
Header for
Pipe Size
inch
mm
C
D
E
F
Approx.
Weight
mm
mm
mm
mm
Kg
76
35
42
3.6
0.125
76
41
48
3.7
0.200
76
53
60
3.9
0.350
76
67
76
5.2
0.700
76
78
89
5.5
0.900
102
102
114
6.0
1.00
2 - 2 1/2 50 - 65
3-4
80 - 100
5-8
125 - 200
2
50
2 1/2
65
3-4
80 - 100
5-8
125 - 200
2 1/2
65
3
80
4
100
6
150
8
200
2 1/2
65
3
80
4
100
6
150
8
200
3
80
4
100
6
150
8
200
4
100
6
150
8
200
Pressure rating: 20.7 Bar (300 PSI)
Material:
Black Steel to ASTM A-53
TYCENMECH 0811
2.059
Welding Branchlets, Threaded
C
M
2
D
WELDING BRANCHLET THR
TFPP
Article
Number
02042U
02047U
02050U
02070U
02074U
02075U
02090BU
02097BU
02102BU
02105BU
02120BU
02125BU
02130BU
02135BU
02150BU
02155BU
02160BU
02165BU
02180BU
02185BU
02190BU
02200BU
02205BU
02210BU
02215BU
02235BU
02240BU
02245BU
02260BU
02265BU
Outlet Size
Female
inch
mm
*1/2
15
*3/4
20
1
25
1 1/4
32
1 1/2
40
2
50
2 1/2
65
Header for
Pipe Size
inch
mm
1 1/4 - 1 1/2 32 - 40
2 - 2 1/2
50 - 65
2 1/2 - 8
65 - 200
1 1/4 - 1 1/2 32 - 40
2 - 2 1/2
50 - 65
2 1/2 - 8
65 - 200
1 1/4 - 1 1/2 32 - 40
2 - 2 1/2
50 - 65
3-4
80 - 100
5-8
125 - 200
1 1/2 - 2
40 - 50
2 - 2 1/2
50 - 65
3-4
80 - 100
5-8
125 - 200
2
50
2 1/2
65
3-4
80 - 100
5-8
125 - 200
2
50
2 1/2
65
3
80
4
100
5
125
6
150
8
200
2 1/2
80
3
100
4
125
6
150
8
200
C
D
M
Approx.
Weight
mm
mm
mm
Kg
27
18
13
0.050
29
23
13
0.075
32
29
13
0.100
35
38
16
0.125
41
41
22
0.200
44
53
22
0.350
54
63
29
0.700
*Branchlets with a 1/2” or 3/4” outer are threaded NPT. All larger outlet sizes are threaded ISO R7 (BSP).
Pressure rating: 20.7 Bar (300 PSI)
Material:
Black Steel to ASTM A-53
TYCENMECH 0811
2.060
2
UK and Ireland
Branch Outlets
3
Branch Outlets
TYCENMECH 0811
P. 3.000 - 3.007
3.000
Branch Outlets, Mechanical Tee
Threaded & Grooved
B
B
D
Takeout
C
C
A
D
Takeout
E
D
Takeout
FIG. 730 THR
3
connection, or a welded outlet
where a threaded or grooved
outlet is needed. The
Mechanical Tee is ideal for use
in retrofit or equipment hookup
The GRINNELL figure 730
Mechanical Tees are rated at
34.5 Bar (500 psi) on standard
weight steel pipe and can be
used in place of a tee, a cross
B
C
A
E
installations, as it can be
positioned along the pipe at the
correct location in the field,
ensuring exact alignment of the
branch outlet connection.
B
C
A
A
FIG. 730 GRV
stability, rigidity, and inhibits
damage to the pipe during
tightening, as compared to UBolts provided by other
manufacturers. In addition, all
All GRINNELL Mechanical Tees
are provided with a ductile iron
lower housing section for
increased strength and
dependability. This provides
sizes can be made into a cross
configuration, threaded x
threaded, grooved x grooved,
grooved x threaded.
Fig. 730 Bolt Dimensions
Run Size
Inches
Bolt Size
2, 2 1/2
M10 x 57
3, 4
M12 x 76
5, 6
M16 x 83
8
M20 x 121
TYCENMECH 0811
3.001
Branch Outlets, Mechanical Tee with
ISO R7 Female Threaded Branch
C
B
A
D
Takeout
E
FIG. 730 THR
3
TFPP
Article
Number
730AT2005*
730AT2007*
730AT2010*
730AT2012*
730AT2015*
730AT2505*
730AT2507*
730AT2510*
730AT2512*
730AT2515*
730MT2520*
730AT2605*
730AT2607*
730AT2610*
730MT2612*
730MT2615*
730MT2620*
730MT3005*
730MT3007*
730MT3010*
730MT3012*
730MT3015*
730MT3020*
730MT4205*
Nominal
Pipe Size
Run x Branch
mm
Inches
50 x 15
2 x 1/2
50 x 20
2 x 3/4
50 x 25
2x1
50 x 32
2 x 1 1/4
50 x 40
2 x 1 1/2
65 x 15
2 1/2 x 1/2
65 x 20
2 1/2 x 3/4
65 x 25
2 1/2 x 1
65 x 32
2 1/2 x 1 1/4
65 x 40
2 1/2 x 1 1/2
65 x 50
2 1/2 x 2
65 x 15
2 1/2 x 1/2
65 x 20
2 1/2 x 3/4
65 x 25
2 1/2 x 1
65 x 32
2 1/2 x 1 1/4
65 x 40
2 1/2 x 1 1/2
65 x 50
2 1/2 x 2
80 x 15
3 x 1/2
80 x 20
3 x 3/4
80 x 25
3x1
80 x 32
3 x 1 1/4
80 x 40
3 x 1 1/2
80 x 50
3x2
100 x 15
4 x 1/2
Pipe OD
Max. End
Load
Branch ‡
Hole Diameter †
A
B
C
D
E
Approx
Weight
mm x inch
kN
min.
mm
max.
mm
mm
mm
mm
mm
mm
Kg
60.3 x 1/2
1.2
38.1
41.3
66.5
124.0
78.0
53.8
40.4
1.0
60.3 x 3/4
1.9
38.1
41.3
66.5
124.0
78.0
53.8
40.4
1.0
60.3 x 1
3.0
38.1
41.3
66.5
124.0
78.0
53.8
40.4
1.0
60.3 x 1 1/4
4.8
44.5
47.6
70.6
124.0
84.3
49.0
40.4
1.1
60.3 x 1 1/2
6.3
44.5
47.6
69.9
124.0
84.3
49.0
40.4
1.1
73.0 x 1/2
1.2
38.1
41.3
73.2
133.4
78.0
60.5
46.0
1.2
73.0 x 3/4
1.9
38.1
41.3
73.2
133.4
78.0
60.5
46.0
1.2
73.0 x 1
3.0
38.1
41.3
73.2
133.4
78.0
60.5
46.0
1.2
73.0 x 1 1/4
4.8
50.8
54.0
76.2
133.4
90.4
55.6
46.0
1.4
73.0 x 1 1/2
6.3
50.8
54.0
78.0
133.4
91.2
55.1
46.0
1.5
73.0 x 2
9.9
50.8
54.0
81.0
133.4
101.6
62.0
46.0
1.6
76.1 x 1/2
1.2
38.1
41.3
74.5
142.7
78.0
62.0
47.5
1.2
76.1 x 3/4
1.9
38.1
41.3
74.5
142.7
78.0
62.0
47.5
1.2
76.1 x 1
3.0
38.1
41.3
74.5
142.7
78.0
62.0
47.5
1.2
76.1 x 1 1/4
4.8
50.8
54.0
77.7
142.7
90.4
57.2
47.5
1.4
76.1 x 1 1/2
6.3
50.8
54.0
79.5
142.7
90.4
57.2
47.5
1.5
76.1 x 2
9.9
50.8
54.0
82.6
142.7
101.6
63.5
47.5
1.9
88.9 x 1/2
1.2
38.1
41.3
81.0
155.7
78.0
65.0
56.1
1.7
88.9 x 3/4
1.9
38.1
41.3
81.0
155.7
78.0
65.0
56.1
1.7
88.9 x 1
3.0
38.1
41.3
81.0
155.7
78.0
65.0
56.1
1.7
88.9 x 1 1/4
4.8
44.5
47.6
84.8
155.7
84.3
63.5
56.1
1.8
88.9 x 1 1/2
6.3
50.8
54.0
85.9
155.7
90.4
63.0
56.1
1.9
88.9 x 2
9.9
63.5
66.7
88.9
155.7
103.9
69.9
56.1
2.1
114.3 x 1/2
1.2
38.1
41.3
93.7
181.1
78.0
77.7
70.6
2.5
TYCENMECH 0811
3.002
Branch Outlets, Mechanical Tee with
ISO R7 Female Threaded Branch
TFPP
Article
Number
730MT4207*
730MT4210*
730AT4212*
730AT4215*
730MT4220*
3
730MT4226*
730MT4230*
730MT5315*
730MT5320*
730MT5326*
730MT5330*
730AT6212*
730AT6215*
730AT6220*
730AT6226*
730AT6230*
730MT6312*
730AT6315*
730AT6320*
730AT6326*
730AT6330*
730AT8020*
730AT8026*
730AT8030*
Nominal
Pipe Size
Run x Branch
mm
Inches
100 x 20
4 x 3/4
100 x 25
4x1
100 x 32
4 x 1 1/4
100 x 40
4 x 1 1/2
100 x 50
4x2
100 x 65
4 x 2 1/2
100 x 80
4x3
125 x 40
5 x 1 1/2
125 x 50
5x2
125 x 65
5 x 2 1/2
125 x 80
5x3
150 x 32
6 x 1 1/4
150 x 40
6 x 1 1/2
150 x 50
6x2
150 x 65
6 x 2 1/2
150 x 80
6x3
150 x 32
6 x 1 1/4
150 x 40
6 x 1 1/2
150 x 50
6x2
150 x 65
6 x 2 1/2
150 x 80
6x3
200 x 50
8x2
200 x 65
8 x 2 1/2
200 x 80
8x3
Hole Diameter †
Pipe OD
Max. End
Load
Branch ‡
A
B
C
D
E
Approx
Weight
mm x inch
kN
min.
mm
max.
mm
mm
mm
mm
mm
mm
Kg
114.3 x 3/4
1.9
38.1
41.3
93.7
181.1
78.0
77.7
70.6
2.5
114.3 x 1
3.0
38.1
41.3
93.7
181.1
78.0
77.7
70.6
2.5
114.3 x 1 1/4
4.8
44.5
47.6
99.6
181.1
84.3
76.2
70.6
2.5
114.3 x 1 1/2
6.3
50.8
54.0
101.6
181.1
90.4
75.7
70.6
2.5
114.3 x 2
9.9
63.5
66.7
101.6
181.1
103.1
82.6
70.6
2.7
114.3 x 2 1/2
14.4
69.9
73.0
101.6
181.1
111.3
79.2
70.6
2.7
114.3 x 3
21.4
88.9
92.1
104.9
181.1
130.3
84.1
70.6
3.2
139.7/141.3 x 1 1/2
6.3
50.8
54.0
117.6
206.5
90.4
101.6
85.6
2.9
139.7/141.3 x 2
9.9
63.5
66.7
117.6
206.5
103.1
98.6
85.6
3.2
139.7/141.3 x 2 1/2
14.4
69.9
73.0
120.7
206.5
111.3
98.6
85.6
3.3
139.7/141.3 x 3
21.4
88.9
92.1
127.0
206.5
130.3
103.1
85.6
3.4
168.3 x 1 1/4
4.8
50.8
54.0
130.3
235.0
90.4
108.0
99.1
3.4
165.1 x 1 1/2
6.3
50.8
54.0
130.3
235.0
90.4
102.6
99.1
3.4
165.1 x 2
9.9
63.5
66.7
130.3
235.0
103.1
109.5
99.1
3.4
165.1 x 2 1/2
14.4
69.9
73.0
130.3
235.0
111.3
106.2
99.1
3.4
165.1 x 3
21.4
88.9
92.1
139.7
235.0
130.3
111.0
99.1
4.3
168.3 x 1 1/4
4.8
50.8
54.0
130.3
235.0
90.4
108.0
99.1
3.4
168.3 x 1 1/2
6.3
50.8
54.0
130.3
235.0
90.4
102.6
99.1
3.4
168.3 x 2
9.9
63.5
66.7
130.3
235.0
103.1
109.5
99.1
3.4
168.3 x 2 1/2
14.4
69.9
73.0
130.3
235.0
111.3
106.2
99.1
3.4
168.3 x 3
21.4
88.9
92.1
139.7
235.0
130.3
111.0
99.1
4.3
219.1 x 60.3
9.9
63.5
66.7
158.8
317.5
103.1
127.0
124.5
4.6
219.1 x 2 1/2
14.4
69.9
73.0
158.8
317.5
113.3
130.0
124.5
4.6
219.1 x 3
21.4
88.9
92.1
165.1
317.5
130.3
136.4
124.5
5.7
If 5th digit [730AN..... or 730MN.....] of the article code is changed in N, the product will be supplied with NPT threads, orange painted
and with imperial bolts and nuts.
†: Proper hole preparation is required for effective sealing and performance. Check the pipe seal surface within 15.9 mm (5/8”) of the
hole to be certain it is free from conditions which would affect proper gasket sealing. Remove any sharp or rough edges from the
hole or upper housing contact area, which might affect assembly, adequate seating of the locating collar or flow from the outlet. For
crosses, ensure double outlet holes are aligned on opposite sides of the pipe. The use of threaded products other than steel pipe,
such as dry pendents, etc. may not be compatible with the female threaded outlet on the Mechanical Tee. Always confirm
compatibility by contacting Tyco FPP.
‡: Maximum pressure and end load are total from all loads based on standard weight steel pipe. Pressure ratings and end loads may
differ on other pipe materials and/or wall thicknesses. Contact Tyco FPP for details.
TYCENMECH 0811
3.003
with Grooved Branch
B
C
A
E
FIG. 730 GRV
3
TFPP
Article
Number
730AG2012*
730AG2015*
730AG2512*
730MG2520*
730MG2612*
730MG2615*
730MG2620*
730MG3012*
730MG3015*
730MG3020*
730AG4212*
730AG4215*
730MG4220*
730MG4225*
730MG4226*
730MG4230*
730MG5315*
730MG5320*
730MG5325*
730MG5326*
730MG5330*
730MG6212*
730MG6215*
730AG6220*
Nominal
Pipe Size
Run x Branch
mm
Inches
50 x 32
2 x 1 1/4
50 x 40
2 x 1 1/2
65 x 32
2 1/2 x 1 1/4
65 x 50
2 1/2 x 2
65 x 32
2 1/2 x 1 1/4
65 x 40
2 1/2 x 1 1/2
65 x 50
2 1/2 x 2
80 x 32
3 x 1 1/4
80 x 40
3 x 1 1/2
80 x 50
3x2
100 x 32
4 x 1 1/4
100 x 40
4 x 1 1/2
100 x 50
4x2
100 x 65
4 x 2 1/2
100 x 65
4 x 2 1/2
100 x 80
4x3
125 x 40
5 x 1 1/2
125 x 50
5x2
125 x 65
5 x 2 1/2
125 x 65
5 x 2 1/2
125 x 80
5x3
150 x 32
6 x 1 1/4
150 x 40
6 x 1 1/2
150 x 50
6x2
Pipe OD
Max. End
Load
Branch ‡
Hole Diameter †
A
B
C
E
Approx
Weight
mm x mm
kN
min.
mm
max.
mm
mm
mm
mm
mm
Kg
60.3 x 42.4
4.8
44.5
47.6
70.6
124.0
84.3
40.4
1.1
60.3 x 48.3
6.3
44.5
47.6
66.5
124.0
84.3
40.4
1.1
73.0 x 42.4
4.8
50.8
54.0
76.2
133.4
90.4
46.0
1.4
73.0 x 60.3
9.9
50.8
54.0
81.0
133.4
101.6
46.0
2.0
76.1 x 42.4
4.8
50.8
54.0
77.7
142.7
90.4
47.5
1.4
76.1 x 48.3
6.3
50.8
54.0
79.5
142.7
90.4
47.5
1.5
76.1 x 60.3
9.9
50.8
54.0
82.6
142.7
101.6
47.5
1.9
88.9 x 42.4
4.8
44.5
47.6
84.8
155.7
84.3
56.1
1.8
88.9 x 48.3
6.3
50.8
54.0
85.9
155.7
90.4
56.1
1.9
88.9 x 60.3
9.9
63.5
66.7
88.9
155.7
103.9
56.1
2.1
114.3 x 42.4
4.8
44.5
47.6
99.6
181.1
84.3
70.6
2.5
114.3 x 48.3
6.3
50.8
54.0
101.6
181.1
90.4
70.6
2.5
114.3 x 60.3
9.9
63.5
66.7
101.6
181.1
103.1
70.6
2.7
114.3 x 73.0
14.4
69.9
73.0
101.6
181.1
111.3
70.6
2.7
114.3 x 76.1
15.7
69.9
73.0
101.6
181.1
111.3
70.6
2.7
114.3 x 88.9
21.4
88.9
92.1
104.9
181.1
130.3
70.6
3.2
139.7/141.3 x 48.3
6.3
50.8
54.0
117.6
206.5
90.4
85.6
2.9
139.7/141.3 x 60.3
9.9
63.5
66.7
117.6
206.5
103.1
85.6
3.2
139.7/141.3 x 73.0
14.4
69.9
73.0
120.7
206.5
111.3
85.6
3.3
139.7/141.3 x 76.1
15.7
69.9
73.0
120.7
206.5
111.3
85.6
3.3
139.7/141.3 x 88.9
21.4
88.9
92.1
127.0
206.5
130.3
85.6
3.4
165.1 x 42.4
4.8
50.8
54.0
130.3
235.0
90.4
99.1
3.6
165.1 x 48.3
6.3
50.8
54.0
130.3
235.0
90.4
99.1
4.0
165.1 x 60.3
9.9
63.5
66.7
130.3
235.0
103.1
99.1
3.4
TYCENMECH 0811
3.004
with Grooved Branch
TFPP
Article
Number
730AG6225*
730AG6226*
730AG6242*
730MG6312*
730AG6315*
3
730AG6320*
730AG6325*
730AG6326*
730AG6330*
730AG6342*
730AG8020*
730AG8025*
730AG8026*
730AG8030*
730AG8042*
Nominal
Pipe Size
Run x Branch
mm
Inches
150 x 65
6 x 2 1/2
150 x 65
6 x 2 1/2
150 x 100
6x4
150 x 32
6 x 1 1/4
150 x 40
6 x 1 1/2
Hole Diameter †
Pipe OD
Max. End
Load
Branch ‡
A
B
C
E
Approx
Weight
mm x mm
kN
min.
mm
max.
mm
mm
mm
mm
mm
Kg
165.1 x 73.0
14.4
69.9
73.0
130.3
235.0
111.3
99.1
3.4
165.1 x 76.1
15.7
69.9
73.0
130.3
235.0
111.3
99.1
3.4
165.1 x 114.3
35.4
114.3
117.5
136.7
235.0
155.7
99.1
4.5
168.3 x 42.4
4.8
50.8
54.0
130.3
235.0
90.4
99.1
3.1
168.3 x 48.3
6.3
50.8
54.0
130.3
235.0
90.4
99.1
3.4
168.3 x 60.3
9.9
63.5
66.7
130.3
235.0
103.1
99.1
3.4
168.3 x 73.0
14.4
69.9
73.0
130.3
235.0
111.3
99.1
3.4
168.3 x 76.1
15.7
69.9
73.0
130.3
235.0
111.3
99.1
3.4
150 x 50
6x2
150 x 65
6 x 2 1/2
150 x 65
6 x 2 1/2
150 x 80
6x3
150 x 100
6x4
200 x 50
8x2
200 x 65
8 x 2 1/2
200 x 65
8x 2 1/2
200 x 80
8x3
168.3 x 88.9
21.4
88.9
92.1
139.7
235.0
130.3
99.1
4.3
168.3 x 114.3
35.4
114.3
117.5
136.7
235.0
155.7
99.1
4.5
219.1 x 60.3
9.9
63.5
66.7
158.8
317.5
103.1
124.5
5.5
219.1 x 73.0
14.4
69.9
73.0
158.8
317.5
111.3
124.5
5.5
219.1 x 76.1
15.7
69.9
73.0
158.8
317.5
111.3
124.5
5.5
219.1 x 88.9
21.4
88.9
92.1
165.1
317.5
130.3
124.5
5.7
200 x 100
8x4
219.1 x 114.3
35.4
114.3
117.5
162.1
317.5
155.7
124.5
5.7
†: Proper hole preparation is required for effective sealing and performance. Check the pipe seal surface within 15.9 mm (5/8”) of the
hole to be certain it is free from conditions which would affect proper gasket sealing. Remove any sharp or rough edges from the
hole or upper housing contact area, which might affect assembly, adequate seating of the locating collar or flow from the outlet. For
crosses, ensure double outlet holes are aligned on opposite sides of the pipe. The use of threaded products other than steel pipe,
such as dry pendents, etc. may not be compatible with the female threaded outlet on the Mechanical Tee. Always confirm
compatibility by contacting Tyco FPP.
‡: Maximum pressure and end load are total from all loads based on standard weight steel pipe. Pressure ratings and end loads may
differ on other pipe materials and/or wall thicknesses. Contact Tyco FPP for details.
3.005
Branch Outlets,
Mechanical Fitting
B
C
A
D
Takeout
E
FIG. 522
3
Article Number
522F1005*
522F1007*
522F1010*
522F1203*
522F1205*
522F1207*
522F1210*
522F1505*
522F1507*
522F1510*
522F2005*
522F2007*
522F2010*
522F2605*
522F2607*
522F2610*
Nominal Size
Run x Branch
Max.
Pressure
mm
Inches
Bar
PSI
25 x 15
1 x 1/2
25 x 20
1 x 3/4
25 x 25
1x1
32 x 10
1 1/4 x 3/8
32 x 15
1 1/4 x 1/2
32 x 20
1 1/4 x 3/4
32 x 25
1 1/4 x 1
40 x 15
1 1/2 x 1/2
40 x 20
1 1/2 x 3/4
40 x 25
1 1/2 x1
50 x 15
2 x 1/2
50 x 20
2 x 3/4
50 x 25
2x1
65 x 15
76.1 mm x 1/2
65 x 20
76.1 mm x 3/4
65 x 25
76.1 mm x 1
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
Max.
End Load
(Branch)
Approx.
Weight
A
B
C
D (ISO)
E
N
mm
mm
mm
mm
mm
Kg.
738
26.2
83.6
49.3
11.2
24.1
0.4
1.156
41.7
83.6
49.3
25.4
24.1
0.5
1.156
41.7
83.6
49.3
25.4
24.1
0.5
738
31.0
96.0
56.9
16.0
28.2
0.4
738
31.0
96.0
56.9
16.0
28.2
0.4
1.156
46.5
96.0
56.9
30.2
28.2
0.5
1.810
51.1
96.0
56.9
32.0
28.2
0.6
738
33.5
100.6
56.9
18.5
31.5
0.5
1.156
4.90
100.6
56.9
32.8
31.5
0.5
1.810
53.6
100.6
56.9
34.5
31.5
0.6
738
39.6
113.3
56.9
24.6
38.9
0.6
1.156
55.1
113.3
56.9
38.9
38.9
0.7
1.810
59.7
113.3
63.5
40.6
38.9
0.7
738
52.1
130.0
56.9
37.1
49.5
0.7
1.156
65.6
130.0
56.9
49.3
49.5
0.8
1.810
70.1
130.0
63.5
51.1
49.5
0.8
* = 1 for red paint finish, 2 for electro zinc plated finish
Each branch connection can be made by drilling a one size hole: 24.0mm; +0.5mm/-0.0mm, with the exception of 2” x 1” and
76.1 mm x 1” which requires an hole with diameter 34.9 mm; +0.5 / -0.0 mm.
Material Specification
Housing: Ductile Iron
Gasket: EPDM Grade E
Bolt:
DIN 933 M8 x 30 mm Class 8.8
Flange nut:DIN 934 Class 8
TYCENMECH 0811
Bolt/Nut
Finish: Zinc electroplated
followed by yellow
chromate dip
Coating: Zinc electroplated
conforming to ASTM B633
Type III Service 2
Alternative RAL3000
Coated
3.006
Branch Outlets, Mechanical Fitting,
Spare Gaskets
3
Run Size
Outlet Size
Inches
Inches
EPDM Grade E
730-Style
Nitrile Grade T
730-Style
2, 2 1/2, 3, 4
1/2, 3/4, 1
1EPDM730
1BUNA730
2, 3, 4
1 1/4
2EPDM730
2BUNA730
2
1 1/2
2EPDM730
2BUNA730
2 1/2, 3, 4, 5, 6
1 1/2
3EPDM730
3BUNA730
2 1/2
1 1/4
3EPDM730
3BUNA730
6
1 1/4
3EPDM730
3BUNA730
2 1/2
2
3EPDM730
3BUNA730
3, 4, 5, 6, 8
2
4EPDM730
4BUNA730
4, 5
2 1/2
5EPDM730
5BUNA730
6, 8
2 1/2
6EPDM730
6BUNA730
4, 5
3
7EPDM730
7BUNA730
6, 8
3
8EPDM730
8BUNA730
6, 8
4
9EPDM730
9BUNA730
Run Size
Outlet Size
Inches
Inches
EPDM Grade E
522-Style
1 1/4
3/8
976-001
1, 1 1/4, 1 1/2
1/2, 3/4, 1
976-001
2
1/2, 3/4
976-001
2 1/2
1/2, 3/4
976-001
1
1/2, 3/4, 1
976-290
2
1
976-304
2 1/2
1
976-304
TYCENMECH 0811
3.007
Fittings & Flanges
4
Fittings & Flanges
P. 4.000 - 4.010
4.000
Stainless Steel Couplings, Fittings & Flanges,
Rigid Coupling
ACS
ARPA
B
C
A
FIG. 472
TFPP
Article Number
472MD00424
4
472MD00484
472MD00604
472MD00734
472MD00764
472MD00894
472MD01144
472MD01394
472MD01414
472MD01684
472MD02194
472MD02734
472MD03244
Nominal
Size
Pipe
OD
Max. Wk
Pressure †
mm
Inches
mm
Bar
Psi
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
200
8
250
10
300
12
42.4
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
168.3
219.1
273.0
323.9
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
41.4
600
Max.
End
Load †
Range of
Pipe End
Separation ‡
Coupling
Dimensions
A
B
C
Coupling
Bolts
Size
Qnt
Approx
Weight
kN
mm
mm
mm
mm
mm
mm
Kg
5.78
0-1.5
70
111
46
2
M10 x 57
0.5
7.58
0-2.0
76
117
46
2
M10 x 57
0.5
11.82
0-3.3
87
130
48
2
M10 x 57
0.7
17.34
0-3.3
99
143
48
2
M10 x 57
1.1
18.88
0-3.3
106
145
48
2
M10 x 57
1.2
25.68
0-3.3
118
159
48
2
M12 x 76
1.2
42.46
0-4.8
148
191
50
2
M12 x 76
1.6
63.42
0-4.8
178
247
52
2
M16 x 83
3.4
64.88
0-4.8
180
247
52
2
M16 x 83
3.4
92.00
0-4.8
206
268
54
2
M16 x 83
3.4
155.94
0-4.8
268
344
67
2
M20 x 121
8.2
242.24
0-3.3
326
417
67
2
M24 x 165
11.2
388.76
0-3.3
391
479
67
2
M24 x 165
19.1
Note: The Fig. 472 Stainless Steel Heavy Duty Rigid Coupling does not provide compensation for pipe system expansion and/or
contraction associated with pipe system temperature changes.
differ on pipe materials and/or wall thickness. Please refer to page 7.007 for Stainless Steel pressure ratings or contact your local
sales office.
Housing:
ASTM A-743/A-743M - Standard
Specification for Castings, IronChromium, Iron-Chromium-Nickle,
Corrosion Resistant, for General
Application
Grade CF-8M: Tensile Strength,
minimum MPa-485 (psi-70,000)
Yield Strength, minimum MPa-205
(psi-30,000)
Elongation in 50mm (2"), minimum 30%
Bolt / Nut:
Stainless Steel bolts are metric track
head bolts conforming to ASTM
A-193M 138M Class 2,
Type 316, Grade B8M, Class 2.
Stainless Steel nuts are heavy hex
nuts conforming to A-194M Grade 8M
ASTM, Type 316, Grade 8M.
4.001
Flexible Coupling
ACS
ARPA
B
C
A
FIG. 405
TFPP
Article Number
405MD00344
405MD00424
405MD00484
405MD00604
405MD00734
405MD00764
405MD00894
405MD01144
405MD01394
405MD01414
405MD01684
405MD02194
Nominal
Size
Pipe
OD
Max. Wk
Pressure †
mm
Inches
mm
Bar
Psi
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
200
8
33.7
42.4
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
168.3
219.1
51.7
750
51.7
750
51.7
750
34.5
500
34.5
500
34.5
500
34.5
500
22.4
325
13.8
200
13.8
200
13.8
200
13.8
200
Max.
End
Load †
Range of
Pipe End
Separation ‡
Deflection
Per
Pipe
Coupling
mm/
Degrees mtrs
t Coupling
Dimensions
A
B
C
kN
mm
3.02
0-3.3
5°26'
95.1
56
97
4.88
0-3.3
4°19'
75.0
6.30
0-3.3
3°46'
9.85
0-3.3
14.43
mm mm mm
Coupling
Bolts
Qnt
Size
Approx
Weight
mm
mm
Kg
46
2
M10 x 57
0.6
65 106
46
2
M10 x 57
0.7
65.8
70 113
46
2
M10 x 57
0.7
3°01'
52.5
83 124
48
2
M10 x 57
0.8
0-3.3
2°29'
43.3
94 140
48
2
M10 x 57
0.9
15.71
0-3.3
2°23'
41.7
102 146
48
2
M12 x 76
1.4
21.38
0-3.3
2°03'
35.8
111 165
48
2
M12 x 76
1.4
21.21
0-6.4
3°11'
55.8
145 197
52
2
M12 x 76
1.8
31.67
0-6.4
2°36'
45.5
173 248
52
2
M16 x 83
3.3
32.42
0-6.4
2°35'
45.0
175 248
52
2
M16 x 83
3.2
45.98
0-6.4
2°10'
37.5
202 271
52
2
M16 x 83
3.2
77.92
0-6.4
1°40'
29.2
259 344
64
2
M20 x 121
6.6
differ on pipe materials and/or wall thickness. Please refer to page 7.007 for Stainless Steel pressure ratings or contact your local
sales office. For fire protection equipment listing and approval pressure ratings contact Tyco FPP.
Housing
ASTM A-743/A-743M - Standard
Specification for Castings, IronChromium, Iron-Chromium-Nickle,
Corrosion Resistant, for General
Application
Grade CF-8M: Tensile Strength,
minimum MPa-485 (psi-70,000)
Yield Strength, minimum MPa-205
(psi-30,000)
Elongation in 50mm (2"), minimum 30%
Bolt / Nut
Stainless Steel bolts are metric track
head bolts conforming to ASTM
A-193M 138M Class 2,
Type 316, Grade B8M, Class 2.
Stainless Steel nuts are heavy hex
nuts conforming to A-194M Grade 8M
ASTM, Type 316, Grade 8M.
4.002
4
Rilsan Coated Flexible Coupling
B
C
A
FIG. 705R
TFPP
Article Number
705MES042R
4
705MES048R
705MES060R
705MES076R
705MES089R
705MES114R
705MES139R
705MES141R
705MES165R
705MES168R
705MES219R
Note:
Nominal
Size
Pipe
OD
Max. Wk
Pressure †
mm
Inches
mm
Bar
Psi
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
42.4
48.3
60.3
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
Max.
End
Load †
Range of
Pipe End
Separation ‡
Deflection
Per
Pipe
Coupling
mm/
Degrees mtrs
Coupling
Dimensions
A
B
C
kN
mm
2.21
0-3.3
4°19'
75.0
65 106
2.90
0-3.3
3°46'
65.8
4.53
0-3.3
3°01'
7.23
0-3.3
9.84
mm mm mm
Coupling
Bolts
Size
Qnt
Approx
Weight
mm
mm
Kg
46
2
M10x60
0.7
70 113
46
2
M10x60
0.7
52.5
83 124
48
2
M10x60
0.8
2°23'
41.7
102 146
48
2
M12x80
1.4
0-3.3
2°03'
35.8
111 165
48
2
M12x80
1.4
16.27
0-6.4
3°11'
55.8
145 197
52
2
M12x80
1.8
24.31
0-6.4
2°36'
45.0
173 248
52
2
M16x90
3.3
24.87
0-6.4
2°35'
45.0
175 248
52
2
M16x90
3.2
33.95
0-6.4
2°12'
38.3
197 272
52
2
M16x90
3.2
35.27
0-6.4
2°10'
37.5
202 272
52
2
M16x90
3.2
59.78
0-6.4
1°40'
29.2
259 344
64
2
M20x120
6.6
Standard Stainless Steel 316 Bolt, Nuts and Washer.
Always use washers in combination with Fig 705R Rilsan Coated Couplings
Because of the Rilsan coating FM/UL/VDS/LPC approvals do not apply.
Also available with zinc plated bolts and nuts. Part code: 705ME...R (e.g. 705ME114R)
4.003
(fabricated), Elbow 90°
C to E
FIG. 410
TFPP
Article Number
410H000344
410H000424
410H000484
410H000604
410H000764
410H000894
410H001144
410H001394
410H001684
410H002194
410H002734
410H003244
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
33.7
42.4
48.3
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
C to E
Approx.
Weight
mm
Kg
73
0.5
83
0.5
92
0.5
111
0.9
130
1.4
149
2.0
187
3.9
225
6.1
263
8.4
345
16.6
421
27.2
437
30.4
Pipe wall thickness in groove area of standard stainless steel fittings are 2.0mm for sizes 1” till 4”, 3.0mm for 5” till 8”
and 4.0mm for 10” and 12”. Fittings are fabricated from SS316Ti / 1.4571
4.004
4
(fabricated), Elbow 45°
C to E
FIG. 401
TFPP
Article Number
401H000344
4
401H000424
401H000484
401H000604
401H000764
401H000894
401H001144
401H001394
401H001684
401H002194
401H002734
401H003244
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
33.7
42.4
48.3
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323.9
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
C to E
Approx.
Weight
mm
Kg
50
0.5
54
0.5
58
0.5
65
0.9
73
1.4
80
2.0
95
3.9
110
6.1
125
8.4
160
16.6
190
27.2
220
30.4
4.005
(fabricated), Equal Tee
C to E
C to E
FIG. 419
TFPP
Article Number
419H000344
419H000424
419H000484
419H000604
419H000764
419H000894
419H001144
419H001394
419H001684
419H002194
419H002734
419H003244
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
33.7
42.4
48.3
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323.9
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
C to E
Approx.
Weight
mm
Kg
73
0.5
60
0.5
62
0.5
68
0.9
76
1.4
86
2.0
105
3.9
160
6.1
178
8.4
218
16.6
256
27.2
294
30.4
and 4.0mm for 10” and 12”.Fittings are fabricated from SS316Ti / 1.4571
4.006
4
(fabricated), End Cap
E to E
FIG. 460
TFPP
Article Number
460H000344
4
460H000424
460H000484
460H000604
460H000764
460H000894
460H001144
460H001394
460H001684
460H002194
460H002734
460H003244
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
33.7
42.4
48.3
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323.9
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
E to E
Approx.
Weight
mm
Kg
58
0.5
58
0.5
58
0.5
58
0.9
60
1.4
60
2.0
60
3.9
60
6.1
66
8.4
81
16.6
81
27.2
81
30.4
4.007
(fabricated), Flange Adaptor PN10/16 BS4504d
E to E
FIG. 443/444
TFPP
Article Number
443H000424
443H000484
443H000604
443H000764
443H000894
443H001144
443H001394
443H001684
Nominal
Size
Pipe
OD
E to E
Mating Flange
Bolt Size*
Approx.
Weight
mm
Inches
mm
mm
mm
Kg
42.4
90.0
M16 x 65
1.8
48.3
92.0
M16 x 65
2.0
60.3
95.0
M16 x 65
2.7
76.1
95.0
M16 x 65
3.3
88.9
100.0
M16 x 70
4.0
114.3
102.0
M16 x 70
4.6
139.7
105.0
M16 x 75
6.0
168.3
105.0
M20 x 80
7.2
32
1 1/4
40
1 1/2
50
2
65
2 1/2
80
3
100
4
125
5
150
6
4
* = Bolts are not supplied. Bolt lengths shown are standard; it is the responsibility of the purchaser to verify correct lengths
for intended applications
Stainless Steel Fittings (fabricated), Flange Adaptor,
DIN PN10 BS 4504
TFPP
Article Number
444H002194
444H002734
444H003244
Nominal
Size
Pipe
OD
E to E
Mating Flange
Bolt Size*
Approx.
Weight
mm
Inches
mm
mm
mm
Kg
219.1
112.0
M20 x 80
10.2
273.0
138.0
M20 x 90
18.0
323.9
138.0
M20 x 90
22.4
200 PN10
8
250 PN10
10
300 PN10
12
* = Bolts are not supplied. Bolt lengths shown are standard; it is the responsibility of the purchaser to verify correct lengths
for intended applications
4.008
(fabricated), Reducing Tee
A
B
FIG. 421
TFPP
Article Number
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
50x25x50
2x1x2
50x32x50
2 x 1 1/4 x 2
50x40x50
2x1 1/2x2
65x40x65
2 1/2x1 1/2x2 1/2
65x50x65
2 1/2x2x2 1/2
80x50x80
421H020104
421H020124
4
Nominal
Size
421H020154
421H026154
421H026204
421H030204
3x2x3
80x65x80
3x2 1/2x3
100x50x100
4x2x4
100x65x100
4x2 1/2x4
100x80x100
4x3x4
125x80x125
5x3x5
125x100x125
5x4x5
150x50x150
6x2x6
150x65x150
6x2 1/2x6
150x80x150
421H030264
421H042204
421H042264
421H042304
421H052304
421H052424
421H063204
421H063264
421H063304
6x3x6
150x100x150
6x4x6
150x125x150
6x5x6
200x100x200
8x4x8
200x125x200
8x5x8
200x150x200
8x6x8
250x150x250
10x6x10
250x200x250
10x8x10
300x200x300
12x8x12
300x250x300
12x10x12
421H063424
421H063524
421H080424
421H080524
421H080634
421H011634
421H011804
421H013804
421H013114
60.3x33.7x60.3
60.3x42.4x60.3
60.3x48.3x60.3
76.1x48.3x76.1
76.1x60.3x76.1
88.9x60.3x88.9
88.9x76.1x88.9
114.3x60.3x114.3
114.3x76.1x114.3
114.3x88.9x114.3
139.7x88.9x139.7
139.7x114.3x139.7
168.3x60.3x168.3
168.3x76.1x168.3
168.3x88.9x168.3
168.3x114.3x168.3
168.3x139.7x168.3
219.1x114.3x219.1
219.1x139.7x219.1
219.1x168.3x219.1
273.0x168.3x273.0
273.0x219.1x273.0
323.9x219.1x323.9
323.9x273.0x323.9
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
Dimensions
Approx.
Weight
A
mm
B
mm
Kg
68
68
1.0
68
68
1.1
68
68
1.1
76
76
1.2
76
76
2.0
83
86
2.5
83
86
2.6
95
105
4.6
95
105
5.1
95
105
5.2
108
124
6.7
108
124
6.7
122
143
11.8
122
143
12.0
122
143
12.1
122
143
12.2
122
143
12.2
148
178
24.2
148
178
24.2
148
178
24.2
194
216
30.1
204
216
30.1
229
254
35.6
242
254
35.6
General notes: Additional information is included in our data sheets and is available upon request. It is the Designer’s responsibility to select products
suitable for the intended service and to ensure that pressure ratings and performance data is not exceeded. Always read and understand the
installation constructions. Never remove any piping components nor correct or modify any piping deficiencies without first depressurizing and
draining the system. Material and gasket selection should be verified with the gasket recommendation listing for the specific application.
Pipe wall thickness in groove area of standard stainless steel fittings are 2.0mm for sizes 1” till 4”, 3.0mm for 5” till 8” and 4.0mm for 10” and 12”.
Fittings are fabricated from SS316Ti / 1.4571
TYCENMECH 0811
4.009
(fabricated), Concentric Reducer
E to E
FIG. 450
TFPP
Article Number
450H012104
450H015104
450H015124
450H020154
450H026154
450H026204
450H030154
450H030204
450H030264
450H042204
450H042264
450H042304
450H052304
450H052424
450H063424
450H063524
450H080424
450H080524
450H080634
450H011634
450H011804
450H013804
450H013114
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
32 x 25
1 1/4 x 1
40 x 25
1 1/2 x 1
40 x 32
1 1/2 x 1 1/4
50 x 40
2 x 1 1/2
65 x 40
2 1/2 x 1 1/2
65 x 50
2 1/2 x 2
80 x 40
3 x 1 1/2
80 x 50
3x2
80 x 65
3 x 2 1/2
100 x 50
4x2
100 x 65
4 x 2 1/2
100 x 80
4x3
125 x 80
5x3
125 x 100
5x4
150 x 100
6x4
150 x 125
6x5
200 x 100
8x4
200 x 125
8x5
200 x 150
8x6
250 x 150
10 x 6
250 x 200
10 x 8
300 x 200
12 x 8
300 x 250
12 x 10
42.2 x 33.7
48.3 x 33.7
48.3 x 42.4
60.3 x 48.3
76.1 x 48.3
76.1 x 60.3
88.9 x 48.3
88.9 x 60.3
88.9 x 76.1
114.3 x 60.3
114.3 x 76.1
114.3 x 88.9
139.7 x 88.9
139.7 x 114.3
168.3 x 114.3
168.3 x 139.7
219.1 x 114.3
219.1 x 139.7
219.1 x 168.3
273.0 x 168.3
273.0 x 219.1
323.9 x 219.1
323.9 x 273.0
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
E to E
Approx.
Weight
mm
Kg
120
0.5
134
0.5
99
0.5
111
1.0
125
1.0
125
1.1
125
1.1
125
1.1
125
1.1
135
1.1
135
1.3
135
1.3
162
1.3
162
1.6
175
1.6
210
1.7
227
1.7
227
2.5
227
2.5
278
2.5
278
3.4
300
4.7
300
5.2
General notes: Additional information is included in our data sheets and is available upon request. It is the Designer’s responsibility to select products suitable
for the intended service and to ensure that pressure ratings and performance data is not exceeded. Always read and understand the installation
constructions. Never remove any piping components nor correct or modify any piping deficiencies without first depressurizing and draining
the system. Material and gasket selection should be verified with the gasket recommendation listing for the specific application.
Pipe wall thickness in groove area of standard stainless steel fittings are 2.0mm for sizes 1” till 4”, 3.0mm for 5” till 8” and 4.0mm for 10” and
12”. Fittings are fabricated from SS316Ti / 1.4571
4.010
4
Miscellaneous
5
Miscellaneous
TYCENMECH 0811
P. 5.000 - 5.037
5.000
Miscellaneous,
Valves
Grooved Butterfly Valve
The uniqueness of the grooved
valve begins with the spherical
bore of the disc seat area which
facilitates a constant disc to seat
loading that maintains a leak
tight stem seal regardless of disc
position. Because seal force is
constant throughout the full disc
cycle, operating torques are kept
low thus increasing valve life.
The grooved butterfly valve is the
grooved end valve with the
lowest pressure loss. This is
accomplished by combining the
best features of ball valve and
butterfly designs. Utilizing the
spherical bore of a ball valve
design enables the use of a thin
profile disc with much narrower
leading edges which, while
providing a bubble tight seal
affords the advantage of minimal
flow turbulence through the
valve. This reduces pressure loss
and allows more precise flow
control over a wider range of
flow conditions and disc positions.
Also designed with the contractor
in mind, the valve body is a
rugged one-piece casting with
integral mounting base for either
manual operated or remote
controlled actuation while
providing room for vital pipe
system insulation.
5
TYCENMECH 0811
5.001
Miscellaneous, Valves, Butterfly Valves,
UL / FM / VdS / LPCB Approved
G
K
N
Fmax
M
ØV
P
E
A
OD
B
R
FIG. 39109S
TFPP
Article
Number*
(including
Switches)
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
39109SC060
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5 1/2
150
6
150
6
200
8
250
10
300
12
39109SC073
39109SC076
39109SC089
5
39109SC114
39109SC139
39109SC141
39109SC165
39109SC168
39109SC219
39109SC273
39109SC324
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.0
323.9
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
12.1
175
C
A
B
C
E
F
G
K
M
N
P
ØV
Approx
Weight
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
Kg
100
77.5
81
130
208
111
75
60
75
225
150
8.4
105
82
97
135
208
111
75
60
75
232
150
9.5
105
82
97
135
208
111
75
60
75
232
150
9.5
112
90
97
142
208
111
75
60
75
232
150
9.9
135
107
116
165
208
111
75
60
75
239
150
11.6
147
121
148
177
208
111
75
60
75
262
150
14.8
147
121
148
177
208
111
75
60
75
262
150
14.8
180
150
148
210
215
111
75
60
75
274
225
18.2
180
150
148
210
215
111
75
60
75
274
225
18.2
204
172
133
234
215
111
75
60
75
274
225
20.5
250
233
159
301
276
179
138
104
132
307
300
46.3
275
258
165
326
276
179
138
104
132
307
300
55.0
* = for valves without switch replace SC by S.
Note: recommended for mounting with GRINNELL Rigid couplings
working temperature range is -15°C to 80°C
Option: Silicon free valves for automotive industry. Because of the special grease, the agency approvals do not apply.
General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure ratings
and performance data is not exceeded. Always read and understand the installation constructions. Never remove any
piping components nor correct or modify any piping deficiencies without first depressurizing and draining the system.
Material and seat selection should be verified to be compatible for the specific application.
Body:
Ductile iron ASTM A-395
Spindle:
Stainless Steel AISI-420
O-ring:
Nitrile NBR.
Disc:
Ductile iron / EPDM coating
Bushing:
PTFE bronze sintered on steel
Locking ring:
Spring steel.
Control shaft:
Retainer plug:
Plated steel ASTM A-283 Gr B
TYCENMECH 0811
5.002
APSAD Approved
G
N
M
100
K
Fmax
ØV
P
E
A
OD
B
FIG. 39109A
tTFPP
Article Number
including
Switches
39109AC060
39109AC076
39109AC089
39109AC114
39109AC139
39109AC168
39109AC219
39109AC273
39109AC324
C
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323.9
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
10.0
145
10.0
145
A
B
C
E
F
G
K
M
N
P
ØV
Approx
Weight
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
Kg
100
77.5
81
130
208
111
75
60
75
226
150
8.4
105
82
97
135
208
111
75
60
75
231
150
9.5
112
90
97
142
208
111
75
60
75
238
150
9.9
135
107
116
165
208
111
75
60
75
239
150
11.6
147
121
148
177
208
111
75
60
75
273
150
14.8
180
150
148
210
215
111
75
60
75
306
225
18.2
204
172
133
234
215
111
75
60
75
330
225
20.5
250
233
159
301
276
179
132
104
132
417
300
46.3
275
258
165
326
276
179
132
104
132
442
300
55.0
Body:
Spindle:
O-ring:
Nitrile NBR.
Disc:
Bushing:
Locking ring:
Spring steel.
Control shaft:
Retainer plug:
TYCENMECH 0811
5.003
5
Miscellaneous, Valves, Butterfly
Valves UL/FM approved
BFV-N
TFPP
Article Number
(including
Switches)
59300F025N
59300F076N
59300F030N
59300F040N
5
59300F165N
59300F060N
59300F080N
59300F100N
Please refer to technical datasheet TFP1510
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
65
2 1/2
65
2 1/2
80
3
100
4
150
6
150
6
200
8
250
10
73.0
76.1
88.9
114.3
165.1
168.3
219.1
273.0
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
12.1
175
A
B
C
E
F
G
H
Approx
Weight
mm
mm
mm
mm
mm
mm
mm
Kg
98
297
83
138
152
198
0
10.0
98
297
83
138
152
198
0
10.0
98
311
90
144
152
198
0
10.4
116
354
110
167
152
198
0
12.7
149
440
151
212
152
198
17
18.6
149
440
151
212
152
198
17
18.6
134
489
174
236
152
198
149
24.1
160
638
233
292
229
195
188
40.0
Note: recommended for mounting with GRINNELL Rigid couplings maximum working temperature is 80°C.
and performance data is not exceeded. Always read and understand the installation instructions. Never remove any
Body:
Disc:
Upper & lower stem:
Stainless Steel 416 to ASTM 582
Body Coating:
Polyamide
Disc seal:
Grade EPDM “E” Encapsulated
rubber to ASTM D-200
Lower Plug:
PVC
TYCENMECH 0811
5.004
Miscellaneous, Valves, Butterfly Valves, Lever
Operated for Potable Water Applications
F
D
ACS
E
A
C
B
FIG. 39101
TFPP
Article Number
39101-060
39101-073
39101-076
39101-089
39101-114
39101-139
39101-141
39101-165
39101-168
39101-219
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
60.3
73
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
A
B
C
D
E
F
Lever
Type
Approx
Weight
mm
mm
mm
mm
mm
mm
100
77.5
81
230
70
45
LC 4
1.9
105
82
97
230
70
45
LC 4
2.9
105
82
97
230
70
45
LC 4
2.9
112
90
97
230
70
45
LC 4
3.4
135
107
116
320
76
50
LC 12
5.3
147
121
148
320
76
50
LC 12
8.5
147
121
148
320
76
50
LC 12
8.5
180
150
148
420
76
50
LC 20
12.1
180
150
148
420
76
50
LC 20
12.1
204
172
133
420
76
50
LC 20
14.7
Kg
Option: silicon free valves for automotive industry. Because of the special grease, the agency approvals do not apply.
Body:
Spindle:
O-ring:
Nitrile NBR.
Disc:
Bushing:
Locking ring:
Spring steel.
Control shaft:
Retainer plug:
TYCENMECH 0811
5.005
5
Lever Operated with Nitrile Disc
F
D
E
A
C
B
FIG. 39101N
TFPP
Article Number
39101N-060
39101N-073
39101N-076
39101N-089
5
39101N-114
39101N-139
39101N-141
39101N-165
39101N-168
39101N-219
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
60.3
73
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
A
B
C
D
E
F
Lever
Type
Approx
Weight
mm
mm
mm
mm
mm
mm
100
77.5
81
230
70
45
LC 4
1.9
105
82
97
230
70
45
LC 4
2.9
105
82
97
230
70
45
LC 4
2.9
112
90
97
230
70
45
LC 4
3.4
135
107
116
320
76
50
LC 12
5.3
147
121
148
320
76
50
LC 12
8.5
147
121
148
320
76
50
LC 12
8.5
180
150
148
420
76
50
LC 20
12.1
180
150
148
420
76
50
LC 20
12.1
204
172
133
420
76
50
LC 20
14.7
Kg
Body:
Spindle:
O-ring:
Nitrile NBR.
Disc:
Ductile iron / Nitrile NBR
Bushing:
Locking ring:
Spring steel.
Control shaft:
Retainer plug:
TYCENMECH 0811
5.006
Miscellaneous, Valves, Butterfly Valves, Gear
Operated for Potable Water Applications
ACS
ØV
E
B
A
N
L
C
K
P
FIG. 39107
TFPP
Article Number
39107-089
39107-114
39107-139
39107-141
39107-165
39107-168
39107-219
39107-273
39107-324
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.0
323.9
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
12.7
175
12.7
175
G
ØD
M
A
B
C
E
G
K
L
M
N
P
ØV
Approx
Weight
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
Kg
112
90
97
137
72
53
185
55
45
172
150
7.4
135
107
116
170
101
79
228
77
67
216
300
15.0
147
121
148
182
101
79
228
77
67
228
300
18.3
147
121
148
182
101
79
228
77
67
228
300
18.5
180
150
148
215
101
79
228
77
67
261
300
21.4
180
150
148
215
101
79
228
77
67
261
300
21.7
204
172
133
239
101
79
228
77
67
285
300
24.0
250
233
159
288
118
82
228
79
80
332
300
40.0
275
258
165
313
118
82
228
79
80
357
300
49.0
Body:
Spindle:
O-ring:
Nitrile NBR.
Disc:
Bushing:
Locking ring:
Spring steel.
Control shaft:
Retainer plug:
TYCENMECH 0811
5.007
5
Miscellaneous, Valves, Butterfly Valves, 10 position
hand lever operated for HVAC applications
F
D
E
A
C
B
FIG. 39101HV
TFPP
Article Number
Nominal
Size
Pipe
OD
Max. Wk
Pressure
mm
Inches
mm
Bar
Psi
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
39101HV060
39101HV073
39101HV076
39101HV089
5
39101HV114
39101HV139
39101HV141
39101HV165
39101HV168
39101HV219
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
16
230
60.3
73
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
A
B
C
D
E
F
Lever
Type
Approx
Weight
mm
mm
mm
mm
mm
mm
100
77.5
81
230
69
45
LC 4
1.9
105
82
97
230
69
45
LC 4
2.9
105
82
97
230
69
45
LC 4
2.9
112
90
97
230
69
45
LC 4
3.4
135
107
116
320
77
50
LC 12
5.3
147
121
148
320
77
50
LC 12
8.5
147
121
148
320
77
50
LC 12
8.5
180
150
148
420
77
50
LC 20
12.1
180
150
148
420
77
50
LC 20
12.1
204
172
133
420
77
50
LC 20
14.7
Kg
Note: maximum working temperature 110°C (230°F), recommended for mounting with GRINNELL Rigid Couplings.
Flow Characteristics Kv values in L/min for Fig. 39109, 39101 and 39107 butterfly valves
DN
Size
OD
20°
30°
40°
50°
60°
70°
80°
90°
50
2”
60.3
57
135
315
628
1100
1643
1767
1850
65
2.1/2”
73.0
82
200
457
885
1600
2300
2600
2717
65
2.1/2”
76.1
82
200
457
885
1600
2300
2600
2717
80
3”
88.9
128
315
657
1315
2400
3500
4050
4150
100
4”
114.3
215
500
1085
2150
3767
6283
8133
8567
125
5”
139.7
415
915
1850
3417
6033
9433
12750
13717
125
5”
141.3
415
915
1850
3417
6033
9433
12750
13717
150
6”
165.1
628
1400
3067
6150
10567
16067
19933
21433
150
6”
168.3
628
1400
3067
6150
10567
16067
19933
21433
200
8”
219.1
1172
2750
5650
11283
20500
33367
47500
52150
250
10”
273.0
2000
5717
12217
20717
36650
56067
77350
81433
300
12”
323.9
3067
8717
18567
31717
55933
93217
118000
124283
The relation between Cv and Kv is: Cv =
7
Kv
6
Body:
Painted by electrolysis process
Disc:
TYCENMECH 0811
Control shaft:
Spindle:
Retainer plug:
O-ring:
EPDM
5.008
Miscellaneous, Valves,
Check Valves
A
B
C
D
1/2” NPT
J
E
1/2” NPT
F
FIG. CV-1
TFPP
Article Number
Nominal
Size
mm
Inches
595900020
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
595900025
595900076
595900030
595900040
595900139
595900050
595900165
595900060
595900080
595900100
595900120
Detail
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Part
Pipe OD
mm
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.0
323.9
Max. Wk
Pressure
Bar
Psi
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
Material
Body
Ductile Iron
Cap
Ductile Iron
Gasket
Synthetic Fibre
Hex Cap Screw
Steel, Zinc Plated
Clapper
Stainless Steel or Ductile Iron
Seal Facing
EPDM Grade “E”
Spring
Stainless Steel
Hinge Shaft
Stainless Steel
Retaining Ring
Stainless Steel
Washer
Teflon
Retention Bolt
Stainless Steel
Seal Ring
Neoprene
Retaining Disc
Stainless Steel
Locknut
Stainless Steel
Plug-1/2”-14 NPT
Cast Iron
Adhesive
Thread Sealer
Nameplate
Aluminium
Rivet
Steel
Spacer
Stainless Steel
A
B
C
D
E
F
J
Approx
Weight
mm
mm
mm
mm
mm
mm
mm
Kg
171.5
111.2
64.8
65.3
82.3
120.7
41.5
4.5
203.2
147.3
86.6
86.4
98.6
152.4
43.2
4.5
203.2
147.3
86.6
86.4
98.6
152.4
43.2
4.5
212.6
146.3
91.4
86.4
98.6
152.4
43.2
5.0
244.6
171.2
117.1
92.2
115.1
181.1
46.7
11.3
266.7
190.5
134.4
106.7
124.5
193.0
48.3
13.2
266.7
190.5
134.4
106.7
124.5
193.0
48.3
13.2
292.1
204.5
146.1
114.3
127.0
193.0
37.6
21.3
292.1
204.5
146.1
114.3
127.0
193.0
37.6
21.3
355.6
260.4
196.9
142.7
138.4
213.4
58.9
29.9
457.2
330.2
259.3
162.1
190.5
266.7
76.2
49.4
533.4
362.7
287.2
184.4
193.5
269.7
69.9
68.0
4,16
Qty.
1
1
1
AR
1
1
1
1
AR
2
1
1
1
1
2
AR
1
2
1
18
2
17
SEE
VIEW A
3
SEE
DETAIL B
15
1
8
8
5
9
2
2-1/2" - 8"
(DN65-DN200)
9
7
2
VIEW A
10"
(DN250)
7
5
13
5
13
11,16
11
14,16
19
12
6
5
2-1/2" - 8"
(DN65-DN200)
DETAIL B
TYCENMECH 0811
10"
(DN250)
6
5.009
5
Miscellaneous, Valves,
Check Valves
Model CV-1 pressure loss data
TFPP
Article Number
Size
Spare
Content
97562801
DN65 - 2 1/2”
KIT
59025EPDM
DN65 - 2 1/2”
single part
Claper facing
97561801
DN65 - 2 1/2”
single part
Cover Gasket
97562201
DN80 - 3”
KIT
59030EPDM
DN80 - 3”
single part
Claper facing
957561801
DN80 - 3”
single part
Cover Gasket
97549001
DN100 - 4”
KIT
59040EPDM
DN100 - 4”
single part
Claper facing
97512001
DN100 - 4”
single part
Cover Gasket
97565501
DN125 - 5”
KIT
59050EPDM
DN125 - 5”
single part
Claper facing
97512001
DN125 - 5”
single part
Cover Gasket
97524101
DN150 - 6”
KIT
59060EPDM
DN150 - 6”
single part
Claper facing
97521801
DN150 - 6”
single part
Cover Gasket
97592201
DN200 - 8”
KIT
59080EPDM
DN200 - 8”
single part
Claper facing
97547901
DN200 - 8”
single part
Cover Gasket
97598001
DN250 - 10”
KIT
59010EPDM
DN250 - 10”
single part
Claper facing
97600001
DN250 - 10”
single part
Cover Gasket
5
TYCENMECH 0811
Claper assembly/ complete with cover, clapper & gaskets
5.010
Miscellaneous, Strainers,
WYE-Strainer
A
B
FIG. 760
TFPP
Article Number
Nominal
Size
mm
Inches
760F00060*
760F00073*
760F00076*
760F00088*
760F00114*
760F00139*
760F00165*
760F00168*
760F00219*
760F00273*
760F00324*
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
150
6
150
6
200
8
250
10
300
12
Pipe OD
Max. Wk
Pressure*
Bar
Psi
mm
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
20.7
300
60.3
73.0
76.1
88.9
114.3
139.7
165.1
168.3
219.1
273.0
323.9
A
B
Drain
Plug
Size
Cv
Values**
Kv
Values**
Approx
Weight
mm
mm
inch NPT
L/min
m3/h
Kg
248.0
192.0
1/2
52
45
4.5
173.0
211.0
1/2
83
72
5.9
273.0
211.0
1/2
83
72
5.9
299.0
231.0
1
149
129
8.2
362.0
281.0
1
273
236
12.7
419
330
1
419
363
22.0
470.0
367.0
1 1/2
718
621
31.8
470.0
367.0
1 1/2
718
621
31.8
610.0
467.0
1 1/2
946
818
52.3
686.0
559.0
1 1/2
1709
1478
90.0
762.0
629.0
1 1/2
2680
2318
120.0
* Maximum working pressure is based upon the performance capability of the GRINNELL WYE-Strainer. Maximum system working pressure is
dependant upon the rigid couplings used for installation and the pressure capacity of the system components.
** Cv values are for flow of water at +16° C (+60° F)
General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure ratings and
performance data is not exceeded. Always read and understand the installation constructions. Never remove any piping components nor correct
or modify any piping deficiencies without first depressurizing and draining the system. Material should be verified to be compatible for the
specific application.
Body:
Ductile iron conforming to ASTM
A-536, Grade 65-45-12. Colour: Red
Strainer Basket:
Stainless steel 304 bar and woven wire
screen. Mesh sizes; 1.6 mm in sizes 2"
through 3"; 3.2mm in sizes 4" through
12" For other mesh sizes contact
GRINNELL.
TYCENMECH 0811
Access Coupling & End Cap:
Ductile iron conforming to ASTM
A-536, Grade 65-45-12.
Bolts/Nuts:
Heat treated, oval-neck track head bolts
and heavy hex nuts conforming to ASTM
A-183 with a minimum tensile 110,000
PSI. Zinc electroplated as standard.
Coupling Gasket:
Grade E EPDM (Designed in accordance
with ASTM D-2000).
Service temperature -40°C to +110°C
(-40°F to +230°F). Recommended for
water services, dilute acids, alkalies, oil
free air and many chemical services.
NOT FOR USE IN PETROLEUM SERVICES.
Other gasket materials on request.
Drain Plug:
Carbon steel according ANSI B-16.11.
5.011
5
Miscellaneous, Ball Valves, Grooved
End Valve with Lever Handle
C
B
D
A
FIG. 835
TFPP
Article Number
BV835-0060
BV835-0073
BV835-0089
BV835-0114
BV835-0168
Pipe
OD
Max WK
Pressure
mm
Inches
mm
Bar
PSI
50
2
65
2 1/2
80
3
100
4
150
6
69.0
1000
69.0
1000
69.0
1000
55.1
800
41.4
600
60.3
73.0
88.9
114.3
168.3
Model BV835 grooved end ball valve pressure loss data
A
B
C
D
Approx
Weight
mm
mm
mm
mm
Kg
140.0
95.0
178.0
38.1
2.9
159.0
132.0
265.0
51.0
4.8
167.0
143.0
265.0
63.5
6.1
240.0
94.0
265.0
90.0
25.0
258.0
220.5
600.0
125.0
36.0
Performance
110
100
90
PRESSURE (Bar)
5
Nominal
Size
80
70
60
50
40
30
20
10
0
-18 10 38 66 93 121 149 177 204 232 260
TEMPERATURE (°C)
Body:
Ductile iron conforming to
ASTM A-536, Grade 65-45-12
Body Coating:
Black Enamel
TYCENMECH 0811
Ball:
304SS
Upper Stem:
Carbon Steel Nickel Plated
Ball Seal:
Teflon
Operator:
Lever with locking device
5.012
Shut Off Valves, Gate Valves,
Outside Screw & Yoke
FLANGE-GROOVE
MODEL TMRT
GRV-PN16
Nominal
Size
mm
Inches
Pipe
OD
mm
50
2
65
2.1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
TMRT0060T
TMRT0076T
TMRT0089T
TMRT0114T
TMRT0139T
TMRT0168T
TMRT0219T
TMRT0273T
TMRT0324T
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323.9
Max WK
Pressure
Bar
PSI
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
Dimension table
L
CL1
CL2
Turns to open
Approx
Weight
mm
mm
mm
mm
Kg
178
395
332
12
16
190
410
338
16
18
203
480
380
20
21
229
573
450
20
30
254
638
508
25
48
267
750
592
25
54
292
956
748
34
67
330
1175
888
42
99
356
1318
1005
50
138
Parts list
Nr.
Description
Material
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
Wedge, Rubber Encapsulated
Wedge Nut
Stem Pin
Sealing Gasket
Sealing O Rings
Stem Guide
Stem Gland
Compression Washer
Top Gland
Bearings
Top Nut
Hand Wheel
Yoke
Stem
Gland Stud
Gland Nut
Gland Washers
Bonnet Casting
Screw Grouting
Bonnet Screws
Body Casting
Ductile Iron EN-GJS-450-10
Copper Alloy CW602N-H070
Stainless Steel 1.4034
EPDM
NBR
NBR
Carbon Steel
Carbon Steel
Carbon Steel
Activated resin
Carbon Steel
Technical data
Size range
Max. test pressure
Manufacturing Standard
DN50-DN300 (2”-12”)
24 Bar (Type tested to 80 Bar)
AWWA C606/FM
TYCENMECH 0811
5.013
5
Outside Screw & Yoke
MODEL TMRG
GRV-PN16
Nominal
Size
mm
Inches
Pipe
OD
mm
50
2
65
2.1/2
65
2.1/2
80
3
100
4
125
4
125
5
150
6
150
6
200
8
250
10
300
12
TMRG0060G
TMRG0073G
TMRG0076G
TMRG0089G
TMRG0114G
5
GROOVE-GROOVE
TMRG0141G
TMRG0139G
TMRG0165G
TMRG0168G
TMRG0219G
TMRG0273G
TMRG0324G
60.3
73.0
76.1
88.9
114.3
141.3
139.7
165.1
168.3
219.1
273.0
323.9
Max WK
Pressure
Bar
PSI
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
Dimension table
L
CL1
CL2
Turns to open
Approx
Weight
mm
mm
mm
mm
Kg
178
395
332
12
15
190
410
228
16
16
190
410
228
16
16
203
480
338
20
19
229
573
380
20
27
254
638
508
25
43
254
638
508
25
43
267
750
592
25
47
267
750
592
25
47
292
956
748
34
53
330
1175
888
42
89
356
1318
1005
50
126
Parts list
Nr.
Description
Material
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
Wedge, Rubber Encapsulated
Wedge Nut
Stem Pin
Sealing Gasket
Sealing O Rings
Stem Guide
Stem Gland
Compression Washer
Top Gland
Bearings
Top Nut
Hand Wheel
Yoke
Stem
Gland Stud
Gland Nut
Gland Washers
Bonnet Casting
Screw Grouting
Bonnet Screws
Body Casting
EPDM
NBR
NBR
Carbon Steel
Carbon Steel
Carbon Steel
Activated resin
Carbon Steel
Technical data
Size range
DN50-DN300 (2”-12”)
AWWA C606/FM
TYCENMECH 0811
5.014
Non Rising Stem
FLANGE-GROOVE
MODEL TMCT
GRV-PN16
TMCT0060T
TMCT0076T
TMCT0089T
TMCT0114T
TMCT0139T
TMCT0168T
TMCT0219T
TMCT0273T
TMCT0324T
Nominal
Size
mm
Inches
Pipe
OD
mm
50
2
65
2.1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
60.3
76.1
88.9
114.3
139.7
168.3
219.1
273.0
323.9
Max WK
Pressure
Bar
PSI
Dimension table
Ø (DN)
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
Face to face (L)
Centre height (CL)
Approx
Weight
mm
mm
mm
Kg
50
178
335
12
65
190
360
15
80
203
385
17
100
229
425
22
125
254
465
27
150
267
500
33
200
292
610
48
250
330
705
70
300
356
775
93
Parts list
Nr.
Description
Material
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
Screw
Hand Wheel
Dust Guard
Sealing O Rings
Bush
Cover
Sealing O Ring
Cover Screw
Fix Washer
Sealing O Rings
Screw Grouting
Bonnet
Sealing Gasket
Bonnet Screw
Stem
Wedge Nut
Wedge ,Rubber Encapsulated
Body
Switch Bracket
Bolt
Switch Flake
Signal Nut
Screw
Signal Pointer
Signal Cover
Bolt
Microswitch
Signal Line
Carbon Steel
NBR
NBR
Plastic
NBR
Carbon Steel
NBR
Activated Resin
EPDM
Carbon Steel
Carbon Steel
Carbon Steel
Aluminium
Plastic
Carbon Steel
AO Zippy
Rubber-insulated copper wire
TYCENMECH 0811
Technical data
Size range
DN50-DN300 (2”-12”)
AWWA C606/FM
5.015
5
Non Rising Stem
MODEL TMCG
GRV-PN16
TMCG0060G
TMCG0073G
TMCG0076G
TMCG0089G
TMCG0114G
5
TMCG0139G
TMCG0141G
TMCG0165G
TMCG0168G
TMCG0219G
TMCG0273G
TMCG0324G
Nominal
Size
mm
Inches
GROOVE-GROOVE
Pipe
OD
mm
50
2
65
2.1/2
65
2.1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.0
323.9
Max WK
Pressure
Bar
PSI
Dimension table
Ø (DN)
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
16
232
Face to face (L)
Centre height (CL)
Approx
Weight
mm
mm
mm
Kg
50
178
335
11
65
190
360
13
65
190
360
13
80
203
385
15
100
229
425
21
125
254
465
24
125
254
465
24
150
267
500
29
150
267
500
29
200
292
610
42
250
330
705
60
300
356
775
81
Parts list
Nr.
Description
Material
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
Screw
Hand Wheel
Dust Guard
Sealing O Rings
Bush
Cover
Sealing O Ring
Cover Screw
Fix Washer
Sealing O Rings
Screw Grouting
Bonnet
Sealing Gasket
Bonnet Screw
Stem
Wedge Nut
Wedge ,Rubber Encapsulated
Body
Switch Bracket
Bolt
Switch Flake
Signal Nut
Screw
Signal Pointer
Signal Cover
Bolt
Microswitch
Signal Line
Carbon Steel
NBR
NBR
Plastic
NBR
Carbon Steel
NBR
Activated Resin
EPDM
Carbon Steel
Carbon Steel
Carbon Steel
Aluminium
Plastic
Carbon Steel
AO Zippy
Rubber-insulated copper wire
TYCENMECH 0811
Technical data
Size range
DN50-DN300 (2”-12”)
AWWA C606/FM
5.016
Miscellaneous, Flow Meters,
Butt Weld / Grooved Ends
GERAND
Metal Identification Tag
A
FIG. VENTURI
TFPP
Article
Number
K010000734
K015000894
K020000894
K025001144
K030001144
K045001144
K050001414
K075001684
K100001684
K125001684
K150002194
K200002194
K250002194
K300002194
K350002734
K400002734
K450002734
K500003244
Nominal
Size
Pipe
OD
Max. Wk
Pressure
Pump
Capacity
mm
Inches
mm
Bar
Psi
(GPM)
LPM
GPM
mm
Before
mm
After
mm
Kg
100
189-757
50-200
101.6
365
146
4.0
150
284-1135
75-300
111.1
445
178
8.0
200
378-1514
100-400
111.1
445
178
8.0
250
473-1892
125-500
95.3
570
228
8.0
300
567-2271
150-600
95.3
570
228
8.0
450
851-3406
225-900
95.3
570
228
8.0
500
946-3785
250-1000
127.0
695
278
8.5
750
1419-5677
375-1500
152.4
840
336
8.5
1000
1892-7570
500-2000
152.4
840
336
8.5
1250
2365-9462
625-2500
152.4
840
336
8.5
1500
2838-11355
750-3000
177.8
1095
438
10.5
2000
3785-15140
1000-4000
177.8
1095
438
10.5
2500
4731-18925
1250-5000
177.8
1095
438
10.5
3000
5677-22710
1500-6000
177.8
1095
438
10.5
3500
6623-26495
1750-7000
203.2
1365
546
13.0
4000
7570-30280
2000-8000
203.2
1365
546
13.0
4500
8516-34065
2250-9000
203.2
1365
546
13.0
5000
9462-37850 2500-10000
304.8
1620
648
18.0
65
2 1/2
80
3
80
3
100
4
100
4
100
4
125
5
150
6
150
6
150
6
200
8
200
8
200
8
200
8
250
10
250
10
250
10
300
12
73.0
88.9
88.9
114.3
114.3
114.3
141.3
168.3
168.3
168.3
219.1
219.1
219.1
219.1
273.0
273.0
273.0
323.9
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
34.5
500
Flow Range
A
Required straight
pipe length
Approx
Weight
Note: End Connections: provided with butt weld and grooved ends
Gauge: 114mm (41/2”) dual scale LPM/GPM
Body material: Steel
Approval: FM
Material should be verified to be compatible for the specific application.
TYCENMECH 0811
5.017
5
CB800 Circuit Balancing Valves
GRINNEL Model CB800 Circuit Balancing Valves are designed to achieve accurate
and efficient balancing of hydronic heating or cooling systems. Circuit Balancing
Valves provide superior accuracy in measuring flows rather than ball type circuit
setters.
The CB800 valve serves 5 functions:
• Throttling
• Measuring differential pressure
• Draining
• Filling
• Positive shutoff
These valves are rated at 2,068 kPa (300psi) at 150˚C (300˚F).
FIG. CB800
The valve is made of dezincification-resistant brass and bronze components.
Threaded and solder connections are available for sizes 15mm – 50mm (½" – 2")
sizes with bronze bodies. Flanged (125#) and grooved connections are available for
sizes 65mm – 300mm (2½" – 12") with cast iron bodies.
The Y-Pattern style provides low pressure drop. The globe style valve allows for precise throttling. The easy-to-adjust
digital/vernier handwheel provides a minimum of 70 unique handwheel positions. The handwheel and test ports are located on
one side for easy access. A built-in memory stop ensures the setting can be returned to a balanced position after shutoff. The
self-sealing pressure/temperature test ports use standard insertion probes to eliminate additional components.
The GRINNELL Circuit Balancing Valve is installed with flow in the direction of the arrow, and may be in the horizontal or
vertical position. The handwheel can be positioned up or down, or on either side.
Grooved end flow metering stations can be used to obtain flow measurements in heating and cooling systems. Further
information on these metering stations is available upon request.
5
Valve Sizing
All balancing valves are sized to perform in a normal operation range
between 25% and 100% of the full open position, at a minimum
differential pressure between 0.3m– 0.9m (1 – 3 ft.) of water. It is
recommended that for improved accuracy, the valve is set to
open 70%+.
When maximum flow is known but a pressure drop through the
balancing valve is unknown, select a balancing valve for a maximum
pressure drop of 0.6m (2 ft.) water 5.7 kPa (0.8 psi) in the full open
position as shown in the table to the right.
Accurate flow measurement requires that the velocity distribution near
the balancing valve remains constant, regardless of the total flow
through the pipe. Fittings, such as elbows and tees, disturb the normal
flow profile which is established through straight pipe. Pumps create
even greater disturbances. Failure to allow water flows around fittings
and pumps to normalise can affect measuring accuracy by as much as
20% when the valve is in the fully open position. Minimum lengths
(diameters, D) of straight pipe before and after the balancing valve
prevent these errors.
Valves are designed for vertical, horizontal, or inclined installation.
Body:
•Sizes 15mm - 50mm (1/2” - 2”) solder or NPT threaded
connection: bass-resistant to dezincification (DZR)
•Sizes 65mm - 300mm (2 1/2” - 12”), grooved or flanged
connections: Cast Iron conforming to ASME ANSI B16.5
Valve Stem & Disc:
•Brass resistant to dezincification (DZR)
O Ring:
•EPDM E
Handwheel:
•Thermoplastic
Size
Flow Rate
mm
Inches
LPH
GPM
15
1/2
20
3/4
25
1
32
1-1/4
40
1 1/2
50
2
65
2-1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
100 - 1000
0.5 - 4.1
1.0k - 1.5k
4.1 -6.1
1.5k - 1.3k
6.1 - 9.2
2.3k - 5.0k
9.2 - 20
5.0k - 7.2k
20 - 29
7.2k - 10k
29 - 40
10k - 25k
40 - 102
25k - 31k
102 - 125
31k - 50k
125 - 120
50k - 76k
210 - 300
76k - 108k
300 - 430
108k - 190k
430 - 760
190k - 340k
760 - 1350
340k - 377k
1350 - 1500
Connection
Type
Kg
Thread
Thread
Thread
Thread
Thread
Thread
Flanged or Grooved
Flanged or Grooved
Flanged or Grooved
Flanged or Grooved
Flanged or Grooved
Flanged or Grooved
Flanged or Grooved
Flanged or Grooved
For accessories and replacement parts contact GRINNELL
Mechanical Products for details.
TYCENMECH 0811
5.018
Model CB800 Circuit Balancing Valves
Grooved Ends
OD
L
FIG. CB800
TFPP
Article
Number
CB8002504
CB8007604
CB8003004
CB8004004
CB8001394
CB8005004
CB8001654
CB8006004
CB8008004
CB8001104
CB8001204
Nominal
H
Pipe Size
O.D.
Approx.
Weight
Limits
Handwheel Turns
mm
Inches
mm
Inches
L
H
kg
Bar/˚C
65
2-1/2
65
2-1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
300
12
73.0
290.6
187.5
8.5
16/150
8
76.1
290.6
187.5
8.5
16/150
8
88.9
311.2
203.2
12.5
16/150
8
114.3
349.3
239.8
20.5
16/150
8
139.7
400.0
282.7
32.0
16/150
8
141.3
400.0
282.7
32.0
16/150
8
165.1
479.6
285.8
43.5
16/150
8
168.3
479.6
258.8
43.5
16/150
8
219.1
600.2
468.4
116.0
16/150
12
273.0
730.3
479.6
171.0
16/150
12
323.9
849.4
514.4
235.5
16/150
12
5
For information on larger sizes, contact GRINNELL Mechanical Products.
TYCENMECH 0811
5.019
Threaded Ends
H
L
FIG. CB800
TFPP
Article
Number
CB8000505
CB8000755
CB8001005
CB8001255
5
CB8001505
CB8002005
Nominal
Pipe Size
O.D.
Approx.
Weight
Limits
Handwheel Turns
mm
Inches
mm
Inches
L
H
kg
Bar/˚C
15
1/2
20
3/4
25
1
32
1 1/4
40
1 1/2
50
2
21.3
79.5
104.9
0.6
16/150
7
26.7
84.1
115.8
0.6
16/150
7
33.7
85.6
119.1
1.0
16/150
7
42.4
111.3
136.7
1.4
16/150
10
48.3
120.7
138.2
1.7
16/150
10
60.3
150.9
147.6
2.6
16/150
10
For information on larger sizes, contact GRINNELL Mechanical Products.
TYCENMECH 0811
5.020
Flanged Ends, ANSI Class 125#
D
L
FIG. CB800
TFPP
Article
Number
CB8002503
CB8003003
CB8004003
CB8005003
CB8006003
CB8008003
CB8001103
CB8001203
TYCENMECH 0811
H
Pipe Size
Nominal
Approx.
Weight
Limits
Handwheel Turns
mm
Inches
L
H
kg
Bar/˚C
65
2-1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
290.6
187.5
13.5
16/150
8
311.2
203.2
18.0
16/150
8
349.3
239.8
28.0
16/150
8
400.0
282.7
40.5
16/150
8
479.6
285.8
51.5
16/150
8
600.2
468.4
129.5
16/150
12
730.3
479.6
196.0
16/150
12
849.4
514.4
264.0
16/150
12
5
5.021
Flanged Ends, PN16/PN10
D
L
FIG. CB800
TFPP
Article
Number
CB8002506
CB8003006
CB8004006
CB8005006
5
CB8006006
CB8008006
CB8001106
CB8001206
TYCENMECH 0811
H
Pipe Size
Nominal
Approx.
Weight
Limits
Handwheel Turns
mm
Inches
L
H
kg
Bar/˚C
65
2-1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
290.6
187.5
13.5
16/150
8
311.2
203.2
18.0
16/150
8
349.3
239.8
28.0
16/150
8
400.0
282.7
40.5
16/150
8
479.6
285.8
51.5
16/150
8
600.2
468.4
129.5
16/150
12
730.3
479.6
196.0
16/150
12
849.4
514.4
264.0
16/150
12
5.022
Miscellaneous,
Expansion Joints
A
B
OD
FIG. RXAG
TFPP
Article Number
Painted
Nominal
Size
mm
Inches
RXAG034
RXAG042
RXAG048
RXAG060
RXAG073
RXAG076
RXAG089
RXAG114
RXAG139
RXAG141
RXAG165
RXAG168
RXAG219
RXAG273
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
125
5
125
5
150
6
150
6
200
8
250
10
Pipe OD
mm
33.7
42.4
48.3
60.3
73.0
76.1
88.9
114.3
139.7
141.3
165.1
168.3
219.1
273.30
Max. Wk
Pressure
Bar
Psi
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
A
B
Rated
Movement
L
Spring
Rate
Approx.
Weight
mm
mm
mm
N/mm
Kg
525
88.9
+10 / -70
12.2
4.8
525
101.6
+10 / -70
12.5
6.0
525
114.3
+10 / -70
5.2
7.3
525
114.3
+10 / -70
15.2
7.8
525
127.0
+10 / -70
22.1
10.3
525
127.0
+10 / -70
22.1
10.3
525
168.3
+10 / -70
28.5
14.6
525
177.8
+10 / -70
40.2
16.3
525
219.1
+10 / -70
49.5
22.3
525
219.1
+10 / -70
49.5
22.3
525
273.0
+10 / -70
59.4
30.6
525
273.0
+10 / -70
59.4
30.6
525
323.9
+10 / -70
117.3
44.4
525
Body:
Carbon steel - ST 38.8
TYCENMECH 0811
Bellow:
Stainless Steel
5.023
5
Miscellaneous,
Expansion Joints
A
B
OD
FIG. ALG
TFPP
Article Number
Painted
Nominal
Size
mm
Inches
ALG0034
ALG0042
ALG0048
ALG0060
5
ALG0073
ALG0076
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
Pipe OD
mm
33.7
42.4
48.3
60.3
73.0
76.1
Max. Wk
Pressure
Bar
Psi
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
A
B
Rated
Movement
L
Spring
Rate
Approx.
Weight
mm
mm
mm
N/mm
Kg
200
39
+20 / -20
14
0.41
205
46
+20 / -20
16
0.53
234
58
+25 / -25
26
0.79
276
69
+30 / -30
22
1.25
261
87
+30 / -30
24
1.55
261
87
+30 / -30
24
1.55
Bellow:
Stainless steel AISI 321/Ws No
1.4541
TYCENMECH 0811
Pipe ends:
Internal sleeve:
Stainless steel AISI 304/Ws No
1.4301
5.024
Miscellaneous,
Expansion Joints
A
B
OD
FIG. ANS
TFPP
Article Number
Painted
Nominal
Size
mm
Inches
ANS0089
ANS0114
ANS0139
ANS0141
ANS0165
ANS0168
ANS0219
80
3
100
4
125
5
125
5
150
6
150
6
200
8
Pipe OD
mm
88.9
114.3
139.7
141.3
165.1
168.3
219.1
Max. Wk
Pressure
Bar
Psi
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
A
B
Rated
Movement
L
Spring
Rate
Approx.
Weight
mm
mm
mm
N/mm
Kg
205
104
+20 / -20
46
1.85
200
127
+20 / -20
49
2.40
210
155
+25 / -25
93
3.20
210
155
+25 / -25
93
3.20
245
184
+25 / -25
83
5.00
245
184
+25 / -25
83
5.00
275
235
+25 / -25
89
8.65
Bellow:
Stainless steel AISI 321/Ws No 1.4541
TYCENMECH 0811
Pipe ends:
5.025
5
Miscellaneous,
ISO R7 Threaded Rubber Bellows
A
FIG. FTU
TFPP
Article Number
Nominal
Size
mm
Inches
FTU020E
FTU025E
FTU032E
FTU040E
5
20
4/5
25
1
32
1 1/4
40
1 1/2
Pipe OD
mm
26.9
33.7
42.4
48.3
Max. Wk
Pressure
Bar
Psi
10.0
150
10.0
150
10.0
150
10.0
150
A
Axial
Movement
L
Lateral
Movement
Max.
Deflection
Approx.
Weight
mm
mm
mm
200
+6 / -22
+22
45°
2.1
200
+6 / -22
+22
45°
2.5
200
+6 / -22
+22
45°
3.2
200
+6 / -22
+22
45°
3.5
Kg
Note: max. working temperature: +90° C
maximum Vacuum: 405 mm Hg
Bellow:
EPDM with Nylon ropes
TYCENMECH 0811
Coupling:
Galvanized carbon steel - ST 35.8
5.026
Miscellaneous,
Flanged Rubber Bellows
A
FIG. FSF
TFPP
Article Number
FSF0050E
FSF0065E
FSF0080E
FSF0100E
FSF0125E
FSF0150E
FSF0200E
FSF0250E
FSF0300E
FSF1200E
FSF1250E
FSF1300E
Nominal
Size
Max. Wk
Pressure
mm
Inches
Bar
Psi
50
2
65
2 1/2
80
3
100
4
125
5
150
6
200
8
250
10
300
12
200
8
250
10
300
12
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
16.0
230
10.0
150
10.0
150
10.0
150
16.0
230
16.0
230
16.0
230
Flange
dimension
A
Axial
Movement
L
Lateral
Movement
Max.
Deflection
mm
mm
mm
PN10/16
130
+20 / -30
+20
35°
3.8
PN10/16
130
+20 / -30
+20
35°
4.7
PN10/16
130
+20 / -30
+20
35°
5.1
PN10/16
130
+20 / -30
+20
35°
7.0
PN10/16
130
+20 / -30
+20
35°
8.9
PN10/16
130
+20 / -30
+20
35°
10.6
PN10
130
+20 / -30
+20
35°
15.2
PN10
130
+20 / -30
+20
35°
31.5
PN10
130
+20 / -30
+20
35°
98.6
PN16
130
+20 / -30
+20
35°
15.2
PN16
130
+20 / -30
+20
35°
31.5
PN16
130
+20 / -30
+20
35°
98.6
Approx.
Weight
Kg
Note: max. working temperature: +104° C
maximum Vacuum: 400 mm Hg
Reactionforce FSF rubber expansion joints
DN300
10000
7500
kg
DN250
DN200
5000
DN150
2500
DN125
DN100
DN80
1000
750
500
DN65
250
DN50
100
2
3
4
5
6
10
16
20
bar
25
Flange:
Galvanized carbon steel - ST 35.8,
TYCENMECH 0811
with hardened steel flange ring.
Bellow:
EPDM, nylon reinforced.
5.027
5
Miscellaneous,
Flexible Hoses (1)
Specifically designed to meet the requirements of ISO 10380
flexibility class 1.
Applications:
- Static installations (connect pipework out of
alignment)
- Occasional flexing
- Constant flexing
- Vibration (high frequency, low amplitude
movement - compressor or pump)
These products are not approved for Sprinkler applications
FIG. UFBX
TFPP
Article Number
ISO 10380
DN
5
UFBX1-034
25
UFBX1-042
32
UFBX1-048
40
UFBX1-060
50
UFBX1-076
65
UFBX1-089
80
UFBX1-114
100
UFBX1-139
125
UFBX1-168
150
UFBX1-219
200
UFBX1-273
250
Hose
Type
PN
4
50
63
2.5
25
50
0.5
25
50
0.5
25
40
0.5
25
40
0.5
20
40
0.5
16
25
0.5
10
20
0.5
10
20
6
10
6
-
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
UFBX0
UFBX1
UFBX2
Max.
OD
Bend Radius
mm
Static
mm
Flexing
mm
33.7
35.8
37.9
41.4
43.2
45.3
47.9
50.0
52.2
62.1
64.2
66.3
76.5
78.6
80.7
89.8
91.9
94.1
126
129
132
151
153
156
178
180
183
232
235
237
287
292
-
44
85
85
55
105
105
70
127
127
90
160
160
110
200
200
130
230
230
200
230
230
250
280
280
290
320
320
40
435
435
490
560
-
200
200
200
250
250
250
250
250
250
350
350
350
410
410
410
450
450
450
560
560
560
710
710
710
815
815
815
1015
1015
1015
1220
1220
-
Maximum Pressure
Working Test
Bar
Bar
4.1
50
76
3.4
39
57
2.4
35
55
1.0
30
44
1.0
26
46
1.0
22
40
0.69
18.4
33.0
0.69
11.5
20.7
0.55
11.2
20.0
0.31
7.0
10
0.25
9.6
-
6.2
75
114
5.1
59
85
3.6
53
82
1.5
45
66
1.5
39
69
1.5
33
60
1.04
27.6
49.5
1.04
17.3
31.0
0.83
16.8
30.0
0.46
11.0
15
0.37
14.4
-
Approx.
Weight
Burst
Bar
Kg/Mtr
16.4
200
304
13.6
156
228
9.6
140
220
4.0
120
176
4.0
104
184
4.0
88
160
2.8
73.6
132
2.8
46.0
82.8
2.2
44.8
80.0
1.24
28.0
40.0
1.0
38.4
-
0.32
0.70
1.1
0.40
0.86
1.3
0.67
1.2
1.7
0.82
1.5
2.3
1.9
2.8
3.7
2.3
3.4
4.5
2.8
4.6
6.4
4.7
6.6
8.5
5.5
7.7
9.9
7.3
10
13
9.2
14.7
-
Note: The values given above are for factory braided and assembled units and are given as an aid to hose selection. For unbraided
applications or if the hose is to form an assembly used at the extreme of one or more of the characteristics below, please discuss
the application with our application engineering department.
Tube:
BS1449 Part 2 (1983) 321S31 or
316S11, EN 10088-2 1.4541 or 14401
Monel 400 nickel alloy or bronze
TYCENMECH 0811
Disc:
304 or BS154 (1990) 304S31 or
316S19
Shaft:
Carbon Steel
5.028
Miscellaneous,
Flexible Hoses (2)
Construction
The hoses are annularly corrugated
formed from butt weld rigid tube.
Depending on the application,
required working pressure and
conditions of operation, a single or
double layer of wire braid is applied
externally to the hose restrain to it,
increasing its ability to withstand
the pressure, increasing hoop
strength and protection from
abrasion. The extent of braiding,
gauge and angle of lay is calculated
carefully to maximize performance.
Pressure Loss
To achieve the same pressure
loss as in steel pipes, the
diameter of the corrugated hose
should be increased by 15%.
Design and Installation
Considerations
Flexing is usually in accordance
with one or a combination of the
types of motion shown below.
The formula given are provide to
help determine the length of
hose required to prevent flexing
below the minimum bend radius,
thereby ensuring maximum
reliability.
Shock pressure
pulsating, surge of shock pressures
considerably affect hose longevity
and if encountered, peak pressure
must not exceed 50% of the
maximum working pressure.
Double braided
UFBX2
Single braided
UFBX1
Unbraided
UFBX0
M
R
L
Design
Avoid sharp bends and torsional
twisting. Keep flexing in one plane.
L = Minimum live length
excluding end fitting
R = minimum bend radius
M = Movement
π = 3.142
X = Extra non-flexed length of
hose (given below)
5
Vertical loop - Vertical travel · L = X +
√ R + 1/2M
ID
6
10
15
20
25
32
40
50
65
80
X
50
75
100
125
150
175
200
250
275
300
M
Offset or lateral movement
C
·L=X+
R
√
(R x M x N)
N for static offset = 5
N for dynamic one way = 10
N for dynamic two way = 20
(see right drawing)
L
R
L
Vertical loop - Vertical travel
· L = X + πR + 1/2M
· L = 1/2L + 1/2πR + R
TYCENMECH 0811
M
M
5.029
Miscellaneous,
Fix Point
L
SW
T
B
Fmax
D
W
2x
FAZ
G
D1
H
FIG. HERCULES
TFPP
Article
Number
T < +120° C
5
TFPP
Article
Number
T < +220° C
1501151
1502151
1501181
1502181
1501221
1502221
1501281
1502281
1501352
1502352
1501422
1502422
1501483
1502483
1501543
1502543
1501573
1502573
1501603
1502603
1501764
1502764
1501894
1502894
1501145
1502145
1501405
1502405
1501686
1502686
1501197
1502197
150738
1502738
Nominal
Size
mm
Inches
15
18
3/8
22
1/2
28
3/4
35
1
42
1 1/4
48
1 1/2
54
57
60
2
76
2 1/2
89
3
114
4
140
5
150
6
200
8
250
10
Fmax
H
W
L
B
D1
SW
T
kN
mm
mm
mm
mm
mm
Type
Qty
5
72
140
120
115
74
FAZ 12/10
2
5
15
5
72
140
120
115
74
FAZ 12/10
2
5
15
5
72
140
120
115
74
FAZ 12/10
2
5
15
5
72
140
120
115
74
FAZ 12/10
2
5
15
5
85
140
140
135
92
FAZ 12/10
2
5
15
5
85
140
140
135
92
FAZ 12/10
2
5
15
8
100
160
175
170
125
FAZ 16/20
2
6
30
8
100
160
175
170
125
FAZ 16/20
2
6
30
8
100
160
175
170
125
FAZ 16/20
2
6
30
8
100
160
175
170
125
FAZ 16/20
2
6
30
11
115
180
205
190
150
FAZ 16/20
2
6
30
11
115
180
205
190
150
FAZ 16/20
2
6
30
10
158
200
280
260
205
FAZ 16/20
2
8
60
10
158
200
280
260
205
FAZ 16/20
2
8
60
30
310
200
355
-
275
FAZ 20/60
2
-
-
30
330
200
404
-
324
FAZ 20/60
2
-
-
30
370
200
487
-
407
FAZ 20/60
2
-
-
Nm
Miscellaneous, FAZ Anchor
FIG. FAZ
Tyco BSP
Article Number
Type
Approx. Weight
Kg
1761201
FAZ 12/10
0.096
1761602
FAZ 16/20
0.223
1772003
FAZ 20/60
0.421
TYCENMECH 0811
5.030
Miscellaneous,
RAF Control Valves
H
h
L
B
RAF (GLOBE)
Hydraulic control valves type RAF
are used for general water supply,
HVAC, and irrigation systems.
The RAF valves are made of only
three parts, each one is made of
durable materials.
The inner flow passages are
streamlined and coated with
TFPP
Article Number
RAF-G048
RAF-G060
RAF-G076
RAF-G089D
RAF-G089
RAF-G114D
RAF-G114
RAF-G139
RAF-G168D
RAF-G168
RAF-G219
RAF-G273
RAF-G324
low-fiction materials. This
provides quiet flow in both
directions, low head-loss and
minimal wear.
RAF valves operate with a patented
reinforced diaphragm which
eliminates the need for a retaining
Nominal
Size
Pipe
OD
Min. Inlet
Pressure
Max. Inlet
Pressure
mm
Inches
mm
(Bar)
(Bar)
48.3
0.8
16
60.3
0.7
76.1
40
1 1/2
50
2
65
2 1/2
80D
3D
80
3
100D
4D
100
4
125
5
150D
6D
150
6
200
8
250
10
300
12
Kv. factor
(Open
Valve)
RAF
metal spring.
The special elastic design enables
gradual and precise opening or
closing of the valve. By eliminating
the metal spring, the RAF valve is
virtually maintenance free.
Control
Chamber
Volume
L
H
B
h
Approx.
Weight
Litre
mm
mm
mm
mm
Kg
40
0.06
159
80
96
29
1.8
16
70
0.08
190
100
125
38
3.9
0.7
16
100
0.16
216
110
125
46
6.7
88.9
0.7
16
130
0.16
244
127
138
50
5.4
88.9
0.6
16
170
0.3
290
138
200
50
10.4
114.3
0.6
16
170
0.3
244
283
222
50
11.1
114.3
0.4
16
290
0.7
346
220
230
60
16.5
139.7
0.4
16
290
0.7
305
167
230
60
16.0
168.3
0.4
16
300
0.7
325
285
285
143
35.8
168.3
0.4
16
490
1.5
406
240
300
85
30.4
219.1
0.4
16
790
3.5
470
332
354
110
45.6
273.0
0.3
16
1400
7.6
635
374
464
137
75.6
323.9
0.3
16
1800
7.6
749
402
464
162
90.0
Also available in sizes 73.0, 141.3 & 165.1 mm.
Body:
Cast Iron Rilsan blue coated
Cover:
Diaphragm:
TYCENMECH 0811
Natural NR
Bolts, Nuts & Washers:
Zinc Plated Steel
Working Pressure:
Up to 16 Bar
Working Temperature:
-10° C to 80° C
Pilots & Control Accessories:
Forged Brass with stainless Steel
internals
Piping & Fitting:
Parker tubing / Brass fitting
5.031
5
Miscellaneous,
RAF Control Valves
H
h
L
B
RAF (ANGLE)
TFPP
Article
Number
Nominal
Size
Pipe
OD
Min. Inlet
Pressure
Max. Inlet
Pressure
mm
Inches
mm
(Bar)
(Bar)
60.3
0.7
16
76.1
0.7
88.9
RAF-A076
RAF-A089D
80
3
100D
4D
RAF-A089
L
H
B
h
Approx.
Weight
Litre
mm
mm
mm
mm
Kg
62
0.08
90
150
125
81
4.2
16
90
0.16
117
160
125
83
7.0
0.7
16
100
0.16
130
170
140
86
6.2
88.9
0.6
16
155
0.3
148
205
200
107
12.0
RAF-A114D
114.3
0.6
16
155
0.3
155
225
220
110
21.0
100
4
150
6
RAF-A114
114.3
0.4
16
200
0.7
150
227
230
118
15.9
RAF-A168
168.3
0.4
16
470
1.5
218
315
300
148
48.7
0.2
0.1
0.08
0.06
0.04
0.02
10”
5.0
4.0
3.0
12”
0.4
8”
14.0
6”A
6”
Psi
1.0
0.8
0.6
4”
6”D
Bar
2 1/2”
3”D
4 AD
3”A
3” 4”D
4”A
Flow Chart
2”A
2”
Also available in sizes 73.0, 141.3 & 165.1 mm.
1 1/2”
5
Control
Chamber
Volume
50
2
65
2 1/2
80D
3D
RAF-A060
Kv. factor
(Open
Valve)
RAF-A
7.0
2.0
1.4
0.7
0.5
0.4
0.3
0.2
40
60
10
100
20
200
40
400
60
80 100
600
1000
200
2000
400
4000
6000
600 800 1000
10000
2000
20000
4000
40000
6000 8000
GPM
M3/H
Body:
Cover:
Diaphragm:
Natural NR
TYCENMECH 0811
Bolts, Nuts & Washers:
Zinc Plated Steel
Working Pressure:
Up to 16 Bar
Working Temperature:
-10° C to 80° C
Pilots & Control Accessories:
Forged Brass with stainless Steel internals
Piping & Fitting:
Parker tubing / Brass fitting
5.032
Miscellaneous, Pressure Reducing
Trim for RAF Control Valves
RAF60/62
RAF60
pressure. The pilot's spring is
preset to a desirable reduced
pressure. The pilot valve
maintains a constant
down-stream pressure by
RAF 60 and RAF 62 are piloted
hydraulic valves activated by
line pressure. The pilot valve
has a spring-loaded membrane
which is sensitive to downstream
TFPP
Article Number
(Trim only)
RAF62
Nominal
Size
gradually opening and closing
of the main valve.
The pressure is maintained
constant regardless of changes
in the flow rate.
Description
mm
Inches
TRIM-RAF62
40-125
1 1/2 - 5
150-300
6 - 12
TRIM-RAF60
General Application two-way Pressure reducing valve with metal pilot with a built-in needle valve.
General Application two-way Pressure reducing valve with a high precision, quick response metal pilot.
Recommended Flow
Spring Setup (in Bar)
Flow Rate m3/h
DN
mm
Inches
Min.
Max.
Red
RAF 62
Green
Std.
40
1 1/2
1
25
0.5 - 8
2 - 12
50
2
1
45
65
2 1/2
3
70
80D
3D
3
70
80
3
5
90
100D
4D
5
90
100
4
15
150
125
5
15
150
150D
6D
15
150
150
6
15
320
200
8
40
550
250
10
80
950
300
12
100
1200
Yellow
Blue
3 - 16
0.5 - 4
RAF 60
Green
Red
Std.
0.5 - 6
2 - 10
Yellow
3 - 16
TYCENMECH 0811
5.033
5
Miscellaneous, Pressure Relief
RAF80/82
RAF80
RAF 80 and RAF82 are piloted
hydraulic valves activated by
line pressure. The pilot valve
has a spring- loaded membrane
which is exposed to the upstream
TFPP
Article Number
(Trim only)
RAF82
pressure. The valve is normally
closed. Only when the line
pressure rises above a preset
point, the RAF 80/82 opens to
relieve the excessive pressure
Nominal
Size
downstream without causing
surge hazards. When the line
pressure drops the RAF closes.
Description
mm
Inches
40-125
1 1/2 - 5
150-300
6 - 12
TRIM-RAF82
5
TRIM-RAF80
General Application two-way Pressure sustaining/ relief valve with built-in needle valve
General Application two-way Pressure sustaining/ relief valve
Recommended Flow
Spring Setup (in Bar)
Flow Rate m3/h
DN
mm
Inches
Min.
Max.
Red
RAF 82
Green
Std.
40
1 1/2
1
25
0.5 - 8
2 - 12
50
2
1
45
65
2 1/2
3
70
80D
3D
3
70
80
3
5
90
100D
4D
5
90
100
4
15
150
125
5
15
150
150D
6D
15
150
150
6
15
320
200
8
40
550
250
10
80
950
300
12
100
1200
Yellow
Blue
3 - 16
0.5 - 4
RAF 80
Green
Red
Std.
0.5 - 6
2 - 10
Yellow
3 - 16
TYCENMECH 0811
5.034
Miscellaneous, Electric Operated
RAF31
Control Valve is normally closed
RAF33
Control Valve is normally open
selection of 24V DC solenoid
valves. The solenoid opens or
closes the RAF as it is energized
by an electric pulse. The electric
pulse that commands the valves
is generated by a controller,
timer, sensor or an electric
control device.
RAF31/33
RAF 30 through RAF 33 valves
are activated by line pressure.
The valves open or close by
electric command through a
TFPP
Article Number
(Trim only)
Nominal
Size
Description
mm
Inches
40-125
1 1/2 - 5
150-300
6 - 12
40-125
1 1/2 - 5
150-300
6 - 12
TRIM-RAF31
TR-RAF31X
TRIM-RAF33
TR-RAF33X
RAF31 (3W N.C) - 3 way Normally Close operated valve.
RAF31 (3W N.C) - 3 way Normally Close operated valve.
5
RAF33 (3W N.O) - 3 way Normally Open operated valve.
RAF33 (3W N.O) - 3 way Normally Open operated valve.
Recommended Flow
Flow Rate m3/h
DN
mm
Inches
Max.
Intermittent
40
1 1/2
25
35
50
2
45
60
65
2 1/2
70
80
80D
3D
70
100
80
3
90
120
100D
4D
90
120
100
4
150
180
125
5
150
200
150D
6D
150
200
150
6
320
400
200
8
550
750
250
10
950
1150
300
12
1200
1700
TYCENMECH 0811
5.035
Miscellaneous,
Float Trim for RAF Control Valves
RAF13
TFPP
Article Number
(Trim only)
Nominal
Size
Description
mm
Inches
TRIM-RAF13
40-125
1 1/2 - 5
TR-RAF13X
150-300
6 - 12
RAF 13 is used to control the filling of water reservoirs and tanks. The RAF 13 is a non modulating service
valve, operating as an on/off valve. The RAF valve is activated by the line pressure only and controlled by
a float pilot. The valve will open at a low preset water level and close at a preset high water level, which
must be different than the opening [i.e. lower] level. The RAF 13 allows filling and draining of a reservoir
or a water tank in a level range that can be easily changed. The RAF13 stays in its last position (fully
open or fully closed) as long as the water level is in between minimum and maximum preset levels.
Recommended Flow
5
Flow Rate m3/h
DN
mm
Inches
Max.
Intermittent
40
1 1/2
25
35
50
2
45
60
65
2 1/2
70
80
80D
3D
70
100
80
3
90
120
100D
4D
90
120
100
4
150
180
125
5
150
200
150D
6D
150
200
150
6
320
400
200
8
550
750
250
10
950
1150
300
12
1200
1700
TYCENMECH 0811
5.036
Miscellaneous,
Lubricant
LUBRICANT
TFPP
Article Number
TRADITIONAL
LUBRICANT
Approx
Weight
Kg
TFPP
Article Number
QUICK DRY
LUBRICANT
Approx
Weight
Kg
70006E
English Label
0.5
70006B
English Label
0.5
70008E
English Label
1.0
70008B
English Label
1.0
70009E
German Label
1.0
70009B
German Label
1.0
70010E
French Label
1.0
70010B
French Label
1.0
70011E
Dutch Label
1.0
70011B
Dutch Label
1.0
70013E
Spanish Label
1.0
70013B
Spanish Label
1.0
70015E
Swedish Label
1.0
70015B
Swedish Label
1.0
TFPP
Article Number
GETL
LUBRICANT
Approx
Weight
Kg
TFPP
Article Number
LUBRICANT
FOR POTABLE WATER
Approx
Weight
Kg
8000B
English Label
0.5
VR69-252
With KTW certificate
1.0
The below table will give an indication on the number of gaskets
which can be lubricated with 1 kg lubricant
Application
Traditional
Lubricant
•
Fire Protection
Quick Dry
Lubricant
GETL
(GRINNELL
Extreme
Temperature
Lubricant)
•
•
•
Chilled Water
•
Heating
•
•
Compressed Air
•
•
•
Drainage
•
•
•
Sewage
•
•
Process < 66°C (150°F)
•
•
Process > 66°C (150°F)
•
TYCENMECH 0811
Gasket
Size
Traditional
Lubricant
Quick Dry
Lubricant
GETL
(GRINNELL Extreme
Temperature
Lubricant)
440
440
1000
300
300
700
220
220
500
135
135
300
110
110
250
85
85
200
65
65
160
55
55
140
50
50
120
38
38
90
33
33
80
20
20
50
mm
Inches
50
2
80
3
100
4
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
5.037
5
HDPE Systems
6
HDPE Systems
TYCENMECH 0811
P. 6.000 - 6.004
6.000
Figure 9095 HDPE Couplings
C
B
A
FIG. 9095
The GRINNELL Figure 9095 HDPE Coupling is specially designed for joining sections of high-density polyethylene (HDPE) piping. The
GRINNELL Figure 9095 features a four-bolt coupling design with machined gripping teeth to positively secure high-density
polyethylene piping and create a leak-tight joint.
The contoured housing features an integrated ramp design that helps avoid obstacles while relocating pipe runs. This coupling is ideal
for mining, irrigation, and tunnelling applications.
TFPP
Article
Number
909520ES
909530ES
909540ES
909560ES
909580ES
909510ES
909512ES
909514ES
909516ES
909518ES
909521ES
Nominal
Size
Pipe
OD
A
mm
Inches
mm
mm
60.3
50
2
80
3
100
4
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
Dimensions
B
C
Coupling Bolt
Size
Approx
Weight
mm
mm
Inches
Kg
86.0
133.0
117.0
1/2 x 2 3/8
2.6
88.9
117.0
165.0
102.0
1/2 x 2 3/4
3.6
114.3
146.0
203.0
146.0
1/2 x 3
5.2
168.3
200.0
273.0
149.0
5/8 x 3 1/2
8.2
219.1
264.0
333.0
152.0
5/8 x 3 1/2
12.5
273.0
318.0
397.0
165.0
3/4 x 4 3/4
20.0
323.9
365.0
448.0
200.0
3/4 x 4 3/4
25.5
355.6
413.0
492.0
257.0
1x6
41.2
406.4
467.0
543.0
257.0
1x6
44.2
457.2
515.0
595.0
260.0
1x6
50.5
508.0
568.0
651.0
260.0
1x6
61.8
Note: For products in ISO dimensions please contact Tyco FPP
Material Specifications
Coupling Ductile Iron Housing
Specifications:
ASTM A 536 – Standard specification for
ductile iron castings, Grade 65-45-12
Bolt/Nut Specifications:
ANSI: Carbon steel oval neck bolts & nuts are
heat-treated and conform to the physical
properties of ASTM A 183 Grade 2 and SAE
J429 Grade 5 with a minimum tensile strength
of 110,000 psi (7584.2 bar). Carbon Steel
heavy hex nuts conform to the physical
J995 Grade 5. Bolts and nuts are zincelectroplated conforming to ASTM B 633.
Metric: Carbon steel oval neck track head bolts
(Gold colour coded) are heat treated and
TYCENMECH 0811
conform to the physical properties of ASTM F
568 M with a minimum tensile strength of 760
MPa. Carbon Steel heavy hex nuts conform to
the physical properties of ASTM A 563 M
Class 9. Bolts and nuts are zinc-electroplated
conforming to ASTM B 633.
Stainless steel bolts and nuts are available
upon request.
Grade “E” EPDM gaskets have a Green colour
code identification and conform to ASTM D
2000 for service temperatures from -30°F to
230°F (-34°C to 110°C). They are
recommended for hot water not to exceed
230°F (110°C), plus a variety of dilute acids,
oil free air, and many chemical services. They
are not recommended for petroleum services.
Grade “T” Nitrile (Colour code: Orange stripe)
Recommended for petroleum products, air
with oil vapors, vegetable and mineral oils
within the specified temperature range. Also
good for water services under 150°F (66°C).
Temperature range: -20°F to +180°F (-29°C to
+82°C).Do not use for HOT WATER above
150°F (66°C) or HOT DRY AIR above 140°F
(60°C).
Coatings
• Orange – Non-lead paint (standard)
• Red – Non-lead paint (Optional, Regional)
• Hot-Dipped, Zinc galvanized (optional)
6.001
6
Figure 9097 HDPE Transition Couplings
C
B
A
FIG. 9097
The GRINNELL Figure 9097 HDPE Transition Coupling provides for an efficient transition from grooved piping systems to high-density
polyethylene (HDPE) piping. The GRINNELL Figure 9097 features a four-bolt coupling design with one side of machine gripping teeth
and a grooved end creating a leak-tight joint between high-density polyethylene and grooved piping systems.
The contoured housing features the same integrated ramp design as the GRINNELL Figure 9095, which helps avoid obstacles while
relocating pipe runs. This coupling is ideal for mining, irrigation, and tunnelling applications.
TFPP
Article
Number
909720ES
909730ES
909740ES
909760ES
6
909780ES
909710ES
909712ES
Nominal
Size
Pipe
OD
A
mm
Inches
mm
mm
60.3
50
2
80
3
100
4
150
6
200
8
250
10
300
12
Dimensions
B
C
Coupling Bolt
Size
Approx
Weight
mm
mm
Inches
Kg
86.0
152.0
79.0
1/2 x 2 3/8
88.9
114.0
181.0
79.0
1/2 x 3
114.3
146.0
216.0
95.0
1/2 x 3
168.3
203.0
286.0
95.0
5/8 x 3 1/2
219.1
267.0
346.0
108.0
5/8 x 3 1/2
273.0
321.0
432.0
127.0
3/4 x 4 3/4
323.9
375.0
495.0
127.0
3/4 x 4 3/4
2.0
2.7
3.8
5.7
9.7
16.0
19.6
Specifications:
TYCENMECH 0811
upon request.
230°F (-34°C to 110°C). They are
(60°C).
Coatings
6.002
Figure 9094 HDPE Flange Couplings
B
C
A
FIG. 9094
The GRINNELL Figure 9094 HDPE Flange Coupling provides for an efficient transition from high-density polyethylene (HDPE) piping to
ANSI class 125# or 150# flanged piping system. This coupling is ideal for mining, irrigation, and tunnelling applications.
TFPP
Article
Number
909440ES
909460ES
909480ES
Coupling Bolts†
Nominal
Size
Pipe
OD
A
Dimensions
B
C
mm
Inches
mm
mm
mm
mm
Quantity
Bolt Size
Inches
114.3
229.0
260.0
79.0
8
5/8 x 3 1/4
168.3
279.0
311.0
95.0
8
3/4 x 3 1/2
219.1
343.0
375.0
87.0
8
3/4 x 3 3/4
100
4
150
6
200
8
Approx
Weight
Kg
6.8
9.8
13.1
Specifications:
TYCENMECH 0811
upon request.
230°F (-34°C to 110°C). They are
(60°C).
Coatings
6.003
6
HDPE Pipe Wall Thickness and standard
Dimension Ratios
Pipe Size
Nominal
Size
mm
Inches
50
2
80
3
100
4
150
6
200
8
250
10
300
12
Pipe Wall Thickness and Standard Dimension Ratio
OD
mm
Tol. +/mm
Max. Pipe
Ovality
+/mm
60.3
0.15
0.89
8.3
6.7
5.5
3.9
3.6
2.9
-
88.9
0.41
1.02
12.2
9.9
8.1
5.7
5.2
4.2
2.7
114.3
0.51
1.02
15.6
12.7
10.4
7.4
6.7
5.4
3.5
168.3
0.76
1.27
23.1
18.7
15.3
10.8
8.3
6.7
5.2
219.1
0.99
1.91
30.0
24.3
19.9
14.1
12.9
8.6
6.7
273.0
1.22
1.91
37.4
30.3
24.8
17.6
16.1
13.0
8.4
323.9
1.45
1.91
44.4
36.0
29.4
20.9
19.1
15.4
10.0
SDR
7.3
mm
SDR
9
mm
SDR
11
mm
SDR
15.5
mm
SDR
17
mm
SDR
21
mm
SDR
32.5
mm
Per Specification for Polyethylene (P.E.) Plastic Pipe ASTMF714, D2447, D3035.
6
TYCENMECH 0811
6.004
G-MINE PVC Systems
77
G-MINE PVC Systems
TYCENMECH 0811
P. 7.000 - 7.023
7.000
G-MINE PVC Systems
Pipe Specifications
Nominal Property Values
Pipe Impact Strength Production Specification
Nominal Size
Inches
Pipe Property
Test Method
Value
Izod Impact
ASTM D 256
1.15 Ft.-Lbs./In. of Notch
(16.8 N/m)
2
Tensile
Strength
ASTM D 638
7,000 psi (482 bar)
3
Modulus of
Elasticity
ASTM D 638
400,000 psi (27579 bar)
Deflection
Temperature
ASTM D 648
158˚F (70˚C)
Flammability
ASTM D 635
Self-Extinguishing
4
6
8
SDR21
(Ft. - Lbs.)
N/m
SDR17
(Ft. - Lbs.)
N/m
SDR13.5*
(Ft. - Lbs.)
N/m
255
3721
380
5545
495
7223
170
2480
245
3575
320
4670
470
6859
610
8902
170
2480
245
3575
320
4670
470
6859
610
8902
PVC SERVICE FACTOR
*High-pressure pipe
7
1.00
1.00
0.88
0.75
0.80
0.62
0.60
0.50
0.40
0.40
0.30
0.20
0
0.22
70 80 90 100 110 120 130 140
TEMPERATURE, °F
FIGURE 1 PVC TEMPERATURE SERVICE FACTOR
Specifications
Approvals:
All G-MINE Pipe and Fittings are NSF-14
Compliant except for SDR 13.5 which is
NSF-61.
Materials:
•
•
Pipe and fittings are made of highstrength PVC (Poly Vinyl Chloride)
conforming to ASTM D 1784.
G-MINE PVC Joints meet the
requirements of ASTM D 3139.
TYCENMECH 0811
•
•
O-rings are Teflon-coated, Nitrile
Butadiene Rubber (NBR) or
Polyisoprene Rubber conforming to
ASTM F 477.
Spline is Nylon. Available in Acidresistant Polyvinylidene Fluoride.
PVC Temperature Service Factor
•
All pressure ratings for PVC pipe are
determined in a water environment of
73.4°F (23°C) ( (±3.6°F). As the
temperature of the environment
increases, PVC Pipe becomes more
ductile. This is represented by the
graph (Figure 1).
•
The PVC material’s impact strength
increases and the tensile strength
decreases as the temperature rises.
Because of this effect, the pressure
rating of the pipe and fittings must be
decreased to allow for safe operation
of the line at elevated temperatures.
7.001
SDR Pipe (Spline x Spline)
C
G1
PIPE LENGTH, 19'-0"
G2
O.D.
O.D.
15°
SEE GROOVE DETAIL
P
GROOVE DETAIL
FIG. 72900
The GRINNELL Figure 72900 G-MINE PVC Pipe provides a flexible piping system that is non-corrosive and resistant to harsh
environments, acids, and most chemicals. Its specially formulated compound contains impact modifiers and UV (Ultraviolet) inhibitors
that provide higher impact strength over an extended period of time. Pipe is available in 19 foot (5.8m) laying lengths.
TFPP
Article
Number
Nominal
Size
Pipe
OD
SDR
Approx
Weight
Max. Pressure
Rating
P
C
G1 Width
bar
mm
mm
mm
mm
mm
Kg/M
G2 Depth Min. Wall
Thk.
mm
7290020E
7290030E
7290040LE
7290040E
7290040HE
7290060LE
7290060E
7290060HE
7290080LE
7290080E
7290080HE
Inches
mm
50
2
80
3
100
4L
100
4
100
4H
150
6L
150
6
150
6H
200
8L
200
8
200
8H
60.3
SDR 17
17.2
4.8
44.5
6.4
2.5
3.6
0.3
88.9
SDR 17
17.2
4.8
63.5
9.5
3.4
5.2
0.6
114.3
SDR 21
13.8
4.8
76.2
9.5
3.4
5.4
0.8
114.3
SDR 17
17.2
4.8
76.2
9.5
3.4
6.7
1.0
114.3
SDR 13.5
21.7
4.8
76.2
9.5
3.4
8.5
1.3
168.3
SDR 21
13.8
8.0
76.2
9.5
3.4
8.0
1.8
168.3
SDR 17
17.2
8.0
76.2
9.5
3.4
9.9
2.2
168.3
SDR 13.5
21.7
8.0
76.2
9.5
3.4
12.5
2.8
219.1
SDR 21
13.8
16.7
80.3
12.7
3.7
10.4
3.0
219.1
SDR 17
17.2
16.7
80.3
12.7
3.7
12.9
3.7
219.1
SDR 13.5
21.7
16.7
80.3
12.7
3.7
16.2
4.7
Laying length is 19 feet (5.8m)
G-MINE Pipe is produced with thickened ends to accommodate the G-MINE groove while maintaining their designed pressure rating.
Grooving the non-thickened pipe body will result in less-than-designed pressure rating for the new joint and ultimately the entire system.
When fabrication is required for non-thickened end products, apply a Figure 72905 G-MINE x Solvent Weld Transition Coupling.
10" and 12" (250 and 300mm) are available upon request. Contact Tyco FPP.
See G-MINE specifications on page 7.001
TYCENMECH 0811
7.002
77
Couplings
(Spline x Spline)
L
B.O.D.
FIG. 72904
The GRINNELL Figure 72904 G-MINE Coupling provides a connection between two pieces of G-MINE PVC Pipe. G-MINE Couplings are
designed for non-permanent use applications and are supplied with O-rings (gaskets) for ease of assembly and disassembly.
TFPP
Article
Number
Nominal
Size
mm
Inches
7290420
7290430
7290440
7290440H
7290460
7290460H
7290480
7290480H
7
2
50
3
80
4
100
4H
100
6
150
6H
150
8
200
8H
200
B.O.D.
L
Max.
Pressure
Rating
Approx
Weight
mm
mm
bar
Kg/M
81
133.4
17.2
0.5
111
184.2
17.2
1.0
139
209.6
17.2
2.2
151
209.6
21.7
2.3
199
209.6
17.2
2.8
213
209.6
21.7
4.7
259
257.3
17.2
5.0
278
257.3
21.7
9.1
G-MINE Gaskets (O-rings) and Splines included.
10" and 12" (250 and 300mm) are available upon request. Contact Tyco FPP.
TYCENMECH 0811
7.003
Couplings
(Spline x Solvent Weld)
L1
L2
B.O.D.
FIG. 72905
The GRINNELL Figure 72905 G-MINE Transition Coupling (Female x Solvent Weld) provides an efficient transition from G-MINE PVC
Pipe to plain-end PVC pipe.
TFPP
Article
Number
7290520
7290530
7290540
7290560
7290580
Nominal
Size
Max.
Pressure
Rating
L1
L2
Approx
Weight
mm
Inches
bar
mm
mm
Kg/M
17.2
139.7
60.5
0.5
17.2
203.2
88.9
1.0
17.2
228.6
101.6
1.6
17.2
228.6
101.6
2.9
17.2
257.3
114.3
5.1
2
50
3
80
4
100
6
150
8
200
G-MINE Gasket O-ring and Spline included.
77
TYCENMECH 0811
7.004
Reducing Couplings
(Male Spline x Female Spline)
L
O.D.
B.O.D.
FIG. 72919
The GRINNELL Figure 72919 G-MINE Reducing Coupling (Female x Male) allows for a direct transition between two different pipe sizes.
TFPP
Article
Number
Nominal
Size
mm
Inches
729194020
729194030
729196020
729196030
729196040
729198020
729198040
729198060
100 x 50
4x2
100 x 8
4x3
150 x 50
6x2
150 x 80
6x3
150 x 100
6x4
200 x 50
8x2
200 x 100
8x4
200 x 150
8x6
O.D
B.O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
mm
bar
mm
Kg/M
60.3
139
17.2
387.4
2.3
88.9
139
17.2
420.6
2.6
60.3
199
17.2
400.1
4.7
88.9
199
17.2
419.1
5.0
114.3
199
17.2
441.5
5.0
60.3
259
17.2
431.8
5.0
114.3
259
17.2
397.0
10.9
168.3
259
17.2
469.9
11.2
G-MINE Gasket (O-ring) and Spline included.
7
TYCENMECH 0811
7.005
Outlet Couplings (Male Spline x Female
Spline x Female Thread)
L1
NPT
O.D.
B.O.D.
FIG. 72940
The GRINNELL Figure 72940 G-MINE Threaded Outlet Coupling (Female x Male x Female NPT) provides a threaded branch outlet connection.
TFPP
Article
Number
Nominal
Size
Run x Outlet
Inches x NPT
729402075
729402010
729403015
729404015
729406015
729408020
-
2 x 3/4
50 x 20
2x1
50 x 25
3 x 1 1/2
80 x 40
4 x 1 1/2
100 x 40
6 x 1 1/2
150 x 40
6x2
150 x 50
8 x 1 1/2
200 x 40
8x2
200 x 50
O.D
B.O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
mm
bar
mm
Kg/M
60.3
81
17.2
257.3
0.7
60.3
81
17.2
257.3
0.7
88.9
111
17.2
342.9
1.6
114.3
139
17.2
381.0
2.6
168.3
199
17.2
431.8
5.2
168.3
199
17.2
431.8
5.2
219.1
259
17.2
482.6
9.3
219.1
259
17.2
482.6
9.7
77
7.006
Outlet Couplings
(Spline x Spline x Female Thread)
L
NPT
B.O.D.
FIG. 72930
The GRINNELL Figure 72930 G-MINE Threaded Outlet Coupling (Female x Female x Female NPT) provides a connection between two
pieces of G-MINE PVC Pipe and includes a threaded branch connection.
TFPP
Article
Number
Nominal
Size
Run x Outlet
Inches x NPT
729302075
729302010
729303075
729303010
729303015
729304075
729304010
729304015
729306075
729306010
7
729306015
729308010
729308015
2 x 3/4
50 x 20
2x1
50 x 25
3 x 3/4
80 x 20
3x1
80 x 25
3 x 1 1/2
80 x 40
4 x 3/4
100 x 20
4x1
100 x 25
4 x 1 1/2
100 x 40
6 x 3/4
150 x 20
6x1
150 x 25
6 x 1/2
150 x 40
8x1
200 x 25
8 x 1/2
200 x 40
B.O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
81
13.8
177.8
0.7
81
13.8
177.8
0.6
111
13.8
241.3
1.2
111
13.8
241.3
1.3
111
11.0
241.3
1.2
139
13.8
266.7
1.9
139
13.8
266.7
1.9
139
11.0
266.7
1.8
199
13.8
285.8
3.6
199
13.8
285.8
3.6
199
13.8
285.8
3.6
259
13.8
317.5
6.8
259
13.8
317.5
6.8
7.007
Nipples (Spline x Plain End)
L
O.D.
FIG. 72906
The GRINNELL Figure 72906 G-MINE Nipple (Male x Plain-End) provides an economical and efficient method of converting a solvent
weld-end pipe run to a G-MINE grooved connection.
TFPP
Article
Number
Nominal
Size
mm
Inches
7290620
7290630
7290640
7290660
7290680
50
2
80
3
4
100
150
6
200
8
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60.3
17.2
177.8
0.3
88.9
17.2
228.6
0.6
114.3
17.2
245
1.0
168.3
17.2
304.8
2.4
219.1
17.2
330.2
4.4
77
TYCENMECH 0811
7.008
Nipples (Spline x Groove)
L
O.D.
FIG. 72907
The GRINNELL Figure 72907 G-MINE Transition Coupling (G-MINE X Grooved) provides an efficient transition from G-MINE PVC Pipe
to grooved steel pipe that meets AWWA C-606 IPS Groove Standards.
TFPP
Article
Number
Nominal
Size
mm
Inches
7290720
7290730
7290740
7290740H
7290760
7290760H
7290780
50
2
80
3
4
100
4H
100
6
150
6H
150
8
200
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60.3
17.2
177.8
0.3
88.9
17.2
228.6
0.7
114.3
17.2
254
1.1
114.3
17.2
254
1.4
168.3
17.2
304.8
2.4
168.3
17.2
304.8
3.3
219.1
17.2
342.9
4.1
Requires thrust blocking to eliminate end loads; use only with GRINNELL Flexible Couplings only.
7
TYCENMECH 0811
7.009
Nipples (Spline x Male Thread)
L
O.D.
FIG. 72908
The GRINNELL Figure 72908 G-MINE Threaded Nipple (Male x Male NPT) provides an economical and efficient method of connecting
a G-MINE piping system to a female threaded adapter or device.
TFPP
Article
Number
Nominal
Size
mm
Inches
7290820
7290830
7290840
7290860
7290880
50
2
80
3
4
100
6
150
8
200
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60.3
17.2
177.8
0.3
88.9
17.2
228.6
0.6
114.3
17.2
254
1.1
168.3
17.2
304.8
2.4
219.1
17.2
342.9
4.1
77
TYCENMECH 0811
7.010
Nipples (Plain End x Male Thread)
L
O.D.
FIG. 72909
The GRINNELL Figure 72909 G-MINE Threaded Nipple (Plain-end x Male NPT) provides an economical and efficient method of
connecting a solvent weld-end pipe run to a female threaded adapter or device.
TFPP
Article
Number
Nominal
Size
mm
Inches
7290920
7290930
7290940
7290960
7290980
50
2
80
3
4
100
6
150
8
200
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60.3
13.8
133.4
0.3
88.9
13.1
165.1
0.6
114.3
11.0
177.8
1.1
168.3
9.7
228.6
2.6
219.1
8.3
248.9
4.7
7
TYCENMECH 0811
7.011
Nipples (Spline x Spline)
L
O.D.
FIG. 72911
The GRINNELL Figure 72911 G-MINE Nipple (Male x Male) provides an economical and efficient method of connecting two female
G-MINE components.
TFPP
Article
Number
Nominal
Size
mm
Inches
7291140
7291160
7291180
100
4
150
6
200
8
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
114.3
17.2
254
1.0
168.3
17.2
304.8
2.4
219.1
17.2
330.2
4.4
77
TYCENMECH 0811
7.012
L
L
O.D.
FIG. 72910
The GRINNELL Figure 72910 G-MINE 90° Degree Elbow (Male x Male) provides an economical and efficient method of changing pipe direction.
TFPP
Article
Number
Nominal
Size
mm
Inches
7291020
7291030
7291040
72910460
7291080
50
2
80
3
100
4
150
6
200
8
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60.3
17.2
203.2
0.8
88.9
17.2
258.6
1.9
114.3
17.2
314.5
3.4
168.3
17.2
397.0
7.9
219.1
17.2
457.2
15.3
7
TYCENMECH 0811
7.013
L
L
O.D.
FIG. 72912
The GRINNELL Figure 72912 G-MINE 45° Degree Elbow (Male x Male) provides an economical and efficient method of changing pipe direction.
TFPP
Article
Number
Nominal
Size
mm
Inches
7291220
7291230
7291240
7291260
7291280
50
2
80
3
100
4
150
6
200
8
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60.3
17.2
196.9
0.7
88.9
17.2
247.7
1.8
114.3
17.2
285.8
3.2
168.3
17.2
330.2
7.3
219.1
17.2
381
14.0
77
TYCENMECH 0811
7.014
W
90°
L
FIG. 72913
O.D.
The GRINNELL Figure 72913 G-MINE 90° Degree Sweep Elbow provides an economical and efficient method of changing pipe direction.
TFPP
Article
Number
Nominal
Size
mm
Inches
7291320
7291330
7291340
72913240H
7291360
7291360H
7291380
50
2
80
3
100
4
100
4H
150
6
150
6H
200
8
O.D
Max.
Pressure
Rating
L
W
Approx
Weight
mm
bar
mm
mm
Kg
60.3
17.2
408
408
1.1
88.9
17.2
587.4
587.4
2.9
114.3
17.2
408
408
5.8
114.3
21.7
768.4
768.4
6.8
168.3
17.2
1066.8
1066.8
14.1
168.3
21.7
1066.8
1066.8
20.6
219.1
17.2
1184.3
1184.3
26.8
7
TYCENMECH 0811
7.015
W
45°
L
O.D.
FIG. 72914
The GRINNELL Figure 72914 G-MINE 45° Degree Sweep Elbow provides an economical and efficient method of changing pipe direction.
TFPP
Article
Number
Nominal
Size
mm
Inches
7291420
7291430
7291440
7291440H
7291460
7291460H
7291480
50
2
80
3
100
4
100
4H
150
6
150
6H
200
8
O.D
Max.
Pressure
Rating
L
W
Approx
Weight
mm
bar
mm
mm
Kg
60.3
17.2
406.4
190.5
0.9
88.9
17.2
652.5
273.1
2.2
114.3
17.2
730.3
301.6
3.4
114.3
21.7
730.3
301.6
5.3
168.3
17.2
995.4
412.8
8.3
168.3
21.7
995.4
412.8
11.9
219.1
17.2
1320.8
547.7
15.9
77
TYCENMECH 0811
7.016
Caps & Plugs (Spline)
L
L
B.O.D.
O.D.
FIG. 72915
The GRINNELL Figure 72915 G-MINE End Plug and End Cap provide an economical and efficient method of capping a piping system.
Figure 72915 End Plug
TFPP 72915 End Plug Nominal
Figure
Size
Article
Number
mm
Inches
50
2
80
3
7291520
7291530
O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
60
17.2
190.5
0.4
89
17.2
254
0.9
B.O.D
Max.
Pressure
Rating
L
Approx
Weight
mm
bar
mm
Kg
139
17.2
228.6
1.9
199
17.2
228.6
4.1
259
17.2
257.3
7.7
Figure 72915 End Cap*
TFPP
Article
Number
Nominal
Size
mm
Inches
7291540
7291560
7291580
7
100
4
150
6
200
8
* G-MINE Gasket (O-ring) and Spline included)
TYCENMECH 0811
7.017
Flange Adapters
(Spline x Flange 150psi)
L
R
O.D. 2
O.D. 1
BOLT
SIZE
A
FIG. 72916
The GRINNELL Figure 72916 G-MINE Flange Adapter provides a direct transition from flanged components to G-MINE PVC
piping components.
TFPP
Article
Number
L
Flange2
O.D.
R
Bolt Circle
Diameter
mm
Max.
Pressure
Rating
psi
bar
mm
mm
mm
mm
60.3
10.3
182.6
152.4
20.6
120.7
5/8
4
0.7
88.9
10.3
235
190.5
26.9
152.4
5/8
4
1.5
114.3
10.3
260.4
228.6
28.7
190.5
5/8
8
2.3
168.3
10.3
316
279.4
32.5
241.3
3/4
8
4.1
219.1
10.3
339.9
342.9
35.1
298.5
3/4
8
7.3
Nominal
Size
Outlet1
O.D.
mm
Inches
7291620
7291630
7291640
7291660
7291680
50
2
80
3
100
4
150
6
200
8
Bolt Size
Bolt h
Approx
Weight
Kg
All flanges are Van Stone style with glass-filled PVC ring.
ANSI Class 125 and 150 bolt pattern
77
TYCENMECH 0811
7.018
Tees
(Spline x Spline x Spline)
O.D.
F
O.D.
L
FIG. 72917
The GRINNELL Figure 72917 G-MINE Tee (Male) provides an economical and efficient method of adding a G-MINE PVC Branch Run to
a piping system.
TFPP
Article
Number
Nominal
Size
mm
Inches
7291720
7291730
7291740
7291760
7291780
50
2
80
3
100
4
150
6
200
8
O.D.
Max.
Pressure
Rating
L
F
Approx
Weight
mm
bar
mm
mm
Kg
60.3
17.2
419.1
276.4
1.0
88.9
17.2
546.1
280.0
2.6
114.3
17.2
628.7
314.5
4.9
168.3
17.2
787.4
393.7
11.3
219.1
17.2
920.8
450.9
21.8
7
TYCENMECH 0811
7.019
Reducing Tees
(Spline x Spline x Spline)
O.D.2
F
O.D.1
L
FIG. 72918
The GRINNELL Figure 72918 G-MINE Reducing Tee (Male) provides an economical and efficient method of adding a reduced diameter
G-MINE PVC Branch Run to a piping system.
TFPP
Article
Number
729183020
729184020
729184030
729186020
729186030
729186040
729188060
Nominal
Size
Run
O.D. 1
Outlet
O.D. 2
Max.
Pressure
Rating
L
F
Approx
Weight
mm
Inches
mm
mm
bar
mm
mm
Kg
88.9
60.3
17.2
533.4
224.5
2.3
114.3
60.3
17.2
581.2
240.5
4.6
114.3
88.9
17.2
614.4
296.2
4.9
168.3
60.3
17.2
714.5
298.5
10.4
168.3
88.9
17.2
714.5
323.9
11.0
168.3
114.3
17.2
741.4
349.3
11.1
219.1
168.3
17.2
850.9
427.0
23.1
80 x 50
3x2
100 x 50
4x2
100 x 80
4x3
150 x 50
6x2
150 x 80
6x3
150 x 100
6x4
200 x 150
8x6
77
TYCENMECH 0811
7.020
G-Mine Butterfly Valves
(Spline x Spline)
A
HANDLE
STEM
SEALS
STEM
B
DISC
O.D.
DISC
SEAL
T/O
L
MODEL B8200
BODY
GRINNELL Model B8200 Butterfly Valves are designed for use with the G-MINE PVC Piping System. Available sizes include 2" to 8" (50
to 200mm) diameters. Precision machined grooves in the valve body provide easy alignment of the valve and G-MINE Coupling,
allowing for the insertion of the spline to connect the GRINNELL Model B8200 Valve to the G-MINE PVC System. Flow may enter the
valve from either direction and valve can be orientated in any direction.
TFPP
Article
Number
ANSI
Size
O.D.
Size
A
B
L
Approx
Weight
Inches
DN
mm
mm
mm
mm
Kg
60.3
202
131
191.1
4.0
88.9
202
146
233.2
8.0
114.3
202
179
258.6
12.0
168.3
261
213
264.6
23.0
219.1
315
238
278.5
34.0
2
DN50
3
DN80
4
DN100
6
DN100
8
DN200
B820020
B820030
B820040
B820060
B820080
7
Maximum Working Pressure:
•
350 psi (24,1 bar)
Working Temperature Range:
•
32˚F to 140˚F (0˚C to 60˚C)
Body:
•
Ductile iron conforming to ASTM A
536, Grade 65-45-12
Body Coating:
TYCENMECH 0811
•
Black epoxy-coated
•
Disc:
•
Ductile iron conforming to ASTM A
536, Grade 65-45-12
Disc Seal:
•
Grade “T” Nitrile encapsulated rubber
Two-piece Type 316 Stainless Steel
Splines
Stem Seal:
•
EPDM O-rings, upper and lower stem
Handle:
•
Zinc-plated carbon steel
Stem:
7.021
Figure 72999 Splines
C.S.
DIA.
L
INSERTION END
The GRINNELL Figure 72999 G-MINE Spline securely locks the coupling or fitting to the pipe. The spline is made of Nylon and is also
available in Acid-Resistant Polypropylene.
TFPP
Article
Number
Nominal
Size
mm
Inches
7299920
7299930
7299940
7299940H
7299960
7299960H
7299980
50
2
80
3
100
4
100
4H
150
6
150
6H
200
8
Configuration
L
Cross section
Diameter C.S.
mm
mm
266.7
4.8
ROUND
406.4
6.4
ROUND
457.2
6.4
ROUND
457.2
6.4
SQUARE
609.6
6.4
ROUND
609.6
6.4
SQUARE
812.8
8.0
SQUARE
77
TYCENMECH 0811
7.022
Figure ITGM Insertion Tools
SPLINE
(NOT INCLUDED
WITH TOOL)
PLUNGER
HANDLE
FLANGE
POINTED
INSERTION END
OF SPLINE
BARREL
LOAD SPLINE
INTO BARREL
The GRINNELL Figure ITGM G-MINE Spline Insertion Tool assists with the insertion of the spline into the groove, locking the fitting to
the pipe.
TFPP
Article
Number
Nominal
Size
mm
Inches
80-150
3-6
200
8
ITGM 36
ITGM 8
Figure 72899 Replacement Gaskets
C.S.
DIA.
O.D.
7
The GRINNELL Figure 72899 G-MINE Gasket (O-ring) provides a hydraulic seal. Most G-MINE Fittings and Couplings are manufactured
to include an O-ring, a flexible elastomeric seal. G-MINE O-rings are Teflon-coated, Nitrile Butadiene Rubber (NBR) or Polyisoprene
Rubber conforming to ASTM F 477 (Solvent weld and plain end fittings are designed for use without o-ring).
TFPP
Article
Number
Nominal
Size
mm
Inches
7289920
7289930
7289940
7289960
7289980
50
2
80
3
100
4
6
150
200
8
O.D.
Cross Section
Diameter C.S.
mm
mm
70.4
5.3
98.9
5.3
124.3
5.3
182.3
7.0
237.5
9.5
Material
Teflon®-Coated
Nitrile Butadiene
Rubber
Nitrile Butadiene
Rubber
Nitrile Butadiene
Rubber
Nitrile Butadiene
Rubber
Polyisoprene
Rubber
TYCENMECH 0811
7.023
8
TYCENMECH 0811
P. 8.000 - 8.005
8.000
GROOVER 01
TFPP
Article
Number
Nominal
Size
GROOVER 02
Power
Supply*
GROOVER 10A
Description
mm
Inches
GROOVER 01
GROOVER 02
GROOVER 10A
GROO10A-UK
42.4-457.2
1 1/4-18
42.4-457.2
1 1/4-18
33.7-219.1
1-8
33.7-219.1
1-8
Approx
Weight
Kg
380VAC 50HZ
Portable Groover with Pipestand
207
380VAC 50HZ
Automatic Groover with Pipestand
297
220VAC 50Hz
107
110VAC 50Hz
107
*Note: Other voltages on request.
STAND
8
TFPP
Article Number
RJ-624
Description
Approx
Weight
Kg
STAND
Pipestand for pipes 1” (33.7 mm) till 8” (219.1 mm)
15
RJ-624
Pipestand for pipes 6” (168.3 mm) till 24” (609.6 mm)
40
TYCENMECH 0811
8.001
HCTOOL
TFPP
Article
Number
HCTOOL
Drill not included
Pipe
Size
Max. Hole Ø
Supply
mm
Inches
mm
Inches
21.0-273.0
1/2-10
125
5
Description
Approx
Weight
Kg
Hole cutting Tool
8.0
Note: The HCT Hole Cutting Tool is a great help when drilling holes in pipe. Almost any standard hole saw machine [i.e. electric drill]
can be mounted on the HCT. With the HCT the hole saw can be fixed, secured and used as a leveling tool to ensure accurate
hole alignment. For pipes of 12 mm through 250 mm (1/2" through 12"). With the optional base and beam adapter, the support
can also be attached to standard steel beams.
Pipe Preparation Tools, Holesaw
D
HOLESAW
Note: Available in the
size as mentioned
in below table.
TFPP
Article
Number
HOLESAWCP
Note: For dia. 14.3 to
30.2mm.
HOLESAWCP5
Note: For dia. 31.8 to
152.4mm.
D
HOLESAWDP
Note: Drive plate for
sizes 76.2mm to
152.4mm.
Use with
Hole Drill
HOLESAWCD
Note: Spare drill for
HOLESAWCP
& HOLESAWCP5.
Use with
Drive Plate
mm
8
HOLESAW22
22.2
HOLESAWCP
HOLESAW24
23.8
HOLESAWCP
HOLESAW25
25.4
HOLESAWCP
HOLESAW35
34.9
HOLESAWCP5
HOLESAW38
38.1
HOLESAWCP5
HOLESAW44
44.5
HOLESAWCP5
HOLESAW50
50.8
HOLESAWCP5
HOLESAW63
63.5
HOLESAWCP5
HOLESAW70
69.9
HOLESAWCP5
HOLESAW89
88.9
HOLESAWCP5
HOLESAWDP
HOLESAW114
114.3
HOLESAWCP5
HOLESAWDP
TYCENMECH 0811
8.002
Pipe Preparation Tools,
GRINNELL Groove Measurement Tape
PIPE MEASURING TAPE
TFPP
Article
Number
Size
Description
Hole Drill
Use with
Drive Plate
GRINTAPE
33.7-323.9 [1-12]
Pipe Measuring Tape
0.100
ZKLM024
33.7-609.6 [1-24”]
Pipe Measuring Tape
0.100
mm
This dimensional measurement
tape has been developed to check
the groove diameter (C-size) of
grooved pipe from 1” up to 12”.
The loop extending from the metal
housing consist of a clear-view
plastic window with an indicator
line and a metal measuring tape.
Through the window one can see
the various markings (groove
tolerance areas) on the tape.
First, verify which size pipe is to be
checked. As shown on the drawing,
the metal tape will show the
diameter of a particular steel pipe
size. Slide the loop over the
grooved end of the pipe and
place the tape in the groove.
Please note: Check whether the tape
is placed in the groove over the
entire circumference of the pipe!
Pull the tape tightly on the pipe.
Through the clear view window
one should see the indicator line
and a small ‘block’ showing the
tolerance area for the groove. The
indicator line in the window must
fall within the dark coloured block
or groove tolerance area.
If the indicator line is not within the
groove tolerance area, first check if
the tape is pulled back tightly, and
whether the tape is correctly placed
in the groove. If the tape is placed
properly, this particular groove is
not correct. Make sure that the
settings on the GRINNELL grooving
tool are corrected to obtain the
correct groove dimensions.
Please note:
This tape is not a calibrated tool
and is to be used for reference
only. To ensure accuracy, always
check grooved end pipe with
calibrated gauges or calibers.
Pipe Preparation Tools, Center Punch
8
CENTER PUNCH
TFPP article number: PUNCH
TYCENMECH 0811
8.003
Pipe Preparation Tools,
GRINNELL Gauges
8-12
1-6
1-1.5
A-DIM OK
Dimension A
A-DIM
NOT OK
8-12
TFPP
Article
Number
Size
GAUGE
33.7-323.9 [1-12]
2-6
8-12
B-DIM OK
Dimension B
B-DIM NOT OK
1-1.5
1-6
2-6
8-12
Description
Hole Drill
Use with
Drive Plate
Gauge
0.250
mm
This dimensional gauge is
developed to check the
A dimension (gasket seat) and
B dimension (groove width)
of grooved pipe.
gauge fits the groove should be
acceptable. If the DIM A NOT OK
side fits the grooved end, this
groove is not made in accordance
with GRINNELL specifications.
the groove should be
acceptable. If the DIM B NOT OK
side fits the groove, this groove
is not made in accordance with
GRINNELL specifications.
A Dimension - Gasket seat
Select the proper size of pipe on
the gauge. Place the gauge with
the DIM A OK side on the
grooved end of the pipe as
shown on the drawing. If the
B Dimension - Groove width
Select the proper size of the
pipe on the gauge. Place the
gauge with the DIM B OK side in
the groove of the pipe as shown
on the drawing. If the gauge fits,
Please note: This gauge is not a
calibrated tool and is to be used
for reference only. To ensure
accuracy, always check grooved
end pipe with calibrated gauges
or calibers.
8
TYCENMECH 0811
8.004
Unistrut Support Solutions
8
8
UNISTRUT analysis Software: A user
friendly, two dimensional calculation
program to analyze UNISTRUT
channel sections utilized as beams
and cantilevers. The program provides
instantaneous results of geometries
containing multiple spans with single
or multiple static load conditions
TYCENMECH 0811
8.005
Design Data
9
Design Data
TYCENMECH 0811
P. 9.000 - 9.028
9.000
Design Data,
Gaskets
Pressure responsive gaskets are offered in a variety of types.
Although they each serve a specific function they all utilize the same
sealing design. Installation of the gasket over the outside sealing
surface of the pipe compresses the lip seal thus forming the initial seal.
The installation of the housing segments around the gasket and into
the pipe groove accurately positions the gasket.
Tightening of the housing segments forms the gasket to the inside of
the housing and compresses it around the pipe-sealing surface thus
increasing the gaskets sealing against the pipe. The introduction of the
system pressure energizes the pressure responsive seal of the gasket
and further enhances the sealing action.
Standard Type
Reducing Coupling
Mechanical Tee and Branch Tee
The standard type gasket, which
is of the “C” configuration, is
the most commonly used. It is
the gasket type provided as the
standard in the Figure 705, 707,
577, 770, 772, 405 and 472
GRINNELL Couplings. The
gasket is available in all types of
material grades.
The Reducing Coupling gasket
is provided with ribs used to
position the larger pipe so that
the sealing lip is located on
the sealing surface of the pipe.
This gasket is used only with
the Figure 716 GRINNELL
Reducing Coupling and is
available in Grade E EPDM
and Grade T Nitrile.
The gasket provides a compression
type seal, which is designed to
conform to the exterior curve
(OD) of the pipe. This design is
unique to both the Figure 730
Mechanical Tee (threaded and
grooved) and Figure 522
Branch Tee.
The gasket is available in EPDM
Grade E and Nitrile Grade T.
Note when used for dry pipe
and freezer applications use a
petroleum-free silicone based
lubricant other wise no lubricant
is required.
Tri-Seal
Flange Adapter
9
The Tri-Seal gasket is designed
to close off the gap or gasket
cavity. This is accomplished by
positioning the center “rib” of
the gasket over the gap between
the pipes. The Tri-Seal gasket
has two tapered sealing edges
in addition to the center rib for
additional strength and sealing.
The Tri-Seal gasket can be used
with the Figure 705, 707, 577,
772, 405 and 472 GRINNELL
Couplings. It is recommended
for use in dry pipe, freezer and
vacuum service (greater than
10" Hg) applications. Note only a
petroleum-free silicone based
lubricant is recommended
for dry pipe and freezer
applications.
The gasket is available in Grade
E EPDM and Grade T Nitrile.
TYCENMECH 0811
This gasket is specifically
designed for the Figure 71
Flange Adapter. The gasket has
an optimum amount of rubber
to provide a dependable seal
between both the pipe and
mating surface and to avoid
overfilling of the gasket pocket,
which causes assembly
difficulties. The gasket is
available in EPDM Grade E and
Nitrile Grade T.
9.001
Design Data,
Gaskets
GRINNELL Gasket Grade Index
and Recommendations
The Gasket Recommendation
Tables have been developed to
assure maximum service life. The
tables have been developed from
information supplied by the
material manufacturers of the
elastomer, technical reference
literature and testing conducted
by GRINNELL. In evaluating the
gasket grade for intended service
applications consideration must
be given to the following: system
Grade
E
Temperature
Range
-34°C to + 110°C
(-30°F to +230°F)
apply to GRINNELL gaskets
only. These listings do not apply
for GRINNELL Butterfly
Valves.
operating temperature, fluid
or solution concentration,
and duration of service.
All gasket recommendations are
based on a temperature of 21°C
(70°F) unless otherwise noted.
Tyco Fire Protection Products
should be consulted if
combinations of service
solutions are being considered.
Contact Tyco Fire Protection
Products for recommendations
for services not listed.
Gasket recommendations
Compound
EPDM
Colour Code
General Service Application
Green
Hot water, dilute acids, alkalies and many chemical
services not involving petroleum products.
Excellent oxidation resistance.
NOT FOR USE WITH HYDROCARBONS
-34°C to + 110°C
(-30°F to +230°F)
EPDM
Green
Hot water, dilute acids, alkalies and many chemical services not
involving petroleum products. Excellent oxidation resistance.
NOT FOR USE WITH HYDROCARBONS
Recommended for low temperature and vacuum services
T
-29°C to + 82°C
(-20°F to +180°F)
Nitrile
(Buna-N)
Orange
Petroleum products, vegetable oils, mineral oils and
air with oil vapors
NOT RECOMMENDED FOR USE IN HOT WATER SYSTEMS
NOT RECOMMENDED FOR HOT DRY AIR SYSTEMS
EN
-29°C to + 90°C
(-20°F to +193°F)
EPDM
Green/Yellow
O
-7°C to +149°C
(+20°F to +300°F)
Fluoro
Elastomer
Blue
High temperature resistance to oxidizing acids,
petroleum oils, hydraulic fluids, halogenated
hydrocarbons and lubricants
L
-34°C to + 177°C
(-30°F to +350°F)
Silicone
Red Gasket
Dry hot air and some high temperature
chemical services
E
Tri-seal
Potable Water Services
Tri-Seal freezer gasket
The Tri-Seal Grade E freezer
gasket is used primarily for dry
pipe fire protection systems,
vacuum service, and freezer
applications. The Tri-Seal freezer
gasket differs from standard
gaskets by closing off the gap of
TYCENMECH 0811
ACS
gasket cavity. This is
accomplished by positioning the
center “rib” of the gasket over
the gap between the pipes. The
Tri-Seal freezer gasket has two
tapered sealing edges in addition
to the center rib for additional
strength and sealing. The Tri-Seal
freezer gasket is available in sizes
32mm to 300mm and is designed
for use with GRINNELL Figure
705, 705R, 707, 577, 772, 405 and
472 Couplings. A petroleum-free
ARPA
silicone based lubricant is
recommended for all dry pipe
systems. For low temperature
services or dry systems in cold
storage or freezer applications,
use Tri-Seal freezer gaskets.
For vacuum services > 381mm
Hg, Tri-Seal gaskets should be
used for couplings in sizes 8”
and above.
Note: Rigid couplings are
preferred for vacuum, dry pipe
and freezer applications.
9.002
9
Design Data, Gasket,
Gasket Recommendation Listing
• Contact Tyco FPP for an
Engineering evaluation and
recommendation where the
gasket grade is shown in
parenthesis.
• Specify gasket grade when
ordering.
• For dry pipe systems or freezer
systems, use Tri-Seal freezer
gasket and petroleum free
silicone lubricant.
• Check gasket colour code to be
certain it is suitable for the
service intended.
• Unless otherwise noted, all
gasket listings are based upon
a temperature of 21°C (70°F).
• For services not listed contact
Tyco FPP for recommendation.
• Where more than one gasket is
shown, the preferred gasket
grade is listed first.
WATER & AIR
Service
Gasket Grade
Air, (no oil vapors), Temp. -34°C to +110°C (-30°F to +230°F)
E
Air, with oil vapors, Temp. -29°C to +66°C (-20°F to +150°F)
T
Water, Temperature to +110°C (230°F)
E
Water, Acid Mine
Water, Chlorine
E/T
Water, Deionized
Water, Seawater
E
E
E
Water, Waste (no petroleum products)
E
Water, Potable
EN
Service
Gasket Grade
Crude Oil - Sour
T
Diesel Oil
T
Fuel Oil
T
Gasoline, Leaded
Hydraulic Oil
T
Kerosene
Lube Oil, to 66°C (150°F)
T
Motor Oil
T
Tar and Tar Oil
T
PETROLEUM PRODUCTS
T
T
9
TYCENMECH 0811
9.003
Design Data, Gasket,
Gasket Recommendations
Chemical Composition
ASTM #3 Oil
Acetaldehyde
Acetamide
Acetic Acid up to 10% 100°C/38°C
Acetic Acid up to 10-50% 100°C/38°C
Acetic Acid, Glacial 100°C/38°C
Acetic Anhydride
Acetone
Acetonitrile
Acetylene
Adipic Acid
Alkalis
Allyl Alcohol to 96%
Alum Sulphuric Acid
Alums
Aluminium Chloride
Aluminium Fluoride
Aluminium Hydroxide
Aluminium Nitrate
Aluminium Oxychloride
Aluminium Phosphate
Aluminium Salts
Aluminium Sulfate
Ammonia Gas, Cold
Ammonia, Liquid
Aluminium Bifluoride
Aluminium Carbonate
Aluminium Chloride
Aluminium Fluoride
Aluminium Hydroxide
Aluminium Metaphosphate
Aluminium Nitrate
Aluminium Nitrite
Aluminium Persulfate, to 10%
Aluminium Phosphate
Aluminium Sulfamate
Aluminium Sulfate
Aluminium Sulfide
Aluminium Thiocyanate
Amyl Acetate
Amyl Alcohol
Amyl Chloronaphthalene
Anderol
Aniline
Aniline Dyes
Aniline Hydrochloride
Aniline Oil
Antimony Chloride
Antimony Trichloride
Argon Gas
Aroclor(S)
Arsenic Acid, to 75%
Barium Carbonate
Barium Chloride
Barium Hydroxide
Barium Sulfide
Benzaldehyde
Benzene
Benzine (see Petroleum Ether)
Benzoic Acid
Benzol
Benzyl Alcohol
Benzyl Benzoate
Black Sulfate Liquor
Blast Furnace Gas
Bleach,12% Active
Borax Solutions
Bordeaux Mixture
Boric Acid
Bromine
Butane Gas
Butanol (see Butyl Alcohol)
Butyl Acetate Ricinoleate
Butyl Alcohol
Butyl “Cellosolve Adipate”
Butyl Phenol
Butyl Stearate
Butylene
Butylene Glycol
Calcium Acetate
Calcium Bisulphite
Calcium Chloride
Calcium Hydroxide
Calcium Hypochlorite
Calcium Hypochloride
Calcium Nitrate
Calcium Sulfate
Calcium Sulfide
Caliche Liquors
Carbitol
Carbonic Acid, Phenol
Carbon Bisulphide
Carbon Dioxide, Dry
Carbon Dioxide, Wet
Carbon Disulphide
Carbon Monoxide
Carbon Tetrachloride
Caustic Potash
Cellosolve Acetate
Cellosolve (Alcohol Ether)
Cellulose Acetate
Cellulube 220 (Tri-Aryl-Phosphate)
Cellulube Hydraulic Fluids
China Wood Oil, Tung Oil
Chloric Acid to 20%
Chlorine, Dry
Chlorine, Water 4000 PPM (max.)
Chlorinated Paraffin (Chlorocosane)
Chloroacetic Acid
Chloroacetone
Gasket
Grade
T
E
T
E
L
L
E
E
T
E/T
T
E
E
O
E/T
E/T
E/T
E
E/T
T
E
T
E/T
E
E
T
E
E/T
E
E
E
T
E
E
T
T
E/T
E
E
E
E
T
O
E
E
E
E
E
E
E/O
O
T
E
E/T
E/T
T
E
O
O
E
O
E
E
T
T
E
E
E
E/T
O
T
E/T
E
E/T
E/T
E
T
T
E
T
T
E/T
E/T
E
E
E/T
E/T
E/T
T
E/T
O
O
E/T
E/T
O
E
O
E/T
E
E
E
E
E
T
E
O
E
T
E
E
Chlorobenzene
Chloroform
Chrome Alum
Chrome Plating Solutions
Chromic Acid, to 25%
Citric Acid
Coke Oven Gas
Copper Chloride
Copper Cyanide
Copper Fluoride
Copper Nitrate
Copper Sulfate
Creosol, Cresylic Acid
Creosote, Coal Tar
Creosote, Wood
Cupric Fluoride
Cupric Sulfate
Cyclohexane (Alicyclic Hydrocarbon)
Cyclohexanone
Deionized Water
Dextrim
Dibutyl Phthalate
Dichloro Difloro Methane
Dicyclohexylamine
Diesel Oil
Diethyl Ether
Diethyl Sebacate
Diethylamine
Diethylene Glycol
Digester Gas
Dimethylamine
Dioctyl Phthalate
Dioxane
Dipentene (Terpene-Hydrocarbon)
Dipropylene Glycol
Dowtherm A
Dowtherm E
Dowtherm SR-1
Ethane
Ethanolamine
Ethyl Acetoacetate
Ethyl Acrylate
Ethyl Alcohol
Ethyl Cellulose
Ethyl “Cellusolve”
Ethyl Chloride
Ethyl Ether
Ethyl Oxalate
Ethyl Silicate
Ethylene Chlorohydrin
Ethylene Diamine
Ethylene Dichloride (Dichloroethane)
Ethylene Glycol
Ferric Chloride, to 35%
Ferric Chloride, Saturated
Ferric Hydroxide
Ferric Sulfate
Fluboric Acid
Fly Ash
Fog Oil
Formaldehyde
Formamide
Formic Acid
Freon 11, 130°F/54°C
Freon 12, 130°F/54°C
Freon 113 130°F/54°C
Freon 114,130°F/54°C
Freon 134a,176°/80°C
Fructose
Fuel Oil
Fumaric Acid
Furfuryl Alcohol
Gasoline, Refined
Gasoline, Refined, Unleaded
Glue
Glycerin
Glycerol
Glycol
Glycolic Acid
Grease
Green Sulfate Liquor
Halon 1301
Heptane
Hexaldehyde
Hexane
Hexanol Tertiary
Hexyl Alcohol
Hexylene Glycol
Hydrobromic Acid, to 40%
Hydrochloric Acid, to 36%, 75°F/24°C
Hydrochloric Acid, to 36%,158°F/70°C
Hydrocyanic Acid
Hydrofluoric Acid, to 75%, 75°F/24°C
Hydrofluosilicic Acid
Hydrogen Gas, Cold
Hydrogen Gas, Hot
Hydrogen Peroxide, to 50%
Hydrogen Peroxide, to 90%
Hydrogen Sulfide
Hydroquinone
Hydroxylamine Sulfate
Hypochlorous Acid, Dilute
Iso Octane, 100°F/38°C
Isobutyl Alcohol
Isopropyl Acetate
Isopropyl Alcohol
Isopropyl Ether
JP-3
JP-4
JP-5, 6, 7, 8
Gasket
Grade
O
O
T
O
O
E/T
T/O
T
E/T
E
E/T
E/T
O
O
O
T
T
O
E
E
T
E
T
T
T
T
E
T
E/T
T
T
E
E
T
T
O
O
T/E
E
E
E
L
E
E
E
E
T
E
T
E
T
O
E/T
E/T
E
E
T
E/T
E
T
E/T
E/T
E
T
T
T
T
E/T
E/T
T
E
E
T
O
E/T
E/T
E/T
E/T
E
T
T
E
T
E
T
T
T
T
E
E
O
E
O
E
E/T
E
L
O
E
T
E
E
T
E
E
E
T
T
T
T
Gasket
Grade
Kerosene
Ketones
Latex (1% Styrene & Butadiene)
Lauric Acid
Lavender Oil
Lead Acetate
Lead Chloride
Lead Sulfate
Lime and H2O
Linoleic Acid
Lithium Bromide
Lithium Chloride
Lubricating Oil, Refined
Lubricating Oil, Sour
Lubricating Oil, to 150°F/66°C
Magnesium Chloride
Magnesium Hydroxide
Magnesium Sulfate
Maleic Acid
Malic Acid
Mercuric Chloride
Mercuric Cyanide
Mercurous Nitrate
Mercury
Methane
Methyl Alcohol, Methanol
Methyl Chloride
Methyl Ethyl Ketone
Methyl Isobutyl Carbinol
Methylene Chloride
Methylene Dichloride 100°F/38°C
MIL-L7808
MIL-05606
MIL-08515
Mineral Oils
Naptha, 160°F/71°C
Napthenic Acid
Natural Gas
Nevoil
Nickel Chloride
Nickel Plating Solution 125°F/52°C
Nickel Sulfate
Nitric Acid to 10%, 75°F/24°C
Nitric Acid, 10-50%, 75°F/24°C
Nitric Acid, 50-86%, 75°F/24°C
Nitric Acid, Red Fuming
Nitromethane
Nitrous Oxide
Ogisogiric Acid, to 75%, 150°F/66°C
Oil, Crude Sour
Oil, Motor
Oleic Acid
Oronite 8200 Silicate Ester Fluid
Orthodichlorobenzene
OS-45 Silicate Ester Fluid
OS-45-1
Oxalic Acid
Oxygen, Cold
Ozone
Palmitic Acid
Pentane
Perchloroethylene
Petroleum Ether (see Benzene)
Petroleum Oils
Phenol (Carbolic Acid)
Phenylhydrazine
Phenylhydrazine Hydrochloride
Phosphate Ester
Phosphoric Acid, to 75% and 70°F
Phosphoric Acid, to 85% and 200°F
Photographic Solutions
Phthalic Anhydride
Polybutene
Polyvinyl Acetate, Solid (In Liquid State is 50%
solution of Methanol or 60% solution of H2O)
Potassium Alum
Potassium Bicarbonate
Potassium Bichromate
Potassium Borate
Potassium Bromate
Potassium Bromide
Potassium Carbonate
Potassium Chlorate
Potassium Chloride
Potassium Chromate
Potassium Cyanide
Potassium Dichromate
Potassium Ferricyanide
Potassium Ferrocyanide
Potassium Fluoride
Potassium Hydroxide
Potassium Nitrate
Potassium Perborate
Potassium Perchlorate
Potassium Permanganate, Saturated to 10%
Potassium Permaganate, Saturate 10-25%
Potassium Persulfate
Potassium Silicate
Potassium Sulfate
Prestone
Propane Gas
Propanol
Propargyl Alcohol
Propyl Alcohol
Propylene Dichloride
Propylene Glycol
Pyranol 1467
Pyranol 1476
Pyroguard “C”
Pyroguard “D”
T
E
O
T
T
T
E
T
E/T
O
T
T
T
T
T
E/T
E/T
E/T
T
T
E/T
T
E/T
T
T
E/T
O
E
E
O
O
O
O
O
T
O
T
T
E
E/T
E/T
E/T
E
O
O
O
E
E
O
T
T
T
O
O
O
O
E
E
E
T
T
O
O
T
O
E
E
E
E/T
O
T
E
T
E
E/T
E/T
E/T
E
E
E/T
E/T
E
E
T
E/T
E
E
E
E
T
T
E
T
E
E
T
E/T
T
T
T
E
E
T
L
E
T
T
T
T
Gasket
Grade
Pyroguard 55
Pyrrole
Ref. Fuel (70 ISO Octane, 30 Toluene)
Rosin Oil
Salicylic Acid
Secondary Butyl Alcohol
Sewage
Silver Nitrate
Silver Sulfate
Skydrol, 200°F/93°C
Skydrol 500 Phosphate Ester
Soap Solutions
Soda Ash, Sodium Carbonate
Sodium Acetate
Sodium Alum
Sodium Benzoate
Sodium Bicarbonate
Sodium Bisulfate
Sodium Bisulfite (Black Liquor)
Sodium Bromide
Sodium Carbonate
Sodium Chlorate
Sodium Chloride
Sodium Cyanide
Sodium Dichromate, to 20%
Sodium Ferricyanide
Sodium Ferrocyanide
Sodium Fluoride
Sodium Hydro Sulfide
Sodium Hydroxide to 50%
Sodium Hypochlorite, to 20%
Sodium Metaphosphate
Sodium Nitrate
Sodium Nitrite
Sodium Perborate
Sodium Peroxide
Sodium Phosphate, Dibasic
Sodium Phosphate, Monobasic
Sodium Phosphate, Tribasic
Sodium Silicate
Sodium Sulfate
Sodium Sulfide
Sodium Sulfite Solution, to 20%
Sodium Thiosulfate, “Hypo”
Sohovis 47
Sohovis 78
Solvasol #1
Solvasol #2
Solvasol #3
Solvasol #73
Spindle Oil
Stannic Chloride
Stannous Chloride, to 15%
Starch
Stearic Acid
Stoddard Solvent
Styrene
Sulfonic Acid
Sulphite Acid Liquor
Sulphur
Sulphur Chloride
Sulphur Dioxide, Dry
Sulphur Dioxide, Liquid
Sulphur Trioxide, Dry
Sulphuric Acid, to 25%, 150°F/66°C
Sulphuric Acid, 25-50%, 200°F/93°C
Sulphuric Acid, 50-95%, 150°F/66°C
Sulphuric Acid, Fuming
Sulphuric Acid, Oleum
Sulphurous Acid
Tall Oil
Tanning Liquors (50g. alum. solution, 50g. dichromate
Tartaric Acid
Tertiary Butyl Alcohol
Tetrabutyl Titanate
Tetrachloroethylene
Thionyl Chloride
Terpineol
Toluene, 30%
Transmission Fluid, Type A
Triacetin
Trichloroethane
Trichloroethylene, to 200°F/93°
Tricresyl Phosphate
Triethanolamine
Trisodium Phosphate
Tung Oil
Turbo Oil #15 Diester Lubricant
Turpentine
Urea
Vegetable Oils
Vinyl Acetate
Vi-Pex
Water, to 150°F/66°C
Water, Acid Mine
Water, Chlorine
Water, Deionized
Water, Potable
Water, Seawater
Water, Waste
White Liquor
Wood Oil
Xylene
Zinc Chloride, to 50%
Zinc Nitrate
Zinc Sulfate
E
E
T
T
E
T
E/T
E
E
L
E
E/T
E/T
E
T
E
E/T
E/T
E/T
E/T
E/T
E
E/T
E/T
E/T
E/T
E/T
E/T
T
E
E
T
E
E/T
E
E
T
T
T
T
E/T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
O
E
E
E
O
E/T
E
O
E
O
O
O
O
O
T
T
E
E/T
E
O
T
T
T
O
T
O
O
E
E/T
E
T
O
T
T
T
E
T
E/T
E
E
E/T
E
E
EN
E
E/T
E
T
O
E
E
E/T
Note: Contact Tyco FPP for an Engineering evaluation and recommendation where the gasket grade is shown in parenthesis. For dry pipe systems or
freezer systems, use Tri-Seal freezer gasket and petroleum free silicone lubricant. Check gasket colour code to be certain it is recommended for
the service intended. Unless otherwise noted, all gasket listings are based upon a temperature of 70° F (21° C). For services not listed
contact Tyco FPP for recommendation. Where more than one gasket is shown, the preferred gasket grade is listed first.
TYCENMECH 0811
9.004
9
Design Data,
Pressure Performance Data
GRINNELL Coupling Working Pressure Ratings (Bar) on Roll Grooved ISO Size Steel Pipe. Maximum Working Pressure Bar**
Nom.
Pipe
Size
Inches
DN/mm
9
Pipe
Outside
Diameter
Nominal
Wall
Thickness
mm
1
25
33.7
1 1/4
32
42.4
1 1/2
40
48.3
2
50
60.3
2 1/2
65
73.0
2 1/2
65
76.1
3
80
88.9
4
100
114.3
4
100
108.0
5
125
141.3
5
125
133.0
5
125
139.7
6
150
168.3
6
150
159.0
6
150
165.1
8
200
219.1
10
250
273.0
12
300
323.9
14
350
355.6
16
400
406.4
18
450
457.2
20
500
508.0
24
600
609.6
mm
Fig. 705
Flexible
Max. Work
Pressure
Bar
Fig. 577
Rigid
Max. Work
Pressure
Bar
Fig. 707
Flexible
Max. Work
Pressure
Bar
Fig. 772
Rigid
Max. Work
Pressure
Bar
Fig. 770
Rigid
Max. Work
Pressure
Bar
Fig. 716
Reducing
Max. Work
Pressure
Bar
Fig. 71
Flange
Max. Work
Pressure
Bar
1.8
2.9
3.2
1.8
2.9
3.6
1.8
2.9
3.6
1.8
2.9
3.6
2.0
3.2
5.0
2.0
3.2
5.0
2.0
3.2
5.6
2.0
3.2
5.6
2.0
3.2
5.6
2.9
3.6
6.3
2.9
3.6
6.3
2.9
3.6
6.3
2.9
3.6
7.1
2.9
3.6
7.1
2.9
3.6
7.1
2.9
5.0
8.0
3.6
5.0
8.0
4.0
5.0
8.0
4.0
6.3
8.8
4.0
6.3
8.8
5.0
6.3
8.8
5.0
6.3
8.8
5.0
6.3
8.8
20.7
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
34.5
27.6
34.5
34.5
27.6
34.5
34.5
24.1
31.0
31.0
24.1
31.0
31.0
24.1
31.0
31.0
24.1
31.0
31.0
24.1
31.0
31.0
24.1
31.0
31.0
17.2
20.7
31.0
20.7
24.1
24.1
20.7
24.1
24.1
-
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
20.7
17.2
20.7
20.7
-
34.5
51.7
69.0
34.5
51.7
69.0
34.5
41.3
69.0
34.5
41.3
69.0
34.5
41.3
69.0
27.6
41.3
69.0
24.1
34.5
69.0
24.1
31.0
69.0
24.1
31.0
69.0
17.2
20.7
55.1
17.2
20.7
34.5
13.8
20.7
34.5
8.6
17.2
20.7
6.9
12.1
20.7
5.2
6.9
20.7
3.4
6.9
20.7
1.7
5.2
17.2
51.7
51.7
51.7
34.5
51.7
51.7
34.5
51.7
51.7
34.5
41.3
51.7
34.5
41.3
51.7
34.5
41.3
51.7
27.6
41.3
51.7
24.1
31.0
51.7
24.1
31.0
51.7
24.1
34.5
48.2
24.1
34.5
48.2
17.2
20.7
41.3
17.2
20.7
27.6
13.8
13.8
27.6
-
34.5
51.7
69.0
34.5
41.3
69.0
34.5
41.3
69.0
27.6
41.3
69.0
24.1
34.5
69.0
17.2
20.7
55.1
17.2
20.7
55.1
13.8
13.8
55.1
-
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
24.1
17.2
24.1
24.1
17.2
24.1
24.1
-
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
17.2
20.7
13.8
13.8
20.7
13.8
13.8
17.2
13.8
13.8
17.2
-
**Maximum line pressure, including surge, to which a joint should be subjected on pipe roll grooved to standard roll grooving
specification with coupling properly assembled
TYCENMECH 0811
9.005
Design Data, Pressure Performance Data
Light Wall, Roll Grooved Steel Pipe
GRINNELL Coupling Working Pressure Ratings (PSI) on Light Wall Roll Grooved Steel Pipe. Maximum Working Pressure PSI*
Nom.
Pipe
Size
Inches
DN/mm
Pipe
Outside
Diameter
Pipe
Schedule
Nominal
Wall
Thickness
mm
Fig. 705
Flexible
Max. Work
Pressure
Psi
Fig. 577
Rigid
Max. Work
Pressure
Psi
Fig. 707
Flexible
Max. Work
Pressure
Psi
Fig. 772
Rigid
Max. Work
Pressure
Psi
Fig. 716
Reducing
Max. Work
Pressure
Psi
Fig. 71
Flange
Max. Work
Pressure
Psi
mm
number
1
25
1.315
5
10
0.065
0.109
-
300
300
-
-
-
-
1 1/4
32
1.660
5
10
0.065
0.109
300
500
300
300
-
750
750
-
-
1 1/2
40
1.900
5
10
0.065
0.109
500
500
300
300
500
750
500
750
350
350
-
2
50
2.375
5
10
0.065
0.109
500
500
300
300
500
750
500
750
350
350
200
250
2 1/2
65
2.875
5
10
0.083
0.120
500
500
300
300
500
600
500
600
350
350
200
250
3
80
3.500
5
10
0.083
0.120
500
500
300
300
500
600
500
600
350
350
200
250
4
100
4.500
5
10
0.083
0.120
400
500
300
300
400
600
400
600
350
350
200
250
5
125
5.563
5
10
0.109
0.134
350
450
300
300
350
500
350
450
350
350
200
250
6
150
6.625
5
10
0.109
0.134
350
450
300
300
350
450
350
500
-
200
250
8
200
8.625
5
10
0.109
0.148
250
300
250
300
250
300
250
300
-
200
200
10
250
10.750
5
10
0.134
0.165
300
350
-
250
300
250
300
-
200
200
12
300
12.750
5
10
0.156
0.180
300
350
-
200
300
200
200
-
200
200
14
350
14.000
16
400
16.000
5
10
20
5
10
20
0.156
0.250
0.312
0.165
0.250
0.312
-
-
125
250
275
100
175
275
-
-
-
18
450
18.000
10
20
0.250
0.312
-
-
100
175
-
-
-
20
500
20.000
10
20 (Std.)
0.250
0.375
-
-
100
300
-
-
-
24
600
24.000
10
20 (Std.)
0.250
0.375
-
-
75
250
-
-
-
*Maximum line pressure, including surge, to which a joint should be subjected on pipe roll grooved to standard roll grooving
specification with coupling properly assembled
9
TYCENMECH 0811
9.006
Design Data, Pressure Performance Data
Roll Grooved Stainless Steel Pipe
GRINNELL Coupling Working Pressure Ratings (Bar) on Roll Grooved ISO Size 304/316 Stainless Steel Pipe. Maximum Working Pressure Bar**
Nom.
Pipe
Size
Inches
DN/mm
Pipe
Outside
Diameter
Nominal
Wall
Thickness
mm
mm
Fig. 705
Flexible
Max. Work
Pressure
Bar
1
25
33.7
2.0
2.8
3.4
-
21
21
21
-
-
1 1/4
32
42.4
2.0
2.8
3.6
22
34
34
21
21
21
28
34
52
1 1/2
40
48.3
2.0
2.8
3.7
22
34
34
21
21
21
2
50
60.3
2.0
2.8
3.9
17
34
34
2 1/2
65
73.0
2.0
3.0
5.2
3
65.0
76.1
3
80
88.9
4
100
114.3
5
125
139.7
5
125
141.3
6
150
165.1
6
150
168.3
8
200
219.1
10
250
273
12
300
323.9
Fig. 577
Fig. 707
Rigid
Flexible
Max. Work Max. Work
Pressure
Pressure
Bar
Bar
Fig. 472
Rigid
Max. Work
Pressure
Bar
Fig. 770
Rigid
Max. Work
Pressure
Bar
Fig. 71
Flange
Max. Work
Pressure
Bar
22
34
34
-
-
-
28
34
52
22
34
52
14
21
41
-
-
28
34
52
28
34
52
22
34
52
14
21
41
-
-
17
21
21
22
34
52
22
34
52
16
24
34
14
21
41
22
34
52
12
19
19
17
28
34
17
21
21
22
34
52
22
34
52
16
24
34
14
21
41
22
34
52
12
19
19
2.0
3.0
5.2
17
21
34
17
21
21
22
34
34
22
34
52
16
24
34
14
21
41
-
12
19
19
2.0
3.0
5.5
17
21
34
17
21
21
22
34
34
22
34
52
16
24
34
14
21
41
22
34
52
12
19
19
2.0
3.0
6.0
14
21
34
14
21
21
17
28
52
17
34
52
14
21
22
14
21
41
17
28
52
12
19
19
3.0
5.1
6.4
14
21
34
14
21
21
-
17
34
52
14
21
22
14
21
41
-
12
19
19
3.0
5.1
6.4
9
14
21
9
14
21
14
21
34
14
21
34
9
14
14
14
21
41
-
9
14
17
3.0
5.1
6.4
9
14
21
9
14
21
14
21
34
14
21
34
9
14
14
14
21
41
-
9
14
17
3.0
5.1
6.4
5
14
21
5
14
21
9
14
34
14
14
31
9
14
14
14
21
41
21
21
52
5
9
10
3.0
3.8
8.2
3
5
21
3
5
21
9
9
28
9
9
28
3
5
4
21
21
41
N/R
5
9
3.0
4.2
9.3
3.0
4.6
9.5
5
5
5
3
3
3
5
9
22
5
9
7
5
9
22
5
9
7
17
21
41
14
21
41
14
21
41
21
21
41
17
21
41
N/R
5
9
N/R
3
9
-
Fig. 772
Fig. 405
Rigid
Flexible
Max. Work Max. Work
Pressure
Pressure
Bar
Bar
-
**Maximum line pressure, including surge, to which a joint should be subjected on 304/316 stainless steel pipe roll grooved to
standard roll grooving specification with coupling properly assembled. For sizes above 12” consult Tyco FPP.
9
TYCENMECH 0811
9.007
Design Data,
Pipe Data
Conversion table - Pipe ANSI B36.10 - Wall thickness in mm
Nom.
Pipe
Size
mm
Inches
OD
Pipe
Nom.
Schedule
5
Schedule
10
Schedule
20
Schedule
30
Schedule
40
Schedule
80
mm
mm
mm
mm
mm
mm
mm
20
3/4
30.1
1.65
2.77
2.87
3.91
25
1
33.7
1.65
2.77
3.38
32
1 1/4
42.4
1.65
2.77
40
11/2
48.3
1.65
50
2
60.3
65
2 1/2
Conversion table - Pipe DIN Norm - Wall thickness in mm
OD
Pipe
Nom.
DIN
2440
DIN
2448
DIN
2458
mm
mm
mm
mm
20
3/4
26.7
2.65
2.3
2.0
4.55
25
1
33.7
3.25
2.6
2.0
3.56
4.83
32
1 1/4
42.4
3.25
2.6
2.3
2.77
3.68
5.08
40
1 1/2
48.3
3.25
2.6
2.3
1.65
2.77
3.91
5.54
50
2
60.3
3.65
2.9
2.6
73.0
2.11
3.05
5.16
7.01
65
2 1/2
76.1
3.65
2.9
2.6
80
3
88.9
2.11
3.05
5.49
7.61
80
3
88.9
4.05
3.2
2.9
100
4
114.3
2.11
3.05
6.02
8.56
100
4
108.0
3.6
2.9
125
5
141.3
2.77
3.40
6.55
9.53
100
4
114.3
3.6
3.2
150
6
168.3
2.77
3.40
7.11
10.97
125
5
133.0
4.0
3.6
200
8
219.1
2.77
3.76
6.35
7.04
8.18
12.70
125
5
139.7
-
-
250
10
273.0
3.40
4.19
6.35
7.80
9.27
15.06
150
6
159.0
4.5
4.0
300
12
323.9
3.96
4.57
6.35
8.38
10.31
17.45
150
6
165.1
4.5
4.0
350
14
355.6
4.19
6.35
7.94
9.53
11.10
19.05
150
6
168.3
4.5
4.5
400
16
406.4
6.35
7.94
9.53
12.70
21.41
200
8
219.1
6.3
4.5
450
18
457.2
6.35
7.94
11.13
14.28
23.80
250
10
273.0
6.3
5.0
500
20
508.0
6.35
9.53
12.70
15.06
26.19
300
12
323.9
7.1
5.6
600
24
609.6
6.35
9.53
14.28
17.45
30.94
350
14
355.6
8.0
5.6
400
16
406.4
8.8
6.3
450
18
457.2
10.0
6.3
500
20
508.0
11.0
6.3
600
24
609.6
12.5
6.3
TYCENMECH 0811
Nom.
Pipe
Size
mm
Inches
4.50
4.85
4.85
9.008
9
Design Data,
Roll Groove Specifications-Metric
A
B
T
OD
C
D
Nominal
Pipe Size
mm
Inches
9
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
Pipe
Outside diameter
mm
Nom:
Tolerance
+
Groove
Width
A
±0.76
mm
B
±0.76
mm
Actual
Tolerance
+0.00
Groove Diameter
C
mm
Groove
Depth
D
(Ref. only)
Max.
Flare
Dia.
mm
Min.
Allow.
Wall
Thick
T
mm
mm
33.7
0.33
0.33
15.88
7.14
30.23
-0.38
1.60
1.65
36.32
42.4
0.41
0.41
15.88
7.14
38.99
-0.38
1.60
1.65
44.96
48.3
0.48
0.48
15.88
7.14
45.09
-0.38
1.60
1.65
51.05
60.3
0.61
0.61
15.88
8.74
57.15
-0.38
1.60
1.65
62.99
73.0
0.74
0.74
15.88
8.74
69.09
-0.46
1.98
2.11
75.69
76.1
0.76
0.76
15.88
8.74
72.26
-0.46
1.93
2.11
78.74
88.9
0.89
0.79
15.88
8.74
84.94
-0.46
1.98
2.11
91.44
108.0
1.09
0.79
15.88
8.74
103.73
-0.51
2.11
2.11
110.50
114.3
1.14
0.79
15.88
8.74
110.08
-0.51
2.11
2.11
116.84
133.0
1.35
0.79
15.88
8.74
129.13
-0.56
2.11
2.77
135.90
139.7
1.42
0.79
15.88
8.74
135.48
-0.56
2.11
2.77
142.24
141.3
1.42
0.79
15.88
8.74
137.03
-0.56
2.13
2.77
143.76
159.0
1.60
0.79
15.88
8.74
154.54
-0.76
2.16
2.77
161.30
165.1
1.60
0.79
15.88
8.74
160.78
-0.56
2.16
2.77
167.64
168.3
1.60
0.79
15.88
8.74
163.96
-0.56
2.16
2.77
170.94
219.1
1.60
0.79
19.05
11.91
214.40
-0.64
2.39
2.77
223.52
273.0
1.60
0.79
19.05
11.91
268.27
-0.69
2.39
3.40
277.37
323.9
1.60
0.79
19.05
11.91
318.29
-0.76
2.77
3.96
328.17
355.6
1.60
0.79
23.83
11.91
350.04
-0.76
2.77
3.96
358.14
406.4
1.60
0.79
23.83
11.91
400.84
-0.76
2.77
4.19
408.94
457.2
1.60
0.79
25.40
11.91
451.64
-0.76
2.77
4.19
461.26
508.0
1.60
0.79
25.40
11.91
502.44
-0.76
2.77
4.78
512.06
609.6
1.60
0.79
25.40
12.70
600.86
-0.76
4.37
5.54
614.68
1. The maximum allowable tolerances for
IPS pipe from square cut ends is 0.76
mm (0.030”) for sizes 1”-3”; 1.14 mm
(0.045”) for sizes 4”-6”; and above 1.52
mm (0.060”) for sizes 8” and above.
2. Gasket Seating Surface ’A’ must be free
from score marks, ridges, indentations,
projections, loose paint, scale, dirt,
TYCENMECH 0811
Gasket
Seat
chips, grease, rust, etc. that would
prevent a positive seal.
3. Groove diameter ’C’ must be of
uniform depth around the
circumference of the pipe.
4. Groove depth ’D’ is a reference
dimension only. The Groove Diameter
’C’ must be maintained.
5. Minimum Wall Thickness ’T’ is the
minimum pipe wall thickness that
should be roll grooved.
6. Maximum allowable pipe end flare
diameter is measured at the pipe end
diameter.
9.009
Design Data,
Cut Groove Specifications-Metric
A
B
T
OD
C
D
Nominal
Pipe Size
mm
Inches
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
Pipe
Outside diameter
mm
Nom:
Tolerance
+
Gasket
Seat
Groove
Width
A
±0.76
mm
B
±0.76
mm
Actual
Tolerance
+0.00
mm
Min.
Allow.
Wall
Thick
T
mm
Groove Diameter
C
mm
Groove
Depth
D
(Ref. only)
33.7
0.33
0.33
15.88
7.95
30.23
-0.38
1.57
3.38
42.4
0.41
0.41
15.88
7.95
38.95
-0.38
1.57
3.56
48.3
0.48
0.48
15.88
7.95
45.09
-0.38
1.57
3.68
60.3
0.61
0.61
15.88
7.95
57.15
-0.38
1.57
3.91
73.0
0.74
0.74
15.88
7.95
69.09
-0.46
1.98
4.78
76.1
0.76
0.76
15.88
7.95
72.26
-0.46
1.93
4.78
88.9
0.89
0.79
15.88
7.95
84.94
-0.46
1.98
4.78
108.0
1.09
0.79
15.88
9.53
103.73
-0.51
2.11
5.16
114.3
1.14
0.79
15.88
9.53
110.08
-0.51
2.11
5.16
133.0
1.35
0.79
15.88
9.53
129.13
-0.51
2.11
5.16
139.7
1.42
0.79
15.88
9.53
135.48
-0.51
2.11
5.16
141.3
1.42
0.79
15.88
9.53
137.03
-0.56
2.13
5.16
159.0
1.60
0.79
15.88
9.53
154.54
-0.56
2.21
5.56
165.1
1.60
0.79
15.88
9.53
160.78
-0.56
2.16
5.56
168.3
1.60
0.79
15.88
9.53
163.96
-0.56
2.16
5.56
219.1
1.60
0.79
19.05
11.13
214.40
-0.64
2.34
6.05
273.0
1.60
0.79
19.05
12.70
268.27
-0.69
2.39
6.35
323.9
1.60
0.79
19.05
12.70
318.29
-0.76
2.77
7.10
355.6
1.60
0.79
23.83
12.70
350.04
-0.76
2.77
7.14
406.4
1.60
0.79
23.83
12.70
400.84
-0.76
2.77
7.92
457.2
1.60
0.79
25.40
12.70
451.64
-0.76
2.77
7.92
508.0
1.60
0.79
25.40
12.70
502.44
-0.76
2.77
7.92
609.6
1.60
0.79
25.40
14.30
600.86
-0.76
4.37
9.53
Note: For grooving pipe with wall thickness less than ‘T’ (column 7), see Roll Grooving Specifications.
Out of roundness: Difference between maximum OD and minimum OD measured at 90° must not exceed total OD tolerance listed.
All tolerances not shown are to comply with latest API or ASTM specification applicable to material being used.
mm (0.030”) for sizes 1”-3”; 1.14 mm
TYCENMECH 0811
projections, loose paint, scale, dirt, chips,
grease, rust, etc. that would prevent a
positive seal.
3. Groove diameter ’C’ must be of uniform
depth around the circumference of the pipe.
minimum pipe wall thickness that should
be roll grooved.
9.010
9
Design Data,
Roll Groove Specifications-Imperial
A
B
T
OD
C
D
Nominal
Pipe Size
mm
Inches
9
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
Gasket
Seat
Groove
Width
Inches
Min.
Allow.
Wall
Thick
T
Inches
Nom:
Tolerance
+
A
±0.030
Inches
B
±0.030`
Inches
Actual
Tolerance
+0.000
Inches
1.315
0.013 0.013
0.625
0.281
1.190
-0.015
0.063
0.065
1.43
1.660
0.016 0.016
0.625
0.281
1.535
-0.015
0.063
0.065
1.77
1.900
0.019 0.019
0.625
0.281
1.775
-0.015
0.063
0.065
2.01
2.375
0.024 0.024
0.625
0.344
2.250
-0.015
0.063
0.065
2.48
2.875
0.029 0.029
0.625
0.344
2.720
-0.018
0.078
0.083
2.98
3.000
0.030 0.030
0.625
0.344
2.845
-0.018
0.076
0.083
3.10
3.500
0.035 0.031
0.625
0.344
3.344
-0.018
0.078
0.083
3.60
4.250
0.043 0.031
0.625
0.344
4.084
-0.020
0.083
0.083
4.35
4.500
0.045 0.031
0.625
0.344
4.334
-0.020
0.083
0.083
4.60
5.250
0.053 0.031
0.625
0.344
5.084
-0.022
0.083
0.109
5.35
5.500
0.056 0.031
0.625
0.344
5.334
-0.022
0.083
0.109
5.60
5.563
0.056 0.031
0.625
0.344
5.395
-0.022
0.084
0.109
5.66
6.252
0.063 0.031
0.625
0.344
6.084
-0.030
0.083
0.109
6.35
6.500
0.063 0.031
0.625
0.344
6.330
-0.022
0.085
0.109
6.60
6.625
0.063 0.031
0.625
0.344
6.455
-0.022
0.085
0.109
6.73
8.625
0.063 0.031
0.750
0.469
8.441
-0.025
0.092
0.109
8.80
10.750
0.063 0.031
0.750
0.469
10.562
-0.027
0.094
0.134
10.92
12.750
0.063 0.031
0.750
0.469
12.531
-0.030
0.109
0.156
12.92
14.000
0.063 0.031
0.938
0.469
13.781
-0.030
0.109
0.156
14.10
16.000
0.063 0.031
0.938
0.469
15.781
-0.030
0.109
0.165
16.10
18.000
0.063 0.031
1.000
0.469
17.781
-0.030
0.109
0.165
18.16
20.000
0.063 0.031
1.000
0.469
19.781
-0.030
0.109
0.188
20.16
24.000
0.063 0.031
1.000
0.500
23.656
-0.030
1.172
0.218
24.20
Pipe
Outside diameter
mm
mm (0.030”) for sizes 1”-3”; 1.14 mm
projections, loose paint, scale, dirt,
TYCENMECH 0811
Groove Diameter
C
mm
chips, grease, rust, etc. that would
prevent a positive seal.
3. Groove diameter ’C’ must be of
uniform depth around the
circumference of the pipe.
Groove
Depth
D
(Ref. only)
Max.
Flare
Dia.
minimum pipe wall thickness that
should be roll grooved.
6. Maximum allowable pipe end flare
diameter is measured at the pipe end
diameter.
9.011
Design Data,
Cut Groove Specifications-Imperial
A
B
T
OD
C
D
Nominal
Pipe Size
mm
Inches
25
1
32
1 1/4
40
1 1/2
50
2
65
2 1/2
65
2 1/2
80
3
100
4
100
4
125
5
125
5
125
5
150
6
150
6
150
6
200
8
250
10
300
12
350
14
400
16
450
18
500
20
600
24
Pipe
Outside diameter
mm
Nom:
Tolerance
+
Gasket
Seat
Groove
Width
A
±0.8
mm
B
±0.8
mm
Actual
Tolerance
+0.000
mm
Min.
Allow.
Wall
Thick
T
mm
Groove Diameter
C
mm
Groove
Depth
D
(Ref. only)
1.315
0.013
0.013
0.625
0.313
1.190
-0.015
0.062
0.133
1.660
0.016
0.016
0.625
0.313
1.535
-0.015
0.063
0.140
1.900
0.019
0.019
0.625
0.313
1.775
-0.015
0.063
0.145
2.375
0.024
0.024
0.625
0.313
2.250
-0.015
0.063
0.154
2.875
0.029
0.029
0.625
0.313
2.720
-0.018
0.078
0.188
3.000
0.030
0.030
0.625
0.313
2.845
-0.018
0.076
0.188
3.500
0.035
0.031
0.625
0.313
3.344
-0.018
0.078
0.188
4.250
0.042
0.031
0.625
0.375
4.084
-0.020
0.083
0.203
4.500
0.045
0.031
0.625
0.375
4.334
-0.020
0.083
0.203
5.250
0.056
0.031
0.625
0.375
5.084
-0.020
0.083
0.203
5.500
0.056
0.031
0.625
0.375
5.334
-0.020
0.083
0.203
5.563
0.056
0.031
0.625
0.375
5.395
-0.022
0.084
0.203
6.250
0.063
0.031
0.625
0.375
6.084
-0.022
0.083
0.219
6.500
0.063
0.031
0.625
0.375
6.330
-0.022
0.085
0.219
6.625
0.063
0.031
0.625
0.375
6.455
-0.022
0.085
0.219
8.625
0.063
0.031
0.750
0.438
8.441
-0.025
0.092
0.238
10.750
0.063
0.031
0.750
0.500
10.562
-0.027
0.094
0.250
12.750
0.063
0.031
0.750
0.500
12.531
-0.030
0.109
0.279
14.000
0.063
0.031
0.938
0.500
13.781
-0.030
0.109
0.281
16.000
0.063
0.031
0.938
0.500
15.781
-0.030
0.109
0.312
18.000
0.063
0.031
1.000
0.500
17.781
-0.030
0.109
0.312
20.000
0.063
0.031
1.000
0.500
19.781
-0.030
0.109
0.312
24.000
0.063
0.031
1.000
0.563
23.656
-0.030
1.172
0.375
Note: For grooving pipe with wall thickness less than ‘T’ (column 7), see Roll Grooving Specifications.
Out of roundness: Difference between maximum OD and minimum OD measured at 90° must not exceed total OD tolerance listed.
All tolerances not shown are to comply with latest API or ASTM specification applicable to material being used.
IPS pipe from square cut ends is 0.76 mm
(0.030”) for sizes 1”-3”; 1.14 mm (0.045”)
for sizes 4”-6”; and above 1.52 mm
(0.060”) for sizes 8” and above.
TYCENMECH 0811
projections, loose paint, scale, dirt, chips,
grease, rust, etc. that would prevent a
positive seal.
3. Groove diameter ’C’ must be of uniform
depth around the circumference of the pipe.
dimension only. The Groove Diameter ’C’
must be maintained.
minimum pipe wall thickness that should
be roll grooved.
9.012
9
Design Data,
General
Rigid Joints
Flexible Joints
GRINNELL Rigid Couplings
provide rigid gripping of the
pipe. They are designed to bring
the pipe ends closely together
and the coupling clamps firmly
onto the pipe OD and also
onto the bottom of the grooves.
Because Rigid Couplings clamp
around the entire pipe surface,
they provide resistance to
flexural and torsional loads
and therefore permit longer
spacing to ASME/ANSI B31.1
(Power Piping) and ASME/ANSI
B39.1 (Building Services)
requirements as well as NFPA 13
(Sprinkler Systems).
GRINNELL Flexible Couplings
act as an “expansion joint”,
allowing linear and angular
movement of the pipe.
They are designed with the
coupling keys engaging the pipe
without gripping on the bottom
of the grooves, while still
providing for a restrained
mechanical joint. This is
particularly useful to allow for
pipe expansion / contraction and
piping misalignment.
Linear Movement (Flexible Joints)
For thermal expansion the pipe
ends at each joint should be
fully gapped to the maximum
end gap. This can be accomplished by pressurizing the
system and then anchoring
the system.
Pipe Ends
Gapped
for Expansion
For thermal contraction with
flexible couplings, the pipe ends
at each joint should be fully
butted. The system can then be
anchored in place to prevent the
pipe ends from opening up to
the maximum end gap when
pressurized.
Pipe Ends Butted
for Contraction
For design purposes, the
maximum pipe end gap should
be reduced to account for field
practices as follows:
End Gap Reduction
Maximum Pipe
End Gap Reduction
Pipe Size
Inches
mm
1 1/4 - 3
42.4 - 88.9
4 - 24
114.3 609.6
9
Therefore the following values
should be used as available
pipe end movements for
GRINNELL Figure 705, 705R,
707, 716 and 405 Flexible
Couplings:
50%
25%
Pipe End Movements
Pipe Size
Inches
mm
Cut Grooved
Inches
mm
Roll Grooved*
Inches
mm
1 1/4 - 3
42.4 - 88.9
4 - 24
114.3 - 609.6
0 - 0.063
0 - 1.6
0 - 0.188
0 - 4.8
0 - 0.031
0 - 0.8
0 - 0.094
0 - 2.4
* Roll grooved joints provide 1/2 the available movement of cut grooved joints.
TYCENMECH 0811
9.013
Design Data,
General
Angular Deflection
are capable of accommodating
angular deflection.
The deflection published in our
literature is a maximum value. For
design purposes the maximum
deflection should be reduced to
account for field practices as
shown:
Deflection
Pipe Size
Inches
mm
1 1/4 - 3
42.4 - 88.9
4 - 24
114.3 609.6
Maximum Pipe
Deflection Reduction
50%
25%
Expansion / Contraction
are capable of accommodating
pipe thermal movements
provided they are properly
gapped and a sufficient quantity
of flexible couplings are used.
Note that flexible couplings will
not
accommodate both full
maximum linear movement and
the maximum available angular
deflection concurrently at the
same joint.
If it is desired to have both
deflection and linear movement
available, then the system
should have sufficient flexible
joints to accommodate the
requirement.
9
TYCENMECH 0811
9.014
Design Data,
General
Thermal Movement
The following guidelines are
similar to any expansion joint:
Its is recommended that
anchors be installed at changes
of direction on the pipe lines to
control the pipe movement. The
thermal expansion/contraction
in the piping system can be
accommodated utilizing
GRINNELL Flexible Couplings.
In designing anchoring systems.
It is suggested that the following
be taken into consideration as a
minimum:
• Pressure thrusts
• Frictional resistance of any
guides or supports
• Centrifugal thrust due to
velocity at changes of direction
• Activation force required to
compress or expand a flexible
coupling
Activation Force
Pipe Size
Inches
mm
Activation Force
Lbs.
N
1 1/4
42.4
1 1/2
48.3
2
60.3
2 1/2
73.0
35
156
45
200
70
311
100
645
110
489
145
645
240
1068
375
1668
500
2224
520
2313
880
3914
1365
6072
1915
8518
76.1
3
88.9
4
114.3
5
139.7/141.3
165.1
6
168.3
8
219.1
10
273.0
12
323.9
Three methods are available
as examples to accommodate
thermal expansion/contraction:
1) Design the system with rigid
couplings and place expansion
joints at the relevant locations.
Expansion joints may be a
series of flexible grooved
couplings of a sufficient
quantity to accommodate
the movement.
9
Expansion Joint
Anchors
Intermediate Guides
2) Design the system with flexible
and/or rigid couplings and
allow the pipe to move in
directions desired, with the
use of anchors and guides if
so required. With this
method, it is important to
ensure that movement at
branch connections, changes
of direction, equipment
hookup, etc., will not cause
damage or excessive stresses.
TYCENMECH 0811
9.015
Design Data,
General
3) Design the system with flexible
couplings utilizing the
expansion/contraction
capabilities of these products.
The following example
illustrates this method:
• 150mm Schedule 40 Steel Pipe,
Roll Grooved, 45.7m long,
anchored at each end.
• Maximum Temperature =
93°C
• Minimum Temperature = 4°C
• Install Temperature = 27°C
3a) Thermal Expansion
Utilizing the Thermal
Expansion Table, the
following calculations are
performed:
3b) Allowance for installation
temperature to the minimum
temperature, in this case
26.7°C to 4.4°C is calculated as:
Expansion/contraction factor
steel = 1.2 mm per mtr/100° C
26.7-4.4 ( T) x 1.2/100 =
0.264 mm/mtr
Flexible Couplings
Intermediate Guides
Anchors
Temperature
°C
-40
-30
-20
-10
0
10
20
30
40
mm/mtr
-0.48
-0.36
-0.24
-0.12
0
0.12
0.24
0.36
0.48
Temperature
°C
50
60
70
80
90
100
110
120
130
mm/mtr
0.60
0.72
0.84
0.96
1.08
1.20
1.32
1.44
1.56
3c) Allowance for installation
temperature to the maximum
temperature, in this case 26.7°C
to 93.3°C is calculated as:
93.3-26.7 ( T) x 1.2/100 =
0.8 mm/mtr
Total expansion = 0.8 x 45.7 =
36.56 mm per 45.73 mtr
3d) Couplings Required
Available linear movement for
a 150 mm Figure 707 on roll
grooved pipe = 2.4 mm per
coupling, therefore the
number of flexible Figure 707
Couplings required is:
Maximum Gap for
Expansion Only
Minimum Gap for
Contraction Only
Installation temperature to
minimum temperature:
36.6 mm
Installation temperature to
minimum temperature:
12.1 mm
2.4 mm per coupling
2.4 mm per coupling
= 5.1
Use 6 Figure 707 Couplings for
pipe contraction with pipe ends
fully butted together.
TYCENMECH 0811
9
= 15.3
Use 16 Figure 707 Couplings for
pipe expansion with pipe ends
fully gapped apart.
9.016
Design Data,
General
Misalignment and Deflection
GRINNELL flexible couplings
provide for restrained joints and
allow for deflection to aid where
the pipe or equipments is
misaligned.
Note that flexible couplings will
not accommodate both full
maximum linear movement and
the maximum available angular
deflection concurrently at the
same joint.
If it is desired to have both
deflection and linear movement
available, then the system
should have sufficient flexible
joints to accommodate the
requirement.
Flexible couplings are also
useful in designing curved
piping systems.
R = L/(2)(Sin Ø/2)
L = 2R(Sin Ø/2)
N = T/Ø
N = Number of flexible
couplings needed
R = Radius of curve
L = Pipe length
Ø = Deflection from centerline,
in degrees, for each
coupling (see table)
T = Total deflection in degrees
required
This table represents the design
deflection for roll grooved pipe
and incorporates the
recommended safety factor
reduction for field practices
(50% for sizes 25mm - 80mm
and 25% for sizes 100mm 600mm).
L
O
T=Nx0
R
R
R
Deflection Ø (Roll Grooved Pipe)
Pipe Size
Inches
mm
1 1/4
42.4
1 1/2
48.3
2
60.3
2 1/2
73.0
76.1
3
88.9
4
114.3
5
139.7/141.3
9
165.1
6
168.3
8
219.1
10
273.0
12
323.9
TYCENMECH 0811
Figures 705
and 707
Degrees
1.08
0.94
0.75
0.62
0.60
0.51
1.19
0.97
0.83
0.81
0.63
0.50
0.42
9.017
Design Data,
General
Pipe Support
All piping systems require that
the support system accommodate
the weight of the pipe, joint
connections, fluid and other
system components. In addition,
consideration may be necessary
in reducing stresses,
Flexible Joints
For pipe runs when linear
movement is accommodated by
the flexible coupling:
accommodation thermal
expansion or
contraction, building settlement,
seismic movement, etc.
The following table provides
guidelines for grooved steel piping
products without concentrated
loads between supports.
Number of hangers per pipe length
Pipe Size
Inches
mm
2
50
2 1/2 - 4
65 - 100
5 - 24
125 - 600
For pipe runs when linear
movement is not required:
Note: The requirements of NFPA,
ANSI, ASME or other code
groups may require
additional supports.
Pipe length in meters
3.3
3.7
4.6
6.7
7.6
9.1
10.
12.2
2
2
2
3
4
4
5
6
1
2
2
2
2
3
4
4
1
1
2
2
2
3
3
3
Distance between Supports
Pipe Size
Inches
mm
1 1/4
42.4
2-8
60.3 - 219.1
10 - 12
273.0 - 323.9
14 - 16
355.6 - 406.4
18 - 24
457.2 - 609.6
Maximum Distance
between supports
mtr
3.7
4.6
4.9
5.5
6.1
9
TYCENMECH 0811
9.018
Design Data,
General
Rigid Joints
For pipe runs with rigid
couplings:
Suggested Maximum Span Between Supports Meters
Pipe Size
I
II
III
Water Service
Air Service
Inches
mm
I
II
III
I
II
III
1
25
1 1/4
32
1 1/2
40
2
50
2 1/2
65
3
65
3
80
4
100
5
125
5 1/4
125
5 1/2
125
6
150
6 1/2
150
7
2.1
7
2.1
7
2.1
10
3.0
11
3.4
11
3.4
12
3.7
14
4.3
16
4.9
15
4.6
16
4.9
17
5.2
17
5.2
9
2.7
11
3.4
12
3.7
13
4.0
14
4.3
14
4.3
15
4.6
17
5.2
19
5.8
18
5.5
19
5.8
20
6.1
20
6.1
12
3.7
12
3.7
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
9
2.7
9
2.7
9
2.7
13
4.0
14
4.3
14
4.3
15
4.6
17
5.2
20
6.1
19
5.2
20
6.1
21
6.4
21
6.4
9
2.7
11
3.4
13
4.0
15
4.6
16
4.9
16
4.9
17
5.2
21
6.4
24
7.3
23
7
24
7.3
25
7.6
25
7.6
12
3.7
12
3.7
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
8
200
10
250
12
300
14
350
16
400
18
450
20
500
24
600
19
5.8
19
5.8
23
7
23
7
27
8.2
27
8.2
30
9.1
32
9.8
21
6.4
21
6.4
21
6.4
21
6.4
21
6.4
21
6.4
21
6.4
21
6.4
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
24
7.3
24
7.3
30
9.1
30
9.1
35
10.7
35
10.7
39
11.9
42
12.8
28
8.5
31
9.4
33
10.1
33
10.1
33
10.1
33
10.1
33
10.1
33
10.1
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
15
4.6
- Spacing by ANSI B31.1 Power Piping Code
- Spacing by ANSI B39.1 Building Piping Code
- Spacing by NFPA 13 Sprinkler Systems
(Steel Pipe except Threaded Lightwall)
9
TYCENMECH 0811
9.019
Design Data,
General
Rotational Movement
GRINNELL flexible couplings are
suitable for use in seismic as
well as mining applications.
The inherent capability of the
flexible coupling to allow for
linear movement, angular
deflection, and rotational
movement, make it an excellent
choice for reducing stresses in a
piping system and to increase
pipe life in slurry applications.
For mining applications where
the pipe needs to be rotated, the
system should be depressurized.
The pipe couplings bolts/nuts
can be loosened, pipe rotated
and the bolts/nuts re-tightened
and the system be put back
in service.
Even distribution of pipe wear
can be achieved with this
method on the inner surface of
the pipe.
Note:
Precautions are necessary to
monitor pipe wall thickness to
evaluate pressure capability of
the pipe with reduced wall.
Linear Movement
Flexible couplings are designed
with the couplings keys engaging
the pipe without gripping on the
bottom of the groove while still
providing for a restrained
mechanical joint.
The inherent flexibility of the
coupling must be considered
when deciding on support
arrangements for the piping
system as movement can occur
in more than one plane (linear
movement, angular deflection
and rotational movement).
9
Upon system pressurization,
each pipe end within the flexible
couplings will expand to the
maximum published value.
The coupling keys make contact
with the face of the groove
and restrain the joint. In piping
systems, this movement will
be cumulative.
TYCENMECH 0811
9.020
Design Data,
General
Angular Movement
System movement can be
accommodated by providing for
sufficient offset lengths.
Temperature increases/decreases
can further increase this
movement.
When systems are anchored
with partially deflected joints,
the system can move to the fully
deflected condition upon
pressurization resulting in the
“snaking” of the piping system.
Light weight hangers may
not be suitable to prevent the
lateral motion.
Pipe Support
Pipe hanger positioning is
important when considering
pipe “sagging” due to the flexible
nature of the piping system.
Proper positioning of hangers
at regions near the elbow, for
example, should be considered.
The use of spring hangers or
other methods can be considered
to accommodate vibrations.
Base supports, pressure thrust
anchors and pipe offsets can be
used to direct pipe movement.
The use of rigid couplings can
be considered to reduce the
movement available with flexible
couplings. Consideration to other
methods of accommodation
pipe movements may
be required.
9
TYCENMECH 0811
9.021
Design Data,
General
Vertical Piping
Risers comprised of rigid
couplings can be considered
similar to welded or flanged
systems. Where thermal
movement exists, expansion
joints and/or flexible couplings
with offsets may be required.
When using flexible couplings,
the movement that occurs in
long lengths of piping needs to
be considered. Each joint can
move up to the maximum pipe
end separation published.
This movement can accumulate
and result in the growth of the
piping system, for example,
at the top. Offsets may be
necessary.
Should the riser contain branch
connections, the movement
which occurs at these locations
with flexible couplings, will
also need to be considered.
One solution would be to
anchor the vertical piping at
appropriate locations to prevent
movement which can cause
stresses at the branches or
equipment. The use of rigid
couplings can be an advantage.
As always, good piping practice
should prevail.
It is the Designer’s responsibility
to select products suitable for the
intended service and to ensure
that pressure ratings and
performance data is not
exceeded. Never remove any
piping component nor correct or
modify any piping deficiencies
without first depressurizing and
draining the system. Material
and gasket selection should be
verified to be compatible for the
specific application.
9
TYCENMECH 0811
9.022
Electrical Continuity
Couplings in painted finish
Earth bonding of the Grinnell couplings in painted finish can be made in steel pipework systems with an
electrical continuity clip. This clip, manufactured from 301-grade stainless steel, is designed to ensure
electrical continuity in situations of high current loading and/or corrosive environments, providing
equipotential bonding of the conductive parts. It is recommended that the pipework is assembled and
installed as recommended and that the pipework is bonded to the electrical earth and tested in accordance
with the I.E.E. regulations for bonding (earthing). Installation should be regularly checked for equipotential
bonding (earthing) in case of accidental damage or unauthorised pipework modifications. Following any
future modification, electrical continuity clips must be used and the installation re-tested for equipotential
bonding.
Tyco FPP
Article
Number
Suitable
for size Coupling
Inches
Approx
Weight
kg
CLIP0103
1-3
0.005
CLIP0406
4-6
0.005
CLIP0812
8 - 12
0.005
Couplings in Galvanised finish
The GRINNELL grooved couplings in galvanised finish comply to the electric conductivity according to
clause 11.1.2 of EN 61537-2007. Tests were performed by TÜV Rheinland® and test reports are available
upon request.
9
Test pipe at TÜV Rheinland®
TYCENMECH 0811
9.023
Typical general specification
(CSI - Div. 15, Section A Info., Methods, & Instructions)
SECTION 1 - GROOVED PIPING
METHOD
GRINNELL grooved pipe
couplings, grooved end fittings,
grooved end butterfly and check
valves, and other system
components as manufactured
or supplied by Tyco Fire
Protection Products shall be
used to install piping systems
and make mechanical
equipment connections in
systems within specified
operating conditions and
working pressures as shown in
the coupling manufacturer’s
product specification. GRINNELL
grooved pipe couplings shall be
used for the following systems
(subject to applicable local
code approval).
Heating / air conditioning
Chilled Water
Hot Water
Condenser
Water
Heating
Cooling Tower
Dual
Temperature
Machinery Room Utility Water
Plumbing
Domestic Hot Water
Domestic Cold Water
Roof Drains/Storm Drains
Other
Vacuum
Air
Lubrication
Pneumatic
Conveyor
Elevator Hydraulic Low
Temperature
Typical guide specification
Basic Materials & Methods (CSI - Div. 15 Section 15050)
SECTION 1 - MATERIALS - PIPE &
PIPE FITTINGS
1.1 Pipe - Pipe shall conform to
GRINNELL published tolerance
specifications. Steel pipe shall be
black or galvanized, conforming
to ASTM A-135, A-795 or A-53.
1.2 Couplings - Couplings shall
be GRINNELL Figures 705, 707,
772 and 716 cast in ductile iron as
specified in ASTM A-536.
Couplings shall have nuts and
bolts. Couplings shall be coated
with a lead free paint as
standard, or hot-dipped
galvanized in accordance with
ASTM A-153 as an option.
Couplings shall be GRINNELL
Figures 405 and 472 cast in
Stainless Steel as specified in
ASTM A-743/A-743M. Couplings
shall have nuts and bolts.
1.2.1 Gaskets - Gaskets shall be a
pressure responsive design,
moulded of synthetic elastomer
as designated by ASTM D-2000,
and shall conform to the coupling
housing and pipe outside
diameter. Reference shall be
made to the latest published
GRINNELL gasket selection guide
for proper gasket selection for the
intended service.
1.2.1.1 Water Service - Gasket
shall be Grade “E” EPDM with
green colour code identification,
for service temperatures from 30°F (- 34°C) to 230°F (110°C).
Recommended for hot water not
to exceed 230°F (110°C), plus a
variety of dilute acids, oil free air
and many chemical services. Not
TYCENMECH 0811
recommended for petroleum
services or steam.
1.2.1.2 Oil Service - Gasket shall
be grade “T” Nitrile with orange
colour code identification, for
service temperatures from -20°F
(-29°C) to 180°F (82°C).
Recommended for petroleum
products, vegetable oils, mineral
oils, and air with oil vapors
1.2.1.3 Other Services - Refer to
the latest published GRINNELL
gasket selection guide for other
service recommendations.
1.2.2 Bolts and Nuts - Shall be
heat treated carbon steel,
ovalneck track head bolts and
heavy hex nuts, conforming to
the physical properties of ASTM
A-183 with a minimum tensile
strength of 110,000 psi. Bolts and
nuts shall be zinc electroplated.
1.3 Flanges - Shall be GRINNELL
Figure 71 Flange, casting in
ductile iron in accordance with
ASTM A-536. Flange shall
conform to ANSI Class 125 and
150 bolt patterns and shall be
coated with
a lead-free paint as standard, or
hot dipped galvanized in
accordance to ASTM A-153.
1.4 Fittings - Shall be ASTM A536 ductile iron or fabricated
from steel pipe, 11/4" (32mm) 24" (600mm). All fittings shall be
coated with a lead-free paint as
galvanized as an option in
accordance to ASTM A-153.
1.5 Branch Outlets - Shall be
GRINNELL Figure 730 mechanical
tees or crosses with integral
gasket. Figure 730 shall be coated
with a lead-free paint as
galvanized as an option.
1.6 Butterfly Valves - Shall be
with grooved ends. Valves shall
have encapsulated Grade “E”
EPDM or Grade “T” Nitrile disc
and rated at 300 psi bubble-tightshut-off. Reference shall be made
to the latest published GRINNELL
gasket selection guide for proper
disc seal selection for the
intended service. Valve bodies
shall be ductile iron, and upper
stems shall be stainless steel.
1.7 Check Valves - Shall be with
grooved ends. Valves shall have
a resilient elastomer seal Grade
“E” EPDM or Grade “T” Nitrile
and rated at 300 psi. Reference
shall be made to the latest
published GRINNELL gasket
selection guide for proper seal
selection for the intended service.
Valve bodies shall be ductile iron
with a nickel seat. The caps shall
be ductile iron with an attached
stainless steel clapper assembly
for 2" (60.3mm) - 8" (219.1mm)
and a ductile iron clapper
assembly for 10" (273.0mm) - 12"
(323.9mm). All bodies and caps
shall be coated with a lead-free
paint as standard.
9.024
9
Typical guide specification
Basic Materials & Methods (CSI - Div. 15 Section 15050)
SECTION 2 - MATERIALS - PIPE
PREPARATION
Pipe shall be prepared
according to GRINNELL
published specifications,
ANSI/AWWA C-606, or other
applicable standards.
2.1 Pipe Ends - Shall be clean
and free from indentations,
projections, burrs, rust or roll
marks in the area from pipe end
to groove.
2.1.1 Standard Weight Pipe Shall be roll grooved without
removing metal, or cut grooved
in accordance with GRINNELL
published standard roll groove
or standard cut groove
specifications.
2.1.2 Lightwall Pipe - Shall be
roll grooved without metal
removal in accordance with
GRINNELL published standard
roll groove specifications.
SECTION 3 - ASSEMBLY
3.1 GRINNELL couplings,
fittings, flanges and valves shall
be assembled in accordance
with instructions published by
Tyco Fire Protection Products.
3.1.1 Pipe - Ends shall be clean
and free from indentations,
projections, burrs, roll marks,
etc., in the area from pipe end to
groove. Pipe ends shall be
square cut and prepared in
accordance with standard
GRINNELL specifications.
3.1.2 Gasket - Shall be of
pressure responsive design
verified as proper style and
grade suitable for the intended
service as published in the latest
GRINNELL gasket
recommendation technical
literature.
3.1.3 Lubrication - A thin,
uniform coat of GRINNELL
lubricant shall be applied to the
entire exterior of the gasket,
including the gasket lips.
Complete lubrication is essential
to prevent gasket pinching and
to ease installation and
alignment. Petroleum-free
silicone gasket lubricant is
recommended when gaskets
are subject to low temperature
conditions. Petroleum
lubricants shall not be used for
EPDM gaskets.
SECTION 4 - SUPPORT
4.1 Horizontal Piping: (contact
Tyco Fire Protection Products for
support recommendations)
4.1.1 Flexible Connections - No
pipe length shall be left
unsupported between any two
couplings, nor shall any pipe be
left unsupported whenever a
change in direction of line flow
takes place. Supports shall meet
the requirements stated above,
but in no case shall the
distance between supports
exceed the following for
systems where linear movement
is not required:
Pipe Size
Inches
mm
Span
Feet
Meters
1 1/4 - 1 1/2
42.4 - 48.3
2-8
60.3 - 219.1
10 - 12
273.0 - 323.9
14 - 16
355.6 - 406.4
18 - 24
457.2 - 609.6
12
3.7
15
4.6
16
4.9
18
5.5
20
6.1
4.1.2 Rigid Connections - Pipe
connections formed with the
Figure 772 shall be supported in
accordance with applicable
ANSI B31.1, Power Piping Code;
ANSI B31.9, Building Service
Pipe Code.
9
TYCENMECH 0811
9.025
Typical specifications
Building Service Systems - Plumbing
Plumbing Specifications (CSI - Div. 15 Section 15-E Plumbing)
SECTION 1 - DOMESTIC WATER
SYSTEMS
(CSI - Div. 15, Section 15-E
Water Supply Systems)
GRINNELL Mechanical Grooved
Pipe couplings, fittings and
butterfly valves as manufactured
or supplied by Tyco Fire
used for all water supply
systems under operating
conditions not to exceed 230°F
(110°C) temperature. The
coupling gasket and
encapsulated disc on butterfly
valves shall be Grade “E”
EPDM.
1.1 Materials:
1.1.1 Pipe - Pipe shall be
galvanized steel pipe,
conforming to ASTM A-135, A795 or A-53. All pipe shall be
prepared according to
GRINNELL published
specifications, or to
ANSI/AWWA C-606 grooved end
pipe. Pipe ends shall be
prepared as detailed in Basic
Materials and Methods and to
the latest GRINNELL published
specifications.
1.1.2 Couplings - All GRINNELL
grooved couplings and fittings
shall be painted or galvanized
Figure 705, 707, 772 or 716 with
Grade “E” EPDM gaskets and
zinc plated bolts and nuts.
1.1.3 Branch Connections - Shall
be made with Figure 730 and/or
Figure 522.
1.1.4 Flange Connections Flange connections shall be
GRINNELL Figure 71 Flanges
incorporating Grade “E” EPDM
gasket.
1.1.5 Fittings - Fittings shall be
painted or galvanized GRINNELL
standard ductile iron or
TYCENMECH 0811
segmentally welded steel
fittings, with grooved ends.
1.1.6 Butterfly Valves - Shall be
of grooved end design with a
Grade “E” EPDM encapsulated
disc. Upper stem shall be
stainless steel. Valves shall have
pressure assisted double seal
and be capable of 300 psi,
bubble-tight-shutoff. Butterfly
valves shall be with gear
actuator or hand lever.
Operating conditions not
to exceed -30°F (-34°C) to
230°F (110°C).
1.1.7 Check Valves - Shall be of
grooved end design with a
clapper seal of Grade “E”
EPDM. Valves shall be capable
of pressures of 300 psi. The
valves shall have a spring
loaded clapper to ensure a leak
tight seal and a nonsticking
operation. The clapper seat in
the valve body shall be nickel.
Operating conditions not to
exceed -30°F (-34°C) to 230°F
(110°C).
SECTION 2 - STORM DRAINS /
ROOF DRAINS
GRINNELL mechanical grooved
pipe couplings and fittings as
manufactured by Tyco Fire
used for all storm and roof
drainage systems.
2.1.2 Couplings - Couplings shall
be galvanized Figure 705, 707,
772 or 716 with Grade “E”
EPDM gaskets and zinc plated
bolts and nuts.
galvanized GRINNELL Figure 71
Flanges incorporating Grade “E”
EPDM gasket.
galvanized GRINNELL standard
ductile iron or segmentally
welded steel fittings, with
grooved ends.
2.2 Plastic Pipe Systems
2.2.1 Pipe - Pipe with material
and dimensions conforming to
ASTM D-1785 Type 1, Grade 1
with cut grooves and joint
pressure ratings conforming to
grooved manufacturer’s
specifications or
recommendations;
or Type 2, Grade 1 with rolled or
radius cut grooves and joint
ratings conforming to grooved
manufacturer’s specifications
and recommendations.
2.2.2 Couplings - Flexible type
couplings shall be used.
2.2.3 Flange Connections Same as in 2.1.3
2.1 Materials:
2.1.1 Pipe - Pipe shall be
galvanized steel pipe,
GRINNELL published
ANSI/AWWA grooved end pipe.
Pipe ends shall be
Materials and Methods and to
the latest GRINNELL published
specifications.
2.2.4 Fittings - Same as in 2.1.4
SECTION 3 - VENT PIPING
(Same as in Section 2 Storm Drains / Roof Drains)
9
9.026
Building Service Systems - Cooling
Cooling System Specifications (CSI - Div. 15 Section 15-N Refrigeration Systems)
SECTION 1 - CHILLED WATER SUPPLY & RETURN
butterfly and check valves as
manufactured or supplied by
shall be used for cooling system
chilled water piping, including
risers, mains, equipment
connection, branches, supply
and return lines under operating
conditions not to exceed -30°F (34°C) -230°F (110°C)
temperature. Calculations shall
be made based on coupling
manufacturers latest literature to
determine expansion/
contraction allowance available,
enabling elimination of special
movement compensators, swing
joints, flexible connections and
vibration isolators where
possible.
1.1.2 Couplings - All flexible
couplings shall be GRINNELL
Figure 705 and 707 with Grade
“E” EPDM gaskets and zinc
plated bolts and nuts. All rigid
Figure 772 with Grade “E”
bolts and nuts.
1.1.3 Branch Connections Branch stub-in connections shall
be made with Figure 730 with
Grade “E” EPDM gaskets and
zinc plated bolts and nuts.
1.1.4 Flange Connections - Shall
be GRINNELL Figure 71 Flange
incorporating Grade “E” EPDM
gasket.
1.1.5 Fittings - Shall be
GRINNELL ductile iron or
clapper seal of EPDM. The
operation. The clapper seat in
the valve body shall be nickel.
Valves shall be capable of
pressures of 300 psi.
SECTION 2 - COOLING TOWER
PIPING
Same as Section 1, except pipe,
couplings and fittings shall be
galvanized.
SECTION 3 - DUAL
TEMPERATURE SYSTEMS PIPING
Same as Section 1.
SECTION 4 - CONDENSER WATER
PIPING
Same as Section 1.
1.1 Materials:
1.1.1 Pipe - Shall be steel pipe,
GRINNELL published
Materials and Methods.
of grooved end design with
EPDM encapsulated disc. Neck
design shall readily
accommodate insulation. Valves
shall have pressure assisted
double seal and stainless steel
upper stems, and
be capable of 300 psi, bubbletight-shut-off, with an actuator
or hand lever.
9
TYCENMECH 0811
9.027
Building Service Systems - Heating
Heating System Specifications (CSI - Div. 15 Section 15-L Water Piping)
SECTION 1 - HOT WATER
HEATING SYSTEMS - SUPPLY &
RETURN
butterfly and check valves as
manufactured or supplied by
shall be used for hot water
systems , including boiler
manifolds, mains, risers,
branches, supply and return
lines, under operating
conditions not to exceed 230°F
(110°C). Calculations shall be
based on coupling
manufacturers latest literature to
determine expansion allowance
available, enabling elimination
of special expansion
compensators, swing joints,
flexible connections and
vibration isolators where
possible.
Materials and Methods.
1.1.2 Couplings - All flexible
Figure 705 and 707 with Grade
“E” EPDM gaskets and zinc
plated bolts and nuts. All rigid
bolts and nuts. All reducing
bolts and nuts.
1.1 Materials:
1.1.3 Branch Connections Branch stub-in connections shall
be made with GRINNELL Figure
730 with Grade “E” EPDM
gaskets and zinc plated bolts
and nuts.
1.1.1 Pipe - Shall be steel pipe,
GRINNELL published
GRINNELL Figure 71 Flange
incorporating Grade “E”
EPDM gasket.
GRINNELL ductile iron or
of grooved end design with
EPDM encapsulated disc. Neck
design shall readily
accommodate insulation. Valves
shall have pressure assisted
double seal and stainless steel
upper stems, and be capable of
300 psi, bubble-tight-shut-off,
with an actuator or hand lever.
clapper seal of EPDM. The
operation. Valves shall be
capable of pressures of 300 psi.
9
TYCENMECH 0811
9.028
10
TYCENMECH 0811
P. 10.000 - 10.012
10.000
Installation Instructions,
Figure 577, 772, 770 & 472
Installation / Assembly Instructions
Always read and understand the instructions. Never remove any piping component without verifying that
the system is depressurizing and drained. Rigid Couplings with Tri-Seal gaskets are preferred for dry pipe
and freezer applications. The following instructions apply to Figure 577, 770, 772 and 472 Rigid Couplings.
The installation is based on pipe grooved in accordance with Standard Cut Groove or Roll Groove Specifications.
Step 1.
Inspect exterior groove and ends of
the pipe to verify all loose debris, dirt,
chips, paint and any other foreign
material such as grease are removed.
Pipe ends sealing surfaces must be
free from projections, indentations, or
other markings.
Step 2.
Verify that the
coupling and gasket grade are correct
for the application intended. Please
refer to “Gaskets” section of this
catalogue for additional information.
The edges and outer surfaces of the
gasket should be covered with a
fine layer of petroleum-free silicon
lubricant or equivalent. Petroleum
lubricant should not be used on
Grade “E” “EPDM” gaskets to prevent
deterioration of the gasket material.
Tri-seal gaskets are recommended
for freezer applications.
Note: Silicone lubricant recommended
in Dry Pipe and Freezer Applications.
Step 3.
Install the gasket by placing the
gasket over the pipe, which is to be
fastened by the rigid coupling and
ensure that the gasket lip does not
extend beyond the end of the pipe.
Step 4.
Bring both pipe ends together, ensure
proper alignment and slide the gasket
into position, properly centering it
between the grooved portions of
each pipe.
Note: the gasket should not protrude into
the grooves on either pipe segments or
extend between the pipe ends.
Step 5.
Step 6.
Insert the other bolt into the coupling
and rotate the nuts until finger tight.
Verify that the bolt heads are fully
recessed in the housing.
Step 7.
Alternate between bolts when
tightening nuts until properly torqued
as shown on page 10.011.
Note: uneven tightening can cause
the gasket to pinch or bind.
Note that on the 1" - 8"
Fig. 577 and 472 and
11⁄4" 12" 772, 770
couplings there is an
intended gap of up to
1.6 mm at each pad to allow for
positive rigid gripping onto the pipe.
With one nut and bolt removed,
“swing around” as shown. Verify that
the housings are over the gasket
and that the housing keys are fully
engaged into the grooves
Note: Sizes 1" - 12"
Figure 577 and sizes
32mm - 300mm,
772, 770 and 472
utilise a tongue and
recess arrangement,
which must be mated
properly for the
coupling to function
according to design.
These pictures show the
patented “Universal Tongue and
Recess” arrangement. These
coupling housings have identical
tongue/ recess pairs at each end,
which allow an engagement fit
no matter which end of the
housing is brought together.
TYCENMECH 0811
10
10.001
Figure 705, 707 & 405
the system is depressurizing and drained. Rigid Couplings with Tri-Seal gaskets are preferred for dry pipe
and freezer applications.
The following instructions apply to Figures 705, 707 & 405 Flexible Couplings. The installation is based on
pipe grooved in accordance with Standard Cut Groove or Roll Groove Specifications.
Step 1.
the pipe to verify all loose debris, dirt,
chips, paint and any other foreign
Pipe ends sealing surfaces must be
free from projections, indentations,
and/or other markings.
Step 3.
Install the gasket by placing the gasket
over the pipe, which is to be fastened
by the flexible coupling and ensure
that the gasket lip does not extend
beyond the end of the pipe.
Step 6.
Insert the other bolt into the coupling
Step 7.
Step 4.
Step 2.
Verify that the coupling and gasket
grade are correct for the application
intended. Please refer to “Gasket”
section of this catalogue for additional
information. The edges and outer
surfaces of the gasket should be
covered with a fine layer of
lubrication.
The edges and outer surfaces of
the gasket should be covered with a
Grade “E” “EPDM” gaskets to
prevent deterioration of the gasket
material. Tri-seal gaskets are
recommended
for freezer applications.
Bring both pipe ends together, ensure
proper alignment and slide the
gasket into position, properly
centering it between the grooved
portions of each pipe.
Note: the gasket should not protrude
into the grooves on either pipe
segments or extend between the
pipe ends.
to bring housing in contact with the
bolt pads. Note: uneven tightening
can cause the gasket to pinch or bind.
For proper bolt torques please refer
to the table listed on page 10.011.
Note: Figures 705, 707 and 405
Coupling Housing bolt pads must be
in contact metal to metal.
Step 5.
“swing around” as shown. Verify that
the housings are over the gasket and
that the housing keys are fully
engaged into the grooves.
10
TYCENMECH 0811
10.002
Figure 909
The following instructions apply to figure 909 Plain End Couplings for installation on plain end or beveled
standard wall steel, stainless steel or aluminium pipe.
the system is depressurized and drained.
Step 1.
Square cut the pipe ends. Maximum
variation from perpendicular (see
drawing) 1/32” (0.8mm) for 2”-6”,
1/16” (0.60mm) for 8” and larger.
Inspect the pipe ends to verify all
burrs, loose debris, dirt, chips, paint
and any other foreign material such
as grease are removed. The sealing
surfaces of the pipe ends must be
free from projections, indentations,
or other markings.
Step 4.
Verify that the gasket grade is
correct for the application intended.
Please refer to Data Sheet G610 for
additional gasket information.
gasket must be covered with a fine
layer of lubricant. To prevent
deterioration of the gasket material,
a petroleum lubricant should not be
used of any gasket.
Step 7.
With both bolts removed, place the
coupling housings are over the
gasket and that the tongue-andgroove features are properly
engaged. Ensure that the housings
are properly centered between the
two outer marks made in Step 3.
Step 8.
Step 5.
Step 2.
Using a ruler or tape measure and
a bright coloured marking pen,
make a mark 1” (25.4mm) from the
pipe ends. It is recommended to
make a minimum of 4 marks equally
spaced around the pipe.
Install the gasket by placing it over
one of the pipe ends, that is to be
joined by the coupling, and ensure
that the gasket lip does not extend
beyond the end of the pipe.
Insert the bolts into the coupling
Step 9.
Step 6.
Step 3.
Make a set of second marks,
measuring from the pipe ends, as
per Table B (Coupling Centering
Marks). Make these marks parallel
to the previous marks from Step 2.
Bring both pipe ends together,
ensure proper alignment and slide
the gasket into position over the
second pipe end, properly centering
between the two closest marks
made in Step 2. Check to ensure
that the gasket has remained in the
proper position from Step 5.
Alternate when tightening the nuts
until properly tightened to the
required bolt torque.
For recommended bolt torque
values, refer to Table A. Use of a
torque wrench is recommended
to ensure proper installation and
that the correct bolt torque values
are achieved.
Caution
The coupling bolts must be
tightened to the recommended
torque to achieve the specified
performance of the Figure 909
coupling. Excessive torque may
damage the bolts and pipe end
and cause separation under
pressure. Insufficient torque may
result in lower pressure
performance, joint leakage or pipe
separation. See the table on page
2.008 recommended bolt torque
values.
TYCENMECH 0811
10.003
10
Figure 71 Flanges
Always read and understand the instructions. Never remove any piping component without verifying
that the system is depressurizing and drained.
The following instructions apply to Figure 71 Flange Adapter.
The installation is based on pipe grooved in accordance with Standard Cut Groove or Roll
Groove Specifications.
Step 1.
the pipe to verify all loose debris,
dirt, chips, paint and any other
foreign material such as grease are
removed. Pipe ends sealing surfaces
must be free from projections,
indentations, and/or other markings.
Step 3.
Close the flange with another bolt.
To ease in the closure of the flange,
two tabs are provided. Take an
adjustable wrench and place it over
the two tabs as shown. Move the
wrench parallel to the pipe until the
holes align. Once the holes align
insert a bolt. Verify that the
housing keys are fully engaged into
the groove.
Step 6.
Bring both the Figure 71 Flange and
the opposite Flange together. Ensure
proper alignment and slide each of
the remaining flange bolts (not
supplied) in each of the
remaining bolt holes. Tighten all
nuts uniformly to bring the flange
faces firmly together and ensure
that the nuts are sufficiently torqued.
(see torque values on page 10.011)
Step 2.
Step 4.
Verify that the gasket selection is
correct for the application intended.
Please refer to “Gasket” section of
this catalogue for additional
information.
Insert one flange bolt (not supplied)
in hinge section of Figure 71 Flange
Adapter. Place the hinged assembly
into the groove on the pipe.
Note: Metal flange washer adapters
are required when the Figure 71
Flange Adapter is used against
surfaces such as:
1.
2.
3.
4.
The edges and outer surface of the
gasket should be covered with a fine
layer of petroleum-free silicon
Grade “E” EPDM gaskets to prevent
deterioration of the gasket material
Rubber surfaces
Adapting to AWWA cast flanges
Rubber faced wafer valves
Serrated flange surfaces
Figure 71 Flange Adapters are not
recommended for applications
which incorporate tie rods for
anchoring or on a standard fitting
within 90° of each other.
Contact Tyco Fire Protection
Products for recommendations prior
to using with plastic pipe.
Step 5.
Place the gasket into the gasket
pocket with the gasket marking side
in first.
10
TYCENMECH 0811
10.004
Figure 716
Always read and understand the instructions. Never remove any piping component without
verifying that the system is depressurizing and drained. Note: Reducing Couplings are not recommended for
freezer applications.
The following instructions apply to Figure 716 Flexible Reducing Couplings. The installation is based on pipe
grooved in accordance with Standard Cut Groove or Roll Groove Specifications.
Step 1.
the pipe to verify all loose debris,
removed. Pipe ends sealing surfaces
must be free from projections,
indentations, and/or other markings.
Step 3.
Install the gasket by placing the
gasket over the pipe which has the
larger diameter. Bring the smaller
pipe end into alignment and slide
the pipe into position, properly
centering it between the grooved
portions of each pipe.
Step 5.
Insert the bolts into the coupling
Step 6.
Step 2.
Note: the gasket should not
protrude into the grooves on either
pipe segment.
Step 4.
Verify that the coupling and gasket
grade are correct for the application
intended. Please refer to “Gasket”
section of this catalogue for
additional information.
gasket should be covered with a
Grade “E” “EPDM” gaskets to
prevent deterioration of the
gasket material.
With both bolts removed place the
coupling housings over the gasket.
Verify that the housings are over the
gasket and that the housing keys
are fully engaged into the grooves.
to bring housing in contact with the
bolt pads. Note: uneven tightening
can cause the gasket to pinch or
bind. For proper bolt torques please
refer to the table listed on page
10.011.
Note: Figure 716 Coupling Housings
bolt pads must be in contact metal
to metal.
10
TYCENMECH 0811
10.005
Figure 730
Pipe Preparation
Step 1.
The hole size should be verified in the
table below.
‡ Proper hole preparation is required
for effective sealing and performance.
Check the pipe seal surface within
15.9mm of the hole to be certain it is
free from conditions which would
affect proper gasket sealing. Remove
any sharp or rough edges from the
hole or upper housing contact area,
which might affect assembly, adequate
seating of the locating collar or flow
from the outlet. Check gasket grade to
be certain it is suitable for the service.
For crosses, ensure double outlet
holes are aligned on opposite sides of
the pipe. The use of threaded products
other than steel pipe, such as
dry pendents, etc. may not be
compatible with the female threaded
outlet on the Mechanical Tee.
Step 3.
Always confirm compatability by
contacting Tyco FPP.
Step 2.
Holes should be de-burred. The gasket
seating surface on the pipe should be
examined to verify all loose debris,
removed.
Hole must be drilled on the pipe
centerline. For crosses, ensure
double outlet holes are aligned.
The following instructions apply to Figure 730 Mechanical Outlet Tee and Cross with threaded and grooved
outlets. If a cross configuration is desired the lower housing is replaced with an upper outlet housing.
Verify that the gasket grade is correct for the application intended. Please refer to “Gaskets” section of
this catalogue for additional information.
Step 1.
Step 3.
Hole Dia. ‡
Hole
Max.
mm
mm
Inches Inches
Nominal Size
Run x Branch
Inches
2,2 1/2,3,4x1/2,3/4,1
2x1 1/4,1 1/2
Check for proper gasket positioning
in housing. The alignment tabs on
the gasket should fit into the
recesses of the housing.
Verify that the housing outlet spike
is positioned in the hole. Insert the
other bolt into the housing and rotate
the nuts clockwise until finger tight.
Step 2.
2 1/2x1 1/4,1 1/2
3,4x1 1/4
3,4,5,6,x1 1/2
3,4,5,6,x2
4,5,6,8x2 1/2
4,5,6,8x3
Step 4.
6,8x4
“swing around” as shown.
tightening nuts until adequately
torqued with even gaps between the
bolt pads. Note: uneven tightening can
cause the gasket to pinch or bind.
For applicable bolt torques please
refer to the table listed below.
10
TYCENMECH 0811
Run
Size
mm
Bolt
Size
Nm
60
73.0
76.1
88.9
114.3
139.7
141.3
165.0
168.3
219.3
M10 x 57
M10 x 57
M10 x 57
M12 x 76
M12 x 76
M16 x 121
M16 x 121
M16 x 121
M16 x 121
M20 x 121
38.1
1 1/2
44.5
1 3/4
50.8
2
44.5
1 3/4
50.8
2
63.5
2 1/2
69.9
2 3/4
88.9
3 1/2
114.3
4 1/2
41.3
1 5/8
47.6
1 7/8
54.0
2 1/8
47.6
1 7/8
54.0
2 1/8
66.7
2 5/8
73.0
2 7/8
92.1
3 5/8
117.5
4 5/8
Bolt Torque
Nm
Lbs-ft
41
41
41
68
68
68
68
95
95
95
30
30
30
50
50
50
50
70
70
70
10.006
Figure 522
Always read and understand the instructions. Never remove any piping component without
verifying that the system is depressurizing and drained.
Pipe Preparation
Step 1:
The hole size should be verified in
the table below
‡ Proper hole preparation is required
for effective sealing and
performance. Check the pipe seal
surface within 15.9mm (5/8”) of the
hole to be certain it is free from
conditions which would affect
proper gasket sealing. Remove any
sharp or rough edges from the hole
or upper housing contact area,
which might affect assembly,
proper seating of the locating collar
or flow from the outlet. Check gasket
grade to be certain it is suitable for
the service. The use of threaded
products other than steel pipe, such
as dry pendents, etc. may not be
compatible with the female
threaded outlet on the Sprinkler
Branch Tee. Always confirm
compatibility by contacting Tyco
FPP.
Nominal Size
Run x Branch
Inches
1, 1 1/4, 1 1/2, 2, 2 1/2 x 1/2, 3/4
1 1/4, 1 1/2 x 1
2, 2 1/2 x 1
Step 2.
Hole must be drilled on the pipe
centerline.
Hole Dia. ‡
Hole
Max.
mm
mm
Inches
Inches
24.0
0.94
24.0
0.94
34.9
1.38
0.5
0.02
0.5
0.02
0.5
0.02
Step 3.
Holes should be de-burred. The gasket
seating surface on the pipe should be
examined to verify all loose debris,
dirt, chips, paint and any other foreign
Verify that the gasket grade is correct for the application intended. Please refer to “Gaskets” section of
this catalogue for additional information.
Step 1:
Check for proper gasket positioning
in housing. The alignment tabs on
the gasket should fit into the recesses
of the housing. Gasket lubrication is
not required on this product. Check
sealing surface for cuts or
imperfections that would affect
sealing. When used for Dry Pipe and
Freezer applications use a
petroleum-free silicon based
lubricant. For Wet Based applications
no lubricant is required.
Step 3:
Verify that the housing outlet spike
is positioned in the hole. Insert the
other bolt into the housing and rotate
the nuts clockwise until finger tight.
seated in the housing. Make the gap
between the housing and clamp as
equal as possible.
Step 4:
to 20 Nm (15 Lbs-Ft) with even
gaps between the bolt pads. Over
torqueing can damage the product
or thin wall pipe and will not
increase sealing efficiency.
Step 2:
10
With one nut removed and the other
nut threaded out flush with the end
of the screw, “swing” the housing
over the hole in the pipe.
TYCENMECH 0811
10.007
Fig. RXAG
Prior to installation:
Ensure the anchors have been
mounted in the correct place and
are adequate for the thrust generated
by the Expansion Joint.
There must be no offset or change
of direction in a pipe run between
anchors and only one Axial
Expansion Joint between anchors.
RXAG
Expansion
Joint
Fixed
point
12 D
L max.
1st Guide
All Other
Guides
Fixed
point
Are there sufficient pipe guides
installed?
The first pipe guide should be
installed as below. Allow 1.5 - 3.0mm
play between the pipe and the guide.
Fitting Instructions:
Use GRINNELL Rigidlok couplings.
Remove tab-lock device after
installation.
If required, drain connection may be
fitted at point marked by ‘X’. If drain
is fitted, ensure orientation is at
bottom of unit when installed.
10
TYCENMECH 0811
10.008
Fig. ANS/ALS
Prior to installation:
Ensure the anchors have been
mounted in the correct place and are
adequate for the thrust generated by
the Expansion Joint? [There must be
no offset or change of direction in
a pipe run between anchors and
only one Axial Expansion Joint
between anchors].
ANS or ALG
Expansion
Joint
4D
Fixed
point
14 D
L max.
1st Guide
2st Guide
All Other
Guides
Fixed
point
Are there sufficient pipe guides
installed?
The first two pipe guides should be
installed as below. Allow 1.5 - 3.0mm
play between the pipe and the guide.
Fitting Instructions:
Expansion Joints must be installed
with GRINNELL rigid couplings.
Joints must be adequately protected
against mechanical damage from
weld-spatters. These can irreparably
damage the Expansion Joint.
When an inner sleeve is mounted
ensure that the Expansion Joint is
installed according the flow indicator.
10
TYCENMECH 0811
10.009
Fig. FSF
Before installing the connector be
certain that all surfaces are clean
and there are no sharp edges of any
kind on the steel flanges. No gasket
is required. Check pressures to see if
control rods are required. Although
the expansion joints will readily
adjust themselves to misaligned
flanges within the specified amounts
of movements, they should not be
installed where there is more than
3mm of initial misalignment or any
deviation assess to expansion joints.
Slide the connector into position and
insert all the flange bolts. The rubber
face must be centred exactly on the
opening. Poor centering can cause
rubber pull out. Be sure that the
bolts are inserted with the heads
facing the rubber and the nuts on
the outside of the mating flange. If it
is impossible to insert the bolts in
this direction because of obstructions
you must be absolutely sure that the
tightened end of the bolt does not
protrude more than 3mm beyond
the inside nut. Larger protrusions
may result in the bolt cutting into
the rubber cover.
All rubber materials tend to relax
over a period of time, therefor it is
good practice to check the tightness
of the bolts for the 80% torque about
two weeks after installation, and in
extreme cases, particularly when a
line is repeatedly heated up and
allowed to cool. It is advisable to
continue to check bolt tightness on a
monthly basis until such time as the
last check shows no further
tightening is required.
Allowing the bolts to lose tightness
may cause leaks and can be a cause
of major failure where the rubber
Careful assembly - correct bolt lengths will prolong service life.
flange comes free of the slip on
steel flange. If the connector is to
be installed in a system where the
operating pressures do not dictate
the use of control rods, but the
connector is to be pre-extended to
allow for growth under pressure,
the gap between the piping flanges
should be large enough to allow for
the growth as indicated on the
operating pressure chart.
If the connector is being installed
for expansion and compression
applications it should be installed
at normal length. Check allowable
movements against design
requirements.
Caution:
Do not install any of the products
in this leaflet at pressures or
temperatures higher than the
published ratings. It is very important
that the rubber face of the connector
bears against a surface that is no
larger in diameter than the O.D. of
the mating pipe size. This means
that the expansion joint can mate
with a standard slip on or weld neck
flange, or any flat full faced flange
where the I.D. of the flange does not
exceed the O.D. of standard pipe of
the same size. Extreme caution must
be taken so as never to mate the
connector with a GRINNELL Fig 71
flange, or any check valve or valve
where the I.D. of the fitting exceeds
the dimensions above. It is also
important not to mate the connector
with any face that has projections
(other than a raised face flange) to
ensure that a smooth surface is not
presented to the rubber. Check for
chemical compatibility with the
ordered material. Do not weld near
the expansion joints or weld the
steel flanges to the piping after
the expansion joints are installed.
This will either burn or seriously
damage the expansion joints.
10
TYCENMECH 0811
10.010
Bolt Torques
On all GRINNELL Couplings, with
standard ANSI or Metric bolts &
nuts*, bolts of the same size should
be torqued equally, unless otherwise
mentioned. The recommended
torque for each bolt size is shown to
the right.
Bolt Size
Metric
Bolt Size
Imperial
Inches x Inches
Bolt Torque
Nm
Lbs-ft
M10 x 57
M12 x 76
M16 x 83
M20 x 121
M22 x 165
M24 x 165
-
3/8 x 2 1/4
1/2 x 3
5/8 x 3 1/4
3/4 x 4 3/4
7/8 x 6 1/2
1 x 6 1/2
1 x 5 1/2
1 1/8 x 5 3/4
41
68
122
203
271
271
271
339
30
50
90
150
200
200
200
250
10
TYCENMECH 0811
10.011
Repair Instruction, Fig. CV-1
Repair Instruction
All replacement parts must be obtained from Tyco FPP to assure proper operation of the valve. When
ordering parts please specify model number and size.
Step 1.
Remove the bolts from the cap.
Step 4.
Inspect new replacement clapper
subassembly.
Step 6.
Insert replacement clapper sub
assembly into check valve body.
Step 2.
Inspect the nickel seating surface to
verify the there is no evidence of
mechanical damage.
The seat also needs to be free of all
loose debris. If the seat is damaged
the entire valve will need to be
replaced.
Step 3.
Step 5.
Step 7.
Remove the old bonnet gasket
material and clean the facing
surfaces. Place a new gasket on the
cleaned surface.
Apply Loctite #242 to bolts. Tighten
all nuts uniformly bring the cap and
gasket faces firmly together and
ensure that the nuts are torqued
properly.
IMPORTANT:
All replacement parts must be
obtained from the manufacturer to
assure proper operation of the valve.
Never remove any piping component
without verifying that the system is
depressurized and drained.
The owner is responsible for the
proper operating condition of all fire
protection devices and accessories.
The NFPA Standard 25 entitled,
"Care and Maintenance of
Sprinkler Systems" contains
guidelines and minimum maintenance
requirements. Furthermore, the
Authority Having Jurisdiction may
have additional regulations and
requirements for maintenance,
testing and inspection that must
be obeyed.
Inspect the elastomer seal facing the
spring loaded clapper to verify that
there is no evidence of mechanical
damage. If there is damage to the
elastomer seal and you have a
clapper repair kit then proceed to
Step 4.
Maintenance Kit for Figure CV-1
Check Valve
10
The Maintenance Check Valve Kit is
specially designed to allow the
maintenance procedure of backflushing
through the fire department connection.
The maintenance kit is intended to ease
the task of backflushing without
removing the Figure CV-1 Check Valve
from the pipe line. This is accomplished
by replacing the cap / clapper assembly
with the maintenance kit (see Installation
section for full procedure).
TYCENMECH 0811
10.012
Notes
TYCENMECH 0811

Grinnell Grooved Products Catalogue

Transcription

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