SPEC - Kube Engineering

Transcription

s e c t io n
mm
VALVE AC TU A TO R S
FA R T 1 - GENERA L
un
A.
1M
SE C T IO N INCLUDES
Manual and powered actuators for proper opération o f all valves required for equipment or
systerris.
RELATED SECTIONS
A.
Section 09900—Painting and Coating.
B.
Section ! 5060— Pipe and Pipe Fittings.
C.
Section 15100—V sfres, Cocks and Hydrants.
D.
Section 15103
E.
Section 16010—-Générai Electrical .Requirements.
X.03
A.
Butterfly V alves
REFERENCES
AMSÏ 8 9 3 .U 4 — Pneumatic Fluid Fower-Systems Standard for Industrial Machineiy.
B.
AW W A C500-—Metai Seated Gate- Valves for Water Suppîy Service,
C.
AWWA C540—-Power-Actuating Devices for Valves and Sluice Gates.
D.
1.04
NF.MA ICS-2---Industrial Control and Systems Controllers, Contactors, and Overload Relays
Not M ore Than 2000 Volts AC or 750 Volts DC.
SUBMITTALS
A. Submit under provision of Section 0133 0.
B. Product data: Provide complete data, on valve accessories sufficient to verify compliance with
the Specification's:
Î ,05
1.
Provide manufacturer's catalog information with size, dimensions, number o f turns to
open, materials and assembled weights.
2.
Provide wiring and control diagrams for valves with electric actuators,
OPERATION AND M AIN TEN A N CE M ANUAL
A. Submit, under provisions o f Section 01805.
B.
i .06
Maintenance data: Include installation and maintenance instructions, recommended spare
parts lists and exploded assembly views o f actuators and accessories.
DELIVERY, STORAGE AND HANDLING
A,
Deliver, store, protect and handle products to site under provisions o f Section 0 j 600.
B.
Prepare valves accessories for shipment according to AW W A C.>'10, Section
PART
1 - PR O D U C TS
2.01
MANUAL A CTUATORS
7.2.
A. General:
1,
Provide a manual actuator except where vaives are to have motor or cylinder actuator.
TETRA TECH.: 8/12
VALVE ACTUATORS
15090 -1
134339A
B,
C.
2.
B uried valves or valves operated through floor boxes and as indicated on drawings:
W rench nuts.
3.
A dequate to seat, unseat, and m aintain valve position under ail operating conditions.
4.
Provide w ith position indicator o?s each actuator or each operating nut.
5.
Position valve actuators so that they are easily accessible, and for ease o f operation
Rotation:
1.
C ounter clockw ise (to the left) to open.
2.
T he w ord "OPEN” 5and an arrow indicating th e direction to open cast o n each valve body
or aetua
H andw heel actuator:
1-
Totally enclosed w orm gear actuator.
uciwneei diam eter: o - + A mcn.es,
D.
3.
M ax pull required: SO lb.
A.
W ithstand 200 lb puli w ithout damage.
C hain wheel actuator:
1.
Totally enclosed w orm gear actuator, perm anently lubricated and w ith sealed bearings.
2.
Equipped w ith chain guide to perm it rapid chain handling o f the chain w ithout “gagging’
the wheel and to perm it reasonable side puii on the chain.
3.
W ith extensions as required to prevent interference w ith adjacent, piping or equipm ent.
a.
H ot-dip galvanized carbon steel ex c q rt w here specified otherwise.
b.
Looped to extend w ithin 3 feet to 4 feet o f the floor or finish grade below valve.
c.
Sm ooth, w elded, closed link type.
d.
Overlapping;, open link type is not acceptable,
nil] required: 80 lb.
tnstauu 200 1
F or valves p laced in a horizontal run, provide 90 degree or 270 degree gearing for
aclua
8.
E.
F.
Install chain w heel actuators o f valves that are higher than 6 ' above floor or oilier
w orking platform s
W rench nuts:
1.
A W W A C500* Section 19.
2.
W ithstand 300 foot lb torque w ithout dam age.
3.
R eadily locked in the open, closed, and not less than five interm ediate positions.
Extension stems:
VALVE ACTUATORS
TETRATECH: 8/12
1.
Provide where indicated on Drawings, or as specified, or as required for proper operation
and for buried valves.
2.
Non-rising stems:
3.
4.
5.
6.
a.
Solid steel shafting with O.D. not less than O.D. o f valve stem or galvanized steel
pipe with I.D. not leys than O.D, o f valve stem.
b.
Connected to the valve by a flexible socket coupling.
c.
All other connections pinned, keyed, or socket.
Rising stems:
a.
Stainless steel or carbon steel shafting with O.D. nor. less than O.D. o f valve stem,
h.
Bronze or stainless steel sleeves securely attached to stem.
c.
Sleeve length and location to extend through each stem guide throughout the M i
vertical travel o f the stem.
Stem guides:
a.
Cast iron, bronze bushed, adjustable in 2 directions.
b.
If extension stem length exceeds 120 inches or the weight exceeds 20 Jb, provide a
suitable thrust bearing to carry extension stem weight.
c.
M aximum spacing:
Non-rising stems: i 00 times stem O.D.
2)
10 feet max,
Buried valves:
a.
Siem extend to within 6 inches of grade.
b.
Provide spacers to center stem in valve box.
c.
Provide 2” square wrench nut,
Operating stands:
a.
Provide where indicated on Drawings or as specified.
b.
Cast iron or fabricated steel.
e.
Thrust bearing: Suitable to carry weight o f extension stern.
d.
Handwheel or lever as indicated on Drawings or as specified:
e.
G.
1)
1)
Approximately 36 inches above floor.
2)
Handwheel minimum diameter; S inches.
Sleeve: Provide standard weight galvanized steel pipe for opening in floor beneath
each operating stand.
Valve boxes:
1.
Provide for all. buried valves.
2.
Cast iron extension sleeve type with boxes and covers.
3.
Depth as required for valve.
TETRA TECH: 8/12
VALVE ACTUATORS
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134339À
4.
2.02
Minimum diam: 5 inches.
5.
Minimum thickness: 3/] 6 inches.
6.
Box. cover, and base coated by dipping in asphalt varnish.
7.
An appropriate word designating the valve service cast on cover,
MOTOR AC TU A TO R S— MODULATING AND OPEN/CLOSE SERVICE (VALVES
6 INCHES AND G R EA TER )
A.
Provide m otor actuators where indicated on Drawings, for automated system operation or as
specified for individual systems.
B.
Each motor actuator to consist o f motor, gearing, handwheel, limit , and torque switches,
hjbri.cants, beating elements, wiring, terminals, and integral reversing controller co.nstru.cted as
a sell-contained unit.
C.
Housing: Cast, weatherproof.
D.
Operating time from fully open to fully closed or the reverse for modulating
Adjustable from 15 seconds to two minutes.
E.
Motors:
1.
M ounted horizontally adjacent to or vertically above gearing.
2.
Do not mount with motor vertical below gearing.
valves:
3.
Totally enclosed, high torque, designed expressly for valve operator service.
4.
Capable of operating valve under lull differential pressure for two complete open-close
cycles without overheating,
5.
Designed in accordance with N3BMÀ Standards.
6.
Insulation: Class F or better.
7.
Bearings: Permanently lubricated.
8.
Voltage tolerance: ± 10 percent,
9.
Voltage rating: 1.20 V t 60 Hz, 1 phase or 480 V, 60 IT?.,3 phase as required.
10. Produce ) .5 times required torque.
P.
Gearing:
1.
All grease lubricated,
2.
Service factor: 2,0.
3.
Effectively sealed against entrance o f foreign matter.
4.
AGMA nameplate not required.
5.
Designed to permit field ratio changes.
6.
Designed so motor comes up to speed before stem load
closing direction,
7.
Conform to AWWA C540.
is encountered in opening and
Gv Handwheel mechanism:
J.
Designed so handwheel doesn't operate (hiring motor operation.
'TTTRA T E C H : 8/1.2
VALVE ACTUATORS
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■34339A
H.
2.
Designed so motor doesn't rotate when handwheel is rotated.
3.
Provide declutching extensions ro allow declutching o f all electric actuators from floor
level.
4.
Actuator responsive to electrical power and control ai all limes, instantly disengaging
.handwheel.
5.
Roiaikm: Counter clockwise to ope;)..
6.
An arrow indicating die open direction and the word '"OPEN” cast on the handwheel.
7.
Max force required; 801b.
Torque switches:
1.
Provide opening arid closing torque and thrust limit switches.
2.
M icrometer adjustment on each switch:
a.
b.
3.
L
j.
Reference setting indicator.
Variability 40 percent.
Contact .rating: 6 amp inductive at 120 V AC arid 2.2 amp at 115V DC.
Geared limit switches:
1.
Space for 4 geared iitttii switch assemblies.
2.
Each assembly with 4 separate limit switches.
3.
Each assembly geared to driving mechanism and independently adjustable to transfer at
any point between fully open, and fully closed valve position.
4.
Contact rating: 6 amp inductive at 120 V ac and 2.2 amp at 1 ) 5 V dc.
5.
Set limit switches a> indicated on drawings.
6.
Provide 2 limit switch assemblies,
Heating elements:
1.
Provide in m otor and geared limit switch compartment.
2.
Rated 1.20 V ac.
3.
Continuously energized.
K.
Terminal facilities: Provide for connection to motor leads, switches, siide-wire type position
transmitter, if required, and heating elements in geared limit switch compartment.
L.
Controller:
1.
Integrally mounted reversing motor starter in geared limit switch compartment.
2.
M otor overload protective device in each phase.
3.
In 480 V. units, a control power transformer with fused and. grounded 120 V secondary,
with voit ampere capacity suitable for starter control plus continuous service to heater
elements in m otor housing and limit switch compartment,
4.
A. nameplate o f permanent type construction on the controller enclosure identifying the
equipment controlled as with letters and numerals not less than 3/4 inch high,
5.
M echanically and electrically interlocked.
TEÏRA TECH; 8/12
VALVE ACTUATORS
15090 - 5
134339A
M,
6.
Provided with the necessary direct operated auxiliary contacts for required interlocking
and control,
7.
Pilot devices:
In ü weatherproof enclosure d o se coupled to actuator housing if actuator is easily
accessible; if actuator is not easily accessible, locate pilot devices on nearby wall
or mounting station,
b<
Local Open-Stop-Close momentary push buttons.
c.
Local-Oiï-Remoîe maintained selector switch.
d.
Local Red "Open” and Green “Closed” indicating lights,
S.
NEM.Â. Size J. minimum,
9,
For modulating valves, provide manual-automatic switch and solid stare modulator to
receive 4-20 M.A control signal and actuate valve to signaled position.
Manufacturers:
1.
2.
2.03
a.
M odulating service:
a.
Tyco/Keystone Series 77.
b.
Liiiiitorque Series LI20.
c.
Or accepted substitution.
Open/Close service:
a.
Tyco/Keystoue Series 777 (HPT),
b.
J.imitorque Series L120.
c.
Or accepted substitution.
M O T O R ACTUATORS— GPEN/CLOSE AND M O D U LA TIN G SERVICE (VALVES 4
INCHES AND SM A L LER )
A.
Provide motor actuators where indicated on Drawings, for automated system operation, or as
specified for individual systems, Refer to Section 15100 for requirements for small diameter
■ quarter-tum value actuators.
B.
Bach motor actuator to consist o f motor, gearing, limit switches, lubricants, heating elements,
wiring, terminals, and integral reversing controller constructed as a self-contained unit,
C.
Housing: NEMA 4 die cast aluminum with baked-on powder coated epoxy,
D.
Motors:
1.
Thermal overload sensor,
2.
50 percent duty cycle.
3.
Voltage rating: 120 V, 60 Hz, 1 phase.
4.
Produce 1,5 times required torque.
B.
Gearing: Hardened steel gear train.
P.
imbrication: Gear train and drive components immersed in multipurpose grease suitable tor
service of 32 degrees F to 150 degrees F.
TETRA TECH: 8/12
VAX VF ACTUATORS
1 5 0 9 0 -6
134339A
G,
R.
I.
j.
2.04
A.
Limit switches:
1,
2 end of travel limit switches.
2,
Activated by independently adjustable stainless steel cams.
3,
Contact rating: '! 0 amp inductive at 120 V ac.
Heating elements:
1.
Provide in motor and geared limit switch compartment.
2.
Rated 120 V ac.
3.
Continuously energized.
Controller,
1.
Integrally mounted reversing motor starter.
2.
M otor overload protective device,
Manufacturers:
1.
Lirriitorque I.,Y Series, Model J 001 with Modutronie Position Control Package for
modulating valves.
2.
Or acc epied equal.
ACCESSORIES
Limit switches:
1.
Adjustable mounting or fixed with adjustable cam.
2.
Totally enclosed contact rated 6 amp, inductive, at 120 V ac, ntinimum.
3.
End o f travel or knee action as indicated on Drawings.
.PAST 3 - EXECUTION
3.01
INSTALLATION— GENERAL
A.
Install actuators in accordance with the m anufacturers instructions.
B.
Provide adequate support for aJJ valve actuators to prevent damage or movement m pipe due
to weight or torque o f actuator.
C.
furnish and install any adaptors or accessories needed to mate the valves and actuators
furnished on the project.
D.
Install actuators such that position indicators are visible by standing on operations floor or
from permanent platform.
E-
Valve control stations:
1.
Provide for all powered actuators.
2.
Install where accessible by standing on operations floor or from permanent elevated
platibrm.
3.
If valve is not within reach or easily accessible by standing on operations floor or from
permanent elevated platform, instaii remote valve control station at location acceptable to
Engineer.
m R A T E C H : 8/1:2
VALVE ACTUATORS
15090 - 7
Î34339A
F.
3.02
Provide minimum distances required from wails and other piping to center of valve to
accommodate actuator dimensions and to facilitate maintenance of actuator. Immediately
notify Engineer o f all conflicts or discrepancies.
ADJUSTMENTS
A.
Check and adjust valves and accessories for smooth operation in accordance with
manufacturer' 3 instructions.
B.
Powered Actuator: Adjust ihnii and torque switches as indicated on Drawings.
3.03
Â .
B,
FIELD QUALITY CONTROL
Coordinate- inspection of all valves by manufacturer's representative and instruct plant
personne] on their operation and maintenance.
Provide manufacturer's field services for valves with powered actuators and for other valves as
required per Contract Documents.
END OF SECTION 15090
TFJTRATECH: 8/12
VALVE ACTUATORS
15090 - 8
i34339A
SE C T IO N 15905
H V À C INSTRUMENTATION AND C O N TR O LS
PART 1 - GENERAL
1.01
A.
SUMMARY
Section Includes: This section covers the general requirements for the following:
I.
furnishing and installing a complete, fully functional control s;ystem per this
specification and the Construction Documents,
2.
Pre-assombled control panels.
3.
Actuators, thermostats, sensors, transmitters, themiowells, gauges. arid mounting
hardware as applicable.
4,
Control valves, dampers, linkages, and mounting hardware.
5.
Construction supervision.
6.
Startup and commissioning.
'-i
B,
Related Sections: Drawings and general provisions o f the contract, including General and
Supplementary Conditions, Division 1 Specification Sections, and Section 15500 apply to this
section.
L
Division 15 equipment and system sections with specific control requirements,
2.
Section 15990MTesting, Adjusting, and Balancing." for respoiVxifoiJities and procedures o f
the TAB contractor.
3.
€.
1.02
Demonstration and training.
Division 16 sections for electrical equipment and wiring requirements and any electrical
interface to the controls and instrumentation.
Products Supplied, But N ot Installed Under This Section:
1.
The automatic temperature control valves, separable wells for immersion sensors, and
taps for flow and pressure instruments shall be provided by the Controls Contractor tor
installation by the Mechanical Contractor under the Controls Contractor s supervision,
2,
The Controls Contractor shall provide all automatic temperature control dampers, not
provided by unit manufacturers, lor installation by the Mechanical Contractor under the
Control C ontractors supervision.
D E FIN IT IO N S
A.
It is the intention of these specifications and drawings to call for finished work, tested, and
ready for operation. W herever the word ‘'provide" is used, it shall mean "furnish and install
complete und ready for use. "
B.
"Contractor” shall mean the Controls Coutvacror performing work under this Division o f the
Specifications.
C.
Where this specification states work to be performed by the words ‘’shall’*or "secure” or other
performance functions, it shall he assumed that such, work shall be performed by this
Contractor unless stated otherwise.
D.
The word "Mechanical" applies to ail work specified herein wherever applicable.
TETRA TECH.: S/12
fiV A C INSTRUM ENTATION AND CONTROLS
15905- !
i 34339A
E.
1.03
The phrase "Architeci/Bnginesr* implies that cither m ay perform the task ai hand
SY STEM DESCRIPTION
Design Requirements:
1.
Type o f System: The automatic temperature control system shall be packaged Digital
Controls for each piece o f equipment with electric components as required.
2.
All digital and analog control loops shall be microprocessor (DDC) controlled unless
otherwise shown on the Drawing*.
3.
Coordination: This Contractor shail interface with controls furnished with equipment.
Provide additional control devices, interlock, relays, and signal conditioners when
necessary to accomplish specified sequences.
4.
The system shall include all interlocks, field devices, wiring, piping, hardware, and
software required to provide a complete, functional system in accordance with these
specifications and drawings.
5.
Electrical wiring in connection with the automatic temperature control system, where
shown on the Division 16 drawings, shall be performed by the Electrical Contractor, AD
other wiring required for proper operation o f the automatic temperature system shail be
performed by this Contractor.
6.
Adjustments o f manual balancing devices, as required to obtain design air and/or water
flows, shall be by the Balancing Contractor. The Controls Contractor shall provide
assistance to the Balancing Contractor with control adjustments as required to obtain
design flows by:
a.
Providing on-site instruction on the proper interfacing and operation o f their
equipment
b.
Providing the necessary software for use with the Balancing Contractor's personal
computer for interfacing with their control equipment.
Where proprietary
software, equipment or gateways are required, this equipment shall be provided for
the Balancing Contractor’s use.
8.
Unless otherwise indicated, all equipment and performance data listed is for job site
conditions.
C.
Drawings are not to be scaled.
1.04
SU B STITU TIO N A PPR O V A LS
A.
Equipment and/or materials manufactured by any one o f the manufacturers listed in this
specification or on the drawings shall be acceptable.
B,
Where no specific manufacturer is listed, a first-class item of cataloged manufacture shall be
furnished.
( *!
Prior Approvals: Refer to Division 1, Substitutions.
LOS
A.
SUBMITTALS
Subm it under provisions of Section 01330.
TETRA TECH: 8/12
.BYAC [NST kJM I'N T A 'J'IO N ANT) CONTROLS
15905-2
134339A
B.
Schedule: Subm ittal dam and control draw ings for all equipm ent and system s shall be
subm itted to the A rchiteci/Engincer for review p rio r to ordering or fabrication o f the
equipm ent. T he follow ing inform ation shall be included iti these subm ittals:
1.
2.
3.
4.
5•
C.
30 D ays or Less A lter N otice to Proceed.:
a.
C ontrol valve and dam per schedules.
b.
T he valve and dam per .schedules shall also b e subm itted
to the m echanical
contractor for rev iew by the piping and sheet m etal eon tractors.
c.
P roduct data for aU products used in conjunction w ith the control system.
60 D avs o r L ess A fter N otice to P ro ce ed :
a.
C ontrol drawings,
b.
Softw are inform ation.
c.
T est F lau and procedures.
60 Days, or .M ors P rior to Scheduled Starluff o f the F irst Controlled S y stem :
a.
Softw are program m ing data.
b.
T est plan and procedures,
10 Days o r M ore P rior to Scheduled System Deworss•.r a 1011:
a.
O perational logs as described in Part ?>,
b.
T est plan w ith hardw are and software- testing results,, calibration
technician cerofical io n .
reports and
Upon C om pletion o f T raining C lasses:
a
V ideotaped record o f all train in g .
b.
One copy o f all training m aterials,
Shop Drawings:
1.
General:
a.
D raw ings shall be prepared using com puter aided drafting that can produce files in
the A utoC A D format,
b.
T he final or record draw ings will becom e perm anent record draw ings and shall be
prepared on 24" x 36”, 4-mil M ylar.
c.
P roduct data shall be in a three-ring binder. Ail. product inform ation shall be
indexed and tabbed. T he product data sheets shall be m arked w ith the tag num ber
as indicated by the drawings. Ail options, ranges and voltages that are to be
provided shall be clearly indicated on each product data sheet.
d.
P roduct data shall b e subm itted describing the operating system s associated w ith
the D D C controllers and the workstations. W orkstation softw are product data
shall include inform ation o n the connectivity o f the system using telephone and
other supported m eans.
THTRAT15CH: 8/12
HVAC INSTRUMENTATION AND CONTROLS
15905- 3
134339A
2.
Val ve and Damper Schedules:
a.
Valve schedules may be included on the drawings or
valve schedule shall include the following information:
1)
Valve tag number.
2}
System and service.
3)
Quantity, manufacturer and model number.
m the
product data. The
4) Type (two-way or three-way).
5) Fail Position.
6) Body Size,
7) Flow (gpm).
8) Cv.
9) Rangeabilily.
10) Actual pressure drop.
11} Ciose-ofi'rating12) Actuator model number.
J 3) Spring range.
h.
Damper schedules may be included on the drawings or in the product data. The
damper schedule shall include the following information:
1)
Damper tag number.
2)
System and service.
3)
Quantity.
4}
Size.
5)
Manufacturer and model number.
6)
FaiJ position.
?)
Type (opposed, parallel).
8)
Actual pressure drop.
9)
Quanti ty of actuators.
10) Actuator model number.
11) Actuator spring range.
3.
Drawings:
a.
Drawings that cannot represent the total information on one sheet shall include
appropriate match lines, cross-vetereiices and key pians. An example of this is a
building floor plan.
h.
The drawing package shall include:
I)
te to a i r h :
m2
Cover sheet with a drawing index listing all included drawings.
HVAC INSTRtMENTATlON AND CONTROL,S
15905-4
134339A
D.
2)
A
netw ork diagram show ing the netw ork architecture and the u n e
relationships o f the panels on the network. This draw ing snail include ail
netw ork devices including; surge suppressors, lightning arresters, repeaters,
m odem s, gatew ays and routers. T he pow er source, panel address, and
physical location (room num ber) shall he show n for each device. W here
external batteries or other' pow er supplies are used they shall be show n on this
drawing.
3)
C ontrol schem atics and flow diagram s for each system m onitored or
controlled. T hese diagram s shall include:
a)
A ladder diagram show ing all w iring and pneum atic tubing associated
with the controller. T he location o f the electrical pow er panel with
breaker num ber shall b e show a for all pow er sources.
h)
D etails showing the interconnection w ith m otor starters, variable
frequency drives and th e associated bypass sections, chillers, boilers and
other types o f equipm ent. These details shall include w ire num bers and
term inal designations. T he m ounting locations o f aii control equipm ent
shall b e included.
c)
A bill o f m aterials shall be included with each control schem atic. The
bill o f m aterials shall include the tag nam e used on the control drawing,
description o f the product, nam e o f the m anufacturer, com plete m odel
num ber, m easurem ent range (ifapplicable) and quantity.
d)
A com plete input/output schedule for each DDC controller shall be
included w ith each control schematic. The point nam e (the sam e one
used in the software), and a functional description o f the point shall be
included in the I/O summary.
e)
A sequence o f operation shall be included with each control schematic.
T he sequence shall reflect actual program m ing, including all tim e delays
and softw are interlocks. Copies o f the sequence that appear in this
specification are not acceptable.
f)
F loor and ro o f plans show ing the location of control panels, sensor, and
m echanical equipm ent. T he floor plans shall show the location o f duct
and space static pressure sam ple points.
Software; Softw are subm ittal shaii iucJude the follow ing:
1.
P oint listings shall include all hardw are and softw are points, A description o f the point
shall be provided. T he default values o f each point shall h e shown.
2.
Program listings for each piece o f controlled equipm ent shall be provided. T he program
listing shall be com plete with all data required for controller operation.
3.
Subm it a color printout o f each graphic. The graphic shall show tem perature, status,
position and. all data points that will appear on the screen. At the c o n tra cto r's option, the
graphics m ay be subm itted on C D or disk provided that all required softw are for me
display o f th e graphics is also furnished.
4.
A listing o f all alarm s and the alarm lim its and tim e delays shall b e provided.
TETRA TECH: S/12
1TVAC INSTRUMENTATION AN!) CONTROLS
15905- 5
134339A
E.
Q uality Assurance/CoM roi Submittals;
:.
F.
T est Flan and Procedures: T h e test plan shall include th e follow ing :
a.
C ertification docum entation for each hardware point. C ertify that the point was
tested and cycled to prove functionality. Include the calibration data, initial and
final readings and the required offset.
b.
Procedures to r the seven-day test.
c.
C ertification docum entation for softw are sequence o f operation,
d.
T he test plan shall be coordinated w ith Section 15990 “Testing, A djusting, and
B alancing” Contractor.
C So seout Su bmi tt al s :
1.
P roject Record Docum ents:
a.
Upon com pletion o f the installation, provide a com plete set o f record (ay-built)
draw ings on a clear and Legible set o f M ylar transparencies. T he content and
ionisât o f th e draw ings shall be as described previously.
b.
P rior to final com pletion o f the installation, prepare com plete O peration and
M aintenance (O & M ) m anuals. R efer to Division 1. Section 01300, and Division
15, Section 15500, for requirem ents, Aiso provide one set o f CAD-prepared
draw ings in AutoCAD. Format shall be .DWG files.
1)
A ssist D ivision 15 C ontractor in preparation o f a simplified description o f the
operation o f all system s including the function o f each piece o f equipm ent
w ithin eaeli system . These descriptions shall be supported w ith a schem atic
How diagram w hen applicable.
2)
Tem perature control diagram s including an explanation o f the control
sequence o f each system along w ith the following instruction w herever
applicable.
a)
Em ergency procedures for tire or failure o f m ajor equipm ent.
b)
Norm al stalling, operating, and shutdown,
e)
Sum m er or w inter shutdow n.
c.
The tem perature control diagram s are to be w ail-m ounted under glass (o r in
plastic) in an accessible location, preferably in the m ain m echanical equipm ent
room .
d.
C ontrol System Program m er s m anual w ith com plete description o f the custom
control language and associated editor, including sam ple-w ritten program s.
P rovide com plete sets o f all program m ing forms, applications m em orandum s, mid
addenda to the program m er's manual. All softw are and firm w are fiigorithms shall
be com pletely described and docum ented.
e.
M aintenance, installation, and engineering m a n u a ls) that el early explain how to
debug hardw are problem s; how to repair o r replace hardware; preventative
m aintenance guidelines and
schedules; calibration procedures; and how to
engineer and install new points, panels, and operator interfaces.
T E T R A T E C H : 8/12
H V A C IN S T R U M E N T A T IO N A ND C O N T R O L S
15905- 6
134339A
Î.06
À.
f.
D ocum entation o f all software: List separate]y all softw are param eters that may
need updating by the Owner., suck as, though not lim ited to, daily start/stop
schedules; setpoints: alarm points; control loop cascade, and P1D param eters, etc.
g.
A ll program s, code, databases, graphic files, C A D draw ings.-and symbol libraries
generated for operation o f the system shall be included as part o f the system
docum entation. T his inform ation shall be subm itted both in hard copy bound
form al and electronic format.
h.
input/output schedules, data sheets, and all other item s required. Describe all
regular m aintenance that will need io he perform ed on the DDC hardware.
P rovide list o f recom m ended spare parts. List all replacem ent parts with part
numbers.
i.
C om plete original issue docum entation, installation, operation m anuals, and
supporting softw are for all third-party hardw are and softw are lum ished and
installed as part o f the system or required for th e operation o f the system,
including rem ote term inals, u s e rs com puter w orkstation, m onitors, graphics and
m em ory hoards, netw ork servers, printers, and m odems.
j.
All softw are licenses, w arranty certificates and docum entation for all hardware
and softw are including third party hardw are and softw are shall be provided.
k.
AÜ testing, startup, calibration and checkout reports and checklists.
I.
A list o f recom m ended spare parts w ith part num bers arid supplier.
in.
R ecom m ended preventive m aintenance procedures for all system com ponents
including a schedule o f tasks (inspection, cleaning, calibration, etc.), tim e between
tasks, and task descriptions.
QUALITY ASSURANCE
Q ualifications:
1.
?..
A pproved C ontrols M anufacturers and Installing Contractors:
a.
H oneyw ell.
Factory branch office.
b.
Johnson Controls.
Factory branch office.
c.
Siem ens B uilding
Factor)-’ branch office.
M anufacturers not listed in item A above m ay request approval by subm itting a proposal
at least 30 days prior to bid date. T he proposal shall include the inform ation listed
below .
a.
A listing o f all personnel that will be assigned to this project, their position, and a
resum e o f experience.
b.
A n analysis o f com pliance to this specification. Indicate for each paragraph
com pliance or exception. If the product or service does n o t com pletely m atch the
requirem ents, indicate exception and describe fully the area{s) o f deviation and
their im pact on system functionality. T his analysis shall be presented i n the
opposing page format. T he specification shall he presented on one page with the
com pliance or exception described on the opposing page.
c.
A sam ple o f the as-built docum entation for a project o f sim ilar m agnitude. This
sam ple shall include item s specified in Section j 590.5 insofar as possible.
TETRA TECH: 8/12
HLVAC INSTRUMENTATION AND CONTROLS
15905- 7
134339A
d
A list o f referen ces w ith p ro je c t d esc rip tio n s fo r five locai in stallatio n s o f sim ilar
sco p e an d m ag n itu d e. Include c o n ta c t n am e s and p h o n e nu m b ers fo r an operating
e n g in e e r , facility m a n a g e r and th e c o n su ltin g e n g in e e r fo r each reference.
B.
R e g u la to r)' R e q u ire m e n ts- R e fer to S ectio n 15500 fo r general code, standard, and regulatory
req u irem en ts.
C.
T h is in sta lla tio n shall no:: b e u sed as a test site for an y n ew pro d u cts unless ex p licitly
ap p ro v ed b y the O w n er's rq> resen tativ e in w ritin g . 'This re q u ire m e n t is n o t intended to
restrict th e C o n tra c to r to th e u se o f o u td ated equipm ent.,
D.
A ll p ro d u c ts u sed m this in sta lla tio n shall he new a n d cu rren tly un d er m anufacture.
p arts shall be a v a ila b le fo r a t lea st fiv e years after c o m p le tio n o f th is contract.
.07
Spare
WARRANTY
A.
R e fe r to S e c tio n 15500 for g en e ra l w a rra n ty req u irem en ts.
B.
S p ecial W arran ty :
).
T h e w arran ty p e rio d shall begin as au th o rized b y th e O w n e rs re p re se n tativ e in w riting.
C o m p letio n shall n o t o cc u r b efore th e C o n tra c to r has p e rfo rm e d the tests req u ired in
A rticle 3.
2.
T h e c o n tro l sy stem shall h e w arra n ted to b e free from defects in m aterial and
w o rk m a n sh ip and in so ftw are d e sig n an d o p e ratio n for a p e rio d o f one y e a r after
c o m p le tio n o f th e co n tract. T h e C o n tra c to r shall p ro vide th e n ecessary skills, labor, and
p arts to e n su re th a t all sy stem and c o m p o n en t failu res are p ro m p tly repaired. T his
w arran ty shall b e c o m e effe ctiv e startin g on th e date o f co m p letio n .
3.
T h e C o n tra c to r shall rec e iv e calls d u rin g th e w arran ty p erio d fo r all p ro b lem s or
q u e stio n s ex p erien ced in th e o p e ratio n o f th e in stalled eq u ip m en t an d shall tak e steps to
c o rre c t an y d eficien cies that m ay exist. T h e resp o n se tim e to critical p ro b lem s shall he
fo u r (-0 h o u rs m ax im u m .
4.
T h e C o n tra c to r shall m ain ta in a b ackup o f ail so ftw are in stalled in th e system . T h e
b a c k u p shall b e u p d ated m o n th ly o r w h e n ev e r a c h an g e to th e so ftw are is m ade. A
re lo a d o f b a c k u p so ftw are in to th e system sh all h e p e rfo rm e d by the C o n tracto r
im m ed iately u p o n n o tific a tio n by th e O w ner. T h e re lo a d shall be free o f charge unies? it
is d ue to a p o w e r failu re o f a d u ra tio n lo n g e r th a n th e b a ttery backup.
5.
T h e C o n tra c to r shall o p tim iz e all control so ftw are to en su re accep tab le o p eratin g and
sp ace c o n d itio n s and p eak e n e rg y efficiency. T h is -shall in clu d e changes n eed ed to
o p tim ize operation, o f the sy ste m s e v e n i f n o t e x p lic itly d esc rib e d in C o n tro l S trategies.
6.
T h e C o n tra c to r sh all p ro v id e an d in sta ll at no ex tra co st all hardw are, firm w are, and
so ftw a re u p d a te s released p rio r to an d du rin g the w arranty period. T h ese u p d ates shall
b e in stalled and folly im p lem en ted o n e v ery d ev ic e to w h ic h th ey apply, th ro u g h o u t the
p ro je c t. W ritte n au th o riza tio n by th e O w n e r m u st he o b tain e d p rio r to th e in sta lla tio n o f
th ese ch an g es.
7.
A t th e end o f th e w arranty period, th e C o n tra c to r shall su p p ly u p d ated co p ie s o f the
latest v e rsio n s o f all p ro jec t reco rd d o cu m en tatio n as describ ed ab ove in P ro jec t R ecord
D o c u m e n ts.
T h is in clu d es final updated d raw in g s, so ftw are do cu m en tatio n , arid
m a g n e tic m ed ia b ack u p s th at in c lu d e all ch anges that hav e b e e n m ade to th e system
d u rin g fhe w a rra n ty period,
TETRÀ TECH: 8/12
HV a C INSTRUM ENTATION AND CONTROLS
15905- 8
134339A
1.08
D E M O N S T R A T IO N A N D T R A IN IN G
A.
This C ontractor shall provide a m inim um o f eight hours o f system and control dem onstration
tim e at th e jo b site for the O w ner's personnel.
B.
This C ontracter shall provide at least 12 hours o f classroom training sessions at times and
location as directed by the Owner. T he training shall focus on design, operation, and
m aintenance procedures o f the products installed and shall eov er;
C.
1.
H ardw are configuration including .PC boards, sw itches, com m unication and point
w iring, and location o f all sensors and control devices.
2.
H ardw are m aintenance, calibration, troubleshooting, diagnostics, and repair instructions.
3.
O peration o f central workstation, including logging on and off, interrogating the system,
producing reports, acknow ledging alarm s, overriding com puter control, changing
iirm w are and software param eters, and generating and linking graphic screens.
4.
T he operational sequence o f each system including normal and abnorm al operating
m odes, operating control strategies, and operator actions required to reset, o r m onitor the
system.
5.
Program m ing, using the editor, program design, syntax, com piling, and loading o f
custom control software.
6.
R ecovery procedures from pow er failures.
7.
Alarm form ats and assignm ent.
8.
M aintaining softw are and program m ing backups.
T he in stru cto r^ ) for the above sessions shall be em p lo y ee^) o f the control C ontractor whose
prim ary function is custom er training and applications support.
D. Provide the O w ner w ith a com plete video (digital form at) o f all dem onstration and training
sessions conducted under this section.
k.
1.09
T he training may b e phased. O w ner m ay elccl to conduct training in four-hour sessions over
the life o f the w arranty period. T he iuli com plim ent o f insfaicr.io.ua] m aterial shall he
available to each em ployee at each training session up to a m axim um o f ten (10) individuals.
OWNERSHIP OF PROPRIETARY MATERIAL
A. A ll project-developed softw are and docum entation shall becom e the property o f the Owner.
T he O w ner shall retain the right to duplicate and/or m odify such for use at this facility.
T hese docum ents shall not be copyrighted. These include but are not lim ited to:
Project graphic im ages.
2.
Record drawings.
3.
Project database.
4.
Job-specific application program m ing code.
5.
All project specific docum entation,
PA RT 2 - PRO DUCTS
2.01
A.
MANUFACTURERS
D D C system shall h e by H oneyw ell. Johnson C ontrols, o r Siem ens B uilding Technologies.
TETRA TKCH: 8/12
HVAC INSTRUM ENTATION AND CONTROLS
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134339A
B,
Electric control devices shall be manufactured by Honeywell. Johnson Controls, Siemens
Building Technologies, or S1EBE.
C-
Regardless o f the manufacturer, the specific products and design chosen shall meet die
requirements o f this specification.
D.
Electric actuators shall he UL listed as manufactured by Belimo, Honeywell, Johnson
Controls, Siemens Building Technologies, or SIEBB.
2.02
C O N T R O L W IR IN G
A. Cables shall be shielded when so recommended by manufacturer. Conductor size shall he in
accordance with manufacturer's recommendations subject to specified minimum size. Sec
Parr. 3 for allowable types.
B. All Sow-voltage cables in ceiling plenums, not in raceway, shall he UL listed for air plenum
service.
C. All insulated wire to be copper conductors, UL labeled for 90 °C minimum service.
D. Raceway for wiring shall he per Division 16.
2.03
TRANSIENT VOLTAGE PROTECTION
A. TVSS surge protectors,, for incoming 120 VAC power to controllers: Leviton 51020WM, or
equal. Surge protectors furnished shall be UL 1449 listed. The rnax-imuni single-pulse
transient current shall be 26kA; noise rejection at 50 ohms -40 to -50 for 5K lo lOOmhz, the
cat B3 combination wave peak clamping voltage shall be L-N 300 V, L-G 350 V, the UL
1499 ratings shall be L-N330V, L-G 400V, Fault current rating (AIC rating assigned per UL)
shall he 5.000A.
2.04
}.
Transient voltage protection for all twisted pair, telephone and coaxial data
communication lines between controllers shall be per manufacturer recommendations.
Provide ail required repeaters to ensure signal, integrity.
2.
Lightning arresters on all communications and other lines -hat exit the building shall be
per manufacturer recommendations,
CONTROL DAMPERS
A. Motorized control dampers, unless otherwise specified elsewhere, shall be as ibiiows:
1.
Control dampers shall be parallel or opposed blade type as below or as scheduled on
drawings.
a.
Outdoor and/or return air mixing dampers and face and bypass (F&BP) dampers
shall be combination parallel/opposed blade, approximately 57% OB, arranged to
direct air streams towards each other. Ruskln CD 403 type or equal.
b.
Other modulating dampers shall be opposed blade type.
c
Two-position shutoff dampers may be parallel or opposed blade type with blade
and. side seals.
2.
Dam per frames shall be built to the structural equivalent o f 13-gauge steel channel and
shall be galvanized or extruded aluminum with reinforced corner bracing.
3.
Damper blades shall not exceed 8 inchcs in width or 48 inches in length. Blades are to
be suitable for medium velocity performance (2,000 fpm). Blades shall be not less than
16 gauge.
'•LIRATECH: 8/12
RVAC INSTRUMENTATION AND CONTROLS
15905- iO
34339A
2.05
4.
D am per shaft bearings shall be oil im pregnated bronze or stainless sled ,
5.
A il blade edges ami top and bottom o f the fram e sk ill be provided with replaceable butyl
rubber or neoprene seals. Side seals shall b e spring loaded stainless steel. T he blade
seals shall provide for a m axim um leakage rate o f 10 cfm per square foot at 4 inches w.c.
differential pressure. Pressure drop shall not exceed 0.10 inch w.c. at a w ide-open face
velocity o f 1,500 ipm. T he dam pers shall have triple V type blades.
6.
Individual dam per sections shall not be larger than 4 8 i! x 60". Provide a m inim um o f one
dam per actuator p er section.
7.
D am pers shall have exposed linkages.
acceptable.
%.
Ruskin or e q u a l
D am pers w ith exposed gear linkages are not
LOCAL CONTROL PANELS
A.
A ll indoor control cabinets shall be fully enclosed JNTEMA 1 construction w ith hinged door,
key-lock latch, baked enam el finish, rem ovable subpanels. walUmcrurited or freestanding. All
tem perature control panels on the proj ect shal i. b e keyed alike.
B.
AH outdoor control cabinets shall be fully enclosed N E M A 12 construction with hinged door,
external key-lock latch, baked enam el finish, rem ovable subpanels, w ail-m ounted or
freestanding. A il tem perature control panels on the p ro jec t shall b e keyed alike.
C.
Panels shall house the m icroprocessor, com m unication interlace, ail controllers (except those
required at V A V boxes), relays, indicators, transm itters, switches, pilot lights, override
tim ers, etc., to allow quick access for adjustm ent and troubleshooting.
D.
Manual sw itches and indicating devices shall be Hush-m ounted on panel face.
engraved plastic or lithographed m etal nam eplates for all item s on the panel face.
E.
Internal com ponents shall be securely m ounted on rem ovable subpaneh. Bach com ponent
shall b e individually labeled w ith (unction and device identification, as show n on
control/interlock shop drawings.
F.
Interconnections 'betw een internal and face-m ounted devices prew ired w ith color-coded
stranded conductors neatly installed in plastic troughs and/or tie-w rapped. Term inal blocks
shajj be provided ib r all field con/iecnons, and shall be UL listed for 600-volt service,
individually identified p er control/interlock draw ings, w ith adequate clearance for field
w ning,
Provide
1.
C ontrol term inations for field connection shall b e individually identified per control
drawings.
2,
A ll internal w iring betw een panel m ounted devices and Held term inai blocks shall be
m arked on both ends with the appropriate identifying tag.
G.
Provide o n /o ff pow er sw itch w ith over-current protection for control pow er sources to each
local panel.
R.
Provide Ethernet connection at cach m ain D D C panel in each m echanical room.
TE IR A TECH; 8/12
B VAC INSTRUMENTATION AMD CONTROLS
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134339A
2.06
A.
CONTROL D E V IC E S - E L E C T R IC
Room Thennostats:
1.
All wall-mounted room thermostats or sensors shall have locking covers will} concealed
selpoim adjustm ent Omit thermometers when possible.
2.
Line voilage thermostats sha! 1 be UL listed, SPDT, SPST, or DPST with contact rating
suitable for application, maximum 2°F differential.
3.
Low voltage thermostats shall be single or multi-stage heating and/or cooling type as
required by application.
4.
5.
B.
À.
Combination heating/cooling thermostats shall have independent adjustments for
heating and cooling setpoints and shall not allow setpoint crossover.
b.
Provide individual heat or cooling anticipator for each control stage. Anticipator
shall be matched to connected load, or shall be adj astable.
c.
Suitable switch, sub-bases shall be provided when required by application, with
switch functions clearly identified by permanent label*. Field-applied "stick-on*’
labels are not acceptable.
d.
Microprocessor-based programmable type thermostats, when used, shall not lose
lime or program on power fai lures of i 2 hours or less,
Provide scale ranges (minimum) with locking type stops for various applications as
follows:
a.
Heating - Occupied areas:
range 55-85”F, 72° max. -- stop.
b.
Cooling - Occupied areas:
range 55~S5°F, ?5:: min. - stop.
Provide metal guards with security screws for ail thermostats located in public areas
such as lobbies, corridors, gyms, cafotenas, etc.
Duet, Immersion, and Outdoor Thermostats:
1.
Provide single or multistage type with contact arrangement and rating suitable for
application. Line voltage units shall be UL listed.
2.
Sensing element shall be liquid -filled rem ote bulb type or bi-metal type as required
3.
2.07
a.
a.
Remote bulb type shall have sufficient capillar/ lengths to allow mounting of
thermostat at convenient location for adjustment.
b.
Provide separable wells for immersion applications,
o.
Provide sun shields for outdoor sensing bulbs.
d.
Provide ambient temperature compensation where thermostat body is subjected to
outdoor ambient temperature variations.
.individual stage differential -2°F maximum (fixed). Provide adjustable differential type
when thermostat is used for capacity control o f DX refrigeration or to cycle fans.
s o lid -s ta te
s e n s in g
d e v ic e s
Temperature sensors shall be thermistor (10K or 20K), or platinum RTD type (100-ohm wire
wound, or 1,000~ohm, thin film. Accuracy shall be ±0.5°F with stability o f 0.25~F over live
TETRÀ TECH; 8/12
! 5905 -12
3343:«9A
years. Sensors used for BTU calculations shall be accurate to i0 .2 ° F or 1% o f span,
w hichever is less,
1.
Space (room ) sensors shall be surtace-m ounted in a suitable protective enclosure. Space
sensors serving V AV boxes or duct heating coils .shall have a setpoint adjustm ent. Y A V
term inal sensors shall have a netw ork c o rre c tio n jack. Covers shaii b e blank, w ithout
any com pany logos. P rovide insulating m ounting base on all sensors on exterior walls.
2.
D uct and im m ersion sensors shall h e im m une to m oisture and shall bave a junction box
for electrical connections. Sensing elem ent shall be suitable fo r the application.
a.
Provide averaging elem ents for rn ixed air applications.
b.
Provide separable w ells and insulation extension tor im m ersion applications.
c.
Provide sun shields for outdoor sensors.
B,
Therm ow ells for all im m ersion sensors shall be brass or stainless steel as recom m ended by
m anufacturer for the application. They shall have l/2-m ch or 3/4-i.uch external N P T threads
and shall provide for extension o f sensor electrical j unction box on insulated pipes.
C.
C arbon D ioxide sensor: U nii shall have a non-dispersive infrared (N D IR) detection cell, 0"
2,000ppm m easurem ent range, adjustable span, autom atic electronic zero, ±75 ppm annual
drill, ±20 ppm repeatability and 5% accuracy. U nit shall require calibration not m ore than
annually, shall have 4-20 m a analog output, high lim it N.O. alarm relay, 4-digit digital
display, and duct sam pling tubes for duct-m ounted applications, Provide calibration kit. K ele
C D -I or equal.
2M
TRANSMITTERS - SOLID-STATE
A.
Transm itters shall have sensing elem ents suitable fo r application.
B.
Transm itters shall have dkect-aclm g, linear output signal com patible w ith control 1er, w ith full
scale accuracy as described below. Zero and span shall be field-adjustable.
1.
T ransm itter range (span) shall be suitable lor application, typically as follows:
s.
2.
2,09
Static Pressures:
1)
B uilding S.P.
-0.1 inch to -H \1 inch w.g.
2}
Supply duct S.P.
0 inch to 3 inch w.g. or 1.0 inch to 4 inch w.g.
3)
W ater pressure.
O to lO O p sig .
4)
W ater differential pressure 0 inch to 300 inch w.g.
T ransm itter sensing elem ents shall w ithstand continuous operating conditions plus or
m inus 50% greater than calibrated span without dam age.
AUXILIARY DEVICES - ELECTRIC
A. Dam per end sw itches shall b e U L listed, line voltage SPO T snap-acting, pilot duty rated (125
V A m inim um ) NEM'A 1 enclosure, with, roller type actuating arm suitable for dam per
pos ition appl ication.
B.
W ater pressure sw itches shall b e diaphragm operated w ith fully adjustable setpoint. Switch
shall have visible set point indicator. U nit shall have 316 SS diaphragm . O perating range
shall be as required by the process. U nited Electric series 490 or equal.
TETRA TECH: S-12
HVAC JNSTRUMENTATÏON AND CONTROLS
15905- IB
134339A
€.
Control relays shall be UI, listed plug-irj type with dust cover and LED ’’energized'1 Indicator.
Contact rating, configuration, and coil voltage suitable for application. Idee series RH/-L.
ULAC or equal. Provide diodes to limit back EMF on. all DC relays and M O’Vs on AC.
D.
Time delay rd ay s shall be UL listed solid-stale plug-in type with adjustable time delay.
Delay shall be adjustable plus or minus 200% (minimum) from setpomt shown on plan*.
Contact rating, configuration, and coil voltage suitable for application. Provide NEMA 1
enclosure when not installed in local control panel. Seimens scries CR or equal.
E.
Control transformers shall be UL listed. Class 2 current-limiting type, or shall be famished
with cverourrent protection in both prim ary and secondary circuits for Class 2 service.
F.
Manual control switches shall be UL listed for use in NEMA 1 enclosures with contact
arrangement and rating suitable for application. Bat handle or knob actuator with nameplate
clearly identifying function o f each switch position.
G.
Current-operated switches shall be self-powered, solid state split core with' manually
adjustable trip current. The switches shall be selected to match the current o f the application
and output requirements o f the DDC system. Where used in conjunction with variable
frequency drives the current operated switch shall be recommended for such service by the
manufacturer, The Current switch shall have a maximum hysteresis of 0.01A in the 1.5A to 6
amp range. Manufacturers; Neilsen-Kuljian, Yeris industries or equal.
H.
Current transducers shall be 4-20 ma output soiid state with :t0.5% o f fui I scale accuracy.
Unit shall have reverse voltage protection, and a Hat frequency response from 20 to 100 IT?..
The range shall be selected to m eet the application. Manufacturers: Neilsen -KuJjian AT-420,
Yeris Industries Haw key e 720, or equal,
L
Power Supplies:
2.10
A.
1.
Unit output shall match the required output current and voltage requirements. Current
output shall allow for a 50% safety factor. Output ripple shall be 3.0 M V maximum P-P
Regulation shall be 0,10% line and load combined, with 50-microsecond response time
for 50% load changes. Unit shall have built-in over voltage protection,
2.
Urnt shall operate between 0°C and 5U°C EM/RF shall meet FCC Class B and VDE
087; for Class B, and MIL Standard 8 10C for shock and vibration.
3.
Unit shah be UL recognized.
4.
Sola or equal.
ACTUATORS AND P O S IT IO N E R S - ELECTRIC
Externally mounted damper actuators
1.
Electronic direc t-coupied actuation shall be provided.
2.
The actuator shall be direct-coupled over the shaft, enabling it to be mounted directly to
the damper shaft, without the need for connecting linkage. The fastening cEamp assembly
shall be o f a !lV ” bolt design with associated "V'* shaped toothed cradle attaching to the
shaft for maximum strength and eliminating slippage.
Spring return actuators shall have a "V i! clamp assembly of sufficient size to be directly
mounted to an integral jae.kshait o f up to 1.05 inches when the damper is constructed in
this manner. Single boh or set screw type fasteners are not acceptable.
1‘ETR A T E C H 1 8/12
i 5%5-14
134339A
3-
The actuator shall have electronic overload or digital rotation sensing circuitry to prevent
damage to the actuator throughout the entire rotation o f the actuator. Mechanical end
switches or magnetic clutch to deactivate the actuator at the end o f rotation arc not
acceptable.
4.
For power-failure/safety applications, an internal mechanical spring return mechanism
shall be built into the actuator housing. Non-mechanical forms of fail-safe operation are
not acceptable.
5.
AJJ spring return actuators shall be capable o f both clockwise or counterclockwise spring
return operation by simply changing the mounting orientation.
6.
Proportional actuators shall accept a 0 to 10 VDC or 0 to 20 mA control input and
provide a 2 to 10 VDC or 4 to 20 mA operating range. An actuator capable o f accepting
a pulse width modulating control signal and providing full proportional operation o f the
damper is acceptable. All actuators shall provide a 2 to 10 VDC position feedback
signal.
7.
All 24 VAC/VDC actuators shall operate on Class 2 wiring and shall not require more
than 10 VA for AC or more than 8 watts for DC applications. Actuators operating ou
120 VA C power shall not require more than 10 VA. Actuators operating on 230 VAC
power shall not require more than ) 1 VA.
S.
All non-spring return actuators shall have an external manual gear release to allow
manual positioning o f the damper when the actuator is not powered. Spring return
actuators with more than 60 in-lb torque capacity shall have a manual crank tor this
purpose.
9.
All modulating actuators shall have an external, built-in switch to allow the reversing of
direction o f rotation.
10. Actuators shall he provided with a conduit fitting and a minimum three-foot, electrical
cable and shall be pre-wired to eliminate the necessity of opening the actuator housing to
make electrical connections.
11. Actuator size and rating shall be suitable for intended application.
12. Damper actuators shall be selected per manufacturer’s recommendations to provide
sufficient close-off force to effectively seal damper. M odulating actuators shall provide
smooth modulating control under design llow and pressure conditions. Furnish a
separate actuator for each dam per section.
13. Actuators shall be Underwriters Laboratories (UL) Standard 873 listed.
14. Actuators shall be designed for a minimum of 60,000 foil stroke cycles at the actuator's
rated torque and shall have a 2-year manufacturer's warranty. Manufacturer shall be
IS0900Î certified. Actuators shall be as manufactured by BEL1MO or equal
B.
Valve and internally mounted damper actuators:
1.
Electric actuators shall be either push-pull magnetic, hydraulic, direct coupled or rotary
(gear-train) type for two-position or modulating set vice as required by application. All
electric actuators shall be UL listed with NEMA 1 enclosures, unless otherwise
specified,
2,
Actuators shall be permanently lubricated; gear-train units shall be oil-immersed type or
shaii have permanently lubricated high-density polymer gears.
TETRA TECH: 8/12
15905- 15
134339A
3.
Actuator housings shall be o f sturdy construction.
4.
Ambient temperature range shall be at least 40° to 120°F. exceptactuators subjected to
outdoor ambients shall have ambient range ot‘-20® to 125°F minimum.
5.
Input signal requirements and voltages compatible with controller output signals.
6.
Actuator size and rating shall be suitable for intended application,
7.
Damper actuators shall be selected per m anufacturers reeommendations to provide
sufficient close-off force to effectively seal damper. M odulating actuators shall provide
smooth modulating control under design flow and pressure conditions. Furnish a
separate actuator for each dam per section.
8.
Valve actuators shall provide tight close-off at design system pressure. Modulating
actuators shall provide smooth modulation at design flow and pressure conditions.
9.
Actuators shall have a spring return to fail to the safe position as indicated on the
drawings. Actuators relying on batteries axe not acceptable.
10. Approved manufacturers/models are:
a,
Honeywell M600, M70G, M'800. M900 series.
b.
Johnson M l00 series. DA3000 series.
c,
Belimo.
d.
Siebe.
C. Electric actuators .for ball Valves shall be 24 VAC electronic proportional spring return with
input aud feedback output signals o f 2 to lu VDC. Actuator shall rotate 95° in 150 seconds
or less and shall spring return to normal closed position in 20 seconds or less on power
failure. A.cruator shall have hex crank manual override.
2.11
1.
Actuators and all accessories shall be provided by the valve manufacturer and shall be
factory-mounted and aligned to the valve body,
2.
Actuators shall incliKie weathertight covers when located outdoors.
3.
Relim o or equal.
SA FETY CONTROLS
A. Low Temperature Limit Safety Controller: Shall be ÜI, listed, manual reset type, with 20foot, non-averaging elements and auxiliary contacts for alarm purposes. Any one foot of
element sensing temperature below aetpcint shall trigger fan shutdown. Provide one Low
Temperature Limit Safety Controller for each coil section of each coil bank (e.g., one coil
with three sections requires three Low Temperature Limit Safety Controllers). Wire Low
Temperature lim it Safety Controller to protect unit in both hand and automatic operation.
FA R T 3 - EXECUTION
3.01
A.
EX A M IN A TIO N
The project plans shall be thoroughly examined for control device and equipment locations,
and any discrepancies, conflicts, or omissions shall be reported to the Architect/Engineer for
resolution before rough-in work is started.
TETRA TtiCB; S/12
15QQ5-16
134339 a
R.
3.02
The contractor shall inspect the site to verify that equipment c m be installed as shown, and
any discrepancies, conflicts, or omissions snail be reported to the Architect/Engineer for
resolution before rougli-in work is started.
CONTROL W IRING
A.
All control and interlock wiring shall comply with the nations] arid local electrical codes and
Division 16 o f these specifications. Where the requirements o f this section differ with
division 16 the more restrictive requirements shall take precedence. Control wiring shall be
concealed except in equipment rooms.
R.
All Pow er (line voltage) and Class I wiring shall he UL listed in approved raceway per'NEC
and Division 16 requirements.
€.
All Power limited circuits (Class 2 or Class 3) .shall also be in metal raceway, except as
follows:
1,
D.
Concealed and accessible locations including ceiling return air plenums:
cables not in raceway may be used provided that:
Approved
a.
Circuits meet ’N EC Class 2or Class 3 (current-limited) requirements. (Low*
voltage power circuits shall be sub-fused when required to meet Class 2 or Class 3
current-Rmit.)
b.
All cables shall be UL listed for application, i.e. Cables used in ceiling plenums
shall be UL listed specifically for that purpose,
Approved Cables not installed in raceway s shall be subject to the following :
1.
Install wiring in sleeve where wiring passes through walls and floors. Maintain the fire
rating (if any) at all. penetrations.
2.
Cables shall be supported from or anchored to structural members. Cables shall not be
supported by or anchored to ductwork, electrical conduits, or ceiling suspension systems.
All pleuum cable and installation shall com ply with the requirements o f the NEC,
3.
Network data cables shall be identified with permanent labels installed every 12 feet.
4.
Exposed splices shall not be permitted. Cable shall be installed without splices between
terminal points.
5.
Maintain a minimum o f 6 inches from high temperature equipment (e.g.. steam pipes,
flues, etc,).
L.
Ail cable conductors shall be minimum 18 AWG stranded, except 19 AWG may be used for
home runs to central control panels, and minimum 22 AWG. twisted pairs for resistance type
sensors and/or data communication cables. Cables shall be shielded when so recommended
by the manufacturer. Line voltage power and interlock wiring conductors shall be TMHN, 14gauge minimum. Size wire m accordance with N!*C.
F.
All wiring shall be installed as continuous lengths with no splices permitted between
termination points.
G. Aii control wiring shall be installed in a neat and workmanlike manner parallel to building
lines with adequate support. Install without splices between terminât points.
H. This Contractor shall terminate ail control and/or interlock wiring and maintain updated (ashiiiit) wiring diagrams with terminations identified at the jo b site.
T F fR A TECH: 8/12
KVAC INSTRUMENTATION AND CONTROLS
15905-17
134339A
I.
F lexible m etal conduits and isquid-dgfK, flexible m etal conduits sb.aH not exceed 3 feet in
length and shall be supported at each end. Flexible m etal conduit less than 1/2-inch electrical
trade size shall not be used. In areas exposed ro m oisture, liq u id -tig h t flexible metal conduits
shall be used,
J.
Provide conduit seahofis w here portions o f an interior racew ay system pass through walls,
ceiling or floors that separate adjacent room s having substantially different m aintained
tem pératures or w hen a racewav goes from indoors to outdoors.
K.
W iring for analog inputs shall not be run in conduit containing 120 V A C w iring or any w iring
thaï carries sw itched signals or any noise-generating sources.
Ï,.
Follow m anufacturer’s installation recom m endations for all com m unication and network
cabling. N etw ork o r com m unication cabling shall be ran separately from other wiring. W hen
plenum cable is not allow ed, netw ork or com m unication w ire shall be installed in a dedicated
raceway. O ther w iring in com m unications racew ay is not allowed.
3.03
Â.
3.04
TRANSIENT VOLTAGE PROTECTION
T his C ontractor shall provide and install:
1.
T ransient voilage protection, on all incom ing 120 VAC pow er to ali controllers (except
VAV controllers).
2.
Transient voltage protection for all tw isted pair, and coaxial data com m unication lines
between controllers. P rovide all required repeaters to ensure sig nal integrity.
3.
T ransient voltage protection on all phone lines.
4.
Lightning arresters on all com m unications arid other w iring that exit the building.
L ocate the arrester at the point oi'building entrance.
5.
Provide ground connection sized and installed in accordance w ith th e m anufacturers
instructions.
CONTROL DEVICE LOCATIONS
A.
Room therm ostats and sensors shall b e m ounted 44 inches from the finished floor to the
center o f th e device for A D Â C om pliance.
B.
O utdoor tem perature sensing bulbs and sensors shall be located o n north exposure, in shaded
location, w hen possible, unless show n otherw ise. P rovide &im shield for tem perature sensors.
C.
R em ote control devices not in local panels shall b e accessible for adjustm ent and service below 6 feet above th e finished floor w henever possible.
D.
A veraging type sensing elem ents shall be firm ly supported in ductw ork or air handling unit.
T he elem ent shall serpentine vertically across the duct o r plenum . Each bend shall be affixed
w ith copper capillary clips installed w ith sheet m etal screws. Spans o f ten feet or m ore shall
be supported at ten foot or less intervals to conduit m ounted horizontally within the duct. The
conduit shall be rigid;}' affixed at each end and the sensor shall be attached to the conduit
using plenum -rated tie wraps. D o not w ind averaging elem ents around conduit.
Ti.
Low tem perature lim it sensing elem ents shall be firm ly supported in ductw ork or air handling
unit. T he elem ent shall serpentine horizontally across the coil face. Bach bend shall be
affixed with copper capillary clips installed w ith sheet m etal screws.
P.
Provide therm al conducting com pound for ail sensors in therm ow ells.
T in PA TECH: 8/12
15905- 18
134339A
G.
L o cate ali co n tro l d e v ic e s w ired by th e E lectrical C o n tra c to r u n d e r D iv isio n 16.
H.
AU analog- p re ssu re an d differential p re ssu re tra n sm itte rs to r a ir service shall be lo cated in the
D O C co n tro l panels. M o u n tin g air pressu re tran sd u ce rs at the du ctw o rk is n o t acceptable.
I.
Seal, th e w all o p e n in g arid w ire p en etratio n o f all w a il m ounted, tem p e ra tu re sensors to p rev en t
airflo w iro m th e w ail cav ity , fro m affecting the se n so r read in g .
3.05
CONTROL PANELS
A.
F ield w irin g to p a n e ls shall be en clo sed in m e ta l racew ay ,
R.
P a n e ls sh all be m o u n te d at ey e level for a c c e ssib ility a n d service.
C.
L o c a l co n tro l p a n e ls shall be lo cated w ith in 50 feet, o f sy stem serv ed u n less oth erw ise show n
o n plans.
I).
M o u n t p a n e ls o n so lid n o n -v ib ra tin g surfaces in. area? free from m o istu re o r w ater
accu m u latio n . W h ere su c h surfaces arc n o t re a d ily accessible, m o uni th e p a n e l on rigid
u u istru t stan d attach ed to th e floor. T h e sides o f d u ets an d a ir h a n d lin g u n its are not
a ccep tab le m o u n tin g suri ts4CC.k*.
E.
C o n tro l d ev ices shall b e in stalled in panels. C o n tro l and status relay s are to b e located in
d e sig n a te d en c lo su re s only. T h e se relays m ay also be located w ith in p a ck ag e d equipm ent
c o n tro l pane] e n clo su res. C o n tro l relay s sh all n o t b e lo c a te d w ith in C lass 1 starter enclosures.
A t th e c o n tra c to r’s o p tio n , th e rela y s m ay be in sta lled in th e sam e en clo su re as th e controller.
r\
V A V c o n tro llers shall b e in stalled in m etal en c lo su re s w ith a re m o v a b le cover. T h e V A V
c o n tro lle r n u m b e r shall h e labeled on th e o u tsid e o f th e en closure. W here perm itted in o ther
se c tio n s o f th is sp ecificatio n , plenum cab le m ay d irec tly en ter th e enclo su re i f a plastic
b u sh in g is p rovided.
3.06
A.
FIELD DEVICE INSTALLATION
A ctu ato rs: M o u n t and lin k control d a m p e r actu ato rs p er m a n u fa c tu re r’ s instructions.
).
2.
B.
T o c o m p ress seals w h en sp rin g re tu rn actu ato rs are used o n n o rm ally closed dam pers,
p o w e r a c tu a to r to ap p ro x im ately a 5 degree o p e n p o sitio n , m anually c lo se the dam per,
and th en tig h te n th e lin kage,
C h e e k o p e ra tio n o f damper-;'ac?.uator c o m b in a tio n to co n firm that actu ato r m odulates
d a m p e r sm o o th ly th ro u g h o u t stro k e to b o th o p en a n d ciosed p ositions.
F lo w S w itch in sta lla tio n :
fo llow ing:
C o o rd in ate in stallatio n w ith o th e r c o n tracto rs to c o m p ly w ith the
1.
In stall u sin g a T h re a d -O -L et in steel pipe, In c o p p e r p ip e u se C x C x F T ee. no p ip e
e x te n sio n s o r su b stitu tio n s allow ed.
2.
M ount, th re a d -o -ie i a m in im u m o f 5 p ip e d iam eters up stream a n d 5 p ip e diam eters
d o w n stream o r 2 feet, w h ic h e v e r is g reater, from, fittin g s an d o th e r obstructions.
3.
C u t h o le in p ip e w ith h o le saw , clean, an d d e b u n - surfaces.
acco rd a n ce w ith tlow sw itch in structions.
4.
Install in acco rd a n ce w ith m a n u fa ctu rer instru ctio n s.
5.
F ile p a d d ie e d g e s as required to clear thread -o-iet a n d pipe.
6.
U se correct p a d d ie fo r p ip e d iam eter.
HVAC INSTRUMENTATION AMD CONTROLS
15905* 19
H o le diam eter shall be in
134339A
7.
Assure correct flow direction and alignmem.
8.
M ount in horizontal piping - flow switch on top o f the pipe,
9.
10.
3.07
A.
3.08
Use thread-locking compound on paddle screw.
Adjust flow switch in accordance w ith m anufacturer instructions.
IDENTIFICATION
All control equipment shall be clearly identified by control shop drawing designation as
follows:
1.
Control valves -- brass tags.
2.
Other remote control devices and sensors: metal tags; plastic laminate labels; or, on nonporous surfaces only, permanent label tape as produced by the Brother “Easy lo n ely '
label maker. Do not attach tag or label to removable cover?;, etc. Rivet or stick to device
or adjacent surface.
3.
Control panel doors - engraved nameplate with panel number and systems served.
4.
Devices in control panels: engraved plastic tags; metal tags; or, on non-porous surfaces
only, permanent label tape as above, mounted to panel adjacent to control device. 1/4inch high letters minimum
5.
All wiring, including wiring within factory-fabricated panels, shall be labeled within 2
inches o f termination with DDC point number/controller number or other descriptive
information.
6.
AJi metal, and plastic engraved labels shall be secured with chains, nylon tie-wraps. or
rivets. Screws with exposed threads are not acceptable.
Permanent adhesive is
acceptable only when mechanical fasteners would dam age the labeled equipment.
7.
AU switches, relays, and panel components shall be labeled. .Relays shall be labeled
such that, removal of the relay does not move the label.
8.
Raceway identification: For ease o f identification, junction and pull box covers shall be
color-coded. Coordinate the color o f the junction box covers with Division 16 and the
Owner.
PROTECTION
A.
The Contractor shall protect all work and materia! from damage by bis work or workmen, and
shall be liable for all damage thus caused.
B.
The Contractor shall be responsible for work and equipment until finally inspected, tested,
and accepted; he shall protect work against theft. injury, or damage; and shall carefully store
material and equipment received on site that is not immediately installed. H e shall, close open
ends o f work with temporary covers or plugs during storage and construction to prevent entry
o f foreign objects.
CLEANUP
A.
At the completion o f work, ali eonipment provided by this section shall be checked and
thoroughly cleaned including under- equipment and any and all other areas. Clean exposed
surfaces o f ail equipment and panels o f all grease, plaster, or other foreign material. Remove
all stick-on labels and clean surfaces.
A TECH: 8/12
RVAC INSTRUMENTATION AND CONTROLS
1.5905-20
134339A
B-
At the com pletion o f the w ork, rem ove from the building, the prem ises, and surrounding
streets, alleys, etc., all rubbish and debris resulting from work perform ed under this section
and. leave all equipm ent spaces absolutely clean and ready for use,
C.
A t the com pletion o f work, all equipm ent furnished under this section shall be checked far
paint dam age, and any factory-finished paint, that has been dam aged shall he repaired to m atch
the adjacent areas. Any metal cabinet, jacket, or enclosure that has been deform ed shall be
replaced with, new m aterial and repainted to m atch th e adjacent areas.
3JO
TESTING
A.
P rior to substantial com pletion, the control system shall undergo a series o f tests to verity
operation and com pliance w ith this specification. These tests shall occur after the Contractor
has com pleted the installation, started up the system , and perform ed their own perform ance
tests.
B
T he tests described in this section are to be perform ed in addition to the tests that the
C ontractor perform s as a necessary part o f the installation, startup, and debugging process,
C ontrol system testing shall be coordinated w ith the Com m issioning C ontractor and
scheduled with the O w n e r's representative.
C.
The C ontractor shall provide at least tw o m en equipped w ith tw o-w ay com m unication, and
shall test actual field operation o f each control and sensing point for all m odes o f operation
including day. night, sum m er, w inter, occupied, unoccupied, fire/sm oke alarm, and pow er
failure m odes. The purpose is to test the calibration, response, and action o f every point.
Any test equipm ent required to prove th e proper operation shall b e provided by and operated
by the Contractor. T he C om m issioning agent and the O w n er's R epresentative (at their
discretion) m ay observe and review these tests.
1.
T he system softw are shall be com plete such that each control loop shall, function as
specified in the Sequence o f O peration. T his contractor shall be required to furnish the
softw are program and test the operation o f every branch and control loop.
2.
This contractor shall be responsible for ail necessary revisions to the softw are as
required to provide a com plete and w orkable Bystem consistent w ith the letter and intent
o f the specification. Control perform ance criteria is specified in the sequence o f
operations.
D.
A point to point verification shall b e m ade for each input and each output to the system. The
check shall include the operator w orkstation such that the correct point, assignm ent at the
w orkstation is also verified. T he calibration o f all input and output points shall be tested,
docum ented and adjusted as needed.
Xi.
T he operation o f each hardw ired safety and interlock shall be tested. T his testing shall verify
th e correct operation o f the safety or interlock in the hand and autom atic m odes o f operation.
F.
Each alarm shall be tested. T he receipt o f the correct alarm m essage shall b e verified tor each
alarm and device receiving the alarm s. Dial out alarm s shall be verified.
G.
Pow er failure restart and softw are back up during pow er failure shall be tested.
H.
Demand lim iting (w here used): The contractor shall supply trend data output show ing the
action o f the dem and-lim iting algorithm . T he interval selected shall cover a tim e period when
load shed is active. T he data shall docum ent the action on a m inute-by-m inute basis over ar.
least a one-hour period. Included in the trend shall be building KW , dem and lim iting
sctpoinl, and the status o f sheddable equipm ent outputs.
TETRA TECH: 8/12
15905-21
U4339A
I.
Operational logs for each system that indicate all setpoints, operating points, valvc/datuper
positions, mode, and equipment status shall be submitted to the Arch itect/Ki igin eer. These
logs shall cover a 48-hour period and have a sample frequency o f not more than ten iïîiüutes.
The data collection star!' time and sample frequency shall be the same for each point on a
given system. Outdoor air temperature and humidity shall be included whh each log. Digital
points shrill indicate the on condition as 100% and the off condition as 0%. The logs shall be
provided rn graphical format with sufficient resolution to see the ten-minute data intervals.
All points associated with a system including start and status points shall be included on die
same graph. The logs shall also be submitted in text format on disk.
.T.
The contractor shall supply trend data output in a graphical form showing the step response o f
each DDC loop. The test shall show the loop’s response to a change in set point that
represents a change of actuator position o f at least 25 percent of its lull range. The sampling
rate o f the trend shall be .from one second to three minutes depending on the speed of the
loop. The trend data shall show for each sample the selpoint, actuator position, and the
controlled variable values. Any loop that yields unreasonably under or over damped control
values shall require further tuning by the contractor.
K,
The control systems wiJJ not be accepted as meeting the requirements o f Completion until all
tests described in this section have been performed to the satisfaction o f both the Engineer
and Owner and all required documentation has been submitted and successfully reviewed.
Any tests that cannot be performed due to circumstances beyond the control o f the Contractor
may be exempt from the Completion requirements if stated as such in writing by the Ow ner's
representative. Such tests shall then be performed as part of the warranty.
L.
Aller the- system has operated properly for 90 days following startup o f the final component
o f the healing m d air conditioning systems, an as-built copy o f the software shall be
transmitted to the Owner 1er permanent record purposes. Any software upgrading or
enhancements to improve the system operation or as required tor proper operation o f the
system during the first year o f operation is the responsibility of this Subcontractor. Any
changes to the software shall be immediately transmitted to the Owner, and shall be installed
at the jo b site by the Controls Contractor.
3J Î
CONTROL EXECUTION - GENERAL
A.
This Contractor shall provide all required control interlace relays, including control
contactors for single-phase pumps and fans (i/2 hp or less} and any isolation relays required
for interface to three-phase magnetic starter control circuits. All power wiring to single-phase
motors and three-phase starters by Division 16; all control function (interlock) wiring by the
Controls Contractor,
B.
This Contractor shall be responsible for providing control power to all bis controllers and
devices requiring control power including installation o f any required breakers, unless such
wiving is shown on the Division 16 drawings.
C.
Accessibility: Install ali control devices in readily accessible locations as defined by Chapter
1, Article 100, Part A o f the NBC.
D.
Hand-Off-Auto switches at the M CC shall energize equipment in both the 'hand' and 'auto'
mode (when auto is commanded on for auto mode). Safeties shall protect equipment in the
hand and auto modes. Where fans are interlocked with damper end switches, the hand and
auto positions shall open the dampers and the damper end switch shall energize the fan..
THTRATECR: */!?.
15905- 22
134339A
SE C T IO N 17010
IN STR U M EN TA TIO N AND C O N T R O L SYSTEM S
F A R T \ ~ G EN ER A L
1.01
A.
B.
SUM M ARY
Scope:
1.
GENERAL: This section specifies générai requirements applicable to process
instrumentation systems consisting o f process sensors, monitoring and control devices,
and accessories required to provide a complete and fully functional monitoring and
control system.
2.
RESPONSIBILITY: The Contractor shall provide, configure, calibrate, test, and
commission ail Mechanical ami Electrical components o f the jnstramefltation, control,
communications, and network systems suppiied unless specifically noted otherwise
(UNO). The Contractor shall place the completed systems in operation, and making final
adjustments to instruments as required during plant start-up. The Contractor shall
provide the services o f instrument technicians for testing and adjustment activities.
3.
Programming o f PLC/SCÀDA systems, including rise PLC Ladder Logic» HMl, network,
and communications systems programming, will be performed by others, and is excluded
from the contractors scope o f work.
4.
Programming o f vendor suppiied equipment is excluded from the contractor’s scope o f
work,
5.
RELATED REQUIREMENTS: Division 17 is an extension of, and includes all of the
requirements o f Division 16, Electrical. All work performed under Division 17 shall
also comply with the applicable sections o f Division 16 as well as the general provisions
o f Divisions 0 & L
Contract Requirements:
1.
C.
General Conditions, Supplementary Conditions, and Division i apply to Work in this
section.
Definitions:
1.
General: The definitions o f terminology used in these specifications shall be defined in
ISA Standard S51.1, unless otherwise specified.
2.
APPROVED EQUAL: Items that are accepted and approved by the owner, the owners
designated project representative, or the engineer as being functionally equivalent for the
application and acceptable substitutes tor items specified in the contract documents.
3.
Contractor: The general contractor is responsible for overall project construction. The
party with whom the contract is executed.
4.
CS1: Control System integrator. An organization engaged in the business o f detail
design, component purchase, assembly., and implementing process control and industrial
electronic systems. Data Sheets: Data sheets as used m this specification shall refer to
ISA S2G.
5.
Galvanic Isolation: Pertaining to an electrical node having no direct current path to
another electrical node. As used in this specification, galvanic isolation refers to a
device with electrical inputs and/or outputs which are galvamoallv isolated from ground,
the device case, the process fluid, and any separate power supply terminals, but such
TETRA TECH: 8/12
INSTRUMENTATION & CONTROL SYSTEMS
17010-1
134339A
inputs and/or outputs are capable o f being externally grounded w ithout affecting the
characteristics o f the devices or providing path for circulation o f ground currents.
6.
HM I: Hum an M achine Interface.
7.
Integrated Circuit: A num ber o f circuit elem ents inseparably associated or- or within a
continuous body to perform the function o f a circuit,
8.
N A: N ot A pphcabie
9.
Panel: An instrum ent support system w hich m ay he either a flat surface, a partial
enclosure, or a com plete enclosure for instrum ents and other devices used in process
control systems. Panels m ay provide m echanical protection, electrical isolation, and
protection from dust, dirt, and chem ical contam inants which may be present in the
atm osphere. "Panel" shall be understood to include consoles, cabinets, and racks.
10. O.IT: Touch screen O perator Interface Term inal. Used fo r HM Ï as specified.
1 ]. PRO JECT: In reference to a person the term project shall be used to refer to the owner or
representatives o f the ow ner designated by the ow ner. Synonym ous w ith PROJECT
R EPR ESEN TA TIV E,
12.
PA C K A G ED SYSTEM : Integrated equipm ent system s that are specified in other
divisions and sections o f the specifications. These systems include process and
m echanical equipm ent as well as electrical and controls equipm ent that conform:; to die
requirem ents o f Division 16 and 17. These system s may include skid m ounted and loose
items. Some items provided w ith the equipm ent may require installation and connection
by others. Some related items identified as "supplied by others" m ay not be supplied
w ith the system but m ay nonetheless be required for som e o f the functions o f the system.
13. SCA DA: Supervisory' Control and D ata A cquisition.
14.
Signal Types:
division.
a.
The follow ing types o f signals are used in system s specified in this
Low Level Analog: A signal th at has a full output level o f I GO m illivolts or less.
T his group includes therm ocouples and resistance tem perature detectors.
b. ‘ D igital Code: C oded inform ation such as that derived from the output o f an analog
to digital converter or the coded output from a digital com puter or other digital
transm ission term inal. This type includes those cases where direct line driving is
utilised and not those cases w here the signal is m odulated.
c.
Pulse Frequency; C ounting pulses such as those em itted from speed transmitters.
d.
H igh Level Analog: Signais with full output level greater than .100 m illivolts but
less than 30 volts, including 4-20 mA transm ission.
e.
M odulated Signals: Signals em anating from m odem s or low level audio signals.
N orm al signal level is plus 4 dBm to m inus 22 dBm. freq u en cy range is 300 to
] 0,000 hertz.
f
D iscrete Events: Dry contact closures m onitored by solid-state equipm ent, i f the
conductors connecting to dry contacts enter enclosures containing pow er or control
circuits and cannot be isolated from such circuits in accordance w ith NEC Article
725. this signal shall be treated as low voltage co n tro l
g.
Low V oltage Control: C ontact closures m onitored by relays, or control circuits
operating at less than 30 volts and 250 m illiam peres.
TETRA TECH : 8/12
17010-2
134339Â
h.
D.
1.02
A.
High Level Audio Signals: Audio signals exceeding pins 4 dBm, including loud
speaker circuits.
I
Radio Frequency Signais: Continuous wave, alternating current signals with
fundamental frequency greater than 10 kilohertz.
j.
120 VAC control: Contact closures monitored by relays, or control circuits
operating at 120 volts AC.
15.
Solid Stale: Circuitry or components o f a type which convey electrons by means o f solid
material such as silicon or crystals. or which work on magnetic principles such as ferrite
cores. Vacuum tubes, gas tubes, siide wires, stepping motors, or other devices are not
acceptable substitutes for solid-state components or circuitry.
16.
Two-wire Transmitter: A transducer which derives operating power supply from the
signal transmission circuit and therefore requires no separate power supply connections.
As used in this specification, two-wire transmitter refers to a transmitter which produces
a 4 to 2G-miIliampere, current-regulated signal i n a series circuit with a 24-volt direct
current driving potential and a maximum circuit resistance o f 600 ohms.
17.
UNO: Unless specifically Noted Otherwise. Ail general requirements statements shall
apply as stated except where specific exceptions are stated, in which case the genera!
requirement shall be modified by the stated exception..
REFERENCE SECTIONS: Requirements o f the sections listed below apply to and are related
to the work o f this Section. Other Sections, not referenced below, may also apply and be
related to the proper performance o f this work. The Contractor is responsible to perform all
the work required by the Contract.
).
Division 01:
All Sections, as applicable
2.
Section 16010:
General Electrical Requirements
3.
Section 16123:
Control-Voltage Electrical Power Cables
4.
Section 16130:
Raceways and Boxes
5.
Division 17:
Instrumentation and Control, all included sections
QUALITY ASSURANCE
REFERENCED STANDARDS: The latest edition o f the documents listed below are included
it; the Contract where referenced. The most stringent collective interpretation of the
requirements shall govern where conflict or overlap exists between any o f these documents
and the Contract Documents.
1.
American National Standards Institute (ANSI)
2.
Institute o f Electrical and Electronic Engineers (IEEE)
3.
Underwriters’ Laboratories (UE)
4.
The Instrumentation, Systems, and Automation Society (ISA)
5.
API RP550:
Manual on Installation o f Refinery Instruments and Control Systems, Part
1 - Process Instrumentation arid Control Sections 1 Through 13
6.
API RP 5 5 1:
Process M easurement Instrumentation
7.
API RP 552;
Transmission Systems - First Edition
T îïT R A TECH . 8/12
17010-3
334339A
B.
1.03
8.
ANSt'ISA 55.4:
Instrum ent Loop Diagram s
9.
ISA S20; Spécification Form s fot Process M easurem ent and C ontroi Instrum entation,
Prim ary Elem ents. arid C ontrol V alves
10.
ANSI/ISA S5.1 :
11.
ANSI/ISA S5 L I: Process Instrum entation Term inology
12.
IS A S 5.3; G raphic Sym bols for D istributed Control/Shared Display Instrum entation,
Logic, and C om puter systems
13.
ISA R P Î2.2.02;
R ecom m endations for the Preparation. Content, and Organization o f
Intrinsic Safety C ontrol D rawings
*4,
N F P A 7 0 N ational Electric C ode {NEC}, Title 24, Part 3, C alifornia Electrical Code
(CEO)
15.
N F P A 7 9 Electrical Standards for Industrial M achinery
16.
NFPA 820Fire Protection in W astew ater Treatm ent and Collection facilities
17.
ÏBC 1632 International Building C ode
IS.
1/jL 508
Instrumentation symbols arid Identification
industrial Control Equipm ent
Listing:
1.
Ail -materials and equipm ent specified herein shall be w ithin the scope o f Nationally
R ecognized Testing Laboratory (NRTL) exam ination services, be approved by the
N R T L for the purpose for which they are used, and shall bear the appropriate
listing/label
2.
Equipment shall be listed/labeled by an N R TL acceptable to the local authority having
jurisdiction.
3.
W hen a product is not available with a listing/label for the purpose for which it is to
serve, the product m ay be required by the inspection authority to undergo a special
inspection at the m anufacturer’s place o f assem bly o r as a com pleted assem bly in the
Held. A il costs and expenses incurred for such inspections shall be included in the
original contract price.
S U B M IT T A L S
A. GENERAL: Subm it inform ation per D ivision i,
R.
M EDIA: A ll subm ittals shall be provided in hard copy (paper) in accordance w ith Division 1
and electronic form at. E lectronic form at shall be PDF form at on CD that is com patible with
M icrosoft W idow s / A dobe Reader. One CD shall be provided for each hard copy required per
D ivision L
C.
O R G A N IZA TIO N AND FORM AT: Subm ittal organization shall be the same as the
specifications. Provide subm ittals bound w ith section coversbeets and tabbed dividers with
specification section num bers for subm ittal organization. Bill o f m aterials, cut sheets, shop
drawings, schem atics, panel layouts, schedules, etc., shall be cross-refercnced, indexed, or
otherw ise related by unique identifier for each item. The project may reject im properly
organized or notated subm ittals. Provide .pdf file page num bers in table o f contents as well as
bookm ark links to section coversheets in p d f file.
TETRA TECH: 8/12
i 70i 0-4
134339A
D.
R E V IE W S A N D R E S U B M IT T A L S : S u p p liers shall p ro vide re-subm ittals w hich include
re sp o n se s to all su b m ittal rev iew co m m en ts sep arately and at a level o f d etail com m ensurate
w ith ea c h co m m en t. S u p p lier responses shall indicate ho w th e su p plier resolved th e issue
p e rta in in g to each re v ie w c o m m en t R esp o n se s thaï: only indicate th at th e re v iew com m ent
w as n o ted , w ill be looked in to, etc., a re n o t satisfactory. R e-su h m ittals w h ic h do n o t com ply
w ith this req u irem en t m ay he re jecte d and retu rn e d w ith o u t review . C o n tracto r shall be
allow ed n o ex ten sio n s o f an y k in d to any p a rt o f th e ir c o n trac t due to th e rejection o f non
co m p lia n t su b m ittals. S u b m ittal review ' co m m en ts n o t ad d ressed by th e co n tracto r in re
su b m ittals sh a h co n tin u e to ap p ly w h e th e r restated or n o t in su b seq u en t review s until
ad eq u ately addressed b y th e co n tracto r to th e satisfactio n o f th e rev iew in g and ap p roving
authority.
E.
P R O D U C T D A T A ; S u b m it catalo g c u t sh eets fo r all p roducts. Id en tify all cut sheets by
u n iq u e bill o f m a te ria l item, n u m b er, index, or key. N o tate catalo g cuts to in d icate only those
item s, m o d e ls, o p tio n s, o r scries o f eq u ip m en t to be furnished. C ross o u t or otherw ise
o b literate ah ex tran eo u s m a te ria ls and inform ation. C le a rly id en tify all config u ratio n options
fo r th e e q u ip m e n t to be furnished.
F.
B IL L O F M A T E R IA L S : S u b m it bill o f m ate rials in clu d in g all item s, products, and assem blies
sup p lied . D ocum ents sh all be updated fo llo w in g su bm ittal rev iew , factory1 test, and
co m m issio n in g . U pdates shall be provided to th e P ro je ct R ep resen tativ e in a tim e ly m anner.
B ill o f m aterials sh all in c lu d e th e fo llo w in g inform ation:
1.
Item n u m b er, in d ex , o r k e y relatin g to subm itted c u t sheets, draw ings, schedules, etc.
2.
item m an u factu rer’s n am e, m o d el, and part n um bers. S u p p lier unique p a n nu m b ers are
n o t accep tab le.
3.
D escrip tio n
4.
Q u an tity su p p lied
5.
S u p p lier co n ta c t in fo rm atio n
G.
N O T A T E D S P E C IF IC A T IO N S : S ubm it co p ie s o f ali D iv isio n 17 specification sections with
ea c h p arag rap h n o ta te d to in d icate co m p lian ce. A ch eck m ark shall indicate com plete
co m p lian ce. E x p lan atio n s shall be p ro v id ed fo r all n o n -co m p lian t item s in acco rd an ce w ith
D iv isio n I.
H.
N O T A T E D P & II) D R A W IN G S : S u b m it co pies o f all p ro je c t P rocess and Instrum entation
draw in g s w ith each d ra w in g e le m en t notated to in d icate co m pliance. A check m ark shall
in d icate co m p lete co m p lian ce. E x p lan atio n s an d m ark u p s shall be p ro vided for all nouc o m p lia u t item s and in acc o rd a n ce w ith D ivision 1
L
N O T A T E D E L E C T R IC A L A N D IN S T R U M E N T A T IO N D R A W IN G S : In th e ease o f
d e v iatio n s from th e c o n tra c t d o cu m en ts, p a rticu la rly related to th e im pact o f th e configuration
o f su b m itted p ack ag ed e q u ip m e n t su pplied to th e p ro ject, subm it m arked up co p ies o f
a p p lic a b le E lectrical and In stru m en tatio n co n tract draw in g s no tated to identify and explain all
p ro p o se d d e v iatio n s fro m the c o n tra c t d o cum ents. Item s n o t n o ta ted on th e su b m itted m arked
u p co p ies sh all be assu m ed to be 100% co m p lian t w ith th e bid docum ents. T his req u irem en t
ap p lies to electrical o n e lin es, M C C s, M C C co n tro l sch em atics, panel schedules, and control
schem atics. T h is re q u ire m e n t d o es n o t ap p ly to p lan draw in g s and c o n d u it schedsile w hich
shall be m ark ed u p to re fle c t th e as co n structed p ro je ct co n fig u ratio n and subm itted as record
draw ings.
J.
S E IS M IC : S u b m it S eism ic design inform ation. Include a list o f eq uipm ent w eighing 200
p o u n d s o r m ore.
TETRÀ TECH: 8/12
LNSTKUMENTATION & CONTROL SYSTEMS
S7010-5
Î34339A
K.
0&.M: Subm it operation and m aintenance inform ation as specified in any D ivision 17
specification section. 0& .M m anuals shall include product data for aï] m aterials and items
supplied in com pliance with the subm ittal requirem ents o f this section.
L.
DJV 17; Subm it inform ation as required by all D ivision 17 specification sections.
M . CSfcThc OS! w in be engaged under separate contract with the Owner. C ontractor shaii not be
responsible for w ork carried out by the CSÏ.
N.
DRA W IN G S; Subm it ail draw ings described in this and other Division 17 sections including
elem entary, loop, schem atic, fabrication, installation, field wiring, panel layout and assembly,
etc., drawings. D raw ings shall be updated following subm ittal review, factory test, and
com m issioning. U pdates shall be provided to the Project R epresentative in a tim ely manner.
Cross reference draw ing elem ents w ith B O M and catalog cut sheet unique references.
D raw ings shall use project tag form ats and num bers. Unique and separate drawings shall be
provided for each item supplied including but not limited to all panels and ail M C C units.
Typical draw ings that apply to m ultiple panels o r m ultiple M CC m otor control units are not
acceptable. Individual VO schem atics diagram s are to be provided for each I/O slot based on
the typicals in the design and the PLC I/O List. Individual m otor starter schem atics are to be
provided for each starter unit including FV N R , VFD and breaker units as well as spare or
space units.
O.
PA C K A G ED EQ U IPM EN T; All packaged equipm ent suppliers shall provide subm ittals in
com pliance with D ivision 17. This shall include packaged equipm ent purchased under the
contract as w ell as any pre purchased packaged equipm ent assigned to the contractor.
P.
C O M PO N EN T DRAW INGS: D im ensional, installation, and wiring diagram s and drawings
for all supplied com ponents.
Q,
TESTIN G A N D C A LIB R A TIO N : Test plans, calibration forms, test forms, test results, and
test reports required by any D ivision 17 specification section. Per Section 17804,
R,
SPA RE PARTS: Spare parte lists
?M
A.
S E R V IC E R E Q U IR E M E N T S
E3W3ÏRONMENTAL CO N D ITIO N S: A ll equipm ent shall be suitable for operation in the
follow ing am bient conditions. M odify equipm ent i f necessary as required to function in the
specified environm ent,
1.
Atm ospheric contam inants:
Hydrogen sulfide
Chlorine
A m m onia
D ust
2.
) 0 volts/m
Control Room s:
60 to 95 degrees f
20 to 80 percent
Tem perature
Hum idity
A.
0.5 mg/'L
50,0 ug/m 3
Electrom agnetic radiation :
27/500 M H z
3,
0.1 m g/L
O utdoor F ield Locations;
Tem perature
H um idity
TBTRA TEC H : 8/12
-10 to 120 degrees F
10 to 100 percent
Î7010-6
134339A
!M
A.
DESCRIPTION OF SYSTEM
General;
1.
SY STEM SCOPE: The instrum entation and control system shall include the instruments,
control devices, program m able controllers, input arid output devices, sensors, interfacing
devices., com m unications devices, cabinets, enclosures, and other com ponents, as
required to im plem ent the functional requirem ents o f the Contract.
2.
D ESIG N A N D A SSEM BLY ; The instrum entation and control system shall be designed
by the CSX to be an integrated system com posed com pletely o f com ponents that are
specifically designed and intended to be used for and in conjunction with the control and
operation o f m otor-driven pum ps and process equipm ent. The control system shall be
designed and assem bled by the C S i to provide:
3.
a.
C ontrol o f m otor driven pum ps, equipm ent, and processes
b.
M onitoring o f operation o f m otor driven pum ps, equipm ent, and processes
c.
Indication o f operating status o f m otor driven pum ps, equipm ent, and processes
d.
The capabilities indicated and im plied by C ontract documents.
e.
R eliable com m unications with the plant SCADÀ system.
C ontractor shall be responsible for proper function o f the electrical and m echanical
com ponents o f the instrum entation and control system, as outlined in the Functional
Specification, Section 17810. Electrical and m echanical functionality specifically
excludes all P L C /H M i program m ed functions o f the instrum entation and control
system , and includes all electrical and m echanical functionality of:
a. C ontrol Panel electronics and devices,
h. Field instrum ents and devices
c. L ocal control stations used tor A uto/M anual control o f PCTF systems and devices
d. Electrical and netw ork wiring
e. V endor supplied system s and devices, excluding the program m ing o f those
system s and devices. T he program m ed functions o f vendor supplied systems
shall be the responsibility o f the CSI, w ho w ill be engaged by the O w ner under
separate contract.
4.
5.
B.
C ontractor shall work w ith the CSI, and shall inform the CSI o f deficiencies in the
C Sl-designed instrum entation and control system . C ontractor and shall recom m end
solutions to the C SI so that the electrical and m echanical functional requirem ents o f
the system can be achieved. A uthority for resolution o f deficiencies in the electrical
and m echanical control system design shall ultim ately reside with the CSI.
C U STO M PART'S; System com ponents shaii be co m m ercial off-the-shelf (COS)
com ponents. Custom designed or m anufactured com ponents shall require Project
R epresentatives approval.
Functional R equirem ents:
1.
B ID DOCUaMENTS: A s defined in. D ivision 17 specifications and the contract drawings.
2.
M A N U A L FU N C TIO N S: The system shall readily enable m anual operation o f any and
all equipm ent functions. M anual equipm ent operation shall not be reliant on any
program m able electronic devices or equipm ent.
TETRA TECH: 8/12
17010-7
134339A
3.
FA U LT TOLERAN CE: The system shall be im m une to single point failures to the
m axim um extent practical.
4.
LOCATION OF FUNCTIONS: T he system shall include manual» autom atic,
program m ed, and hardw ired functions. T he devices that provide these functions shall be
located at field m ourned control stations, packaged system local control panels, m otor
control equipm ent, process area controi panels, and plant SCADÀ equipm ent
reselected hqiiipm ent:
FUNCTIONAL. R EQ U IR EM EN TS: Preselected equipm ent purchased outside o f the
contract by KFP shall be governed by the RFP m â equipm ent procurem ent contract. The
com ponents, configuration, functions, and features o f preselected systems and equipm ent
shall be as negotiated during the selection process and as approved by the project upon
vendor selection. T he selected vendors wili prepare and subm it system drawings and
docum ents as required by the RTF w hich shall include but not he lim ited to the
nm :
D.
a.
Process and Instrum entation draw ings and detailed control strategy for the system.
b.
D etailed control panel shop drawings, loop drawings, com m unications drawings,
field w iring draw ings, etc.
c.
System layout plan drawings and elevations show ing the location o f all Division 16
and 17 com ponents
d.
A list o f all D ivision 16 and 1? items supplied by the vendor th at requite
installation or connection by the contractor.
e.
A list o f item s required b y the .system that are scheduled to be provided by others.
f.
T he preselected system shall be assigned to the contractor for installation and
m echanical and electrical integration during the execution o f the contractor's
contract. The system supplier shall, provide a full, detailed, and com plete snbm ittal
concurrent with the contract subm ittal phase.
g.
T he integration o f preselected system program m ing w ith the PCTF PLC/SCADÀ
system shall be assigned to th e CSL
H ierarchical M onitoring A nd Controi System Architecture:
L
P lant system s have been designed to include operator interfaces for all system functions.
A ll system s have bee?) designed to be m anually operable via discrete devices and via
program m ed H um an M achine Interface devices. Systems have been designed to be
m onitored and controlled m a hierarchical m anner. Basic functions have been designed
to be provided at field stations, local panels, and M C C ’s by discrete panel switches,
indicator lights, and displays. T he overall plant w ide SC ADA system has been designed
to provide m onitoring and control o f all system s and equipm ent at the plant, Ail
program m able devices and system s have been designed to, and shall com m unicate over a
TCP/1? plant Ethernet netw ork. The CS.Ï, the Contractor, and packaged equipm ent
suppliers shall ensure that ail. com ponents o f supplied plant systems fully and seam lessly
integrate into this system architecture.
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INSTRUMENTATION & CONTROI. SYSTEMS
17010-8
134339A
1.06
A,
CONTRACTOR AND SU B C O N TR A C TO R SC O PES O F W O R K
GC Responsibility:
1.
All programmed functions o f the PLC/SCADA instrumentation and industrial electronic
shall be provided under the supervision of a single Control System Integrator, contracted
directly by Owner, who is regularly engaged in the design, configuration, and installation
of similar systems of equal or greater scope and complexity. The Control System
Integrator shall NOT be enjoined by the Contractor as a Subcontractor. Programming of
the PLC and the SCADÀ system will be performed by others, but the associated
hardware will be supplied by Contractor. Contractor shall be responsible for ensuring
operability o f alt equipment in the instrument and control system ineluding network
systems, field equipment, panels, work stations, server racks, control panels, and
instruments . Programmed functionality o f all equipment in the instrument and control
system shall be the responsibility o f the CSJ. The Contractor shall work with CS1,
equipment vendors, and any third party PLC/SCADA programmer to test, commission
and start up the automated and programmed functions o f the plant.
2.
ITEMIZED RESPONSIBILITIES: The Contractor shall be responsible for the following
equipment and services:
a.
Detailed Design o f Control Panels: The drawings depict the functional and
operational requirements o f the control system and are at times diagrammatic. The
Contractor shall provide detailed, scaled design o f all components on and in control
panels and determine specific physical, thermal, and electrical requirements.
b.
Detailed Design o f Control Circuitry: The drawings depict the functional and
operational requirements of the control system and are at rimes diagrammatic. The
Contractor shall be responsible for the final selection o f all control system
components, except for components specified as “no equal”, and all detailed circuit
design and component interconnection required to meet the general and functional
requirements indicated in or implied by the Drawings and Specifications. Where
components are specified as "no equal”, the Contractor shall provide all detailed
design, including specification o f miscellaneous or interfacing components
required to integrate the specified component into the Contractor's control system
design. It is the responsibility o f the Contractor to ensure that all devices selected,
and the proposed interconnection o f those devices, perform as intended to provide
a complete and operable system meeting the requirements of the anticipated
environment and area classifications. The Contractor shall define all requirements
for all interfacing components and shall supply all appurtenances, accessories, and
all such devices which may be required for proper functioning and interfacing of
components as pail o f the control system. An example o f such appurtenances
would be interposing relays or analog isolators. All such aforementioned
necessary ancillary components not specifically indicated in the Contract
Documents shall be considered incidental to the contract and shall be required just
as if they had been specifically indicated.
c.
INTERCONNECTING WIRING; The design o f all interconnecting wiring of
control equipment, including remote control panels, packaged equipment panels,
mechanical equipment with control components, ctc. Provide PLC I/O schematics
for each PLC slot and M otor Starter schematics for each starter unit in the MCCs
showing all the external and internal wiring.
TETRÀTECH: 8/12
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I34339A
B.
d.
M O TO R CONTROL. CENTERS: Supplying the M otor Control Equipm ent and/or
M otor Control C enters (M CCs) in accordance w ith Division \6.
e,
EQ U IPM EN T TESTING: Testing o f the M otor C ontrol Equipm ent in the C SPs
shop. Testing o f control panels in the C ontractor’s shop mute; sim ulated operating
conditions. Per Section 17804.
t\
IN TEG R A TIO N TESTING: Integration testing o f all system and related
com ponents sim ultaneously in th e C ontractors facility. This testing shall include
all panels, instrum ents, process switcher?, test fixtures* M CCs, m otor controllers.,
available equipm ent packages, com m unications and netw orking equipm ent.
SCA DA system hardw are. PLC system hardw are, etc. Per Section 17804
e.
C A LIB R A TIO N : Calibration o f ail field instrum ents UNO, Per Section 17804.
h.
COMMUNICATIONS AND NETW O RK S: Set up, configure, test, and verify all
com m unications equipm ent, channels, and networks including new and reused
telephone circuits.
f.
STARTUP A N D TESTING: System start üp, com m issioning, electrical and
m echanical testing, arid functional testing o f system s that are not program m ed
follow ing installation. P er Section 17804. C ontractor shall provide electrical and
m echanical support to the C SI during the C SI functional testing o f system s that are
program m ed.
j.
IN STRU M EN TS: Provide aii instrum ents specified unless specifically noted
otherw ise. Some instrum ents shall be provided by packaged equipm ent vendors,
'fire Contractor shall not be responsible for program integration o f vendor provided
instrum ents and equipm ent.
k.
CO N FIG U RA TIO N C onfigure all supplied devices, and equipm ent unless
specifically noted otherw ise. A ll com puters are to be configured for application
program m ing by others. C onfiguration and program m ing o f devices and equipm ent
supplied as a p art o f packaged system s shall be provided by the vendor o f each
packaged system , P er Section 17802
i.
EQ U IPM EN T SU B M ITTA L REVIEW : R eview all equipm ent and packaged
system subm ittals which include Division. 17 items. N otify the CSI o f any and all
needed m o d ific a tio n to subm itted equipm ent, package system scope o f services or
supply, or C SI program m ing required to accom m odate and integrate submitted
equipm ent into the C ontractor's work. Specifically note how subm ittals which
include variances from the contract docum ents will im pact C SI provided programs
if accepted by th e contractor.
intent O f D raw ings And Specifications:
1.
G ENERAL: Due to th e fact that the contract docum ents cannot dictate th e use o f specific
brands or .models o f com ponents and equipm ent unless there is a com pelling reason to do
so, the control system draw ings are intended to prim arily convey detailed functional and
operational requirem ents o f the control system rather than specific com ponent selection,
assem bly, and interconnection inform ation. The substantial interconnection information
provided in the C ontract D raw ings is general in nature and is provided for the purpose o f
indicating the general scope o f w ork and the aforem entioned functional and operational
requirem ents, and shall not be construed to represent detailed shop draw ings or parts
thereof.
TETRA TECH: 8/12
17010-i 0
154339A
2.
A N C ILLA RY CO M PO N EN TS REQUIRED: C om ponents not explicitly indicated in the
C ontract D ocum ents but none-the-Jess im plied, required for the environm ent or area
classification indicated, or required for the proper functioning o f the system as indicated
shall be considered required ju s t as though they had been explicitly indicated. The
aforem entioned com ponents shall be considered incidental to the Contract and shall not
constitute a basis for claim by the B idder for additional com pensation or tim e allowed to
com plète the W ork.
3,
C O N FLIC TS IN DOCUM ENTS'. In any case o f conflicting statem ents or requirem ents
sn th e contract draw ings and specifications, the most dem anding statem ent or
com bination o f statem ents shall govern. A ll stated requirem ents shall be m et or
exceeded.
Control System In te g ra to rs R esponsibilities:
1.
SOLE RESPONSIBILITY': in accordance with À and 8 above, the Control System
Integrator (CSX) shall be- solely and com pletely responsible for the detailed design.,, and
com m issioning o f the program m ed functions of th e control system w ith the exception o f
control equipm ent provided as a part o f packaged equipm ent system s or otherw ise noted
as exceptions.
2.
D ESIG N A N D PERFO R M A N C E: T he control system hardw are and assem blies shall be
designed by the Contractor to provide the control capabilities and functions indicated in
and im plied by the draw ings and these specifications and to provide trouble-free
operation w ith a m inim um o f m aintenance.
3.
C O O R D IN A TIO N A N D IN TEG R A TIO N : The CS1 shall be directly responsible for the
coordination and integration o f the control system with m otor controls, packaged
equipm ent controls, and other related equipm ent. The C SÏ shall be responsible to obtain
subm ittal inform ation on equipm ent specified or provided by the C ontractor or other
suppliers or disciplines and to program m atically integrate all the equipm ent into the
control system to form a com plete working system as outlined by the Contract
Docum ents.
4.
PR O A C TIV E CO M M U N ICA TIO N : T he CS1 shall com m unicate directly with the
C ontractor, m an u fa ctu rers) and supplier*» o f all related equipm ent to determ ine ail
details o f the equipm ent that m ay influence or affect the program m ed functions o f the
control system . The CST shall determ ine all requirem ents for and shall cause integration
o f th e control system into a unified operating system . All correspondence shall include
C arbon C opying (ec:) the G eneral Contractor.
5.
ITEM IZED R ESPO N SIB ILITIES: The CSX shall be responsible for the following
equipm ent and services:
a.
IN TEG R A TIO N TESTING : Integration testing o f all program med systems and
related com ponents sim ultaneously in the C ST s facility. This testing shall include
all panels, instrum ents, process switches, test fixtures, M CCs, m otor controllers,
available- equipm ent packages, com m unications and netw orking equipm ent,
SC ADA system softw are (LrNO), PLC system softw are (UNO), etc. Per Section
17804.
b.
C O O R D IN A TIO N W ITH C O N TR A C TO R : The C SÏ shall supply the Contractor
with ail necessary detailed written instructions for installation o f all control
com ponents and sensing devices as required for proper system operation.
TECH: 8/12
17010-11
134339A
D.
1,07
A-
c.
CALIBRATION : PLC /SC A D A system calibration o f all field instrum ents UNO.
Per Section 17804.
d.
CO M M U N ICA TIO N S A N D NETW ORK'S: Set up, configure, test, and verify o f
ail program m ed com m unications equipm ent, channels, and netw orks including
new and reused telephone circuits.
s.
STARTUP A N D TESTING ; System start up. com m issioning, and functional
testing o f all program m ed system s follow ing installation- Per Section 17804.
f.
INSTRUM ENT'S: The C SI shall integrate vendor provided instrum ents and
equipm ent into the PLC/SCADA system.
g,
CO N FIG U RA TIO N C onfigure all supplied devices, and equipm ent into the
PLC/SC A D A softw are unless specifically noted otherwise. All com puters are to be
configured fo r application program m ing b y the CSI. Configuration and
program m ing o f devices and equipm ent supplied as a part o f packaged systems
shall be provided by the vendor o f each packaged system . Per Section 17802
ii.
A PPLIC A TIO N SO FTW A R E D EV ELO PM EN T: Per Section 17802.
i.
EQ U IPM EN T SU B M ITTA L R EV IEW : R eview all equipm ent and packaged
system subm ittals w hich include D ivision 17 items. N otify the Contractor o f any
and ail needed m odifications to subm itted equipm ent, package system scope o f
services or supply, or C SI supplied program m ing required to accom m odate and
integrate subm itted equipm ent into th e C ontractors w ork. Specifically note how
subm ittals w hich include variances from the contract docum ents will im pact
C ontractor provided control panels and M CC's if accepted by the Contractor.
G eneral A nd Electrical C ontractor’s R esponsibility; The General and Electrical Contractor
shall be responsible for the follow ing equipment, and services:
1.
CSI SU B M ITTA L REV IEW : Review o f the CSS's subm ittals and w iring diagram s for
coordination w ith space requirements;, racew ay requirem ents o f field wiring, etc.
2.
EQ U IPM EN T SUBM ITTALS: Supply th e CSI w ith inform ation subm ittals on all
equipm ent w hich im pacts or connects to the control system , w hich the Integrator m ust
incorporate into their PLC /SC A D A program s and integrate into the project. This
includes item s such as pumps., motors, packaged control panels, other equipm ent, valve
actuators, etc.
3.
IN STALLATION :
a.
Installation o f control panels provided by the Contarctor.
b.
Installation o f M otor C ontrol Equipm ent (M C C ) provided by the Contractor.
c.
Installation o f interconnecting w iring in accordance with the contract docum ents
and the C ontractor's w iring diagram s.
d.
Installation o f Instrum entation and Control System com ponents in accordance with
the contract docum ents and instructions o f the Contractor.
SHOP BRA WINGS
G ENERAL: The Contractor, suppliers o f packaged control system s, and suppliers o f M CCs
shall develop all shop draw ings required for design, fabrication, assem bly, installation,
operation, and m aintenance o f the supplied control system com ponents. Drawings shall be
prepared utilizing a com puter aided drafting program , CAD shop drawings shall be updated
TETRA TECH: 8/12
17010 - 1?.
134339A
and provided to the Project Representative prior to factory testing, prior to system installation,
and with the O& M m anuals. All drawings shall be supplied in hardcopy and electronic file
formats per paragraph 1.3.B o f this section.
1.
D IA G R A M S: SubrrsH detailed interconnection diagram s, w iring diagram s, elem entary
diagrams., com m unications diagram s, and loop diagram s with all electrical and electronic
com ponents clearly identified by project tag num ber consistent with the contract
draw ings and schedules. D iagram s for each circuit or elem ent shall be separate and
unique. Typical diagram s are not allowed, Diagram s shall carry a date and b rief
description o f the revisions. D iagram s shall carry- a uniform and coordinated set o f wire
and term inal block num bers in com pliance with pane! work w iring, Section i 7 i 10.
2.
PA N EL LAYOUTS: Subm it detailed construction draw ings for panel layouts arid
equipm ent enclosures with dim ensions in inches. Show both exterior and interior views,
3.
W IRE AND TR NUM BERS: W iring and loop diagram s shall carry a uniform and
coordinated set o f w ire num bers and termina] block num bers in com pliance with
D ivision 16 and Section 17) 10 and with the num bering schemes shown on the contract
draw ings.
4.
UNIQUE DRAW INGS: Each control circuit, control loop, control panel layout design,
m otor control schem atic, etc., shall be presented on a unique drawing. Control circuits,
loop diagram s, and panel layouts referenced to typical diagrams arc not acceptable.
5.
SY M BO LS: D raw ing symbol form at shall com ply with INTFPA 79, ISA 5.1, ISA 5.3 and
w here appropriate, ISA R ? i 2.2.02,
6.
R E C O R D DRA W IN G S: Provide record drawings per Division J ,
7.
FO R M A T: Drawings shall be prepared utilizing a com puter based drafting program and
shall be form atted as follows:
a.
SIZE: H ardcopy plots shall be 1 i-in ch by 17-inch (half-size).
b.
TEX T: M inim um Text size: 0.125 inch for 22 x 34 inch drawings, 0.063 inch for
1 1 x 1 7 inch drawings,
e.
BORDERS: D raw ings shaii have borders and title blocks identifying, the Contract,
facility, system , revisions to the drawing., and type o f drawing.
d.
R EV ISIO N S: Each release o f a draw ing shall carry a revision num ber, date, and a
b rief description o f the changes. Ail changes associated w ith a given release shall
be indicated on the draw ing by a revision flag. Changes on the latest revision shall
be indicated by clouding.
e.
S,
B,
C AD: D rafting software shall be AutoCAD 2008 or latter. Bind aH x-refs.
FIELD E Q U IPM EN T TER M IN A LS: A ll schem atics, diagram s, and drawings showing
connections to field equipm ent shall provide correct term inal block num bers for the
connections at the field equipm ent. This includes packaged system control panels.
M C C s, stand-alone m otor controls, valve actuators, instrum ents, switches, etc. The
contractor, subcontractors, and suppliers shall coordinate as needed to accom plish this.
ELEM EN TA R Y AND L O O P DIA GRAM S: Provide elem entary diagram s for ail discrete
loops. Loop diagram s shall be prepared in com pliance with ISA S5.4 and shall be provided
for all analog loops. Elem entary diagram s and loop diagram s shall show circuits and devices
o f a system . These diagram s shall be arranged to em phasize device elem ents and their
TETRA TECH: 8/12
17010-13
134339A
functions as an aid to understanding the opération o f a system and m aintaining or
troubleshooting that system.
1.
Provide com plete elem entary diagram s for equipm ent control.
2.
Com ply with N FPA 79.
3.
Show w ire num bers, color codes, signal polarities, and term inal block num bers. Tables
for w ire num bers, signal polarity, and term inal block num bers are not acceptable.
C.
SCH EM ATIC D IA G R A M S: Provide schem atic draw ings showing all control panel
com ponents, the interconnection o f all control panel com ponents, all field devices, and the
connection o f all field devices to control panels. Schem atic diagram s shall also show all
com m unications com ponents, their interconnection, arid their interface with other control
panel com ponents. Provide wire and term inal block num bers in com pliance w ith panel work
w iring, Section 17 H 0 .
D.
PA NEL FA B R IC A TIO N A N D A R R ANGEM EN TS DRA W IN G S:
Provide arrangem ent
draw ings o f all panel front and internal-m ounted instrum ents, switches, devices, and
equipm ent indicated. All panel m ounting details shall be shown. Outer dim ensions o f ail
panels shall be included on the drawing. D eviations from approved arrangem ents shall require
P roject Representatives approval prior to installation. A rrangem ent drawings shall be draw n to
scale using star]dard A rchitectural or Engineering scales.
E.
R ecord Draw ings:
F.
1.
Also referred to as as-built drawings.
2.
SHOP DRA W IN G S: All subm itted draw ings shall be updated over the course o f the
construction project to reflect the installations and equipm ent as-built. A lull set o f
record draw ings shall be provided to the Project R epresentative upon com pletion o f the
project and shall be included in the O & M m anuals. R ecord draw ing requirem ents shall
be die sam e as subm ittal draw ing requirem ents.
3.
C O N TR A C T DRA W IN G S: The contractor shall m aintain a set o f record pian and P&ID
m arkup draw ings on site during construction. The contractor shall m ark up the record
draw ing set to indicate any and ail deviations o f the installed system s from the contract
documents;. T he m arked-up draw ings shall be provided to the project representative at
project close out.
W iring D iagram s:
3.
Panels: com ply w ith NFPA79.
2.
Show com ponents o f a control panel in an arrangem ent sim ilar to the actual layout o f the
panel.
.3.
Show internal w iring betw een devices within the panel.
4.
Show all term inal blocks w hether used for internal, or field w iring. Those used for field
w iring shall be cleariy identified as such.
5.
W iring diagram s shall indicate insulation color code, signal polarities, wire num bers, and
term inal block num bers.
G. Interconnection D iagram s:
:.
Submit com plete interconnection diagram s for field wiring.
2.
Show each panel and field devices.
TETRA TECH; 8/12
17010-14
134339A
II.
LOS
3.
Show wire numbers, cable numbers. panel numbers, and field device tag numbcrs-
4.
Comply with NFPA79.
Certifications:
1.
Temperature; Provide test data certified by die manufacturer to demonstrate that field
electronic devices are suitable for the specified ambient temperatures.
2.
Corrosion: Provide test data showing design features o f the electronic equipment
provided to protect against damage by the specified atmospheric contaminants and
specific evidence that similarly protected electronic equipment has operated in similar
environments for a period o f not less than five years without failure due to corrosion.
SEISM IC DESIGN
A.
Procedure and submittals: per Section 160 iO.
B.
Structures and equipment shall be braced to prevent damage from specified forces.
C.
Equipment shall not be required to function properly during periods of seismic disturbance,
but shall be capable o f manual restart without repair or modification following a disturbance.
1.10
PR E C E D E N C E O F REQ U IR EM EN TS
The Contractor, Sub Contractors and equipment suppliers shall comply with all requirements
specified in the contract documents, individually and in combination, hi the case o f redundant,
overlapping, or conflicting requirements, the most stringent and demanding interpretation of
the requirements statements collectively shall govern unless specifically clarified by the
project. The Contractor and equipment suppliers shall request needed clarification of
requirements during bid, otherwise the project's interpretation shall govern. The System
Supplier shall diligently scrutinize all parts of ail bid documents prior to bid.
F A R T 2 - PRO D U CTS
2 .0 1
A C C EPTA B LE M A N U FA CTU RERS
PRODUCTS: All products provided by the Contractor shall be manufactured to comply with
the listing requirements identified in Part 1 and other requirements as indicated in the
Contract. System components shall be commercial, off-the-shelf components to the maximum
extent possible. Custom designed or manufactured components shall require Project
Representative1s approval.
2.02
M A TER IA LS
A.
GENERAL: Material shall be new. free from defects, and o f the quality specified. All
equipment and materials utilized in the system shall be the products of Manufacturers with at
least five (5) years of experience in the manufacture of similar equipment. Similar items in
the system shall be the products o f the same Manufacturer. All equipment shall be of
industrial grade and of standard construction, shall be capable of long, reliable, trouble-free
service, and shall be specifically intended for control and monitoring o f operation o f motordriven pumps and process equipment. Ail equipment shall be of modular design to facilitate
interchaugeahility o f parts and to assure ease of servicing.
B.
ELECTRONIC COMPONENTS: Unless otherwise specified, electronic equipment shall be of
solid-state construction. Components o f standard electronic assemblies shall not be replaced
with components o f different characteristics in order to meet the performance requirements of
the specification. Pails shall be as shown in the instruction manuals and shall be replaceable
TETRA TECH: 8/1?.
17010*15
B<43.39A
w ith stan d ard com m ercial c o m p o n en ts o f th e sam e descrip tio n w ithout deg rad in g the
p erfo rm an ce o f die co m p leted assem bly.
2.03
IN S T R U M E N T S
A p p lic a tio n req u irem en ts are sp ecified in th e individual specification sections, an d /o r on th e
d raw in g s. T h e m ajo r in strum ents req u ire d io im plem ent th e p ro cess in strum entation and
c o n tro l sy stem s are id en tified on th e P & fD s. Instru m en ts identified shall be su pplied w ith th e
e x cep tio n o f th o se id en tified w ith in th e lim it o f supply o f v e n d o r eq u ip m en t. Instrum ents
w ith in v en d o r b o u n d aries w ill be su p p lied b y e q u ip m en t suppliers. A ll in stru m en t functions
specified o n the P& JD s a n d c o n tra c t d ra w in g s h av e D iv isio n 17 spécification referen ces and
shall be p ro v id ed b y the C o n tracto r. A n y additional instrum ents or d ev ices required to
co m p le te th e in stru m en t loops b eca u se o f unique characteristics o f th e particu lar eq uipm ent
selected b y the- C o n tracto r (su c h as iso la tio n I/Is) shall be provided.
Such additional
in stru m en ts shall be c o n sid e re d in cid en tal to th e c o n tract and shall b e p ro v id ed and included
in th e o rig in a l co n tract p rice ev en w hen n o t specified in the co ntract draw ings.
2 .04
A.
SPA RE FA RTS
In ad d itio n to sp are p arts m e n tio n ed e lse w h e re in D iv isio n 16 & 17 specification sections, the
C o n tra c to r shall su p p ly th e fo llo w in g sp are p arts fo r use by th e D istrict:
1.
Q ty 1 R e la y o f each ty p e used o r 10% , w h ich ev er is the greater am ount
2.
Q ty 10 lam ps o f each ty p e u se d o r 100% . w h ich ev er is th e g reater am ount.
3.
Q ty 2 0 0 % spare fuses, tw o spare fu ses fo r each type e f f u s e supplied m inim um
F A R T 3 - E X E C U T IO N
3.03
D E S IG N A N D A S S E M B L Y
A.
G E N E R A L : W ith the ex ception o f any p a ck ag ed eq u ip m en t control system s, th e supplied
co n tro l sy stem s sh all b e d e sig n e d by th e C o n tra c to r p e r paragraph 1.06. T h e supplied control
sy stem shall be co m p letely asse m b led in th e shop o f an d by th e C o ntractor. A ll com ponents
a n d e q u ip m e n t shall be p rew ired to th e m a x im u m e x te n t possible.
B.
E L E C T R IC AX. A N D M E C H A N IC A L IN T E G R A T IO N : T h e C o n tracto r shall d eterm in e all
re q u ire m e n ts fo r and shall c a u se electrical, m echanical an d netw o rk in teg ratio n o f th e supplied
co n tro l sy stem s, M C C s, arid a n y su p plied p ack ag ed eq u ip m en t control system s into a
c o m p le te an d u n ifie d system . T h e C o n tra c to r shall be resp o n sib le for th e electrical and
m e c h a n ic al co o rd in atio n and in teg ratio n o f th e su pplied control system w ith m o to r controls
and o th e r related eq u ip m en t.
C.
P R O G R A M IN T E G R A T IO N : T h e C S I shall d eterm in e all req u irem en ts fo r and shall caisse
p ro g ra m m e d in teg ratio n o f th e su p p lied co n tro l system s, M C C s, an d any su p plied packaged
e q u ip m e n t co n tro l sy stem s in to a co m p le te and unified system . T h e C SI sh all be responsible
fo r th e p ro g ra m m a b le c o o rd in a tio n an d integration o f th e supplied control system w ith m otor
co n tro ls a n d o th e r re la te d equipm ent.
D.
R E V IE W O F S U B M IT T A L S : T h e C o n tra c to r shall be directly resp o n sib le to obtain subm ittal
in fo rm atio n on related e q u ip m e n t su p p lied by others and to integrate this inform ation as
re q u ire d w ith the o v e ra ll co n trol system to form a com plete w orking package.
E.
C O O R D IN A T IO N : T h e C o n trac to r shall co m m u n icate d irectly w ith th e M a n u fa c tu re rs ) and
S u p p lie r s ) o f all related eq u ip m en t to determ ine all d eta ils o f th e eq u ip m en t th a t m ay
In ilu e n c e o r a ffe c t th e su p p lied c o n tro l sy stem com ponents. The C o n tracto r sh all w o rk w ith
th e C SI to m ak e any an d all ad ju stm e n ts or rev isio n s required to integ rate th e subm itted
TETRA TECH: 8/12
17010*16
LM339A
equipm ent into the jo b at no additional expense to the ow ner and w ith no extension o f the
schedule.
3.02
A.
D E L IV E R Y , S T O R A G E , AND H A N D L IN G
Shipping:
1,
Anchor, brace, snd protect equipm ent during shipping handling.
?..
No interna! w iring shall be disconnected for transportation.
B.
Delivery Inspection: N otify the Project R epresentative and provide access for inspection upon
arrival o f any m aterial or equipm ent to be incorporated into the work. R em ove protective
covers w hen required.
C.
Supplied C ontrol Panels:
3.03
A.
B,
1.
C om pletely w ired and tested in th e factory prior to being shipped to the jo b site.
2.
Shipped as a single unit to jo b site after testing is complete.
3.
No internal w iring shall be disconnected for transportation.
IN S T A L L A T IO N
General:
1.
IN STA LLA TIO N B Y C O N TR A C TO R : T he control system and associated instruments
and connections shall be installed b y th e contractor.
2.
IN STA LLA TIO N IN STR U C TIO N S: T he control system shall be installed in accordance
w ith the installation drawings and instructions provided by the CSI. packaged system
suppliers, and other equipm ent suppliers.
3.
SUPERV ISION: T he C ontractor's instrum entation and controls project engineer shall
supervise and coordinate all activities related to the installation o f Division 17
requirem ents.
4.
EX PER TISE OF INSTALLER: Installation shall be perform ed by the w orkers who are
skilled and experienced in the installation o f electrical instrum entation and control
system s. Installation shall include all elem ents and com ponents o f the control systems
and all conduit and interconnecting w iring between ail elements, com ponents, sensors,
valve operators, etc.
5.
LOCATION: Equipm ent shall be located so (hat it is readily accessible for operation and
m aintenance.
6.
IN STR U M EN T TECH N ICIA N : T he C ontractor shall provide the services o f skilled
instrum ent technicians for testing, calibration, and adjustm ent activities per 17804.
Signal C onnection And Transm ission:
1.
U nless otherw ise specified, analog signal transm ission between electric or electronic
instrum ents not located within a com m on panel shall be 4 to 20 rm lliam peres and shall
have a loop com pliance o f at least 500 ohms.
2.
T w o-w ire loop transm itters shall operate at 24 VDC.
3.
Unless otherw ise shown, m illiam pere signals from the field shall be converted to 1 to 5
V D C signals at the field term inal block o f each pane.:. Conversion error shall not exceed
0,1%. A ii instrum ents w ithin a panel shall be parallel wired w ith 1-5 VDC signals.
TET BA TECH: 8/12
1701047
134339A
4.
Loops shall be grounded at the field termina] block by bonding to the instrument panel
signal ground bus. Separate grounded conductors shall be provided for each loop. Daisy
chaining o f grounded conductors from one loop to another is not allowed.
5.
Provide isolating amplifiers for üeid equipment possessing a grounded input or output,
or having a com m on mode voltage other than system ground.
6.
Convert high frequency (greater than 50 Hz) puise rate signals from -field transmitters to
analog 1- 5 VDC signals at the panel.
7.
Convert platinum resistance temperature detector (RTD) outputs to 4-20 milliampere
signals at the R ID , or where shown on the Drawings. The temperature miliiarnpere
signal may be brought from the field to the panel and converted to a 1“5 Volt DC signal.
S.
A ll other transmission systems, such as impulse duration, low frequency pulse rate, and
voltage regulated, w ill nor be permitted. When transmitters with non-standard outputs
are specified, their output shall be converted to 4 to 20 milliamperes at the Held
instrument.
9.
Equipment located in classified areas shall be explosion-proof or intrinsically safe.
Provide intrinsic safety barriers approved by iJL. CSA, or FM
C.
TAGGING: All field devices shall be labeled with tag number indicated in the bid documents
or consistent with project tagging conventions when not shown in the hid documents. Comply
with project naming and numbering conventions. Tag shall be iOga. 316 stainless steel with
stamped letters and numbers attached to device with 12ga. 3 ) 6 stainless steel wire.
D.
Field Equipment:
E.
1.
INSTALLATION: Equipment shall be provided as specified on the d/sw ings such that
ports and adjustments are accessible for in-place testing and calibration. Where possible,
equipment shall be located between 48 inches and 60 inches above the floor or a
permanent work platform. Instrumentation equipment shall be mounted for unobstructed
access, but mounting shall not obstruct walkways. Equipment shall be mounted where
shock or vibration will not impair its operation. Support systems shall not be attached to
handrails, process piping or mechanical equipment except tor measuring elements and
valve positioners. Instruments and cabinets supported directly by concrete or concrete
block wails shall be spaced out not less than 5/8 inch by framing channel between
instrument and wall.
2.
SU PPO R T SYSTEMS: Steel used for support o f equipment shall be hot-dip galvanized
after fabrication, Support systems including panels shall be designed in accordance with
the applicable building code and seism ic zone and shall prevent deformation greater than
1./B inch under the attached equipment load and an external load o f 200 pounds in any
direction.
Electrical Power Connections:
1.
DIVISION 16: Electric power wiring and equipment shall be in compliance with
Division 16.
2.
DISCONNECT SWITCHES: Power disconnect switches shall be provided within sight
o f equipment and shall be labeled to indicate opened and closed positions and specific
equipment served, “Within sight o f 5 is defined as having a clear unobstructed view from
the equipment served and within 50 feet o f the equipment served. Disconnect switches
shah be mounted between 36 inches and 72 inches above the floor or permanent work
platform. Where equipment location is such that the above requirements cannot be met
TETRATECH: 8/12
17010-18
134339A
by a single disconnect switch, two switches, one at the equipment and one at the work
platform, shall be provided.
3.04
3,
SURGE ARRESTORS: .Each disconnect switch serving equipment located outdoors
shall be provided with a surge arrestor, General Electric 9U 5C C B 00J, or equal. 1' 110
surge arrestor shall be bonded to the plant ground grid with a No. S AWG bare copper
conductor.
4,
CONTROL PANELS: All control panels shall be provided with a main power
disconnect equipped with auxiliary contacts as required to disconnect all power sources
to the panel or shall be labeled to indicate the multiple power sources not disconnected
by the main disconnect. Field wiring for all power sources not disconnected by the main
disconnect shaii iand on fused disconnect type termina? blocks,
TESTS AND INSPECTIONS:
Per Section 17804.
3.05
C A LIB R A TIO N , START-UP, AND COMMISSIONING :
Per Section 17804.
3.86
SYSTEM MAINTENANCE AND WARRANTY
A.
Contractor SOLELY RESPONSIBLE; The Contractor shall be solely and completely
responsible for all electrical and mechanical maintenance o f control systems they supply from
time o f installation to the date o f substantial completion o f all work under the contract. The
Contractor shall correct all deficiencies and defects and make any and all repairs,
replacements, modifications, and adjustments as malfunctions or failures occur. The
contractor shall perform all such work required or considered to be required by the owner to
properly maintain the system.
8.
DEFECTS AND JRBPAJRS; The Contractor shall make any and all repairs, replacements,
modifications, and adjustments required to eliminate any and ail defects in design, materials,
and workmanship which are discovered within the one year guarantee period. The Contractor
shaSi begin ail repairs, replacements, modifications and adjustments within twenty-four (24)
hours o f notification bv telephone by the owner and shall complété such repairs, replacements,
modifications and adjustments within forty-eight (48) hours o f notification,
C
ACCEPTANCE OF WORK: The Contractor shall anticipate that the Owner may delay
acceptance o f all work under the contract if, in the judgment o f the Owner, malfunctions or
failures in operation o f the supplied control system repeatedly occur after start-up to an
unacceptable extent. 1 he Contractor shall not be entitled to an extension of time or to any
claim for damages because of hindrances, delays, or complications caused by or resulting from
delay by the owner in accepting the work because o f malfunctions or failures in operation o f
the supplied control system.
D.
.PACKAGED SYSTEMS: Packaged system suppliers shall provide warranty support meeting
the above stated requirements for their supplied systems.
TETRA TECH- 8/12
(70KM9
134339À
3,07
Â-
B.
OPERATION AND MAINTENANCE DATA
O& M M ANU ALS: The Contractor shall prepare and assem ble six (6) sets o f electrical and
rnecbankal operation and m aintenance (O & M ) m anuals in accordance with the project general
requirem ents and Paragraph 1.3 o f this section. These m anuals shall be subm itted two weeks
prior to training. O & M m anuals shall include, but not be lim ited to, the following:
1.
T roubie-shooting procedures.
2.
Calibration procedures.
3.
Testing procedures.
A.
C om ponent replacem ent procedures.
5.
Preventative m aintenance procedures.
6.
Listing o f recom m ended spare parts.
7.
Listing o f recom m ended m aintenance tools and equipm ent.
8.
C atalog data for all equipm ent and
requirem ents.
9.
C onfiguration and setup m anuals for all devices supplied including V FDs, instruments,
etc,
devices supplied, organized
per
submittal
10.
Com m unication channel test forms.
11.
Calibration and test form s fo r all field switches, instrum ents, PLC 10, VFD IO, etc, per
Section 1780!.
12.
C onfiguration files to r all configurable electronic devices and equipm ent supplied for
this project.
13.
System u ser’s m anual covering all functions supplied by the contractor for this prefect as
described below.
R EC O R D D O C U M EN TS: A ll contract 'P&ID draw ings and control strategy specification
sections and all subm ittal draw ings shall be revised to reflect as-built conditions at the end oi
the project. Record draw ings and docum ents shall be subm itted in accordance with the project
general requirem ents and Paragraph 1.3 o f this section. R ecord drawings and docum ents shall
be subm itted w ith the O & M m anuals. Record draw ings and docum ents shall include the
following:
j.
Shop draw ings per J .7 o f this section
2.
W iring diagram s o f cabinet and enclosure contained assem blies
3.
W iring diagram s o f ail system connections and interconnections including all loops, field
equipm ent, com m unications interfaces, networks, etc.
4.
All other subm itted shop and installation draw ings and details not listed
5.
Bill o f M aterial
6.
C ontract P&JD draw ings
7.
C ontract control strategy specification sections
TETRA TECH: 8/i 2
17010-20
134339A
3.08
A-
SY STEM USERS MANUAL
SCOPE: The Contractor shall develop and submit a detailed user manual covering all aspects
o f the operation and use o f the components and systems they supply. The manual shall cover
the following
1.
OVERVIEW; An overview o f the architecture o f the control system including control
panels. MCCs, iield devices, networks, remote access, etc.
2.
FUNCTIONS: Ail hardware/hardwired, manual, automatic, display, control alarming,
networking, etc. features and functions o f the systems and components they supply.
3.
HARDWIRED ELEMENTS: Descriptions of the meaning and function o f all hardwired
p an el MCC, and field mounted discrete operator interface monitoring and control
devices. Correlate functions to the control strategies,
4.
START UP: System start up procedures tor electrical and mechanical systems supplied
and configured by the contractor for the project.
B.
USED IN TRAINING: The system users manual shall be completed prior to and shall be used
for required training. The manual shall be updated to incorporate comments received during
training and re submitted for inclusion in the O&M m anual Submit. 2 weeks prior to training.
C.
PACKAGED EQUIPMENT: Packaged equipment suppliers shaii supply users manuals per
the above requirements for the systems they supply.
D.
PLC/SCADA SYSTEM MANUALS: The PLC/SCADA system OM&M Manuals shaii be the
responsibility o f the C S I The Contractor shall support the CSi as needed for development of
the CSI portion o f the OM&M Manuals
3.09
A.
TR A IN IN G
GENERAL: The Contractor shall conduct specifically organized training sessions to educate
and train the owner's personnel in the maintenance and operation of all aspects and
components of the control system they supply. Training on all system components shall
include, but not be limited to. the following subjects:
1.
All electrical and mechanical O&M manual items
2.
All system users’ manual items
B.
TRAINING SESSIONS: The Contractor shall provide a minimum o f 16 hours o f on-site
instruction to the ow ners employees after start-up and commissioning of the system. The
owner shall be allowed to video tape all or any part o f the training sessions. The Contractor
shall prepare and assemble specific instruction materials for each training session and shall
supply such materials to the Project Representative at least two (2) weeks prior to the time of
the training. The O&M manuals and the system users’ manual shall be complete and shall be
used in the training sessions.
C.
PLC/SCADA SYSTEM TRAINING: PLC/SCADA System Training shaii be conducted by
the CSI. The Contractor shall not be responsible for PLC/SCADA system training
D.
VFD TRAINING: Training shall cover details of operation of VFD’s from the HIM (Human
Interface Module). 'Training .shall provide detailed instructions on the modification of VFD
operating parameters typically requiring adjustment by operators. The contractor shall develop
and provide "cheat sheets" which provide step by step instructions required to accomplish the
following:
1.
Copy VFD configuration to HIM
TETRA TECH: 8/12
INSTRUMENTATION & CONTROL SYS'iT^fS
17010-21
i34î:>9 A
2.
Copy H IM configuration to VFD
3.
Sw itch between auto and m anual inodes
4.
M anually adjust speed
5.
A djust m inim um and m axim um speed limits
6.
A djust acceleration and deceleration ram p tim es
1.
A ccess param eters and fault codes
TETRA TECH: 8/12
17010-22
KyWyA
SEC TIO N 17221
FIELD INSTRUMENTS GENERAL
Ï*ART
t-
l.OÎ
SUMMARY
G EN ER A L
À.
This Section specifies general requirements for field instruments. This section applies to
insirumenUilkm elements that quantitatively convert seased process energy into a fbrov'sigaaJ
compatible with process measurement, control. and display devices and accessories.
B.
Related Sections: The work o f the following Sections is related to the work o f this Section.
Other Sections, not referenced below. may also be related to the- proper performance o f this
work. It is the Contractor’s responsibility to perform all the work required by the Contract
D ocum ent.
1.
Section 17010: Instrumentation and Control Systems.
C. Performance Benchmarks: Items listed by part number axe intended to serve as performance
benchmarks. Submit most cwrrenf model .meeting the benchmark performance requirements
for items that have been superseded or are otherwise obsolete UNO.
D.
1.02
A.
Not all products listed are required lor ail applications. Submit only products required for the
application.
Q U A LITY ASSURAIS CE
Referenced Standards: This Section incorporates by reference die latest revision o f the
documents listed below. In case o f conflict, between die requirements o f this Section and
those o f the listed documents, the more demanding requirements shall govern.
S.
ANSI B16.5
Pipe Flanges and flanged Fittings
?..
ÀPJ.RP550
Manual on Installation o f Refinery instruments
Pan 1- Process Instrumentation and Control
3.
ÂSTM A276
Stainless Steel Bars and Shapes
4.
NEMA 250
Enclosures for Electrical Equipment (1,000 Volts Maximum"»
and Control Systems,
13. Listing:
1.03
1.
All materials and equipment specified herein shall be within the scope o f Nationally
Recognized Testing Laboratory (NRTL) examination services, be approved by the
NRTL for the purpose for whleh they are used, and shall bear the appropriate
listing/label.
2.
Equipment listed/labeled by an NRTL acceptable to the local authority having
jurisdiction.
3.
When a product is not available with a listing/label for the purpose for which it is to
serve, the product may be required by the inspection authority to undergo a special
inspection at the m anufacturers place o f assembly or as a completed assembly in the
field. All costs and expenses incurred for such inspections shall be included in the
original contract price.
SUBMITTALS
Per Section 17010-1.3.
D E LI) INSTRUMENTS GENERAL
TETRATF.CH: S/12
134339A
PART 2 ~ PRODUCTS
2M
A.
TMAN S M ITT ERS :
Unless otherwise specified, transmitters shall comply with the following requirements;
1.
Two-wire type with operating power derived from the signal transmission circuit, unless
otherwise specified.
2.
Output shall be 4 to 20 niA, current reguiated DC.
3.
Load variations within the range o f 0 to 500 ohms with the power supply
4.
Output, shall be galvanically isolated.
5.
6.
7.
at 24 VDC
Time constant o f transmitters used for flow or pressure measurement, including level
transmitters used for flow measurement, shall be adjustable from 0.0 to 5,0 seconds.
Output shall increase with increasing measurement.
Unless otherwise specified, enclosures shall be rated MEM A 250, Type 4X.
S.
Provide with surge protectors when located outdoors:
9.
W here two-wire transmitter is located in a classified area, use intrinsic safety barrier as
specified below.
10.
DIGITAL COMMUNICATIONS: Provide KART or approved equal digital
communications where available- Only one instrument communications protocol will be
allowed.
11.
Provide programming device and software utilities for communications capable devices.
12. Acceptable manufacturer:
2,02
a.
Rosemounl
h.
Endress + Hauser
c.
Yokogawa
d.
K r o hn e
e.
Approved equal
OUTPUT INDICATORS
A.
Provide with any transmitter that does not include an integral indicator,
B.
Output indicator shall be a loop powered current-to-dighaJ display indicator.
C.
Input current shall be 4-20 m A and display shall be a 3 1/2 active digit liquid crystal display
with black numerals at least 0.35 inches high.
D.
Display scalable with decimal point to read process engineering units.
E.
Enclosed in a hockey puck type housing with glass window, classified as appropriate for the
area in which the output indicator is installed.
f.
A diode shall be provided to maintain loop continuity in case o f indicator failure or removal.
G.
Accuracy shall he +/- 0.1 percent of reading.
1-1. Indicators, whether integral or separate, shah be calibrated in process units.
1.
The units shall be engraved on the indicator scale plate.
J.
The installed orientation of the output indicator shall enable operators to easily read the
display from the operating floor.
HELD INSTRUMENTS GENERAL
TETRA TECH: 8/12
17221-2
134339A
K.
Acceptable Manufacturer:
1.
Action Instruments models V561Tv’565
2. Precision Digital models 697/698
3.
4.
2.03
■Moore Industries models PSD/SPD
Approved equal
DETAILED IN STR U M EN T REQUIREM ENTS
Detailed requirements for specific instruments are specified in other Division 17 spécification
sections.
2.04
IN T R IN SIC SAFETY BARRIERS
A,
Shall he two-wire, active, isolating, loop powered type.
B,
Mounting: DIN Rail
C,
1.
Measurement Technology LTD, type MX3042
2.
Staid 9005/0 i -252/: 00/00
3.
2.05
Approved equal
SIG N A L C URRENT IS O L A T O R (FIELD MOUNTED)
A.
Provides Galvanic isolation o f miUiampere transmission signals from transmitters with
inadequately isolated output circuits. Rouse m a NEMA. 250, type AX/7 conduit body. Derive
its operating power from die signai input circuit.
B.
Input and output signals shall be 4 to 20 rnA and error shall, not exceed 0.1 percent of span.
Input resistance shall not exceed 550 ohms with an output load o f 250 ohms.
C.
Acceptable Manufacturer;
1.
Action Instruments model T700
2.
Moore Industries model SCX
3.
Aeromag m odel i 50i
4.
Approved equal
FA R T 3 - EX EC U TIO N
3.03
INSTALLATION
A. Installation requirements per Section 17010.
R.
Electrical Connections: Final connections between rigid raceway systems find instruments
shall be made with jacketed flexible conduit with a maximum length o f two feet.
C.
Tagging: All field instruments shall be labeled with function and instrument number, i.e. ("FIT901-01/A-STREAM INFFLUiiNT FLOW METER). Tag shall be 10g3 316 stainless steel
\vi fh stamped letters and numbers attached to device with 12ga 316 stainless steel wire.
3.02
T ESTIN G
Testing requirements per Section 17010,
END O F SE C T IO N 17221
TETRA TECH: S/12
.FIELD INSTRUMENTS GENERAL
17221-3
134339A
S E C T IO N 17231
A N A L Y T IC A L IN S T R U M E N T S
PA R T 1 - GENERAL
1.01
SUM M ARY
A.
T his Section specifies requirem ents for analytical instrnm ents. T his sectiou applies to
mstrnmemaiio.ft elem ents that quantitatively convert sensed process param eters into a
lorm /signal com patible w ith process m easurem ent, control, and display devices and
accessories.
B.
R elated Sections: T he w ork o f the follow ing Sections is related to the work o f this Section.
O ther Sections, not referenced below , m ay also be related to the proper perform ance o f this
work. It is the C ontractor’s responsibility to perform all the work required by the Contract
Docum ents.
i.
Section 17221: F ield Instrum ents G eneral
C.
Perform ance B enchm arks: Item s listed by par?, num ber are intended to serve as perform ance
benchmarks. Subm it m ost current m odel m eeting th e benchm ark perform ance requirem ents
for items that have been superseded o r are otherw ise obsolete UNO.
D,
Not ail products listed are required for all applications. Subm it only product?; required for the
application.
! ,02
QU ÀL1TY A SSURANC E
Per Section 17221 Field Instrum ents General,
1.03
SU B M IT TA LS
P er Section 17010-1.03,
PA R T 2 - PRO DUCTS
2.01
D E T A IL E D IN ST R U M E N T R E Q U IR E M E N T S
A.
Requirem ents for instrum ents arc specified in this section and ou INSTRUSPEC sheets in Part 3.
B.
Installation and application requirem ents are specified in Division 17 Sections, and/or on the
contract Draw ings.
P A R T 3 - EX E C U T IO N
3.01
A.
IN ST R U SPEC SH E E T S
IN STR U SPEC sheets provide detailed requirem ents for the instrum ents listed below,
I !NSTiu.:SPj?C Syrabol
i:
.liistram eitt Description
i
AIT3
AÎT4
\
....
Process Fluid Analyzer
In stru m e n t Identification:
A IT3 (À E/À ÏT pH)
instrument Function:
pH measurement
instrument Description:
p ii Analyzer
Power Supply:
120 VAC
Signal Input:
NA
Signal Output;
T O X A TECH: 8-;!2
1 Instrument Function
;
PH Measurement
\
Suspended Solids Measurement
4-20 ma DC, HART
ANALYTICAL INSTRUMENTS
1723i~:
134339A
Process Connection:
Probe, subm ersible, V ' MNTP
P roduct Requirem ents:
G eneral:
1,
M easurem ent o f pH by th e sensor is accom plished by im m ersing » glass or
m etal d e e tio d e and a reference electrode into a process solution. M easured pH
is related to the logarithm o f hydrogen ion activity in the solution. This
instrum ent also provides tem perature compensation.
2.
C able: P rovide signal cable betw een die prim ary elem ent and transm itter b y the
system m anufacturer, 15 feet m axim um length.
!.
Sensing electrode: fla t glass suitable for abrasive solutions.
2.
Pream plifier; R em ote, sensor to transm itter distance 15 feet maximum.
3.
T em perature range: 0 to \ 10 degrees C.
4.
P ressure range: 0 to 100 psig.
5.
T em perature C om pensation: Integral prIOO sensor.
from 32 to 185 degrees R
6.
M aterials o f construction: Tefzel, glass, ceram ic, Vi ton.
7.
Subm ersion depth: 2.5 inches to 23 ieet.
8.
M axim um pressure at operating tem perature: 100 psi at 65 degrees F, 50 psi at
85 d ecrees F,
9.
P ow er supply: T ransm itter.
Sensor:
A utom atic com pensation
K). Provide Integral cable w ith quick disconnect
1 Ï . A pproval: FM.
12 R ating: C lass 1, D ivision i , G roups A , B. C. and D; Class 2, D ivision 1, G roups
E and G , hazardous locations, explosion proof, intrinsically safe.
13. Installation in hazardous location shall b e intrinsically safe, FM certified, and
listed p e r N E C 504. Provide all required certificates, control draw ings, and
intrinsic safety calculations, etc, as required by the application.
Transm itter:
1.
E nclosure: N EM A 4.X, IP65. N E M A 7B, suitable for area classifications.
2.
D isplay; 2 line 7 segm ent LCD display.
3. C onfiguration: Provide softw are configuration tools and all required connection
accessories.
4. A m bient tem pera rare range: -4 to 149 degrees F.
5. Relative hum idity; 0 to 95% non condensing.
6. T em perature resolution: .1 degree C.
7. R.F1./BMI: E N -61326,C E .
8. M easurem ent range: 0 to 14 pH.
9. Pream plifier: Intégrai, sensor to transm itter distance 15feet maximum.
TETR A TEC B : 8/12
ANALYTICAL INSTRUMENT S
17231-2
134339A
10 T em p eratu re co m p en satio n : Pt
R T O lo cated in the sensor, 5 to 270 degrees
F.
11. A ccu racy ; *1 01 V @ 2 5 d e g re e s C ± 0 ,01 pH.
12. R ep ea tab ility : ±X m V (ai 2 5deg;:ees C ± 0,01 pH .
] 3. S tability: .0 2 5 % p e r y ea r a t 7,5 d e g re e s C .
14. In tern al d iag n o stics.
15. M o u n tin g o p tio n : F ield, as in d ic a te d on th e d raw in g s.
16. A p p ro v a l: FM ,
17. R a tin g : C la ss I , D iv isio n 1, G ro u p s Â , 8 , C , an d D : C la ss 2, D iv isio n 1 > G ro u p s
E a n d G , h a z a rd o u s lo catio n s, ex p lo sio n p ro o f, in trin sica lly safe.
IS. in sta lla tio n in h a z a rd o u s lo c a tio n shall b e in trin sica lly saie-, F M ce rtified , an d
listed p e r N B C 504. P ro v id e all re q u ire d c e rtific a te s, co n tro l d raw in g s, an d
in trin sic sa fe ty c a lc u latio n s. etc, a.1) req u ired b y th e ap p lica tio n .
A cc e p ta b le M am ifacrurer:
1.
E n d re ss + M au ser L iq u ilin e C M 4 4 2 w ith se n so r C P F 8 : 1)
H a c h G l i sc 2 0 0 d ig ital rn n lti-ch arm el vvirh PEE K P D F d ig ital se n so r
3.
A p p ro v e d equal.
installation:
P e r th e m a n u fa c tu re r’s in stru c tio n s a n d re c o m m en d a tio n s
A s sh o w n on th e D ra w in g s.
S en so r M ou n tin g ;
a.
in -lin e v ia ball valv e assem b ly ,
h.
h i a sa m p le lin e v ia tw ist-lo c k tlo w ch am b ers,
c,
In-H ne v ia tw ist-lo c k b u sh in g s o r tees.
ci.
fa -silu v ia e le c tro d e p rotection sleeve.
e.
A s in d ic a te d on th e drawing?-;.
C alib ratio n :
1.
C a lib ra te p e r S ectio n s 17900 S ch ed u les,
2.
C a lib ra te p e r th e rn a n m ’a ctunsr's instruction*.
Instrument Identification:
AÎT4 (TSS)
In stru m e n t F u n ctio n :
S u sp en d e d S o lid s u ie a su re m e n r
In stru m en t D e sc rip tio n :
T S S A n a ly z e r
P o w e r Supply:
120 V A C
S ignai Input:
S ignal O utp u t:
(2 ) 4 -2 0 rna D C , H A R T
P ro c ess C o n n e c tio n :
S en so r, I 'A “ N P T 3 1 6 SS iso latio n v a lv e a ssem b ly an d m a le
n ip p le to attac h to 1 H N P T b o ss o r sa d d le in pipe su p p lie d b y
co n tra cto r.
A N A LY TIC A L INSTRU M EN TS
'JET.RA TE C H : 8/12
r/? 3 t-3
134339A
Product Requirem ents:
G eneral;
i.
C ontinuous oti.-lme m easurem ent o f suspended sohds in ihe range ci" 0-o0,000
ppm o r mg/1 range. 'Normal operating range 0-500 ppm for this application.
1.
Single N IR (N ear Infra-R ed) fight beam generated by a light em itting diode
(LED ) and received by a silicon detector.
2.
Sensor housing i.s to b e m ade o f 5 16SS with glass lenses.
3.
D esigned for 90 psig (6 bar) w orking pressure and supplied w ith integral builtin m eeham oai stop.
4.
Integra! SS flushing nozzle w ith check valve.
5.
M o u n t in a 1..5” npi fem ale connection on pipe.
6.
G ap betw een lenses is to b e to be L5in;r;,
7.
Sensor to be supplied w ith 3 3 ’ (10 m ) o f shielded 4-conductor cable with
polyurethane ja c k e t and metallic M l 2-connector w ith oaring 'seal .
8.
M easuring range o f 30-30,000 ppm
9.
Sensor to have integral SS flushing nozzle.
Sensor:
T ransm itter (Control Box):
},
E nclosure: N E M A 4X , 1P65
2.
Support tw o sensors.
3.
T w o independent linearized 4-20 in A, max. 500 ohm s gaivanscaüy isolated,
output signals (12 bit resolution) proportional to suspended
solids
concentrations.
а.
Illum inated graphical LCD display.
5.
G raphical display to show solids concentrations in ppm, mg/1 or % solids and 0i 00% o f fflA output
б.
G raphical display to show' calibration points and current suspended solids
concentration. .
7.
dam pening feature or integration, tim e, w hich can be set from 1 to 999 seconds.
8.
B uilt-in h e a te r' to m aintain p ro p er tem perature down to -20 F outside
tem perature.
9.
A pproval: FM.
10. flu s h in g solenoid valve prew ired in control box
i 1. O utput to be held constant during Hushing cycle.
12. Flushing liquid to be 40-60psig filtered reuse w ater <x com pressed air.
'! 3. Control box to have (4) 3/16st holes for m ounting.
14. Sun-light resistant com ponents, exposed to direct sunlight.
15. A ll p rogram m ing and settings perform ed exterior to the control box by using a
sell-instructing m enu, controlled by three touch pad keys.
ANALYTICAL. INSTRUMENTS
'CFFRA TECH: 8/1?
17231-4
134339A
1,
Ceriic ITX-IL
2,
Approved equal.
Installation:
Î.
Per the .tnrmnfacturer's instructions and recoinmendaticms
2.
As shown on the Drawings.
3.
Sensor Mourning:
a.
In-line via ball valve assembly.
h.
As indicated on the drawings.
Calibration:
1f Calibrate per Sections 17900 Schedules. 2.
Calibrate per the maftufaciurefs instructions.
TET&À TECH: 8/12
ANALYTICAL INSTRUMENTS
17231-5
134339A
SEC TIO N 17241
FLOW TRANSMITTERS
P A R T 1 - GENERAL
1.01
-SUMMARY
A.
'ITiis Section specifies requirements for flow transmitters. This section applies to
instrumentation. elements that quantitatively couvert sensed process flow energy into a
form/signal compatible with process measurement, control, and display devices and
accessories.
B.
Related Sections: The work o f the following Sections is related to the work o f this Section.
Other Sections, not referenced below, may also be related to the proper performance of this
work. It is the Contractor's responsibility to perform aii the work required by the Contract
Documents.
I.
Section 17221: Field Instruments General
C.
Performance Benchmarks: Items listed by part number are intended to serve as performance
benchmarks. Submit most current model meeting the benchmark performance requirements
D.
Not. ali products listed are required for all applications. Submit only products required for the
application.
1.02
Q U A LITY ASSURANCE
Per 1'7221 Field Instruments General.
1.03
SU BM ITTA LS
Per .17010-1.3.
PART 2 - PR O D U C TS
2.0Ï
DETAILED INSTRUM ENT REQUIREMENTS
A.
Requirements for instruments are specified in this section and on INSTRUSPEC sheets in Part 3.
B.
Installation and application requirements are specified in this section, section 17901, and/or on
the contract Drawings.
PART 3 - EX ECU TIO N
3.01
A.
IN ST R U SPE C SH E E T S
The following INSTRUSPEC sheets provide detailed requirements for the listed instruments.
H tNSXRUSPEC Symbol
i instrum ent Description
; Instrum ent Function
j
FM I
i M agnetic flow m eter
! F lo w m easurem ent
!
FM 2
; P ro p eller ftow m eter
| F low m easurem ent
FLOW TRANSMIT ŒRS
TiriRATECB: 8/) 2
17241-!
B4339A
I n s tr u m e n t Id en tifica tio n :
FM I
in stru m e n t F u n ctio n :
H o w m e asu rem en t
In stru m e n t D e sc rip tio n -
M a g n e tic flo w m e terin g system
P o w e r S upply:
120 V A C ( transm itter*
S ig n al Input:
In d u c e d V o lta g e
S ig n al O utp u t:
4 -2 0 m A D C , D ig ital
P ro c e ss C o n n e ctio n :
F lan g e , A N S I B 16.5 C la ss
150, ra ise d la c e
P ro d u c t R e q u irem e n ts:
G enera!:
M a g n etic flo w m e te r sh a ll b e p ro v id e d as a sy stem c o n sistin g of a How tube
and rem o tely m o u n te d c o n v e rte r/tra n s m itte r c o m p le te w ith all n e c e s sa ry
in te rc o n n e c tin g c a b le s ib r tl>e flo w rube to tra n sm itte r se p a ra tio n show n.
2.
S ystem shall b e su itab le f o r m e a su rin g w a te r a n d slu d g e flo w .
3.
P ro v id e g ro u n d in g rin g s f o r b o th u p stre a m an d d o w n strea m co n n e ctio n s w ith
the p ro ce ss p ip in g .
4.
P ro v id e m e c h a n ic a l p ro te c tio n fo r th e flo w tu b e fla n g e s an d lin er d u rin g
in stallatio n o r rem o v a l o f th e flo w lube,
5.
P ro v id e p ip e re d u c e r a n d e x p a n d e r w h e re p ip e ru n siz e is d iffe re n t fro m
sp e cifie d flo w tu b e size.
6.
T h e re d u c e r and e x p a n d e r sh all b e u n ifo rm ly d iv e rg in g an d co n v e rg in g sw ag es
w ith a tot ai re d u c in g a n g le n o t e x c e e d in g 8 d eg rees,
7.
F lo w T u b e an d tra n sm itte r s h a ll b e th e p ro d u c ts o f th e sa m e m a n u fa c tu re r
rec o m m e n d e d fo r u se to g e th er b y th e m a n u fa ctu re r.
1.
T h e in sid e d ia m e te r o f th e flo w tu b e is sh o w n th e P ro cess M e ch a n ica l d raw in g s
o f th e b id d o cu m en ts.
2.
F lo w tu b e fea tu re s: m e a su rin g tu b e m a teria l 3 0 4 sta in le ss ste el; lin e r m a teria l
w ill b e P o ly u re th a n e fo r side's less th a n 2 ’', a n d h ard ru b b e r 1er siz es 2 ” and
larger.
3.
P u lse d D C field e x c ita tio n w ith au to m atic z e ro p o in t co rrec tio n .
4.
F ield co il in su latio n c la ss I?.
5.
F ield re p la c e a b le e le c tro d e s re p la c e a b le w h en flo w tribe is u n d e r o p eratin g
F low T ube:
p ressu re.
6.
E le c tro d e m a te ria l 316 T i sta in le ss steel
7.
H o u sin g : N E M A 4X .
?..
G ro u n d in g rin g m a te ria l 3 1 6 T i sta in le ss steel
FLOW TRANSMITTERS
F F R A TEC H : S/32
17241-2
134339A
T ran sm itter;
1.
Signa.!, co n v e rte r/tra n sm itte r sh a ll b e su ita b le fo r an ad ju sta b le fu ll-sca le flow
w ith in th e lim its o f from 1 to 30 fe e t p e r second.
2.
S ignai c o n v e rte r / tra n sm itte r sh all b e rem o tely m o u n te d fro m flo w tu b e an d
m ic ro p ro c e sso r b a s e d . P ro v id e c a b le fo r 25 fo o t re m o te co n n ectio n . A ctu al
d ista n c e to b e v erified w ith site a n d cu sto m er req u irem en ts.
3.
B i-d ire c tio n a l flo w an d to ta liz atio n m easu rem en t.
4.
Integral h ig h -co n tra sr L C D d isp lay , in te g ra l co n tro l p an e l.
5.
A c c u ra c y o f 0 ,3 % o f R ate,
6.
S ig n al o u tp u t 4 -2 0 raA D C , g a lv a n ie a lly iso late d an d in tern ally p o w e re d 500
o h m d riv in g cap ab ility .
7.
L ow -Ü ow cu to ff: a d ju sta b le fro m 1% to 3 % o f ran g e
8.
T e rm in a ls an d sig n al c o n v e rte r m o d u le s p lu g in. a n d re p la c e a b le w ith o u t
re c a lib ra tio n o r r e s c u in g an d u p g ra d e a b le !o c o m p ly w »Hi fu tu re
co m m u n ic atio n stan d ard s.
9.
A d ju sta b le d am p en in g : 0.2 to 2 5 6 se co n d s
i0
P o w e r 120 V A C .
11. E n c lo su re : N E M A 4 X w all m o unt.
12. F lo w ra te c a lib ra tio n p e r Section 1 7 9 0 0 S ch ed u les.
A c c e p ta b le m a n u fa c tu re r:
1.
E n d re ss 4- H a u s e r P ro m ag 5 0 W
?..
A p p ro v e d equals.
1.
In stall in a c c o rd a n c e w ith m a n u fa c tu re r's in stru c tio n s, A P I R P 5 5 0 , an d the
sp e c ifie d fu n ctio n al req u irem en ts.
?..
In stall gro u n d rin g s u p stream an d d o w n stre a m o f th e H ow tube.
3.
In sta ll the tra n sm itte r o n the w all n e a r to b u t rem o tely fro m the flo w tube.
4.
P ro v id e sig n a l c a b le b etw e en th e p rim a ry elem e n t and tra n sm itte r b y the sy stem
m a n u fa c tu re r.
5.
P ro v id e a su ffic ie n t le n g th o f c a b le fo r in sta lla tio n o f a c o n tin u o u s ru n betw een
th e p rim a ry e le m e n t an d the rem o tely m o u n te d tran sm itter.
Installation:
C a lib ratio n :
1.
R a n g e shall b e p e r S ectio n 17900 S ch ed u les.
?..
In stru m en t sh all h e calib rated an d c e rtifie d a t th e fac to ry b y die m a n u fa ctu re r.
E N D O F S E C T IO N 17241
FLOW TRANSMITTERS
ÏB T R A TEC H : 8/12
17241-3
134339A
SEC TIO N 17242
LEVEL TRANSMITTERS
PART 1 - GENERAL
LOI
SU M M A RY
A.
This Section specifies requirements for level transmitters. This section applies to
instrumentation elements that quantitatively convert sensed process level into a form/signal
compatible with process measurement,. control, and display devices and accessories,
B.
The work o f the following Sections is related to the work o f this Section. Other Sections, not
referenced below, may also be related to the proper performance o f this work. It is the
Contractor’s responsibility to perform all the work required by the Contract Documents.
i.
C.
Performance Benchmarks: items listed by part number are intended to serve as peiformanee
benchmarks. Submit most current model meeting the benchmark performance requirem ent
1).
Not all products listed are required for all applications. Submit only products required for the
application.
1.02
Q U A LITY ASSURANCE
Per Section 17221 Field Instruments General.
LÜ3
SUBMITTALS
PART 2 - PRODUCTS
2*01
D E T A IL E D INSTRUMENT REQUIREM ENTS
A.
Requirements for instruments are specified in this section and on INSTRUSPEC sheets in Part 3.
B.
Installation and application requirements are specified in this section, section 17901. and/or on
PART 3 - EXECUTION
3,01
A.
1NSTKUSFEC SH EETS
The following INSTRUSPEC sheds provide detailed requirements tor the listed instruments.
INSTRUSPEC Symbol
Instrum ent h «action
Instrum ent Description
LTJ
Submersible Gage Pressure Transmitter
LT2
fiead Monitoring Level Transmitter
level Measurement
LT3
Leve: ('Differential Pressure) Transmitter
Level M easureinen:
LT4
Ultrasonic Level Transmitter
Level Measurement
1.15
Sludge Blanket Meter
Level Measurement
TETRATECH: 8/12
LEVJrL TRANSMIT! BRS
17242-1
•
|
:
J34339A
Instrum ent Pimctior: :
Level M easurem ent
Instrum ent Description:
Subm ersible V ented G age Pressure Transm itter
P ow er Supply:
120VA C to rem ote transm itter
Signal Input:
Process
Signal Output:
4-20 m a D C , digital, H A RT
P rocess C onnection:
NA
Sensor/Cable:
1.
Pressure sensoi shall be tem perature com pensated silicone pdzo-rcsisttve
bridge type, shock and vibration-resistant design.
2.
W etted parts shall b e À ST M A'276, type 316 stainless steel minimum unless
otherw ise specified
3.
Fluid n il shall be inert Silicone oiVgrease, unless otherwise specified.
4.
Process connection: T eflon-coated flush elastouieric diaphragm with retaining
ring, V ' diam eter minimum.
5.
Sensor to he 2-w ire device that will connect to rem ote transm itter
6.
C able: 2-w ire plu.se ease ground, Polyurethane jack et, length 25 feet to rem ote
•transmitter (actual length to be determ ined in the Reid with custom er approval
and m ay be less)
7.
A gency approval: U L or FM listed
8.
Rating: N BM A 250, T ype 6 QP68). w aterproof form im m ersion to 3x range.
9. A tm ospheric reference: vent tube m olded into cable
Transm itter:
■RA TECH: 8/12
1.
T ransm itter to be rem ote N E M À 250, T ype 4X enclosure
2.
i 20V A C pow er supply
3.
4~20mA input channel
4.
T erm inal E nclosure:
atm ospheric vent.
5.
Location: unclassified area
6.
Indicator: T ransm itters shall b e provided w ith an output Indicator w hich shall
be 90-degree movement;, or LCD.
7.
Indicator scale shall be calibrated in process units with tic m arks for
mil 1iam pere Input.
8.
A ccuracy shrdl be w ithm 2 percent: o f span.
d.
R ange shall b e selected so calibration point is betw een 20% and 80% c i' the
seaieable range.
provides
vent
LEVEL TRANSMITTERS
17242-2
tube
w ith
w eath erp ro o f bug*proof
^339 A
Acceptable Manufacturers
1.
G E /D ruek m odel PTX
2.
Approved equal
InstruiiKrnt identification:
LT2
Instrum eîiî Fonction:
Level M easurement.
Instrum ent D escription:
H ead M ow korm g Level T ransm itter
P ow er Supply:
24 V D C
Signal Input:
Process
Signal Output:
4-20 urn D C , d ig ita l HART
Process C onnection:
NA
P roduct Requirem ents:
•.
T ransm itter shall be "sm art” w ith capacitance o r resonant-w ire type.
?..
W etted parts shall be A STM A 276, type 316 stainless steel m inim um unless
otherw ise specified
3.
Span shall be adjustable over a 6: i or greater range.
4.
O ver ran g e capacity w ithout affecting calibration shall he not less than 200
percent: o f m axim um specified range,
5.
V olum etric displacem em shall no? exceed 0.01 cubic inches over the specified
span.
6.
Fill fluid unless otherw ise specified shall h e sihcone oil.
7.
A djustable dam pening shall be provided.
8.
Externa! zero and span adjustrnenl shall be provided.
9.
A ccuracy shall b e 0,25 percent o f span or better for spans greater than 5 inches
w ater colum n, and 0.5 percent o f span or better for spans less than or equal to 5
inches w ater column.
10. M onitor shall he ! 50 !h,, 3 inch flange.
11. Indicator: T ransm itters shall be provided w ith an output indicator w hich shall
he 90-degree m ovem ent, or LC D , 2-1/2 inch m ilham m eîer enclosed in a
N’E M A 7/9 m eter case.
12. in d icato r scale shah be calibrated in process units w ith fie m arks for
m illiam pere input.
13. A diode- shall h e provided to m aintain loop continuity in case o f m etei
m ovem ent failure o r re m o v a l
14. A ccuracy Bhaii he w ithin 2 perce-it o f span.
15. R ange shall be selected so calibration point is betw een 20% and 80% o f the
s c a l a b l e range.
16. K airez seal.
TETRÀ TECH- 8/12
LEVEL TRANSMITTERS
i 7242-3
134339A
A cceptable M anufacturers:
1.
E ndress t- H auser C erabar P M C 71
2.
A pproved equal
1.
P er Section 17010.
2.
P er ihe m anufacturer's instructions and recom m endations.
3.
Follow the recom m endations o f A PI RP550.
1.
P er Section 1790L
2.
A s req u ired by the process.
Installation:
C alibration:
instrum ent Identification:
1 ,1 3
Instrum ent Function:
Level M easurem ent
Level (D ifferential Pressure) Transm itter
Pow er Supply:
9-30 V D C
Signal Input:
Signal O utput:
4-20 m a D C, digital, HART
P rocess Connection;
T w o 1/2-inch, fem ale N PT flange adapters.
P roduct R equirem ents :
I.
Pressure transm itter shall be capacitance or silicouepiezo-i'esistivc bridge type.
?..
U nless otherw ise specified, w etted parts shall be A STM A 276, T ype 316
stainless steel.
3. Rangeability: 15:1.
4. U nless otherw ise specified, fJ’j fluid shall be DC 200 Silicons oil.
5. A djustable dam pening: 0.5 to Î0 seconds.
6. E xternal zero adjustm ent.
7. A ccuracy shall be +0.J percent o f span.
8. T ransm itters shall be available in 10" W C to 6*30 PSÎG ranges, Specific ranges
shall b e designated hi Section 17901 instrum ent Index.
9. Provide d ifferential pressure transm itters with a three-valve m anifold per
Section 17211 and w ith four i/4-i.nch dram /vent ports, tw o plugged and tw o
p rovided w ith bleed valves.
10. Static p ressure ratin g shall b e 2,000 psig or greater.
I I . Sm art transm itter sub-carrier com patibility with digital protocol.
12. FK M V iio n seal.
uivBLT&^mmms
T M '& a TECH: 8/1.2
17242-4
134339 a
Î.
E ndress -*■H auser D d ta b a r PM D75
2.
A pproved equal
1.
P er Section 37010.
2.
P er the m anufacturer's instructions and recom m endations.
3.
Follow the recom m endations of A PI RP530,
L
P er Section 17901.
2.
C alibrate as required by th e process.
installation:
C alibration:
I n s tr u m e n t Identification:
LT4
Level measurement.
U ltrasonic le v e l T ransm itter
Pow er Supply:
120VAC
Signal Input:
.
U ltrasonic
Signal O utput:
4-20 m a D C , digital, H A RT
Process C onnection:
N on C ontact
P roduct R equirem ents:
1.
B eam w idth shall be 6 degrees o r less.
2.
R angeabilitv shall be 100:1.
3<
A ccuracy shall be 0.2 percent o f calibrated range.
4.
Provide integral or rem ote LC D display and configuration m odule as required
by the application.
5.
Provide available softw are configuration fools.
6.
A pprovals: Instrum ent shall bear the Cl? mark.
7.
H ousing: A lum inum T 12 N EM A 6P 1P6B. N liV tA 4X IP66, w ith separate
term inal com partm ent
S.
P rovide integrated tem perature sensor for tem perature condensation,
9.
Provide adequate cabJc for continuous connection to term inating device
indicated on the draw ings w ithout splices,
10. A m bient and process tem perature range shall be -40 to 140 degrees F.
11. Provide echo suppression function.
12. P rovide m easured value resolution o f .08“ or better.
1 3, M easuring error shall be less than +/- .16" Or .2% o f m easuring distance.
A cceptable M anufacturers;
1.
TETRA TECH: 3/12
E ndress + H auser Prosonic FM U 90 w ith sensor FDU.
LEVEL TRANSMITTERS
17?42-5
J34339A
2.
Approved Equal
1.
Install in accordance wifh the m a n u fa c tu re d instructions.
?..
Follow the recom m endations o f API RP550.
3.
Install a> required b y the application.
4.
Install as show n on the drawings.
Installation:
C alibration:
1.
C alibrate p er Section 17900 Schedules.
2.
C oordinate instrum ent calibration wish the P roject R epresentative a t the rime o(
purchase and installation.
instrument Menfifkatioa:
LT5
Level m easurem ent o f sludge blanket
Sludge B lanket M eter
P o w er Supply:
120 VAC
Signal Input:
N e a r Infrared (NIR) O ptical Sensor
Signal O utput:
4-20 m a DC, digit a)
T ravelling, Subm ersed
P roduct R equirem ents:
Sensor:
1.
M easuring range: 1.5 to 26 feet
2.
C able: shielded 4-w ire, polyurethane cable, length 36 ft.
3.
M aterial: 316 SS
4.
'Location: Subm ersed
5.
L ens m aterial: BK 7 glass
6
M easuring principle: NIR optical sensor
7.
Sensor and transm itter shall h e com patible products m anufactured b y the same
com pany and recom m ended by the m anufacturer tor the application
Transm itter:
).
TETRA TECH: 8/12
Environm ent:
a.
Location; O utdoor
b.
T em perature: -20 to 50 degrees C
2.
R ange: 1 to 26 feet
3.
A ccuracy: .25% o f m ax range or 6 nun. w hichever is greater
4.
R esolution: A % o f program range or 2 mvü, w hichever is greater
5.
Program m ing: LC D display, m em brane keypad
6.
Pow er supply: 1 15V/60Hz
LEVEL TRANSMITTERS
17242-6
3.34?:
7.
Power consumption: 20VA. lOVA standby, 70VA with heater
S.
Analog Outputs: lour each 4-20 niA. max loading 750 ohms . 1% résolution,
isolated
9.
Relay output?: minimum 2 form A/ ] form € , all relays 5A., 250 VAC nor.
inductive
10. Fhish w ater supply: W ' hose nipple
11. C able: Per manufacturers recommendations
12. Approvals'. CE, FM, CSA, UL
13. Enckvsure: N'BMA 4
Acceptable Matiyiacturc-rs:
1,
Ceriie CBX system with 4-cbrmnei control box
?..
O r approved equal
1.
Install in accordance with uianufacturev's instructions
2.
Install as required by the application
3.
Install as shown on the drawings.
1.
Calibrate per Section 17900 Schedules.
Installation:
Calibration:
E N D OF SECTION 17242
LEVEL TRANSMITTERS
T E T R A T F Œ : 8/12
17242-7
134X39A
SEC TIO N 17243
P R E S S U R E TRANSMITTERS
PA R T 1 - G EN ER A L
LOI
SUMMARY
A.
This Section specifies requirements for pressure transmitters. This section applies to
mstrumentation elements that quantitatively convert sensed process pressure into a form/signal
compatible with process measurement, control, and display devices and accessories,
B.
The work o f the following Sections is related to the work o f this Section. Other Sections, not
referenced, below, way also he related to the proper performance of this work. It is the
Contractor’s responsibility to perform a!S the work required by the Contract Documents.
1.
C.
Performance Benchmarks: Items listed by part number are intended to serve as performance
D.
Listed instruments'. "Not all products listed are required for all applications. Submit only
products required for die application.
1 .02
QUALITY ASSURANCE
Per Section 17221 Field Instruments General.
LÜ3
SUBM ITTALS
PART 2 - PRODU CTS
ZM
DETAILED IN STR U M EN T REQUIREMENTS
A.
Requirements for instruments are specified in this section and on INSTRÜSFHC sheets m Part 3.
B.
Installation and application requirements are specified in this (section, Section 17901, and/or
on the contract Drawings.
PART 3 - EX EC U TIO N
3.01
ÎNSTRUSPEC SH EETS
A. The following INSTRUSPEC sheets provide detailed requirements for the listed instruments.
INSTRUSPEC Sym bol
TETRA 3*1:01: 8/12
‘ r
*
Instrument Function
PDT
Differential pressure transmitter
Pressure measurement
PGT
Gage pressure transmitter
PRESSURE TRANSMITTfcRS
1”243-1
134339A
P E /F D ÏT
Instrum ent' D escription:
D ifferential pressure transm itter
instrum ent Function:
D ifferential Pressure (Level) m easurem ent
P o w er Supply:
9-30 V D C
Signal Input:
N /A
Signal Output:
4-20 m A D C . digital. H A R T
P rocess Connection:
T w o 1/2-inch fem ale N PT flange adapters.
1.
Pressure transm itter shall b e capacitance or silicone piezo-resistive bridge type.
2.
U nless otherw ise specified, w etted parts shall be A STM A27fr, T ype 316
stainless sle d .
3.
U nless otherw ise specified, iiii fluid shaii b e DC 200 Silicone oil.
4.
A djustable dam pening: 0.5 to 10 seconds.
5.
T ransm itters shall b e available in 10" \V C to 600 PSIG ranges. Speciilc ranges
shall he designated in Section 17901 Instrum ent Index.
6.
P rovide differential pressure tram; m iners w ith a three-valve m anifold per
Section 1"21 1 and w ith tour 1/4-ineh drain/vent ports, two plugged and tw o
provided with bleed valves.
7. Static pressure rating shaft b e 2,000 psig or greater.
8.
Sm art transm itter sub-carrier com patibility with digital protocol.
9. FK M V iton seal
10, T ransm itter shall have U istoRonv’M -D A T Setup/D iagnotic.
j 1. Span shall be adjustable over a 100:1 or greater range.
12.
O ver range capacity w ithout affecting calibration sh/sJJ be n o t Jess than 200
percent o f m axim um specified range.
13.
V olum etric displacem ent shaii not exceed 0.01 cubic inches over the specified
14.
A djustable dam pening shall be provided,
j 5. E xternal zero arid span adjustm ent shaii be provided.
16. R eference A ccuracy shall be 0.075 percent o f set span
17.
T ransm itter shall be rem otely m ounted at a distance o f 25 feet (actual distance
m ay be less, to b e determ ined w ith ow ner's representative in field)
18. R ange shaii be selected so calibration point is betw een 20% and 80% o f the
s c a la b le range.
A cceptable m anufacturer:
TETRA T&CH: 3/12
1.
E ndress r H au ser D eltabar PM D75.
2.
A pproved equal
PRESSURE TRANSMITTERS
17243-2
134339A
Installation:
1.
Install in accordance with manufacturer's instructions
2.
Follow the recommendations o f API RP551.
3.
Provide root, valves at all process pressure taps.
4.
Located pressure measurements as close as practical to the process tap and
positioned to permit observation and maimeiurnce from grade or work platform
unless otherwise specified.
5.
Do not support pressure instruments from process piping, unless otherwise
v:
.- .tr l
Calibration:
1.
Per Section } 790 i Instrument index.
Instrum ent IcfrntifkatKm:
mmr
Instrument Description ;
Gage pressure transmitter
instrument Function :
Power Supply;
9-30 VDC
Signal Input:
NA
Signal Output:
4-20 raA DC, digital, MART
Process Connection:
Process connection shall be 3 ) 6L 1/2 MPT or i ” or 2>5 ilsnge
based upon application requirements
Product Requirements:
Pressure transmitter shall be capacitance type or silicone strain gage type.
Unless otherwise specified, wetted parts shall be A STM Â276, type 316
stainless steel.
Rangeabiiiy: 15:1 minimum.
4. Fill fluid shall be DC 200 Silicone oil, unless otherwise specified...
5. Range: Transmitters shall be available iu 0 to 600 PS1G ranges. Specific ranges
shall be designated in Section 17901.
Transmitters with spans less than or equal to 25 psig shall be provided with one
! /2-inch flanged process connection and two 1/4-inch drain/vent ports, one
plugged and one provided with bleed valve,
?. Reference diaphragm shall be provided with a weatherproof, bug-proof
atmospheric vent.
8. Transmitters for spans greater than 25 psig shall be similar to the above except
shall he designed for gage pressure service, and overpressure rating shall be
greater than the lesser o f 2,000 psig and 1.50 percent o f maximum range.
9. Provide smart transmitter sub-carrier capability compatible with digital
protocol.
10. Transmitter shall be remotely mounted a!: a distance o f 25 feet (actual distance
may be less, to be determined with ow ner’s representative in field)
TETRA TECH: 8/12
37243-?
) 34339A
1 j . Transmitter shall have Hi«voRom/M-.Dat Setup/Diagnotic software.
i 2, Sensor shall be ceramic
13. Span shall be adjustable over a 100:1 or greater range.
14. Over range capacity without affecting calibration shall be not less thaïs 200
percent o f maximum specified range.
15. Volumetric displacement shall not exceed 0 .0 1 cubic inches over the specified
span,
16. Transmitter enclosure shall be Aluminum 1F66/67 NEM A 6P
17. Adjustable dampening shall be provided.
18. External zero and span adjustment shall be provided.
19. Accuracy shall be 0.075 percent o f span
20. Transmitters shall be provided with an output indicator which shall allow for
90-degree movement, or LCD..
21. Indicator scale shall be calibrated in P S i
Acceptable manufacturer:
1. Endress -*• Hauser Cerabar PM C71
2, Approved equal
installation:
1. install in accordance with îm nufacturerk instructions
2. Follow the recommendations o f API RP550 to the specified requirements,
3. Provide root valves a: all process pressure taps.
4. Provide gage valves at the instrument' where the instrument is not within sight
o f the root valve or where two or more instruments are connected to a single
tap.
5. DO NOT1 connect safety instruments to the same process tap as instruments
used for control, indication, or recording.
6. Unless otherwise specified, pressure instruments shall he located as close as
practical to the process tap and shall b e positioned to perm it observation and
maintenance trorn grade or a maintenance platform.
7. Pressure instruments shall NO T be supported from process piping.
Calibration:
1. Per Section \ 7901 Instrument Index.
TETRA TECH: 3/12
37243-4
134339A
S E C T IO N 17245
.
T E M PE R A T U R E T R A N SM IT T ER S
P A R T i - G ENER AL
1.01
SU M M A R Y
A.
This Section spec-ill es requirem ents for tem perature transm itters. This section applies to
instrum entation elem ents that quantitatively convert sensed process tem perature into a
form /signal com patible w ith process m easurem ent, control, and display devices and
accessories.
B.
Tire w ork o f the following Sections is related to the work o f this Section, G iber Sections, not
referenced below , m ay also b e related to the proper perform ance o f this work. It is the
C ontractor’s responsibility to perform ail the work required by the Contract Documents.
1.
Section 17221; Field Tnstnunents General
C.
Perform ance B enchm arks: Item s listed by parr num ber are intended to serve as perform ance
benchm arks. Subm it m ost current m odel m eeting the benchm ark perform ance requirem ents
for items that have been superseded or are otherw ise obsolete UNO.
D.
N ot all products listed are required for all applications. Subm it only products required for the
application.
1.02
Q U A L IT Y A SSU R A N C E
P er Section 17221 Field Instrum ents General.
1.03
SU B M IT TA LS
P er Section 17010-1.3.
P A R T 2 - PR O D U C TS
2.01
D E T A IL E D IN ST R U M E N T R E Q U IR E M E N T S
A.
Requirem ents for m stram ents are specified in this section and on 1NSTR.USPEC sheets in Fart 3.
B.
Installation and application requirem ents are specified in this section, Section 17901. and/or
on the contract Drawings.
P A R T 3 - EXECUTION
3.01
A.
INSTRUSPKC SHEETS
T he follow ing 1.NSTRUSPEC sheets provide detailed requirem ents to r the listed instruments.
| INSTRUSPÊC Symbol | instrument Description
Temperature Transmitter
'£]'RA TECH: 8/12
j
instrument Function
J'empe-raiuî.e- ineasure.ineni
j 34339A
TT
Tem perature m easurem ent
Instrum ent D escription;
Tem perature transm itter
Pow
120VAC, 60 H z or 24 V D C . 8 V A maximum
T
Signal Input:
2, 3 or 4 -wire R T D 100 Ohm Platinum , or T/C type J. K., E, N .
R, S, T or B
Signal Output*.
4-20 niA D C , digital
Process Connection;
Therm ow ell p er Section. 17211
Product Requirements-'
Sensor:
1.
P rovide a sensor in accordance w ith Section 1790
1.
T ransm itter shall convert the sensor resistance or m V output to a m illiam pere
transm ission signal output w ith an accuracy o f H U percent o f range o r better.
2.
Input range: As specified in Section Î 7901.
3.
input Sensitivity.
4.
Input Im pedance:
5.
A ccuracy an d stability: -f-0.1% o f range or 0 . I degrees C, w hichever is greater,
fo r 2 years w ith R TD sensor and 1 year w ith T/C sensor.
Transm itter:
6. Isolation: Input/O utput/Pow er - 500 V A C minimum
7. T ransm itter shall p ro vide output pow er for
com pensation for sensor, as required.
sensor or
C old
Junction
8. D isplay: 3--1/2 digit intégrai LCD display w / dccim ai point, m inus sign, and
degrees C eutigrade/Fahrenheit indicator.
9. A pprovals; FM Explosion p ro o f and/or Intrinsically safe in hazardous areas
10. Enclosure;
a.
NF.MA. 4X in non hazardous areas
b.
NE.VfA 7 in hazardous areas
c.
M ax. D im ensions: 4.7 inch (120 m m ) dia. x 5.2 inch (132 m m ) Depth
11. Environm ental:
a-
O pera ring T em perature: -20 degrees C to + 70 degrees F
b.
e.
H um idity: 0 - 55% . non-condensing
A ltitude: 0 - 500 m eters
T ETR A TEC H : 8/12
\.
E ndress + Mausei T H 13
1.
A pproved equal
TEMPERATURE TRANSMITTERS
17245-2
Installation:
!
!.
Insrall per inanulactnrei’s instructions aiîd recommendations.
2..
Follow the recommendations o f API RP~55J.
1.
Application, sensor, aud calibration requirements per Section 17901.
Calibration:
E N D O F S E C T IO N 17245
TETRA TECH: 8/12
TEMPB&ATURB TR A N SM IT rm s
17245-3
134339A
SEC TIO N 17251
PR O C E SS SWITCHES
PART 1 - GENERAL
1M.
SUMMARY
A. This Section specifies requirements for process and non process activated switcb.es.
B.
Performance Benchmarks: Items listed by pari number are intended to serve as performance
C.
Not all products listed are required for ail applications. Submit only products required for the
application.
1.02
REVERENCED S E C T IO N S
A. The work o f the foJIov/ing Sections is related to the work of this Section, Other Sections, not
referenced below, may also he related to the proper perfonnajj.ee of this work. It is the
C ontractors responsibility to perform all the work required by the Contract Documents.
1.
L03
Section 17010:
Instrumentation and Control Systems.
QUALITY ASSURANCE
A. Referenced Standards: This Section incorporates by reference the latest revision o f the
documents listed below. In case o f conflict between the requirements of this Section and those
o f the listed documents, the more demanding requirements shall govern.
j.
ATI RP550
Manual on lnstalia.ti.on o f Refinery Instruments and Control Systems,,
Part 1 - Process Instrumentation and Control
2.
NEM A 250
Enclosures for Electrical Equipment (1000 Volts Maximum)
3.
NEMA ICS 2
Industrial Control Devices. Controllers and Assemblies
4.
NEMA JCS 6
Industrial Control and Systems: Enclosures
B. Listing
1,04
1.
Ail materials and equipment specified herein shall be within me scope o f Nationally
Recognized Testing Laboratory (NRTL) examination sendees, be approved by the
NRTL for the pm pese for which they are used, and shall bear the appropriate
listing/label.
2.
Equipment listed/Iabeied by an NRTL acceptable to the local authority having
jurisdiction.
3.
When, a product is not available with a listing/label for the purpose for which it is to
serve, the product may be required by the inspection authority to undergo a special
inspection at the manufacturer’s place o f assembly or as a completed assembly in the
field. All costs and expenses incurred for such inspections shall be included in the
original contract price,
SUBMITTALS
Per Section 170104.03.
TFfRA TECH: S/12
PROCESS SWITCHES
17251-5
134339A
FA RT 2 - PRO DUCTS
2.01
A,
G E N ER A L
SW ITCHES: UnJe&s otherw ise
requirem ents:
specified,
switches
shall com ply with the following
1.
C ontact outputs used Tor alarm actuation shall be ordinarily closed and shall open to
initiate the ahum ,
2.
C ontact outputs used to control equipm ent shall be ordinarily open and shah close to
start the equipm ent.
3.
C ontacts m onitored by solid-stale equipm ent such as program m able logic controllers or
annunciators shall h e herm etically sealed and designed for sw itching currents from 20 to
100 mA at 24 VDC.
4.
C ontacts m onitored by electrom agnetic devices such as m echanical relays shall b e rated
N EM A ICS 2, designation B300.
5.
D ouble barriers shall be provided between sw itch elem ents and process fluids such that
failure o f one barrier will not perm it process thuds into electrical enclosures,
6.
Sw itch electrical enclosures shall be rated Nii'MA 250, Type 4 X umiiuium ,
7.
Provide suitable intrinsic-safety barriers tor contacts in hazardous areas that are
monitored by equipm ent in safe areas.
S.
BUSSHD IN STR U M EN TS: Provide D evice Net. Foundation F ield Bus, or approved
equal for digital com m unications o f process sw itch signals. O nly one digital protocol lor
process sw itches com m unications shall b e allowed.
B,
Requirem ents for instrum ents are specified in this section and on INSTRÜSPEC sheets in Part 3.
C,
Installation and application requirem ents are specified in this section, section 17901, and/or on
2.02
A.
B.
IN T R IN SIC SA FE TY B A R R IE R S AND R E L A Y S
Intrinsic safety barriers for process switches:
1.
Dual input, passive type.
2.
Shunt diode barrier construction w ith non-replaceahle fuse and internal current lim iting
resistor
3.
Listings: UL, FM o r C S A certified ibr use in Class I G roups A , B, C . I); Class II Groups
E, F, G,
4.
A cceptable .manufacturers:
a.
R ouan X 57 Series
b.
Turck MZ-61 Series
c.
Approved equal
Intrinsic safety relays;
1.
Isolates field contacts in classified location from control circuits in non-classified
location.
TETRA TECH: 8/12
PROCESS SWITCHES
17251-2
134339A
2.
3.
4.
5.
Input:
a.
Maximum iieid contact current/voltage: lO m A /il VAC
b.
Tum*un sensitivity: < 100K Glims
e.
T urn-off sen siti vity : > 1 Megaohm
Output;
a,
SPST N.O./N.C. switching action Held programmable
b.
Rating: 1 A resistive si 24 VDC or 120 VAC
Power 100 to 130 VAC, 50-60 Hz, 4 VA maximum
listings: UL of FM approval for use in Class I Groups A. B, C, I), Class IT Groups 8, F,
Cl
6.
Enclosure: REMA )
?,
Acceptable manufacturers:
a
Gems SafePak model 54820
b.
Stahl ÏS Isolator Type 9170
c.
Square-D series 850 ! TO orNY2
d.
Warrick series 17 or 27
e.
Approved equal
PART 3 - EXECUTION
3.01
INSTALLATION
A.
Installation requirements per Section 17010.
B.
Electrical Connections: Final connections between rigid raceway systems and instruments
shall be made with jacketed flexible conduit with a maximum length of two feet.
C.
Tagging: All field instruments shall be labeled with function and instrument number, i.e. (FÎT30 i/EFFLUENT FLOW METER). Tag shall be lOga 316 stainless steel with stamped letters
and. numbers attached to device with 12ga 316 stainless steel wixe.
3.02
TESTING
Testing requirements per Section 17010.
3.03
KNSTRUSPEC SHEETS
The following JNSTRUSPEC sheets provide detailed requirements for the listed devices.
PROCESS SWITCHES
TETRA TECH: 8/12
17251-3
i 34359A
I n s tr u m e n t D e sc rip tio n
1NSTRUSPEC
Symbol
Instrument Function
FS î
T herm al dispersion, flow sw itch for w ater, air,
nitrogen
Flow threshold d etection
FS2
Insertion pad d le type flow sw itch
Flow threshold detection
LSI
L evel Switch, float
Level m easurem ent
LK2
L evel Switch, stem supported
.Multi-level m easurem ent
[.S3
Level Switch, conductivity
M ulti-level m easurem ent
LS4
L evel Sw itch, D isplace? F lo at
M ulti-ievel m easurem ent
Pressure sw itch
P ressure m easurem ent
D ifferential Pressure sw itch, h igh range
D ifferential pressure
tneasnrem ent
D ifferential P ressure sw itch, lo w range
tneasurem ent
D ifferential P ressure sw itch, Sow ranae
m easurem ent, HP
TS
T em perature switc
Tem perature M onitor (Fluid
im m ersion)
vs
V ibration sw itch
Lqm pm eni vib ratio n m onitor
ZSî
D o o r position sw itch
Intrusion detection
ZS2
M echanical equipm ent position swiixi;
P o sitio n Liirsit detection
PS
FD S H
PD SL2
Instrument Type Symbol;
FSÎ
in s tru m e n t D e sc rip tio n ;
T h e rm a l d isp e rs io n flo w sw itch.
In stru m en t F unction:
F lo w th re s h o ld d e te c tio n fo r w ater, air, a n d n itro g e n
3/4" o r la rg e r M NT'P. a p p lic a tio n d ep en d en t.
P ro d u c t R e q u ir e m e n t:
G en e ra l:
i.
S w itch sh a ll h e s u ita b le fo r flo w / n o flo w d etec tio n o f w ater, air. and. n itro g e n
g as hi p ro c e ss p iping.
S ensor:
S en so r m a terial sh all b o 3 1 6 sta in le ss steel.
O p e ra tin g te m p eratu re ra n g e s h a ll h e *50 to 3 5 0 d e g re e s FM a x im u m o p e ra tio n p re ssu re sh a ll b e 4 0 GO p sig.
R e sp o n se tim e: 3 se co n d s
R e p ea tab ility . + /- 0 . 5 % o f ran g e
P ro b e leng th ; 1.2” , 1.8” , cu sto m
.T R A T L C tf: 8/12
PRO CESS S W ITCHES
1 725Î-4
134339A
Transmitter:
1.
Housing: ÜL'CSA rated explosion proof ad needed
2.
Temperature: - 50 to 150 degrees JF
3.
Power Supply: i20 VAC 60Hz 4 watts
4.
Relay Output.; SPDT 3 amps resistive
5.
Connections: 1 FNFT
Acceptai) le m&ij ufacUu er :
1.
Ameritrol fee.. FX series
2.
Fluid Components International
3.
Magnevrol Thennafel
4.
Approved equal
1.
Install according to the manufacturers reeotfimendatiorss.
2.
install as indicated on the Drawings.
\.
Calibrate per Section 17901 .
Installation:
Calibration:
Instrum ent Type Symbol:
F52
Instrument Description:
insertion paddletype flow switch
Instrument Function:
Plow threshold detection for water
Process Connection;
Insertion
1
Row switches shall be insertion paddle iype.
2.
Provide snap action from C contract closure output
3.
Set point shall be adjusted by the insertion length of'flow switch paddle
A.
Paddle shail be 316 stainless steel.
5.
Provided wûh. NEMÀ 4X junction box.
Acceptable manufacturer.
1.
Gems FS-550
2.
Approved equal
1.
Install according to the manufacturers recommandarions.
2.
Install as indicated on the Drawings.
i.
Calibrate per Section 17901.
Installation:
Calibration:
TETRA TRCH: 8/!2
PROCESS SWITCHES
17251-5
I34339A
I n s t r u m e n t id e n tif ic a tio n ;
LSI
In stru m e n t F unction:
L ev e l m e a su re m e n t
In stru m en t D esc rip tio n :
F lo at lev el sw itc h
P o w e r S upply:
'N /A
S ignal Input:
N /A
S ignai O utp u t:
C o n tac ts
P ro c e ss C o n n e ctio n ;
N /A
1.
S P S T tilt a c tu a te d sw itch.
2.
S w itch sh all n o t c o n ta in m ercu ry .
3.
H ig h b u o y an c y , fo a m fille d , d u ra b le , co rro sio n re s is ta n t flo a t h o u sin g .
4.
14-A W G w ire ty p e S O c a b le w ith ? V C o u te r ja ck e t.
5.
T ilt sw itc h sh a ll b e ra te d fo r tw o am ps a t 120 V A C m in im u m .
6.
C a b le le n g th as n ee d ed , fie ld verify.
7.
C o n tacts: \ N O o r I N C
A c e ep la b ie m a n u fa c rurer.
1.
US F ilte r M o d e l 9G--EF
2.
A n c h o r Scieu ?i û c S o lo -F lo a t
3.
A p p ro v e d eq u al
1.
in s ta ll p e r C o n tra c t D raw in g s.
2.
Install p e r th e m a n u fa c tu re rs in stru c tio n s.
1,
P e r S ectio n 17901
In stallatio n :
C alib ratio n :
Instrum ent Identification:
LS2
In stru m e n t F u n ctio n :
M u lti-lev e l m e a su re m e n t
Ins m im e n t D e sc rip tio n :
S tem M o u n te d M u ltip le F lo a t S w itch
P ro c ess:
W a s te w a te r
S ignal I n p n t
NA
S ig n al O u tp u t:
C o n tac ts
N /A
T E T R A TE C H : 8/12
1,
S w itch sh a ll b e a SPST.
2.
S w itc h sh a ll b e U L o r F M ap p ro v ed .
PRO CESS SW ITCH ES
17251-6
1343 3’)A
3.
P rovide four actuation levels.
4.
Lead w ire length shall be 24".
5.
M ount and stem m aterial shall be 316 SS.
6.
Floai: m ateria; shall b e SS,
7.
F loat diam eter shall be M ir std.
S.
F loat operating tem perature lirait shall be up ro 150£,F.
9.
Float operating m axim um pressure shall be 100 PSI.
10. E lectrical connection junction box shall bo N EM A 4 type.
A cceptable m anufacturer:
1.
OHMS M odel LS700
2.
B arksdale BLS-800
3.
A pproved equal
1.
Install, p e r m anufacturers recom m endations.
2,
P e r the contract draw ings.
1,
P er Section 17901.
Installation:
C alibration:
I n s tr u m e n t T y p e S ym bol:
L S3
Instrum ent fu n c tio n :
Multi Point level detection.
C onductivity sensor.
P rocess Connection:
3-inch, m ale pipe thread.
P ro d u ct R equirem ents:
E lectrode Holder:
1.
A ssem bly capable o t bolding up to sever) 1/4-inch-dianteter rod type probes.
2.
3-inch m ale pipe thread attachm ent to electrode chamber.
3.
D ie-east epoxy-coated alum inum term inal housing-.
4.
316 stainless steel body.
5.
3/4-i.uch boss îo ï electrical conduit.
1.
1/4-inch 316 shunless steel rod tlireaded on one end for attachm ent to electrode
holder.
2.
PV C h e a t shrank sheathing.
3.
E ach probe cui: to ex act length for the sensing elevations as show n on
Dîawm&s.
Electrodes:
TE'IR A TECH: 3/22
PROCESS SWITCHES
17251-7
234339A
E le c tro d e R e la y M odule:
1.
P o w e r supply: 120 V A C 6 0 H z
2.
Solid sta te p lu g -in m o d u le.
3.
O n e forrn-C S P O T lo ad c o n ta c t p er m odule.
4.
M in im u m c o n ta c t ra tin g 8 am p re sistiv e a t J 20 V A C .
5.
T e m p e ra tu re : -5 0 to 140 d e g re e s F
6.
D ire c t o r in v e rse acting.
7.
F ield a d ju sta b le sensUivisy.
8.
P rim a ry v o lta g e 120V A C.
9.
S e c o n d a ry circ u it: 11 V A C R M S , 2.3 m illia m p s
10. N B M A I en clo su re.
11. U L a p p ro v e d fo r h a z a rd o u s lo catio n u se . in trin sically safe.
A c c e p ta b le m a n u factu rer:
1.
W a rric k C o n tro ls S eries 3 E p ro b e fittin g
2.
W a rric k C o n tro ls S eries 2 7 re la y tu o d u ie
3.
W a rric k C o n tro ls S eries 3B o r 3 H as re q u ire d b y th e ap p lica tio n
4.
A ll co m p o n e n ts sh all b e th e p ro d u c ts o t‘ a sin g le m a n u fa ctu re r
5.
A p p ro v e d equal
Installation:
1.
Install in a c c o rd a n c e w ith m an u factu rer's in stru ctio n s.
2.
A s sp e cifie d on th e D ra w in g s.
1.
S et a n d re s e t p o in ts sh a ll b e p e r S ectio n 17901
2.
A s sp e cifie d o n th e D raw ings.
C a lib ratio n :
in s t r u m e n t T y p e S y m b o l:
LS4
In stru m en t F u n ctio n :
M u lti-lev e l m e asu rem en t
In stru m e n t D e sc rip tio n :
L e v e l S w itch , D isp la c e r F lo at
P ro c ess C o n n e ctio n :
A s re q u ire d
P ro d u c t R e q u ire m e n ts ;
T E T R A TEC H : 8 /Î2
I.
L ev e l sw itc h e s sh all b e sp rin g te.usioned c a b le su p p o rted d isp lace! ty p e sw itch
u s in g b u o y a n c y p rin cip le.
?..
S w itc h a c tio n sh a ll b e m e rc u ry sw itc h , fo n a -C c o n ta c t a rran g em en t
3.
A ll p arts sh a ll b e 3 1 6 o r 304 sta in le ss s te e l
4.
E n c lo su re sh all b e ep o x y coated. N E M A 4 , o r eq u al.
PRO CESS SW1TC
17251-8
A cceptable m anufacturer;
1,
M agnerrol Series A 15
2.
A pproved equal
1,
Instaii in accordance w ith rm nufaorurers instructions.
2.
A s specified on the Drawing?.
].
Set and reset points shaii be per Section 17901.
2.
As specified on the Drawings.
Installation:
C alibration;
Instrum ent Identification:
rs
Pressure m easurem ent
Pressure sw itch
P ow er Supply:
NA
Signal input:
NA
Signa] Output:
C ontacts
Process Connection:
1/4-inch fem ale N PT.
I,
C onstruction: Pressure elem ent and a precision switch.
?..
Pressure d em em :
3.
a.
Type: D iaphragm type w ith Buna-N diaphragm , or brass dual bellow s.
h.
O verpressure; C apable o t w ithstanding 10 tim es overrange pressure
w ithout affecting calibration.
Switch:
a.
H erm etically sealed SPDT. unless otherw ise specified.
b.
C ontacts rate d 10 A at 120 VAC; 0.5 A at 120 V D C , resistive.
c.
A djustable set-point and deadhand o f approxim ately 10%
operating range, unless otherw ise specified.
fo 90% o f
4.
R ange: Am specified, Set point should fall betw een 30% and 70% o f operating
range. Set point and reset point shall be indicated on calibrated scales.
5.
A ccuracy:
better.
6.
Enclosure;
a.
R epeatability and sensirivity shall be
-1% o f operating range or
C ast alum inum rated N E M A 4X or N EM A 7, as required,
h. T w o 3/^-inch conduit connections.
FETRA TECH: S/12
PROCESS SWITCHES
17251-9
134.339A
1.
Square-D series 9012 Q
2.
Ashcroft I P Series
3.
M ercoid Series i 000
4.
Approved equal
1.
JjiStaJJ per m anufacturers instructions and she recommendations o f API RP55Ô
to ihe specified requirements.
2.
Provide root valves at all process pressure taps except taps made for safety
instruments.
3.
Provide gage vaives at the uisinrmenf where fhe instrument is not within sight
o f Üte root valve or where swo or more instruments are connected to a single
4,
Do iioî connect safety instruments to Ihe same process tap as instruments used
for control, indication, or recording. Unless otherwise specified, locate as close
as practical to the process rap and position to permit observation and
maintenance.
Installation:
Calibration :
1.
Application, calibration, and set points shall be per Section \ 7901.
In stru m e n t identification:
PDSH
Differentia! pressure measurement
Differential pressure switch, high range
Power Supply:
N/'A
Signal Input:
NA
Signal Output:
Contacts
Process Connection:
1/8- or t/4-m ch N PT high and low pressure taps.
1.
Construction: Diffeientsal pressure element and a precision switch.
2.
Pressure element:
?.
TETRA TECH: 8/12
a.
Type: Diaphragm type wish Buna-N diaphragm, or as specified
b.
Overpressure: Capable o f withstanding to times over range pressure
without affecting calibration.
Swi ich:
a.
Snap-action SPOT, unless otherwise specified.
b.
Rated 15 A at 120 VAC
c.
Adjustable set-point and dead baud o f approximately 10% to 90% of
operating range, unless otherwise specified.
PROCESS SWITCHES
17251*10
Î343Î9A
4. Range: As specified. Set paint should fall between 30% and 70% of operating
range. Set point and reset point shall be indicated on calibra red scales.
5. Accuracy: Repeatability and sensitivity shall be +-3% o f operating range or
better.
6. Enclosure:
a.
Cast aluminum NEM A 4X
b.
NHMÀ 7 for hazardous areas
c.
Two 3/4-iiich conduit connections
1. Square-D series 9012G
2.
Ashcroft series ID A , D40Ü, D700
3.
M ercoid series PG. SAi 100
4. Approved equal
Installation:
1.
?..
Install per manufacturer's instructions and the recommendations o f API RP55I
to the specified requirements,
Provide root valves at a!3 process pressure taps except taps made for safety
instruments.
Provide gage valves a: the instrument where the msiTurneni is not within sight
o f the root valve or where two or more instruments are connected to a single
tap.
4.
Do not connect safety instruments ro rhe same process tap as instruments used
for control, indication, or reo^rdmg.
5.
Unless otherwise specified, locate as close as practical to the process tap and
position to permit observation and maintenance.
L
Application, calibration, and set points shall be per Section 17901.
Calibration:
PDSL1
Differential pressure measurement
instrument Description:
Differential pressure switch, low range
Power Supply:
N/A
Signal Input
Process
Signal Output:
Contacts
Process Connection:
1/8-iuch N PT high and low pressure taps-
TETRA TECH: 8/12
1.
Service: Air and non-conjbustible, compatible gases.
2.
W etted Materials: Consult Factory.
PROCESS SWITCHES
17251-11
334339A
3.
T e m p e ra tu re L im its: -3 0 to 18 0 °F (-3 4 to S 2 .2 °C ). 1823-00, -20 to 180e F (-2 8 .9
to 82.2°C ).
4.
P re ssu re L im its: 10 p s ig (6 8 .9 5 k P a ) co n tin u o u s, 25 p sig ( 172.4 kPa'> surge.
5.
S w itch T yp e: S in g le-p o le d o u b le -th ro w (S P D T ).
6.
R e p eatab ility : ± 2 %.
1 , B le c 'n c a i f e ti n g : 15 A @ 120-4S 0 V A C , 60 H z. R e sistiv e 1/8 H P @ 125
VAC,
1/4 H P @ 250 V A C , 60 H z. D e-ra te to 10 A fo r o p e ra tio n at h ig h cy cle rates.
8.
E le c tric a l C o n n e ctio n s: 3 screw ty p e , co m m o n , n o rtn a iiy o p e n a n d n o rm ally
d o sed .
9.
P ro c e ss C o n n e ctio n s: 1/8" tern a le N P T .
10. M o u n tin g O rien ta tio n : D iap h ra g m in vertical p o sitio n . C o n s u lt fac to ry fo r o th er
p o sitio n o rien tatio n s.
11. S et P o in t A d ju s tm e n t S c re w ty p e in sid e m o u rn in g spud.
3 2. W eigh;;: 1 lb , 5 o z (5 9 5 g).
13. A g e n c y A p p ro v a ls: CB , U ’L , C S A , FM .
14. S et P o in ts fro m 0 .0 ?" to 8 5 :' w .c.
15. R e p etitiv e A c c u ra c y w ith in 2%
m a n u fa ctu re r:
’ . D w y e r S eries 1800
2.
A p p ro v e d equal
1.
Install p e r m a n u fa c tu re r’s in stru c tio n s and th e rec o m m e n d a tio n s o f A P I R P 5 5 0
to th e sp e cifie d req u iren ien ts.
2.
P ro v id e ro o t valv es a t all p ro c e ss p re ssu re ta p s e x c e p t tap s m a d e fo r sa fe ty
instrum ents.
3.
P ro v id e g a g e v alv es a t the in stru m e n t w h e re th e in stru m e n t is n o t w ith in sig h t
o f th e ro o t v a lv e o r w h e re tw o o r m o re in stru m e n ts a re co n n e c te d to a sin g le
tap.
4.
D o n o t c o n n e c t s a fe ty in stru m e n ts to th e sa m e p ro ce ss tap as in stru m e n ts used
fo r c o n tro l, in d ic a tio n , o r recording-.
5.
U n less o th e rw ise sp e c ifie d , lo c a te as c lo se as p ra c tic a l to the p ro c e s s tap an d
p o sitio n to p erm it o b se rv a tio n an d m a in te n a n c e .
In stallatio n :
C a lib ratio n :
A p p lic a tio n , ca lib ra tio n , and se t p o in ts sh all h e p e r S ect-on 17901.
T E T R A TE C H : 8/12
PRO CESS SW ITCHES
3 7253-12
134339A
PDSL2
In stru m en t F unction:
I n f e r e n tia l p re ssu re m easu rem en t, low ran g e
In stru m e n t D escrip tio n ;
D iffe re n tia l p re ssu re sw itc h . lo w ra n g e EP
P o w e r S upply:
N /A
S ignai Input:
P ro c ess
S ignal O utput:
C o n ta c ts P a ra g ra p h 1723 6.
1/8 -in c h N P T h ig h an d low p re ssu re taps.
P ro d u c t Requiterrjeutrs;
1.
S w itch sh a ll b e fo r lo w ra n g e d iffe re n tia l p re ssu re s . w ith rep e titiv e a c c u ra c y o f
p lu s o r m in u s 3 p e rc e n t o f full s c a le th ro u g h o u t range.
2.
S ervice: A ir a n d n o n -co m b u stib le , c o m p a tib le gases.
3.
W e tte d M a te ria ls: Courrait facto ry .
4.
T e m p e ra tu re L im its: -40 to i4 0 'iF {-40 to 6 0 °C,î ; 0 to 140'5F {*17.8 to 6 0 yC )fo r
1950P -8, 15, 25, an d 50. -3 0 to 13Ü T ’ (-3 4 .4 to 5 4 .4 °C ) fot 1950-02.
5
P re ssu re L im its: C o n tin u o u s: 1950’s - -VS1’ w .c. (0.11 b a r); J 9 5 0 P ’s - 35 psi
(2.41 b a r); 1950P-5O o n iy - 7 0 psi (4.S3 b ar). S u rg e: 1 9 5 0 ’s - 10 psi (0 .6 9 b ar);
19 5 0 P ‘s - 50 p si (3 .4 5 b a r); 1950P -50 o n ly - 90 p si (6 .2 ! bar).
f>,
.E nclosure R a tin g : N E M A 3 (IP 5 4 ) r a in tight. N E M A 7 an d 9.
7.
S w itch T y p e: S in g le-p ô le d o u b le -th ro w (S P O T ).
8.
E le c tric a l R a tin g : 15 A (ill 125, 2 5 0 , 4 8 0 V A C , 60 H z. R e sistiv e Î./S H P @ 12.5
V A C , 1/4 H P @ 2 5 0 V A C , 60 H z.
9.
E le c tric a l C o n n e ctio n s: 3 screw ty p e , co m m o n , n o rm a lly o p en an d n o rm ally
clo sed ,
10. P ro cess C o n n e ctio n s: 1/S" fem a le K P T .
1 i . M o u n tin g O rie n ta tio n : D ia p h ra g m in v ertical p o sitio n . C o n su lt fa c to ry for o th e r
p ositio n o rie n ta tie n s .
1 ?.. S et P o in t A d ju stm en t: S c re w ty p e o n to p o f h o u sin g .
13. CE-, I T . a n d C S A listed . PM a p p ro v e d fo r u se in C lass 1, D iv 1, G ro u p s C and
I), C la ss 11 G ro u p s H, F. an d G an d C lass HI h a z a rd o u s atm ospheres.
14. W e a th e rp ro o f fe a tu re s include a d ra in p lu g a n d O -m tg seal in cover.
15. M o d e ls o ffe r s e t p o in ts fro m .03 to 2 0 " w .c . (7,5 to 5 k P a) a n d iVorn .5 to 60 psi
(0.035 to 3.5 bar).
A ce ep tab 1e tu a m tfac tu re r :
1.
D w y er se rie s 3 950
2.
A p p ro v e d eq u al
1.
In stall p e r m a n u fa c tu re r's in stru c tio n s a n d th e rec o m m e n d a tio n s o f A P I R P 5 5 0
to d ie sp e c ifie d req u irem en ts.
2.
P ro v id e ro o t v alv es a t all p ro c e ss p re ssu re tap& e x c e p t taps m a d e fo r .safety
in stru m en ts.
Installation:
T E T R A T E C H : 8/12
PR O C FSS SW ITCHES
17251-13
L34339A
3.
Provide gage valves a t the instrum ent w here th e instrum ent is not within sight
o f the ro o t valve or w here tw o or m ore instrum ents are connected to a single
tap,
4.
D o not c o n n e d safety instrum ents to the sam e process tap as instrum ents used
for control, indication, or recording.
5.
U nless otherw ise specified, lo cate as d o s e as practical to the process tap and
position to perm it observation and m aintenance.
1.
A pplication, calibration, and sef. points shall b e per Section 17901-
C alibration:
In strum ent Identification:
TS
T em perature m onitor
T em perature sw itch, C apillary-type ^ l^ d . im m ersion
Pow er Supply:
"NA
>ir.s
Signal O utput:
Contacts
: 17" MPT
P roduct Requ irem ents :
3.
C onstruction:
switch.
2.
Bulb and capillary: M aterial, copper or stainless steel, as specified. Length as
needed.
3.
Pressure elem ent:
4.
Liquid-fUled bulb and capillary; pressure sensor, snap action
a.
Type: Bourdon tube, co pper or stainless steei as required
b.
O verpressure: C apable o f w ithstanding 300 psi capillary pressure
Switch:
a.
G eneral purpose SPO T, unless otherw ise specified.
b.
R ated 10 A at 120 V A C ; 0.5 A at 120 VDC.
c.
A djustable ser-point and dead band o f approxim ately i 0% to 90% of
operating range, unless otherw ise specified.
5.
A ccuracy:
better.
6
Enclosure:
R epeatability and sensitivity shall be -t-2% o f operating range or
a.
C ast alum inum N E M A 4X
b.
N E M A 7 in hazardous areas
c.
3/4-inch conduit connections
1.
TETRA TECH: 8/12
A shcroft series L, 400, 700
PROCESS SWITCHES
17251-14
134339A
2,
Mercoid series 0
3.
Approved equal
i.
Install per manufacrurei's instructions.
Installation:
?.. Follow the recommendations o f API RP550.
3.
As show:; on the draw ings
1.
Application, calibration, and set points shall be per Section 179Ô1.
Calibration:
Instrument F a c tio n :
Sense Vibration o f Process Equipment
Vibration Switch, Electronic
Power Supply;
120 VAC, 60 Hz or 24 VDC, 5 VA max
Signai Inpat:
NA
Signal Output:
Triac, PET. 4-20 inA, see below
Process Connection:
M acluned surface w-;fasreners
1.
Constraedon: Consists o f a self-contained seismic vibration sensor, electronic
signal processing and ai arm circuitry with two alarm relays,
a,
Intended to protect rotating machinery from damage due to mec
malfunction and vibration.
b. Signal processing electronics shall convert seismic sensor output into
velocity signal, test for alarms, and transmit analog velocity signal.
e.
Include an alarm inhibit feature that prevents the switch from tripping
during m achine start up, as indicated by contact closure. After the inhibit
period, the switch shall function normally.
d. Include m alarm delay feature that prevents the switch from tripping
during short term transient vibration conditions. Under continued high
vibration the switch shall trip after the delay period. Alarm delay period
shall he programmable from 3 to 10 seconds.
3.
Range;
a.
Danger alarm sel-point: 0.15 to i .5 inches/sec
b.
W arning alarm set-point: 10% to 100% o f Danger ser-point
c.
Analog signal: 0 to 150% o f Danger set-point
4.
Accuracy: -f-5% full scale
5.
Enclosure:
a. Cast aluminum or cast iron NEM À 4X.
PROCESS SWiTCHES
TETRATECH: 8/12
17 .2 51-15
134339A
6,
h.
N lïM A " iu .hazardous areas.
c,
Conduit fittings: 3/4-inch conduit opening for pow er and signal wiring.
Signal Output:
a.
A C pow ered units; Solid-state tn a e, rated 2 A at 120 VAC.
b.
D C pow ered units: P ow er FET, rated 3 A at 24 VDC.
c.
A nalog output: 4-20 m A into 0 to 500 Ohm s
A cceptable M anufacturer:
1.
R ochester mode! VT-12152b
2.
Robevtshnw m odel 566
3.
A pproved equal
1.
M ount and connect p er im niU actnrer’s instructions.
2.
A s show n in the Contract Drawings.
1.
A pplication, calibration, and set points shall b e p er Section 17901.
Installation:
C alibration:
In sfrim u 'M T y p e S ym bol:
XS1
Instrum ent .Function:
D oor position threshold detection.
Im trijrnem D escription:
M agnetic reed sw itch.
1.
P rovide industrial grade switch suitable Tor harsh e n v iro n m e n t
2.
Contacts: SPD T form C, .5 am p m ax, 100 VA C /D C m ax at .25 amps, ? VA
m ax.
3.
M agnetic reed sw itch.
4.
Prevent sticking or freezin g betw een the tw o sw itch plates that ib n n the
m agnetic fie Id.
5■
Electrical com ponents herm etically sealed,
6.
316 Stainless Steel arm ored lead type.
7.
O perating tem perature: -40 to 150 degrees F.
8.
(JL llisted,
9.
W arranty exceeding 10 years for w orkm anship, m aterial and factory defects.
A cceptable mcinufacturer;
T F IR A T B C H : 8/12
1.
G E Security Products 2500 sen es
2.
G eorge R isk Industries
3.
A pproved equal
PROCESS SWITCHES
17251-16
134339A
Installation;
1,
install in accordance with m anufacturer's instructions and the application
requirements.
2.
Suitable for metal door installation.
Calibration:.
1.
Per site requirements.
Instrument Type Symbol:
ZS T .
Instrument .Function:
Position threshold detection.
Limit switch,
Puxlucl Requirements:
1.
Configuration as required by the application.
2.
NEM A rating as required by the application.
3.
Area classification listing as required by the application,
4.
Contacts: SPDT, quick make and break, 120 VAC/DC, 20 amps continuous
carrying capacity.
Acceptable rnanufaeturer;
1.
Square D Class 9007
2.
Alien Bradley
3.
Approved equal
Installation :
1.
Install in accordance with manufacturer's instructions.
2.
Installation and actuation as required by the application,
1.
Per site and equipment requirements,
Calibration:
E M ) O F SE C TIO N 17251
TRA T1:CH: 8/12
PROCESS SWITCHES
17251-17
U4339A
SE C T IO N X79G0
SCHEDULES
F A R T I - G EN ER A L
LOI
A.
B.
1,02
SUMM ARY
Scope: The following schedules are provided:
1.
Section ] 7901 : Instrument Schedule (Instrument Index)
2.
Section 17903:
PLC I/O Schedule
Schedule fields are listed in Part 3.
REFERENCES
References to drawing numbers provided in these schedules are provided as a convenience
only. An incorrect drawing number or the omission o f an appropriate drawing number shall
have no impact on the scope of work required under this contract.
PART 2 -PRODUCTS
2.01
SCHEDULES
A.
Data Fields: Schedules shall provide the data columns indicated in Part 3.
B.
Instrument Schedule:
1.
This schedule briefly describes major discrete devices required by the control system.
Scheduled devices shall he provided as described in the schedules and in the referenced
specification paragraph. Each instrument is located by a pane! reference or electrical or
mechanical plan drawing reference (if field mounted).
2.
These schedules shall not be interpreted as a set of complete data sheets for the devices
but only as a listing o f instruments with certain salient features described. Additional
elemetits such as power supplies, current repeaters or isolators, mounting hardware, cord
sets, and other such elements as may be required by a particular vendor in order to
complete the system shall be provided even though not listed. The Contractor shall
create complete ordering information for all instruments and shall submit this
information to the Engineer for review prior to -manufacture.
3.
Instrument Schedule column descriptions:
a.
Tag number: These are instrument tag numbers which include the 3-digit
instrument loop (LL) numbers and individual instrument prefixes and suffixes, or
component name or circuit designation.
b.
Description: Defines application o f the loop or identifies the type o f individual
instrument within the loop.
c.
Specification number: Numbers refer to spécification requirements for new
instruments which shall be provided.
d.
Process drawing number (P&ïd): Numbers refer to basic process flow drawings
showing the schematic locations o f primary measuring elements and final control
devices within the process.
e.
Physical location drawing number: Numbers refer to instrument location drawings
showing locations for individual field mounted instruments.
TETRA TECH; 8/12
SCHEDULES
i 7900-j
D4339A
FART 3 - EXECUTION
3.01
SECTION 17901 INSTRUMENT SCHEDULE
A. Column Headings to Include:
3.02
A.
h
TA G N U M B ER
2,
DESCRIPTIO N
3.
P& ID D R A W IN G N U M B ER
4,
LO C A TIO N DRAW ING NUMBER.
5.
SPEC N U M B ER
6.
CA LIBRATION RANGE
7.
APPLIC A TIO N N OTES
SECTION 17903 PLC I/O SCHEDULE
Column Headings to Include:
1.
TAG N U M B ER
2.
DESCRIPTION
3.
P&ID DRAW ING N U M B E R
4.
PA NEL N U M B E R
5.
I/O TY PE
6.
M O D U LE TY PE
7.
RACK
8.
SLOT
9-
POINT
SCHEDULES
TETRA TECH: 8/12
17900-2
Î34339A
Tag N um b e r
: P&IQ
P h y s ic ? ! |
: D wg N o. : L o c a tio n ;
D e s c rip tio n
iPDP
Power
^
Ho
- P 811- • °
OaSib. Rzme
A p p lic a tio n N otes
p-STB'SMw l« P l> J S W -s rû ^ S c T A ^ K S 'ft OP c!
A-WreaiT! Storage Mu
i H e a a e r P re s s u re Sw-ton
172 72
!7243
A -S tre a m S to ra g e M u s i t H e a d e r Pre&suri» Ip ijc a tjo g T ra n s m iite !
901
■j
■
0 - bo P&i
0-50, iinrr.
A-3tream Siora
!;
(•
j A-Strtsam S to ra g e # 1 1
lA-Sï'P.fW rt (WfLl'KNT S-TOMSe T A N K 'V ’ * V
17242
]^S 1r6a-~ n S torag'e # 2 T a n k L.evei in o ic a t!n a T r a n s r n it w
SÜ1
.•vScre^ffl -vtorc-gp. it
A>S<RW.» iNFIAJSNT $TORA<j£ T A M K S .tfW fci
l-ff'L iT j
jO T
j
4
jA-?;tr~«3rr) Storacse *?4 ! ho * •.c-Vfi- ir.dicat-rig
A-SWfAWiMFlLliSNT STÔKa GS TANKS fS'Of
! E/*.!T
.;
s
A-Sir& H m S te ra o '
î ^ ri* • <* #• v jc '
^
1 ? 2 *2
301
ï01'
206
Z
S
17241’
Î Z
0 -3 5 n
^ ••51R K A M R E C .!«a .W :O N P U M P S '.'
f 'E / F i ï
3 02
A -S tre a m k s c î r.~ pn-is s u i» îooic&t-r.o "1 r&.’ is fln tte r
FE.'F: t
9 02
A -S tre a m ^ e c ir c F ta v in tfe titiftg T ra n s m itte r
A E i'A lT
9C2
A -S a tw o : >:«'<<■ Às'zaVüi»! ir iijiis iiii? - T w u ^ W f c - ’'
.
P & P IT
91'.
P E /P IT
‘3 12
30'S
3C-........
12 0 V A C
301
120VAC
:o ?
!VRS- FPF.0PUMPS
17243
2.0?
2G7
i
0-5B Ï55;.
0 -3 0 0
'• t o 14
i
. .1
301
17?<!3
!? :« 3
0--5CÎ r!s*
f ■,*
1
St»1
____________
!
?r>3
IV R S A T ra in Pesa P u m p ùiscn*»"-'» 0 , «'s s j c* '< *_icat>rig T r8 ris < ritte r
IV K S B T ro:n r & s a Pmriw fjœ c 'iî» ' t' fJ,c s '
«• i " ’'ic s ii:ng {faristttitM »!-
i
1723t
iv R ï • A- TRAIN
■•/R3 A
f e / p it
S it
P D E /P D ll
9 Î-:
P D fi/P D "
311
2
L £ /U ~
• > i'
3
*;•)
P 0 È /P Û M .
'
f e « ; r r>* ' k '.- <■. r,-j r j , s>r ! »
911
;.2
r
! 20V A C
'! / 2 » ’i
20?
301’
17243
iV R v A T flairs S trip p e r T ra y s F ro & s ix e Drff&rs»i'.tia! Iriâ ic a tîo p T ra n a m itte r
203
302
17243
0 -5 0 in /H 2o
IV k S A 1 ram a trip c a r S u m p P re s s u re O if's â n t'a l •ruîc^îcinf? • oîA s rw d e i
jy.-i
i
.ju /.
17245
0-5 0 in /H 2o
i f . -
'
!
1724?
u -2 0 0 n ' r ^ o
tVRS A T ra in S
t r M is ïH u n iria to r P re s s u re D iffe re n tia ! I n h a l in g T ra n s m itte r
'3 * j 1»* ►<»' ' v s s u r e DrfrerenJia; in d ic a tiftg \ w ï:.r < ;ü ? ï
0 -2 0 0 ln /H 2o
f
iVftS - ?- TftAIW
i
S'! 2 '
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301
Prot-sins !f<'ic;v:oo T fansm iiter
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250
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17343
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253
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INSTRUMENT SCHEDULE
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O-'iTi U
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266
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12
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265
257
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Leak Uetscfor SuppWed with Pümp Not Connecwd ia PLC
fsolaçrny fJ ia p w a y n
Leak Oafacior Supnfife:! wilh Pumo
isolating yiapfrragm
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INSTRUMENT SCHEDULE
■.......................................... ................
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i
10/23/2012
}
PMD
Dwg No.
5 B-” rain P ro cess W-3:<K .-'«•m ü -'s S-tf;#. tûvif
m
Physical :
Locftttan ;
333
iPDP
Power
j lg£VAC
INSTRU M ENT SC H ED U L E
SE C T IO N 17 9 0 0 A ppendix -6
5 p sc. No.
'..? A
: Calib. Range
0 -1 0
Application Nates
9 p fi.
1 0 /23/2012

SPEC - Kube Engineering

Transcription

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