V-316 - Versa Valves

Transcription

Bulletin: V316
2015RD
V-316 SERIES
Versa Products Company, Inc., 22 Spring Valley Rd., Paramus, NJ 07652 USA Phone: (201)-843-2400 Fax: (201)-843-2931
Versa BV, Prins Willem Alexanderlaan 1429, 7312 GB Apeldoorn, The Netherlands Phone: +31-55-368-1900 Fax: +31-55-368-1909
E-mail: [email protected]
www.versa-valves.com1
QUICK INDEX
VALVES/ACTUATORS
Three-Way Valves
Section
........................................................................................... general Page
V 3-WAY
14 - 15
..................................................................................... dimensions V 3-WAY
16 -19
Four-Way Valves 20 - 21
........................................................................................... general
V 4-WAY
..................................................................................... dimensions V 4-WAY
Actuating Devices ..........................................................................................................................................
22 - 25
14 -17
Latching-Manual Reset Valves ......................................................................................................................
30 - 31
Lockout Valves ............................................................................................................................................... 33
Special Purpose Dual Solenoid Valves .......................................................................................................... 28 - 29
VMAP ............................................................................................................................................................
34
SPECIFICATIONS
Basic Features ............................................................................................................................................... 3
Construction ................................................................................................................................................... 6
Electrical ......................................................................................................................................................... 7 -9
Electrical Combination Suffix Details (Cross Reference) ................................................................................
35
Filtration ......................................................................................................................................................... 6
Flow (Cv/Kv) ...................................................................................................................................................
7
Port Sizes ....................................................................................................................................................... 6
Pressure Ranges ........................................................................................................................................... 6
Product Numbering System ........................................................................................................................... 4-5
Seals .............................................................................................................................................................. 6
Temperature ................................................................................................................................................... 6
Stainless Steel Tags .......................................................................................................................................
13
PARTS
Combination Actuators ................................................................................................................................... WARNINGS & WARRANTY .....................................................................................................................
2
www.versa-valves.com
26 - 27
Back Cover
2457065.
.100694
BASIC FEATURES
Versa exercises diligence to assure that information contained in this catalog is correct, but does not accept responsibility for any errors or omissions. Versa also reserves the right to change or delete data or
products at any time without prior notification. To be sure the data you require is correct, consult factory.
GENERAL CHARACTERISTICS OF SERIES “V-316” VALVES
The V-316 Valve Series provides a full range of control valves suited to the most demanding of applications. Ruggedly
constructed, both internally and externally, of stainless steel, these valves are able to withstand the physical abuse
of corrosive environments and controlled media.
A modular design concept utilizing three basic sub-assemblies: a Body Assembly and two Actuator Assemblies
(active or passive), simplifies circuit planning while affording almost unlimited combination possibilities.
Port sizes are 1/4” NPT, 3/8” NPT, and 1/2” NPT in three-way (3/2, 3/3), and four-way (5/2 and 5/3) styles. A 1” NPT
is available as a three-way (3/2).
Actuation types include manual (hand lever, palm button, latching detent & manual reset), pilot (pressure pilot,
diaphragm pilot, “air-latch” pilot), and solenoid-pilot (including several approved hazardous service types).
CONSTRUCTION
ISO 9001
High Performance Solenoid
Near frictionless direct acting poppet deign
yields positive shifting and the lowest solenoid
power/wattage ratings. Epoxy molded coils
with high heat class ratings are standard for
moisture resistance, heat dissipation and
elevated temperature applications.
Solenoid-Pilot Design
Direct acting valve integrated on pilot valve
The V-316 Series solenoid valve utilizes a high
performance solenoid-pilot design. This design utilizes
available media pressure/force to shift valve assuring
positive shifting. This design also produces the lowest
wattage ratings in the industry.
CERTIFIED
Large Diameter Pilot
The
Pilot
design
is
maximized to offer positive
shifting throughout range
while residual volume is
reduced for less air per shift.
A U-cup is utilized for bubble
tight sealing while reducing
shift friction to a minimum.
Elastomer Packed Spool
“Low friction” type seals utilized
to offer bubble tight sealing
throughout valve operation range.
Balanced Spool
The forces required to
actuate the plunger are
unaffected by pressure
being controlled assuring
positive shifting throughout
the entire pressure range.
Investment Cast Stainless Steel
316 stainless steel components utilized
for superior corrosion protection in the
harshest environments. Investment cast
components offer a first class finish,
while providing weight savings and
maximized flow paths for superior flow.
Spring Return Device
Full Flow - Over Ported
Internal high flow area through
valve is maximized so user is
assured the fitting will reduce
flow not the Versa valve.
Versa’s V-316 Series spring return
valves offer the strongest spring return
ratings on the market assuring a positive
shift when valve is commanded to shift.
EVERY VALVE FUNCTIONALLY TESTED THROUGHOUT COMPLETE PRESSURE RANGE BEFORE SHIPPING
COMPATIBILITY & APPLICATION RANGE: Series V-316 valves are designed for the control of pneumatic pressures
from partial vacuum to 200 psi (14 bar). Because Versa uses various styles and compounds of the elastomers, it is
possible to meet varying conditions of media and temperature.
Limitations generally apply to specific types of actuation, such as solenoid or pilot. The minimum and maximum
pressures in these cases are dependent upon valve size, method of return actuation, valve series, and range of
pressure being controlled. For specific information, refer to specification pages 6 thru 9.
3
HOW TO SELECT A VERSA VALVE
Every letter and digit in the product number has significant meaning. The product number shown below (VSG-4522-316-L14-A120) indicates the following:
V
S
G
4
5
2
2
316
L14
PNEUMATIC
SERVICE
SPRING
RETURN
SOLENOID PILOTACTUATED
FOUR-WAY
1/2” NPT
SIDE PORTED
(INPILOT)
TWO
POSITION
316 STAINLESS
STEEL
SOLENOID OPERATOR
EQUIPPED WITH DUST
EXCLUDER NUT
A120
120V60 COIL
BASIC PRODUCT NUMBER
V
VALVE
SERIES
V-316 Series Valve
Pneumatic service to
200 psi (14 bar)
S
G
ON LEFT END OF VALVE
LOOKING AT INLET
ON RIGHT END OF VALVE
LOOKING AT INLET
ACTUATING DEVICES
A Special actuator of any type. Letter indicates position of
actuator relative to right and left end of body.
Suffix detail is required to designate specific actuator
B Spring Centering (for 3 position manually operated
valves)
G Solenoid-Pilot/2 position
I Palm Button
J Pilot-Spring Centering (for 3 position pilot operated
valves)
L Hand Lever (centerline lever)
N Non-return Device (for manually operated valves —
allows valve to be positioned anywhere without detents)
P Pressure Pilot/2 position
R Reverse Spring Return (for manually operated valves).
Spring pulls valve spool
S Spring Return. Spring pushes valve spool
U Three-Detent (for manually operated valves)
W Diaphragm-Pilot (low pressure-pilot)
X Solenoid-Pilot Spring Centering (for 3 position
solenoid operated valves)
Y Diaphragm-Pilot Spring Centering (for 3 position diaphragm
operated valves)
Z 2-Position Detent
(for 2-position manually operated valves)
4
4
FUNCTION:
Body Style
5
PORT
SIZE
2 Two-Way*
3 Three-Way
4 Four-Way
3 ¼” NPT
7 Two-Outlet (Directional
Three-Way-Diverter)
5 ½” NPT
8 Two-Inlet (Directional
Three-Way-Selector)
* Two-Way is accomplished by
plugging the exhaust port of a threeway valve
4 ⅜” NPT
7 1” NPT
SELECTOR CHART
SUFFIX DETAILS
Suffix details indicate modifications or variations to the basic valve. When specifying
simply add those suffix details required in
alphabetical and/or numerical order.
Listed below are the suffix detail modifications found in this catalog and the page on which they are noted.
2 2 316
BODY
DETAILS
0
2
SIDEPORTED–
EXPILOT
Body with integral,
pipe threaded ports.
This type of body is
directly connected to
pressure lines and is
used for mechanical,
manual and EXPilot*
type solenoid or pilot
actuated valves.
SIDEPORTED –
INPILOT
Body same as “0”
above, except it has
an auxiliary internal
passage to supply
INPilot** type solenoid
and pilot actuators.
SPOOL
DETAILS
(Flow patterns)
THREE-WAY VALVES
Two Position
1
Normally Closed (actuating device must
be on right end of valve)
2
Normally Open (actuating
device must be on left end of valve)
THREE-WAY VALVES
Three Position
3 All ports blocked in center position
FOUR-WAY VALVES
Two Position
2
Standard flow pattern:
inlet alternately open to
one cylinder port;
opposite cylinder port
alternately open to
exhaust.
FOUR-WAY
Three Position
(Offset flows as standard
flow patterns, above)
Center Position
3
All ports blocked
4
Cylinder ports open to
exhaust
DIVERTER &
SELECTOR VALVES
2 2-position
3 All ports blocked in center position
“316” indicates that the basic
construction material for valve parts is
AISI 316 Stainless Steel (conforms to
NACE Standard MR-01-75)
L14
COIL
CODE
SUFFIX DETAILS
VOLTAGE
Actuator Orientation:
-218A thru -218C, Hand Lever, page 10
-227A thru -227C, Pilot actuator, page 12
Combination Actuators:
-33E, Retainer cap
-113LE, Hand/2-detent, page 26
-114LE, Hand/3-detent, page 26
-115E, Palm button/2-detent, page 26
-130LAE Hand/spring return, page 26
-136E, Palm button/spring return, Page 26
-138E, Solenoid/spring return, page 276
-150E, Pilot/2-detent, page 27
-159E, Pilot/spring return, page 27
-173E, Solenoid/spring return, page 27
-181DRE, Latching Resets Page 26
Solenoid Options;
For General Purpose (Page 7-9):
-HC, -HCC, DIN connector,
-HT, Class H coil
-PC, -PS, Potted coil
For Hazardous Service (Page 7-9):
-XX, Hazardous locations, UL & CSA
-XN, (d)Flameproof, ATEX
-LB, Low Power, 1.8 Watt
-LA, Low Power, 0.85 Watt
-HT, Class H coil,
-PC, Potted coil,
-ST, Stainless steel housing,
-XISC, -XISX6 (ib)Intrinsic Safe, ATEX FM & CSA
-HC, -HCC, Connector for IS
Popular Option Combo’s for Hazardous Service:
-XXN, Hazardous, weather protected, UL/CSA (-LB, -PC, -XX)
-XXJ, Hazardous, enhanced weather protected, UL/CSA (-LB, -PC, -ST, -XX)
-XNN, Hazardous, weather protected, ATEX (-LB, -PC, -XN)
-XNJ, Hazardous, enhanced weather protected, ATEX (-LB, -PC, -ST, -XN)
Solenoid actuated
valves require a Coil
Code that indicates the
specific coil current/
frequency and voltage.
The Coil Code consists
of a letter to indicate the
current frequency:
Rating Code:
A= 60Hz frequency
D= Direct Current (DC)
E= 50Hz frequency
Three numbers follow
the Rating Code to
indicate voltage:
Examples:
Voltage Code
24V60 = A024
120V60 = A120
24VDC = D024
See Page 7 for specific
coil and codes.
For Hazardous Service WITH INTEGRAL Junction Box (Page 7-9):
-XDBS, -XDBT, (d)Flameproof, ATEX, IEC, CSA, INMETRO
-XIFA, -XIFE, -XIFF, (ib)Intrinsic Safe, ATEX
-XMAA, -XMAE, -XMAF, (m)Encapsulation, (e)Increased Safety, ATEX
-XMFA, -XMFE, -XMFF, (m)Encapsulation, (e)Increased Safety, ATEX
Manual Override (page 13):
-ME, Unguarded
Seals:
-44 Low temp Buna 6
-155, Fluorocarbon FKM, page 6
Special service/lubrication:
-DG-Dust Proof
-D14 Dust excluder, page 13
-L14, Silencer/dustproof coil cover nut, page 13
-55A, FDA approved silicone grease
-55M, Silicone grease
-200E, Plus pressure rating to 200 psi (14 bar), page 6
-H, Threaded solenoid exhaust, page 13
-NGS Natural Gas Service
-NGST Natural Gas Service – Low Temperature
Tagging:
-NV28A, Stainless steel ID tag; see Product Bulletin 181 page 13
5
SPECIFICATIONS
PORT SIZE - FLOW
Port
Flow Diameter
Size
inch
mm
3/8
9.5
1/4 NPT
3/8
9.5
3/8 NPT
5/8
16.0
1/2 NPT
1-1/16 27
1 NPT
Flow Factor
Cv
1.8
2.0
5.5
11.1
GASES
SCFM = 22.5 CV
Assumptions:
LIQUIDS
ΔP (Outlet psi abs)
GPM =
(460° + F°) (SG)
Flow = Air
CV ΔP psi
ΔP = 40 psi
(3 bar)
Temp = 68°F
(20°C)
(SG)
Inlet pressure =
100 psi (7 bar)
Outlet abs =
74.7 psi (5 bar)
SG = 1.0
MATERIALS
Valve body and internal parts:
Actuator caps:
Valve body/actuator seals:
Optional:
Screws:
Solenoid internal parts:
Solenoid Coil housing:
316L stainless steel
316L stainless steel
FKM – fluorocarbon (diaphragm, Buna)
Low Temperature Nitrile (-44)
Ethylene Propylene (-EP)
316 stainless steel
300 & 400 grade stainless steel
Dependent on coil selected, see page 8 - 9
MEDIA
Air / inert gas, including natural gas. Consult factory for hydraulic service.
The standard V-316 Series product is rated for air and gas service including natural gas. While the standard valve is rated for
natural gas, Versa recommends suffix detail –NGS for enhanced valve performance (-NGST for low temperature applications).
Versa Products Company’s valves and accessories are intended for use in clean dry air or inert gas systems. Versa requires
filters of 40 microns or better. Versa defines “dry” as a system where dew point is 20°F below the minimum temperature to which
any part of the system is exposed.
Versa’s products are rated for lubricated or non lubricated service. On lubricated service, care should be taken to follow the
lubricator manufactures’ recommendations as to use and maintenance. As Versa ‘s products are elastomer sealed devices, seal
compatibility with media, lubricator fluid and environmental conditions should be confirmed,
PRESSURE RANGES
TYPE OF
ACTUATION
Manual
Pressure
Pilot
PILOT
Diaphragm
OPERATING PRESSURE RANGE
THROUGH VALVE
(CONTROLLED PRESSURE)
TYPE OF RETURN
MINIMUM PILOT PRESSURE*
(When Applicable)
1/4 - 1/2
1
1/4 - 1/2
1
Spring, Spring Centering,
Detent
VAC. - 200 psi
(VAC. - 14 bar)
—
—
—
Spring Return, 2 Position
VAC. - 200 psi
(VAC.- 14 bar)
40 psi (2.8 bar)
50 psi (3.5 bar)
—
40 psi (2.8 bar)
—
2 Position, Dual Pilot
VAC. - 200 psi
(VAC.- 14 bar)
VAC. - 200 psi
(VAC.- 14 bar)
VAC. - 200 psi
(VAC. - 14 bar)
VAC. - 200 psi
(VAC.- 14 bar)
20 psi (1.4 bar)
20 psi (1.4 bar)i
Spring Centering 3 Position
VAC.- 200 psi
(VAC. - 14 bar)
—
10 - 50 psi MAX
(0.7 - 3.4 bar MAX)
—
VAC.- 200 psi
(VAC. - 14 bar)
—
10 - 200 psi MAX
(0.7 - 14 bar MAX)
—
Spring Centering, 3 Position
Spring Centering 3 Position
-31
VAC.- 200 psi
5 - 50 psi MAX
—
—
(VAC. - 14 bar)
(0.34 - 3.4 bar MAX)
VAC.200
psi
5
200
psi
MAX
2 Position, Dual Diaphragm -31
—
—
(VAC. - 14 bar)
(0.34 - 14 bar MAX)
†
40 - 175 psi†
40 - 175 psi MAX†
50 - 175 psi MAX
40
175
psi
(2.8 - 12 bar)†
(2.8 - 12 bar)†
(2.8 - 12 bar MAX)†
(3.5 - 12 bar MAX)
†
40 - 175 psi MAX†
40 - 175 psi
—
—
INPilot
(2.8 - 12 bar)†
(2.8 - 12 bar MAX)
†
†
†
20 - 175 psi MAX
20 - 175 psi MAX
20 - 175 psi MAX
20 - 175 psi
2 Position, Dual Solenoid
(1.38 - 12 bar)†
(1.4 - 12 bar MAX)†
(1.4 - 12 bar MAX)†
(1.4 - 12 bar MAX)
SOLENOID
PILOT
VAC - 200 psi MAX†
40 - 200 psi MAX†
50 - 200 psi MAX
VAC. - 200 psi†
(VAC. - 14 bar)
(VAC - 12 bar MAX)†
(2.8 - 12 bar MAX)†
(3.5 - 12 bar MAX)
20 - 200 psi MAX†
20 - 200 psi MAX
VAC. - 200 psi†
EXPilot
(VAC. - 14 bar)†
(1.4 - 12 bar MAX)†
(1.4 - 12 bar MAX)
20 - 200 psi MAX†
20 - 200 psi MAX
VAC. - 200 psi†
2 Position, Dual Solenoid
(VAC. - 14 bar)†
(1.4 - 12 bar MAX)†
(1.4 - 12 bar MAX)
Notes: — When application involves temperatures below freezing or when shifting intervals are relatively long, it is recommended that suffix -S be
specified for valves with spring actuation. Minimum pilot pressure must be increased by 40%.
*All standard solenoid valves with maximum operating pressure or pilot pressure listed at 175 psi (12 bar) may be plus pressure rated to a maximum
of 200 psi (14 bar). Specified by adding suffix -200 to model number.
2 Position, Dual Diaphragm
6
SPECIFICATIONS
TEMPERATURES - SEALS Type of Service
Temperature
Range
(Medium/Ambient
Temperature)
Intermittent Duty Service
Continuous Duty Service
AC or DC
Coil
AC
Solenoid Plunger
Coil
DC
Solenoid Plunger
Coil
Solenoid Plunger
150ºF to 200ºF Suffix -HT
(65ºC) (95ºC)
Suffix -3 (may be
Suffix -3 (may be
inclusive in other suffix Suffix -HT inclusive in other suffix Suffix -HT
options as it is in -HT)
Suffix -3 (may be
inclusive in other suffix
120ºF to 150ºF Standard
(50ºC) (65ºC)
Suffix -3 (may be
inclusive in other suffix Standard
options)
Suffix -3 (may be
inclusive in other suffix Suffix -HT
options)
Suffix -3 (may be
Standard
Suffix -3 (may be
inclusive in other suffix Standard
options)
Suffix -3 (may be
options)
-10ºF to 120ºF
(-23ºC) (50ºC) Standard
Standard
The table above lists suggested suffix options for various temperature ranges and/or types of service. For temperatures or conditions not listed, consult factory.
SOLENOID/PILOT — COIL SPECIFICATIONS*
Solenoid Suffix
(see page 8)
-HC & -HCC
Standard, -PC,
-243, -XX & -XN
-XX & -XN with -LB
-XDB & -XDB
(1.8 Watts)
AC
Voltage
Voltage
Code
Inrush
DC
Holding
Ohm
Voltage
Voltage
Code
Inrush/
Holding
Ohm
24/60
A024
0.633
0.491
26.2
6
D006
1.760
3.4
120/60
A120
0.127
0.098
647
12
D012
0.863
13.9
240/60
A240
0.063
0.049
2790
24
D024
0.440
54.6
110/50
E110
0.127
0.098
647
48
D048
0.216
222
220/50
E220
0.063
0.049
2790
125
D125
0.055
1606
24/60
A024
0.633
0.604
19
6
D006
1.300
4.6
120/60
A120
0.127
0.121
475
12
D012
0.632
19
240/60
A240
0.063
0.060
2000
24
D024
0.320
75
110/50
E110
0.132
0.081
475
48
D048
0.154
311
220/50
E220
0.066
0.041
2030
125
D125
0.062
2030
24/60
A024
0.290
0.150
43.2
6
D006
0.320
18.8
120/60
A120
0.060
0.030
1085
12
D012
0.160
74.6
240/60
A240
0.030
0.020
5521
24
D024
0.077
312
110/50
E110
0.130
0.080
1085
48
D048
0.036
1337
220/50
E220
14.500
0.070
5521
125
D125
0.015
8460
20
6
D006
0.300
20
0.062
0.029
687
12
D012
0.150
80
24/60
A024
120/60
A120
240/60
A240
2714
24
D024
0.075
320
110/50
E110
687
48
D048
0.038
1280
220/50
E220
2714
125
D125
0.016
8000
0.032
0.016
* Coils for voltages other than those listed above, may be available.
Class H (Suffix –HT) coils are available for both ordinary and hazardous service.
Contact factory for availability and delivery information.
Note: Coil Cover — Standard provides 1/2” NPT female conduit connection. Use Suffix –HC or –HCC for DIN style coil connector.
Coil Lead length — Standard coil lead lengths are at least 24” (60cm). Consult factory for availability of longer lead lengths.
7
SOLENOID PILOT – ELECTRICAL CERTIFICATIONS
Solenoid/Pilot actuated Series V-316 valves are available with a variety of different solenoids for both nonhazardous and
hazardous locations. Basic details of actuators are listed below. For additional data consult factory.
NONHAZARDOUS LOCATION SOLENOIDS
Suffix
Identification
Protection
Classification
Area Classification
and (Gas Grouping)
Certification(Conformance)
Ingress
Protection
None or
-HT, PC
General Purpose
Indoor & Outdoor
UL - CSA
NEMA 1,2,
3&4
-HC
-HCC (Shown)
General Purpose
Indoor & Outdoor
UL - CSA
NEMA 4;
IP65
HAZARDOUS LOCATION OPERATORS
Suffix
Identification
Protection
Classification
Area Classification
and (Gas Grouping)
Certification(Conformance)
Ingress
Protection
-XX
Hazardous
Locations
-LB-XX
CLASS I, DIV. 1 (C & D)
CLASS I, DIV. 2 (A & B)
CLASS II, DIV. 1 (E, F & G)
UL - CSA
Ex d IIB+H2 T3 to T6 Gb
IECEx
NEMA 7 & 9
-XN
IP65 & IP66
(d) Flameproof
II 2 G Ex d IIB+H2 T3 to T6
-LB-XN
-XDBS*
-XDBT*
(d) Flameproof
(e) Increased Safety
See “Miscellaneous” column page 9 for ordering information.
-XMAA
-XMAE
-XMAF
-XMAG
-XMFA
-XMFE
-XMFF
-XMFG
-XIFA
-XIFE
-XIFF
8
(mb) Encapsulation
(e) Increased Safety
(tD) Tight Dust
EX II 2 G D
Ex d e IIC T* Gb
EX tb IIIC T* ºC Db
Class I Div I Grp B, C & D
Class I Div II Grp E, F & G
EX d IIC DIP A21 T6 T4
ATEX
ATEX
IECEx
INMETRO
UL - CSA
TR CU
C
CSA US
Ex e mb II T5, T6 Gb
Ex tD A21 T100ºC, T85ºC Db
IECEx
TR CU
II 2 G Ex e mb II T5, T6
II 2D Ex tD A21 T100ºC, T85ºC
ATEX
Ex (ia) IIC T4...T6 Gb
Ex (ia) IIIC T130ºC, T80ºC Db
TR CU
ATEX
-XISX6
II 2 G EEx ia IIC T6
ATEX
IECEx
TR CU
-XISC
Class I, Groups (A, B, C & D)
Class II, Groups (E, F, &G)
Class III
Intrinsic Safe
IP66 & IP67
IECEx
II 2 G Ex ia IIC T4...T6
II 2 D Ex iaD 21 T130ºC, T80ºC
(ia) Intrinsic Safe
IP66, IP67
& IP68
Factory Mutual
CSA
IP66 & IP67
IP65
PRODUCT NUMBER COIL CODES: Complete product numbers require, when applicable, a coil code that represents the desired coil current type, frequency
and voltage. The coil code takes the form shown below, with ratings and voltage substituted as required.
Rating Code
A = 60Hz frequency
D = Direct Current (DC)
E = 50Hz frequency
A120 = AC,120Volts/60hz
Voltage
Indicated by three digits:
e.g. 24 volts = 024
120 volts = 120.
Voltage
(Power)
All usual 50 Hz & 60 Hz AC (6W)
All usual DC (7W)
Electrical
Characteristics
Class F epoxy molded coil (155ºC).
Continuous duty, 2 leads 24” (60
cm).
Miscellaneous
Steel, painted coil housing with 1/2 NPT conduit entry.
24V60, 120V60, 240V60 (8.5W)
24V50, 110V50, 220V50 (8.5W)
12VDC, 24VDC, 48VDC (10.5W)
Class F epoxy molded coil (155ºC),
with 3 spade terminals. Continuous
duty.
Mini DIN socket with PG9 cable gland (-HC) or 1/2” conduit
connection (-HCC).
Voltage
(Power)
Electrical
Characteristics
Miscellaneous
All usual 50 Hz & 60 Hz AC (5.6W)
All usual DC (7.2W)
Steel, plated coil housing with 1/2 NPT conduit entry.
For stainless steel (182FM) coil housing add: (-ST)
12V60, 24V60, 48V60, 120V60,
240V60 (1.8W)
6VDC, 12VDC, 24VDC, 48VDC
(1.8W)
Steel, plated coil housing with 1/2 NPT conduit entry.
For stainless steel (182FM ) coil housing add: (-ST)
Maximum pilot pressure 120 psi (8 bar).
1.8W nominal power.
All usual 50 Hz & 60 Hz AC (5.6W)
All usual DC (7.2W)
Class F epoxy molded coil (155ºC),
Continuous duty. 3 leads 24” (60
cm).
Steel, electroless nickel plated coil housing
with M20 x 1.5 conduit entry.
Ground terminal on cover.
Maximum pilot pressure 120 psi (8 bar)
1.8W nominal power.
12V60, 24V60, 48V60, 120V60,
240V60 (1.8W)
6VDC, 12VDC, 24VDC, 48VDC
(1.8W)
24VDC (D024)
120V60 (A120) 110V50 (E110)
230V50 (E230)
1.8 Watt standard, for lower watt
contact factory.
Epoxy molded coils rated for
continuous duty, Class H, 180°C.
24VDC (4W)
(Consult factory for other voltage
options)
Continuous duty. Coil & rectifier,
including surge suppression, potted
within housing.
24VDC
(10W inrush, 4 W holding)
(Consult factory for other voltages)
Continuous duty. Coil & power
controller potted within housing.
24VDC (0.8W)
(Consult factory for other voltages)
24VDC
system voltage prior to barrier
(1.6 watt max.)
Steel, plated nickel plated coil housing
with M20 x 1.5 conduit entry.
Ground terminal on cover.
Stainless steel coil housing
with internal Junction Box.
Internal and external ground
screw.
Standard (vent to atmosphere)
1/8” Adapter (-H2E)
1/4” Adapter (-HE)
Dust Nut (-L14)
Suffix Detail Ordering Code
M 20 Connection ½” Connection
No Diode Diode No Diode Diode
XDBS1 XDBS5 XDBT1 XDBT5
Thick wall epoxy coil housing with integral
junction box. Internal ground terminal.
M20 x 1.5 conduit entry: (-XMAA), (-XMFA),
Cable gland for 6-12 mm ø cable: (-XMAE), (-XMFE)
1/2 NPT conduit entry with adapter: (-XMAF), (-XMFF)
Cable gland for 9-16 mm ø cable: (-XMAG), (-XMFG)
Continuous duty. Coil and power
controller potted within housing.
Requires the use of an approved safety barrier or isolator.
Thick wall epoxy coil housing and integral junction box.
Internal ground terminal.
M20 x 1.5 conduit entry: (-XIFA)
Cable gland for 6-12 mm ø cable: (-XIFE)
1/2 NPT conduit entry with adapter: (-XIFF)
Class F epoxy molded coil (155ºC).
Continuous duty.
Requires the use of an approved barrier or isolator.
Maximum operating system voltage before barrier 28VDC.
Maximum pilot pressure 115 psi (8 bar).
3 spade terminals & DIN connector with PG9
cable gland: (-HC)
1/2 NPT conduit entry: (-HCC)
9
ACTUATING DEVICES
The basic purpose of the actuating device is to provide a means of shifting the valve spool in order to control the media flowing
through the valve. Because the valve’s spool design is balanced the force required to shift the spool, is separate and unaffected
by the pressure being controlled.
The actuators are designed for application within 2 ranges of valve sizes: one range of actuators for all valve styles, types, and
sizes ¼” through ½”; another range of actuators for the 1” size valves.
Illustrated with brief descriptions, are the basic types of actuators in most frequent use. The “letters” referred to by the actuator
types coincide with the prefix letters used in the product numbering system. Many variations and modifications of these basic
actuators are also available. A few are described on Page 5 under Suffix Details. Others, such as combination actuators, can
be found on Pages 26 and 27.
MANUAL
A push or pull motion may be used to operate the hand device in order to shift the valve spool. If used with a detent device (“U”
or “Z”) or a no-spring device (“N”) the handle must be actuated and returned manually. With a spring centering device (“B”) the
handle will normally be in the center position when not actuated, or will return to the center position after being actuated. To
actuate with a spring centering device, the handle must be pulled to one offset position and pushed to the other. The precise
differences of each of the three hand actuating devices are described below.
TYPE “L” HAND LEVER (Centerline Mounted)
The handle of this device is in the vertical plane through the center line of the valve
body. On models up to ½” pipe size, a rubber boot provides protection from dirt and
dust. The entire device may be rotated into positions at increments of 90° from vertical.
To indicate, use Suffix –218A, –218B, or –218C as shown above for offset mounted
hand lever.
HANDLE POSITIONS
STD
STD
218C
218A
218B
VSL
218A
INLET
PORT
218C
VLS
OPTIONS
Hand valves are supplied according to standard position.
Three other positions are available (Suffix -218A Thru
218C). To order simply include the Suffix number shown.
Example: VSL-4302-316-218A.
218B
HAND LEVER
TYPE “I” PALM BUTTON (Panel Mounting Is Standard)
The body of the Palm Button actuator is supplied with a thread and nut that
allows the actuator, when required, to be fastened to a panel with the valve
behind the panel. The button will then project through and be visible
from the front panel. Pushing or pulling the button activates the valve.
PALM BUTTON
Shown with optional red knob
SPRING RETURN
A device for returning the valve spool to its original position in 2-Position valves.
TYPE “S”
Can be used on any type valve. Pushes valve spool.
TYPE “R”
For use with Lever or Palm Button operated valves. Pulls valve spool.
DETENT
A device that establishes a definite “feel” indicating when valve is in a specific position.
Also prevents spool from shifting should excessive vibration be present. Generally
used with Hand or Treadle Operated valves, but can also be supplied, in some cases,
for Pilot and Solenoid/Pilot Operated valves as a Combination Actuator.
10
SPRING RETURN
ACTUATING DEVICES
NO-SPRING RETURN
TYPE “N”
For use on Palm or Lever Operated valves only. Used when automatic
return of valve spool is not desired. Spool will stay in last position
placed until operated to another position
TYPE “U”
3-Position detent for 3-Position valves. Provides detent in each offset
position and center position as well.
TYPE “Z”
2-Position detent for 2-Position valves. Provides detent in both offset positions.
SPRING CENTERING DEVICE
A device for returning the valve spool to center position in manual valves
only. Spring centering devices for Pilot or Solenoid/Pilot Operated valves
are an integral part of the specific actuator.
TYPE “B”
Spring centers from both offset positions.
SPRING CENTERING
KEY Operated
TYPE “314”
KEY OPERATED VALVE, KEY REMOVABLE IN ONE POSITION
314E: key can only be removed in the “normal Position.” The valve must have a return spring, detent or pilot on end opposite key.
Captive dust cap and two keys supplied. Panel mounting provision standard
KEY OPERATED VALVE, KEY REMOVABLE IN TWO POSITIONS
314D: key is removable after key has been rotated to the clockwise or counter-clockwise positions. The valve must have a two detent on end opposite key. Captive dust cap and two keys supplied. Panel mounting provision standard
KEY OPERATED
Rotary Switch
TYPE “357”
Rotary switch actuated valve (detented)
Rotary Switch
Lockout Valve
TYPE “LOVEE”
A valve which can be locked in either pressurized
or exhausting positions. Standard Knob is black,
optional green and red available.
TYPE “LOVBE”
Lock Out Valve
A valve that can only be locked when cylinder port
is open to exhaust. Valve locks with button pushed
in. Standard Knob is black, optional green and red
available.
11
ACTUATING DEVICES
PILOT
The pilot actuator is a small cylinder and piston that is an
integral part of the valve and which, when pressurized or unpressurized, actuates the valve.
TYPE “P” PRESSURE PILOT (for 2-Position valves)
TYPE “J” PRESSURE PILOT (for 3-Position valves)
This pilot requires pressure to actuate the valve, and release of
the pressure to return the valve. Usually it is controlled by a small
Three-Way valve. The pilot port on the ¼” through ½” valves may
be rotated to any position in 90° increments from vertical. (See
option arrangements below). When used in pairs for 2-Position
valves, it is not necessary to maintain pressure on the actuated
pilot in order for the valve to remain in actuated position. Valve will
remain in last position until signalled by the opposite pilot to return.
When used with spring centering feature (“J”), valve will remain in
center position until actuated by either pilot. To remain in actuated
position, pilot must remain pressurized until it is required for valve
to return to center position.
PILOT -P
PILOT POSITION OPTIONS
227A
STANDARD
POSITION OF
PILOT INLET
227B
227C
Pilot actuated valves (¼” thru
½”) are supplied with the pilot
port facing the same direction
as the inlet port of the valve
proper. Three other positions
are available (Suffix -227A thru
-227C).
To order simply include the
suffix number shown.
Example: VSP-4302-316-227A.
PILOT -J
TYPE “W” DIAPHRAGM PILOT (for 2-Position valves)
TYPE “Y” DIAPHRAGM PILOT (for 3-Position valves)
DIAPHRAGM PILOT -W
A large pilot area allows the diaphragm pilot to function on very
low signal pressures. Usually controlled by a Three-Way valve,
the diaphragm pilot requires pressure to actuate. When used in
pairs for 2-Position valves, it is not necessary to maintain pressure
on actuated pilot in order for valve to remain in actuated position.
Valve will remain in last position until signalled by opposite pilot
to return. When used with spring centering feature (“Y”) valve
will remain in center position until actuated by pilot. To remain in
actuated position, pilot must remain pressurized until it is required
for valve to return to center position.
DIAPHRAGM PILOT -Y
12
ACTUATING DEVICES
SOLENOID/PILOT
A low power solenoid controls a built-in pilot which provides the positive
force for shifting the valve spool. When used with a spring return (“S”)
the valve will be actuated when the solenoid is energized and will return
when the solenoid is de-energized. When used in pairs for 2-Position
valves, the solenoid need only be energized momentarily in order to
shift the valve. The valve will then remain in the shifted position until
signalled to return by the opposite solenoid. In spring centering models
(“X”) the valve will remain in the center position until one of the solenoids
is energized. It is necessary to maintain energy on the solenoid as long
as it is desired for the valve to remain in the shifted position. When deenergized, the valve will return to the center position.
STANDARD COILS are epoxy molded in a steel inclosure, with ½” con-
duit hub. For AC and DC voltages available, see Pages 7 - 9.
Two Piloting devices are available depending upon the service to which
they will be applied:
GENERAL PURPOSE SOLENOID
INPilot– utilizes the pressure from the inlet of the valve, through
internal passages, to the solenoid-pilot. In this type valve, only
one pressure connection, the inlet, is necessary.
EXPilot– requires a separate auxiliary pressure line to the
solenoid-pilot. Should be used when valve is controlling vacuum,
when pressure will be below the minimum recommended for
INPilot operation or when viscosity of controlled medium is
such that it will impede the speed of actuation. In any case, the
pressure source may be either air or liquid and is independent of
the medium which is being controlled by the valve.
EXPILOT
PORT
TYPE “G” UPRIGHT SOLENOID/PILOT (for 2-Position valves)
TYPE “X” UPRIGHT SOLENOID/PILOT (for 3-Position valves)
Coils of actuator are placed on top of solenoid cap so as to be
perpendicular to the longitudinal axis of the valve. Shortens overall
length of valve. Used as standard for valves equipped with hazardous
location solenoids (suffix “-XX”) or plug-in solenoids, (suffix “-P”).
HAZARDOUS LOCATION SOLENOID
Solenoid Vent Options
SOME AVAILABLE OPTIONS
•
•
•
Manual Override:
(Suffix -ME)
Threaded Solenoid Exhaust Adpter:
(Suffix -H -H2)
Dust excluders for solenoid exhaust:
Dust Proof: (Suffix -L14)
Water Tight: (Suffix -D14)
OVERRIDE
-ME
Hydraulic Adapter
-H2 ⅛”
-H
¼”
Excluders
-L14
Dust Proof
-D14
Water Tight
STAINLESS STEEL TAG
ORDERING INFORMATION
Engraving Options
Versa's engraved tags are available in two configurations.
Order
any
B-316, C-316, T,
V or V-316 valve.
As a separate
line item (listed directly under valve part number to be tagged) list
the tag part number P- 2002-16-NV28A. In remarks field specify
the tag marking instructions. If sequential numbering is required
provide the start and end numbers required in the sequence for
the appropriate number of valves.
Configuration one: is a simple text field
consisting of two lines of text, 20 characters
maximum per line. The text can be specified
as alpha, numeric or both.
Configuration two: is a text field with
sequential numbering added. This option
includes two lines of text. Line one is text.
Line two allows for sequentially numbering
the tag, 20 characters maximum per line.
2.25”
ABC OIL
P/N SV 966
0.5”
ABC OIL
P/N SV
966
Field for Sequential Characters
13
WAY VALVES 3/2 and 3/3
Three-Way Valves may be either normally open or normally closed to the inlet
in the un-actuated position. Three-Way Valves are usually used to control
single acting cylinders or the pilots of other valves or devices. Two additional
types of Three-Way Valves are available.
Diverter: a common inlet that directs flow to either one of two outlets.
Selector: two separate inlets that are alternately connected to a common outlet.
Shown: VSG-3501-316-PC-XX-D024
ACTUATION
NOMINAL PRESSURE RANGE
Series “V-316”: partial vacuum to 200 psi
(14 bar) pneumatic
(Consult pressure rating chart on Page 6
for specific pressure rating of each valve.)
MANUAL, MECHANICAL, PILOT
or SOLENOID-PILOT
TYPES:
Manual
Pilot
Shown: VSP-3701-316
Shown: VSL-3401-316
PORT SIZES: 1/4”, 3/8” 1/2” and 1” NPT
14 V-316 3-WAY
SPECIFICATIONS
Refer to pages 6 through 9 for information concerning:
Construction
Pressure Ranges
Seals
Electrical
Port Sizes
Temperature
Flow
Filtration
STANDARD FLOW PATTERNS
Valves must be connected in accordance with the port markings so that the flow is from the inlet
port to the outlet port or from outlet port to exhaust. The flow within the valve should never be reversed. Note: When used in a vacuum system, the vacuum pump is connected to the exhaust port
THREE WAY
2 POSITION 3/2
1. VALVE NORMALLY CLOSED (actuator mounted on right end of valve)
A
A
A
ACT.
RET.
IN
EX
IN
EX
P
UN-ACTUATED
ACTUATED
2. VALVE NORMALLY OPEN (actuator mounted on left end of valve)
A
A
A
RET.
ACT.
IN
EX
IN
EX
P
UN-ACTUATED
ACTUATED
3 POSITION 3/3 (all ports blocked in the center position)
To indicate substitute number “3” for fourth digit of product number.
Otherwise Product Number and offset flow patterns remain the same.
TWO OUTLET (Diverter)
2 POSITION 3/2
To indicate substitute number “7” for first digit of product number.
OUT 1 OUT 2
OUT2
OUT1
OUT 1
OUT 2
RET.
ACT.
IN
IN
P
TWO INLET (Selector)
2 POSITION 3/2
To indicate substitute number “8” for first digit of product number.
OUT
OUT
IN
1
OUT
IN
2
IN
1
IN
2
ACT.
RET.
P1 P2
V-316 3-WAY 15
WAY DIMENSIONS
Port hole locations and mounting hole size and locations shown in the individual Body Detail below apply to all Three-Way
valves, regardless of type of actuation. The overall dimensions shown for each type of valve.
BODY DETAIL
C
D
H ø (2 MOUNTING HOLES)
D
A
2
A
2
G
F
F
EA
1
IN
3
E
E
VERSA®
N.J., U.S.A. &
NETHERLANDS
G
H ø (3 MOUNTING HOLES)
C
IN
3
EA
1
B
A
B
1”NPT (3 HOLES)
A
A
B
C
D
in mm in mm in mm in mm
1/4” - 3/8” 2.19 56 1.75 45 1.31 33 0.66 17
1/2” 2.84 95 2.08 52.8 1.31 33 0.66 17
1”
5.5 140 3.25 82.6 3.0 76 1.5 38.1
SIZE
in
.80
.80
1.5
E
F
G
HØ
mm in mm in mm in mm
20 1.59 40 2
51 0.27 6.7
20 1.59 40 2.5 63.5 0.27 6.7
40 3.0 6.2 3.375 85.7 0.406 1.2
HAND ACTUATED VALVES
20º
HØ
J
F
G
A
C
SIZE
A
B
E
B/B*
B*
C
D
F
G
HØ
J
in mm in mm in mm in mm in mm in mm in mm in mm in mm in mm
1/4” - 3/8” 2.19 55.6 1.15 29.2 1.78 45.2 1.65 41.9 2
1/2”
E
D
51
1
25 1.56 39.6 0.75 21 0.56 14.3 6.3 160.3
2.84 72 1.15 29.2 1.78 45.2 1.65 41.9 2.5 63.5 1.25 31.8 1.56 39.6 0.75 22 0.56 14.3 6.3 160.3
BUTTON ACTUATED VALVES
K
MAX
M PANEL HOLE Ø
J MIN TRAVEL
F
G
B/B*
SIZE
A
B
B*
C Max
C MAX
D
E
E
LØ
F
G
D
J Min
K
LØ
MØ
in mm in mm in mm in mm in mm in mm in mm in mm in mm in mm in mm in mm
1/4” - 3/8” 2.19 55.6 1.15 29.2 1.78 45.2 3.31 84
1/2”
L
A
25 1.56 39.6 0.75 21 0.34 8.6 0.90 22.9 1.81 46
1 25.4
2.84 72 1.15 29.2 1.78 45.2 3.31 84 2.5 63.5 1.25 31.8 1.56 39.6 0.75 22 0.34 8.6 0.90 22.9 1.81 46
2
51
1
1 25.4
*Dimensions for Spring-Centering Valves. For port and mounting hole locations for all valves shown above, refer to drawings top page 16.
16 V-316 3-WAY
WAY DIMENSIONS
PIILOT ACTUATED VALVES (and Spring Centering)
PILOT
SINGLE PILOT
VERSA
F
PARAMUS
N.J. U.S.A.
G
A
C
E
B/B*
D
PILOT
PILOT
F
V E R S A
G
A
C/C*
A
SIZE
E
C/C*
B
B*
PARAMUS
NJ USA
DOUBLE PILOT
C
C*
D
D
E
F
G
in mm in mm in mm in mm in mm in mm in mm in mm in mm
1/4”- 3/8” 2.19 55.6 1.15 29.2 1.78 45.1 0.94 23.8 2.17 55.1 2.19 55.6 1.19 30.2 1.56 39.6 0.75 19.1
2.84 72 1.15 29.2 1.78 45.1 0.94 23.8 1.86 .047 2.5 47.1 1.25 31.8 1.56 39.6 0.75 19.1
1/2”
5.5 140 2.01 0.51 — —
1”
2
51 — — 3.75 95.2 1.88 47.8 2.5 63.5 1.19 30.2
*Dimensions for Spring-Centering Valves.
DIAPHRAGM ACTUATED VALVES (and Spring Centering)
SINGLE PILOT
F
VERSA
D
PARAMUS
N.J. U.S.A.
G
E
E
C
A
B/B*
D
DOUBLE PILOT
D
E
E
C/C*
SIZE
A
A
D
C/C*
B
B*
C
C*
D
E
F
in mm in mm in mm in mm in mm in mm in mm in mm
1/4”- 3/8” 2.19 55.6 1.15 29.2 1.78 45.2 2.0 51 2.3 58.4 3.25 82.6 1.63 41.3 1.5 38
1/2”
2.84 72 1.15 29.2 1.78 45.2 2.0 51 2.3 58.4 3.25 82.6 1.63 41.3 1.69 43
For port and mounting hole locations for all valves shown above, refer to drawings top page 16.
V-316 3-WAY 17
WAY DIMENSIONS
SOLENOID ACTUATED VALVES (Non Hazardous Service)
SINGLE SOLENOID
J
Manual Override
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
F
G
A
B/B*
E
C
D
DOUBLE SOLENOID
J
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
A
C/C*
A
in mm
1/4” - 3/8” 2.19 55.6
1/2” 2.84 72.1
1”
5.5 139.7
SIZE
in
1.15
1.15
2.01
B
mm
29.2
29.2
151
E
C/C*
B*
C
in mm in mm
1.76 45.1 1.62 41.3
1.76 45.1 1.62 41.3
— — 2.01 151
D
C*
D
E
F
G
H
J
in mm in mm in mm in mm in mm in mm in mm
2.54 64.6 2 51 1.0 25.4 1.56 39.6 2.98 75.7 2.86 72.5 3.75 95.3
2.54 64.6 2.5 63.5 1.25 31.8 1.56 39.6 2.98 75.7 2.86 72.5 3.75 95.3
— — 3.75 95.3 1.88 47.6 5.17 131.3 4.29 109 5.17 131.3 4.29 109
SOLENOID ACTUATED VALVES/INLINE (Hazardous Service Valves -XX -XN)
SINGLE SOLENOID
J
Manual Override
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
F
G
A
B/B*
E
C
D
DOUBLE SOLENOID
J
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
A
C/C*
A
in mm
1/4” - 3/8” 2.19 55.6
1/2” 2.84 72.1
1”
5.5 139.7
SIZE
in
1.15
1.15
2.01
B
mm
29.2
29.2
151
E
C/C*
B*
C
in mm in mm
1.76 45.1 1.62 41.3
1.76 45.1 1.62 41.3
— — 2.01 151
D
C*
D
E
F
G
H
J
in mm in mm in mm in mm in mm in mm in mm
2.54 64.6 2 51 1.0 25.4 3.89 97.4 0.75 19.1 3.83 97.4 2.98 75.7
2.54 64.6 2.5 63.5 1.25 31.8 3.89 97.4 0.75 19.1 3.83 97.4 2.98 75.7
— — 3.75 95.3 1.88 47.6 5.17 131.3 4.29 109 5.17 131.3 4.29 109
18 V-316 3-WAY
WAY DIMENSIONS
SOLENOID ACTUATED VALVES (Hazardous Service -XDB_)
SINGLE SOLENOID
K
J
1/8” NPT
Pilot Port
(expilot
valves Only)
Manual Override
H
PILOT
VERSA
F
G
A
B/B*
E
C
D
DOUBLE SOLENOID
K
J
1/8” NPT
Pilot Port
(expilot
valves Only)
H
PILOT
VERSA
A
C/C*
A
in mm
1/4”- 3/8” 2.19 55.6
1/2”
2.84 72.1
1”
5.5 139.7
SIZE
in
1.15
1.15
2.01
B
mm
29.2
29.2
151
E
C/C*
B*
C
in mm in mm
1.76 45.1 1.62 41.1
1.76 45.1 1.62 41.1
— — 2.6 66
D
C*
D
E
F
G
in mm in mm in mm in mm in mm
1.76 45.1 0.69 17.5 2 51 1.56 39.6 0.75 19.1
1.76 45.1 0.69 17.5 2.5 63.5 1.56 39.6 0.75 19.1
— — 2.59 65.8 3.75 95.3 1.88 47.6 1.19 30.2
H
J
K
in mm in mm in mm
2.83 72 5.16 131.2 2.5 63.5
2.83 72 5.16 131.2 2.5 63.5
4.9 124.3 6.84 164 2.5 63.5
SOLENOID ACTUATED VALVES/INLINE (Hazardous Service Valves -XMA_)
K
SINGLE SOLENOID
J
M20 x 1.5
CONDUIT
ENTRY
F
G
B/B*
C/C*
A
H
E
D
DOUBLE SOLENOID
K
J
M20 x 1.5
CONDUIT
ENTRY
C/C*
A
in mm
1/4”- 3/8” 2.19 55.6
1/2”
2.84 72.1
1”
5.5 139.7
SIZE
in
1.15
1.15
2.01
B
mm
29.2
29.2
151
A
B*
C
in mm in mm
1.76 45.1 1.62 41.1
1.76 45.1 1.62 41.1
— — 2 51
C/C*
10
C*
D
E
F
in mm in mm in mm in mm
4.1 104.1 2 51 1.38 35 1.56 39.6
4.1 104.1 2.5 63.5 1.25 31.8 1.56 39.6
— — 3.75 95.3 1.88 47.6 2.5 30.2
H
E
D
G
H
in mm in mm
0.75 19.1 1.26 32
0.75 19.1 1.26 32
1.19 30.2 3.21 81.6
in
4.0
4.0
6.3
J
mm
101
101
160
K
in mm
2.6 65
2.6 65
2.6 65
V-316 3-WAY 19
WAY VALVES 5/2 and 5/3
Four-Way Valves are generally used to control double acting
cylinders. They function to alternately direct pressure to one
of two outlets at the same time exhausting pressure from the
opposite outlet.
Shown: VSG-4322-316-PC-XX-D024
ACTUATION
NOMINAL PRESSURE RANGE
Series V-316: partial vacuum to 200 psi (14 bar) pneumatic, For hydraulic consult factory
MANUAL, MECHANICAL, PILOT
or SOLENOID-PILOT
(Consult pressure rating chart on Page 6
for specific pressure rating of each valve.)
BODY TYPES:
Manual
Pilot
The side-ported body provides threaded
ports in the body of the valve.
Shown: VSL-4402-316
Shown: VSP-4302-316
PORT SIZES: 1/4, 3/8, and 1/2
20 V-316 4-WAY
SPECIFICATIONS
Refer to pages 6 through 9 for information concerning:
Construction
Seals
Port Sizes
Flow
Pressure Ranges
Electrical
Temperature
Filtration
STANDARD FLOW PATTERNS
ONE INLET, TWO OUTLETS, TWO EXHAUSTS
Valves must be connected in accordance with the port markings so that the flow is from
the inlet port to the outlet port or from outlet port to exhaust. The flow within the valve
should never be reversed. Note: When used in a vacuum system, the vacuum pump is
connected to the outlet port
2 POSITION 5/2
B
B
A
B A
A
ACT.
RET.
EX
IN
EX
EX
Inlet open to cylinder port B,
cylinder port A, open to exhaust.
IN
EX
P
Inlet open to cylinder port A,
cylinder port B open to exhaust.
3 POSITION 5/3
Diagrams below show center position only. Offset positions are same as shown above for
2-Position types. To indicate particular center pattern required, substitute number shown within corresponding diagram for fourth digit of product number.
3
All ports blocked
4
Cylinder ports
open to exhaust.
8
Inlet open to both
cylinder ports.
V-316 4-WAY 21
WAY-MOUNTING DIMENSIONS
Port hole locations and mounting hole size and locations shown in the individual Body Detail below apply to all Four-Way
valves, regardless of type of actuation. The overall dimensions shown for each type of valve actuation apply whether for
side ported or sub-plate mounting type.
BODY DETAIL
D
E
A2
B4
G
VERSA
N. J., U .S .A. &
NETHERLANDS
F
EB
5
IN
3
C
H (Mounting
Holes 3)
SIZE
1/4” - 3/8” 3.5
1/2”
B
mm
C
B
A
A
in
EA
4
C
D
E
F
G
in mm in mm in mm in mm in mm in mm
89 1.75 44.5 1.31 33.3 1.32 33.5 0.66 16.7 1.56 39.6 0.80 20.2
4.0 101.6 2.0 51 1.31 33.3 1.32 33.5 0.66 16.7 1.56 39.6 0.80 20.2
LEVER ACTUATED VALVES
20º
KØ
H
J
F
G
B/B*
SIZE
A
B
B*
E
C
C
D
E
F
D
G
H
J
KØ
in mm in mm in mm in mm in mm in mm in mm in mm in mm in mm in mm
1/4” - 3/8” 3.5
1/2”
A
25 1.56 39.6 0.75 19
4 101.6 6.3 160.5 0.56 14.2
4 101.6 1.15 29.2 1.78 45.2 1.65 41.9 2.5 63.5 1.25 31.8 1.56 39.6 0.75 19
89 1.15 29.2 1.78 45.2 1.65 41.9 2
51
1
4 101.6 6.3 160.5 0.56 14.2
BUTTON ACTUATED VALVES
M PANEL HOLE Ø
J MIN TRAVEL
K
MAX
F
G
L
B/B*
E
LØ
C MAX
A
D
SIZE
A
B
B*
C Max
1/4” - 3/8” 3.5 88.9 1.15 29.2 1.78 45.2 3.31 84
1/2”
D
E
F
G
J Min
K
LØ
MØ
25 1.56 39.6 0.75 21 0.34 8.6 0.90 22.9 1.81 46
1 25.4
4.0 101.6 1.15 29.2 1.78 45.2 3.31 84 2.5 63.5 1.25 31.8 1.56 39.6 0.75 22 0.34 8.6 0.90 22.9 1.81 46
2
51
1
1 25.4
22 V-316 4-WAY
SOLENOID ACTUATED VALVES (Non Hazardous Service)
SINGLE SOLENOID
J
Manual Override
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
F
G
A
B/B*
E
C
D
DOUBLE SOLENOID
J
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
A
C/C*
E
C/C*
D
A
B
B*
C
C*
D
E
F
G
H
J
1/4”- 3/8” 3.50 88.9 1.15 29.2 1.84 47 1.62 41.3 2.54 64.6 2 51 1.0 25.4 1.56 39.6 0.75 19 2.86 72.6 3.75 95.2
1/2”
4.0 101.6 1.15 29.2 1.84 47 1.62 41.3 2.54 64.6 2.5 63.5 1.25 31.8 1.56 39.6 0.75 19 2.86 72.6 3.75 95.2
SIZE
SOLENOID ACTUATED VALVES (Hazardous Service Valves. see Page 7 - 9)
SINGLE SOLENOID
J
Manual Override
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
H
VERSA
F
G
B/B*
A
E
C
D
DOUBLE SOLENOID
J
1/8” NPT
Pilot Port
(expilot
valves Only)
PILOT
VERSA
H
C/C*
A
C/C*
E
D
A
B
B*
C
C*
D
E
F
G
H
J
1/4”- 3/8” 3.50 88.9 1.15 29.2 1.84 47 1.62 41.3 2.54 64.6 2 51 1.0 25.4 1.56 39.6 0.75 19 2.98 75.7 3.83 97.4
1/2”
4.0 101.6 1.15 29.2 1.84 47 1.62 41.3 2.54 64.6 2.5 63.5 1.25 31.8 1.56 39.6 0.75 19 2.98 75.7 3.83 97.4
SIZE
V-316 4-WAY 23
PIILOT ACTUATED VALVES
PILOT
SINGLE PILOT
F
PARAMUS
N.J. U.S.A.
G
C
A
E
B/B*
D
PILOT
PILOT
F
V E R S A
G
A
C/C*
E
C/C*
PARAMUS
NJ USA
DOUBLE PILOT
D
A
B
B*
C
C*
D
E
F
G
1/4” - 3/8” 3.5 88.9 1.15 29.2 1.78 45.1 1.25 31.8 2.17 55 2.19 55.6 1.19 30.2 1.56 39.6 0.75 19.1
1/2”
4.0 101.6 1.15 29.2 1.78 45.1 1.25 31.8 2.17 55 2.5 47.1 1.25 31.8 1.56 39.6 0.75 19.1
SIZE
DIAPHRAGM ACTUATED VALVES
SINGLE DIAPHRAGM
D
F
PARAMUS
N.J. U.S.A.
G
E
A
C
E
B/B*
D
DOUBLE DIAPHRAGM
D
E
A
C/C*
C/C*
E
A
B
B*
C
C*
D
E
F
G
1/4” - 3/8” 3.5 88.9 1.15 29.2 1.75 45.1 2.0 51 2.3 58.4 3.25 82.6 1.63 41.3 1.56 39.6 0.75 19.1
1/2”
4.0 101.6 1.15 29.2 1.75 45.1 2.0 51 2.3 58.4 3.25 82.6 1.63 41.3 1.56 39.6 0.75 19.1
SIZE
24 V-316 4-WAY
D
SOLENOID ACTUATED VALVES (Hazardous Service -XDB_)
DOUBLE SOLENOID
K
J
1/8” NPT
Pilot Port
(expilot
valves Only)
Manual Override
H
PILOT
VERSA
F
G
A
B/B*
E
C
D
SINGLE SOLENOID
K
J
1/8” NPT
Pilot Port
(expilot
valves Only)
H
PILOT
VERSA
A
C/C*
E
C/C*
D
A
B
B*
C
C*
D
E
F
G
H
J
KØ
1/4”- 3/8” 3.50 88.9 1.15 29.2 1.84 47 2.31 58.7 2.94 74.7 2 51 1.0 25.4 1.56 39.6 .75 19.1 2.83 72 5.16 131.2 2.5 63.5
1/2”
4.0 101.6 1.15 29.2 1.84 47 2.31 58.7 2.94 74.7 2.5 63.5 1.25 31.8 1.56 39.6 .75 19.1 2.83 72 5.16 131.2 2.5 63.5
SIZE
SOLENOID ACTUATED VALVES (Hazardous Service Valves -XMA_)
SINGLE SOLENOID
K
J
M20 x 1.5
CONDUIT
ENTRY
F
G
B/B*
C/C*
A
H
E
VSG-4402-XMA_A.ai
D
DOUBLE SOLENOID
K
J
M20 x 1.5
CONDUIT
ENTRY
C/C*
A
C/C*
H
E
D
A
B
B*
C
C*
D
E
F
G
H
J
K
1/4”- 3/8” 3.50 88.9 1.15 29.2 1.84 47 1.62 41.3 4.1 104.1 2 51 1 25 1.56 39.6 0.75 19.1 1.0 25.4 4.0 101 2.6 65
1/2”
4.0 101.6 1.15 29.2 1.84 47 1.62 41.3 4.1 104.1 2.5 63.5 1.25 31.8 1.56 39.6 0.75 19.1 1.0 25.4 4.0 101 2.6 65
SIZE
V-316 4-WAY 25
Combination Actuators
Combination Actuators are a combination of two
actuating devices into one unit that can be applied to
either end of a valve body assembly. This allows for a
third actuating device to be applied to the opposite end
of the valve body assembly.
Use of Combination Actuators allows for control of
various interlock circuits, and in many cases reduces
the total number of valves and overall circuitry required
Manual
* Hand Lever-Two Detent
Cap Assembly
CA-4302-69L-316-113LE
For ¼”Thru ½” Valves
This Cap Assembly is denoted in the
prefix letters of the valve product no. by
the letter “A” and suffix detail “-113LE.”
for control of intricate systems.
Cross section drawings and descriptions are
presented here for understanding of actuator
function. They are indicated in the product number
by use of the prefix “A” and the appropriate suffix
that represents the specific Combination Actuator
involved.
* Hand Lever-Three Detent
Cap Assembly
CA-4302-69L-316-114LE
the letter “A” and suffix detail “-114LE.”
10º
10º
* Hand Lever-Spring
Return (S) Cap Assembly
CA-4302-69L-316-130LAE
the letter “A” and suffix detail “-130LAE.”
20º
20º
Hand Lever-Spring Center
(D — One Direction)
Cap Assembly
CA-4302-69L-316-135LE
For ¼” Thru ½” Valves
This Cap Assembly is denoted in the prefix
letters of the valve product no. by the letter
“A” and suffix detail “-135LE”
10º
the letter “A” and suffix detail “-115E.”
Button-Spring Return
(R) Cap Assembly
CA-4302-86-316-136E
10º
(S)
Cap Assembly
CA-4302-86-316-136PE
the letter “A” and suffix detail “-136PE.”
26
Button-Two Detent
Cap Assembly
CA-4302-86-316-115E
Button-Reverse Spring
Return with Manual Latch
CA-4302-86-316-136DRE
“A” and suffix detail “-136DRE.”
with Manual Latch
CA-4302-86-316-181DRE
the letter “A” and suffix detail “-181DRE.”
Combination Actuators Pilot
Pilot-Two Detent Cap Assembly
CA-4302-64-316-150E
For ¼”Thru ½”Valves
Pilot Pull Type
“AIR LATCH” hold function only
CA-4302-64-316-301RE
“A” and suffix detail “-301RE”
Special Purpose Actuators
Pilot, Push/Pull,
Spring Center
CA-4302-83-316-4003PE
the letter “A” and suffix detail “-4003PE.”
Pilot-Spring Return (S)
Cap Assembly
CA-4302-64-316-159E
“A” and suffix detail “-159E.”
Pilot, Pull
CA-4302-64-316-PTP
prefix letters of the valve product no.
by the letter “A” and suffix detail “-PTP.”
Diaphragm-Spring Return (S)
Cap Assembly
CA-4302-87-316-160E
“A” and suffix detail “-160E.”
Solenoid/Pilot
Solenoid/Pilot-2 Detent Cap
Assembly
CA-4302-84-316-173E (EXPilot)
CA-4322-84-316-173E (INPilot)
letters of the valve product no. by the letter “A”
and suffix detail “-173E.”
Solenoid/Pilot- Reverse Spring
Return (R) Cap Assembly
CA-4302-84-316-138E (EXPilot)
CA-4322-84-316-138E (INPilot)
letters of the valve product no. by the letter “A”
and suffix detail “-138E.”
Solenoid/Pilot- Dual Piston
Assembly
CA-4302-84-316-DP (EXPilot)
CA-4322-84-316-DP (INPilot)
“A” and suffix detail “-DP.”
27
VERSA
SPECIAL PURPOSE DUAL SOLENOID VALVES
Push Pull Solenoid Suffix -PPG
General Description
A dual solenoid valve with a hand lever. The design concept is to provide the
functionality of a dual coil, 2-Position valve with the addition of manual control
or any other actuator. The valve operates as standard 2-Position requiring
only momentary electrical contact to shift valve. Various manual actuators
are available. The lever shown is an “L” type which can be manually set in
either offset position when the solenoid valve is de-energized.
Redundant Solenoid 2oo2, Suffix -RS
General Description
When parallel electronic control circuits are utilized in a system, if a complete
control circuit fails or requires maintenance, the parallel circuit will keep the system
running. In a parallel circuit Versa’s Redundant Valve functions the
same as a solenoid operated-spring return valve, except that it has
two solenoids (one for each of the parallel circuits) rather than one
solenoid. Either or both of these solenoids will shift and maintain
the controlled device in the shifted position. Both solenoids must
be de-energized to return the controlled device to the un-shifted position.
The use of one Redundant Valve can replace multiple valves and components to
accomplish the same function. This function can be considered as a (2oo2).
Shut off Valve 1oo2, Suffix -SOV
General Description
-PPG Flow Schematic
28
-RS Flow Schematic
-SOV Flow Schematic
B
EB
A
IN
EA
B
EB
A
IN
EA
B
EB
IN
EA
A
While the Shut off Valve looks similar to the Redundant Solenoid Valve (shown
above) the internal pilot circuit is different. The -SOV option provides a series
pilot control circuit that requires both coils, a primary and a secondary,
to be energized in order for the valve to shift. Conversely if the
electrical signal to either coil is removed the valve will return to
the de-energized position. This function can be considered as a
(1oo2), where various control devices (e.g., temperature, pressure
switches) could be wired in series with each coil. The actuation of
any one of these devices, attached to either coil, would interrupt the signal
to the coil and cause the valve to shift to the de-energized position.
VERSA
SPECIAL PURPOSE DUAL SOLENOID VALVES
How to specify SPECIAL PURPOSE DUAL SOLENOID VALVES
V SA - 3 5 2 1 - 316 - RS (OPTIONS)
V = V Series
LA= -PPG with Lever
IA = -PPG with Button
AA= -PPG with Latch, see page 28
SA = -RS -SOV with Spring Return
AA = -RS -SOV with Latch, see page 28
3 = Three-way
4 = Four-way
3
4
5
7
=
=
=
=
1/4”NPT
3/8”NPT
1/2”NPT
1”NPT
2 = Threaded sideports-INPilot solenoid: no auxiliary pilot required.
1
2
3
4
=
=
=
=
3-way NC
3-way NO, 4-way/2-position
4-way/3-Position (blocked center)
4-way/3-Position (exhaust ports open in center)
316 = Stainless steel valve identifier.
-RS
SPECIAL PURPOSE DUAL SOLENOID VALVES SUFFIX -SOV
-PPG
OPTIONS (Refer to pages 8 to 9 for specific certifications, standards & classifications, approvals,
protective codes and voltage codes.)
** Valves with ISO 228 “G” Threads are designated by utilizing suffix “-2B” in model number.
Installation, Filtration And Lubrication Valves have no limitations on mounting orientation. 40 to 50 micron filtration and general purpose lubricating oil ISO, ASTM viscosity grade 32 recommended. Ambient temperature range -10°F (-23°C) to 200°F (95°C).
Dimensions
A
A
B4
A2
E
N.J., USA &
Netherlands
EB
5
IN
3
EA
1
B
VERSA
N. J., U.S.A.
D
B
B4
A2
VERSA®
N.J., USA &
Netherlands
D
SIZE
R
S
or
S
O
V
3
W
A
Y
4
W
A
Y
A
in 7.04
1/4 & 3/8
mm 179
in 7.69
1/2
mm 195
in 8.35
1/4 & 3/8
mm 212
in 8.85
1/2
mm 224.8
B†
C†
3.52 2.0
89
51
3.52 2.5
89 63.5
3.52 2.0
89
51
3.52 2.5
89 63.5
D
1
25.4
1.25
31.8
1
25.4
1.25
31.8
EB
C
C
IN
3
EA
1
SIZE
A
3 1/4 & 3/8 5.8
147.3
W
A
6.26
P
1/2
Y
159
P
7.28
4
1/4 & 3/8
G
185
W
A
7.78
1/2
Y
198
B†
3.21
81
3.21
81
3.21
81
3.21
81
C†
4.2
106.6
4.2
106.6
4.2
106.6
4.2
106.6
D
4.2
106.7
4.2
106.7
4.2
106.7
4.2
106.7
E
6.32
160
6.32
160
6.32
160
6.32
160
Dimensions listed are for -XX type hazardous service solenoids. For dimensions with other hazardous service solenoids that can be applied, consult factory. Dimensions
for standard non-hazardous service solenoids will be slightly less than those listed.
†
29
VERSA
LATCHING/MANUAL RESET VALVES
Latching/Manual Reset Three-Way Valve, Solenoid Actuated.
(VAG-3521-316-181D-XDBT1-D024 shown)
Latching valves are particularly suited to applications where
it is desirable or mandatory to manually reset or restart a
system. A typical application could involve the emergency
shutdown of automatically monitored process operations.
Loss or interruption of the control signal to the valve actuator
causes the valve to shift, latch and shut-down a process
step. When the signal is restored the valve remains in the
latched position until the operator manually unlatches it
and allows the process step to resume. Positive latching in
such an application is vitally important since many process
operations are sequential and one step must not be started
until the one ahead of it has started.
This example is only one of many which can be
accommodated through the use of Versa’s Latching Valves.
A wide range of functional types, port sizes, actuators, and
latching arrangements provide the engineer with a complete
choice of valves to meet the requirement of the application.
The Latching Device actuator consists integral spring for returning the valve plunger, and
an inline hand operator where needed to manually shift the valve. The specific Latching Device
may be attached to any Series V-316 valve body size or style. Typically the actuator on the opposite
end of the valve body would be an automatic type such as a solenoid, a remote pressure pilot, or a low
pressure diaphragm actuator.
LATCHES IN ACTUATED POSITION
Suffix Detail-181BE
Suffix Detail -181CE
30
Latches automatically when
plunger shifts on signal.
Unlatching allows plunger to
be returned by hand.
Latches automatically when
valve spool has been shifted on
signal or manually against the
spring. Unlatching allows the
spring to return the valve spool
automatically. (If hand lever is
not required, see suffix -3358A
bottom right.)
LATCHES IN UNACTUATED POSITION
Suffix Detail -181D
Unlatching allows valve spool
to be shifted manually or on
signal. Spring returns valve
spool automatically when
signal is removed, and valve
latches. (If hand lever is not
required, see suffix -3358
below.)
Suffix Detail -3358E
Unlatching allows plunger to
shift on signal. Spring returns
plunger automatically and
valve latches. (If hand lever is
required for manual actuation
see suffix -181D above.)
Suffix Detail-3358AE
Latches
automatically
when valve spool shifts on
signal. Unlatching allows
the spring to return valve
spool automatically. (If hand
lever is required for manual
actuation see suffix -181C
above.)
LATCHING/RESET VALVES
How to specify
SERIES V-316 VALVES
V AG - 3 5 2 1 - 316 - 181B - (OPTIONS)
V = Pneumatic service: vacuum to 200 psi (14 bar)
AG = Solenoid/pilot operated (NEMA 1,2,3)
(2NC, 3NC, 4-way, 5-way, Selector, Diverter)
AP = Remote pressure pilot operated
AW= Diaphragm (low pressure) pilot operated
GA = Solenoid/pilot operated (NEMA 1,2,3)
(2NO, 3NO, Selector, Diverter)
PA = Remote pressure pilot operated
(2NO, 3NO, Selector, Diverter)
WA = Diaphragm (low pressure) pilot operated
2NO, 3NO, Selector, Diverter)
2 = Two-way
3 = Three-way
4 = Four-way
5 = Five-way
7 = Diverter (one inlet-two outlets)
8 = Selector (two inlets-one outlet)
3=
4=
5=
7=
1/4” NPT
3/8” NPT
1/2” NPT
1” NPT*
* 1” Valve Latch available, consult factory for part number
0 = Threaded side ports - For all type actuators:
For controlling vacuum to 200 psi (14 bar) air and where controlled medium or
source is different than pilot medium or source. Solenoid/pilot or remote
pressure pilot requires aux pilot pressure 40-175 psi (2.8-12 bar) air.
Diaphragm pilot requires aux pilot pressure 5-50 psi (0.34-3.4 bar) air.
2 = Threaded side ports - INPilot solenoid only:
For controlling pressures 40-175 psi (2.8-12 bar) air. No auxiliary pilot required.
1=
2=
3=
4=
2NC, 3NC
2NO, 3NO, 4-way two position, 5-way two position, Selector, Diverter
Three-position, 3, 4, 5-way, Selector, Diverter,-all ports closed in center position.
Three-position, 3, 4-way, — exhaust ports open in center position.
316 = Stainless steel valve identifier.
-181BE
-181CE
-181D
-3358
-3358A
Locking/reset device
(refer to page 30 for
specific device required)
OPTIONS
-XX = Solenoid operator for hazardous service (NEMA 7 & 9);
Class I, Division 2 (A & B); Class I, Division 1 (C & D);
Class II, Division 1 (E, F & G).
-LB = Low watt (1.8W) solenoid operator for hazardous service (NEMA 7 & 9)
Max operating pressure 120 PSI (8.3 bar)
Consult factory for specific certifications, standards & classifications, approvals, and protective codes.
31
VERSA
SOLENOID CONTROL SYSTEM TEST VALVE
ByPass Valve
General Description
Versa’s bypass valve provides an option for testing
solenoid valve control circuits in applications where
closing down or “shutting in” the system is not an option.
The bypass valve allows the testing and replacement of
a component within the circuit without shutting down the
main system. Versa’s solution is simple to apply, operate
and is accomplished in one valve. The basic valve is a
3-Position manual valve. Operation is as follows:
Position 1. This position is the normal position or the regular operation mode.
Position 2. This position places the control circuit in the test mode. In this position the bypass valve
allows pressure to the circuit for testing while maintaining pressure on the actuator. With pressure to solenoid inlet and solenoid circuit outlet blocked/isolated this position allows complete testing of solenoid circuit without shutting down the system.
Position 3. This position places the control system in a replace mode. Should it be determined that a component in the control circuit needs to be repaired and or replaced this position allows total isolation from pressure while still holding system pressure to actuator.
Based on Versa proven V-316 series high flow valve.
Actuation is available as a rotary switch or key
operated. Optional position indication available.
Solenoid
Valve
Bypass Valve
Positions
3
2
1
5
B4
3
A2
To Actuator
Supply
Dimension Drawing
Position Indicator
In Position 3
B
VAU-450X-316-314E***-9E-2039
is shown with key actuation
and optional position indicator.
In Position 2
In Position 1
C
D
SIZE*
1/2
A
in
mm
A
B
C
Position 1 Position 2 Position 3
mm
in
6.52 166 3.61 92 1.56 39.7 2.5 63.5 0.45 11.5 0.63
*For ¼” port size see C-316 Series Bulletin
32
D
in mm in mm in mm in
mm
in
mm
16
0.80
20.5
For port and mounting hole locations refer to drawings top page 22.
VERSA
LOCKOUT VALVES
Palm Button Actuated, 3-Way or 4-Way, 1/4”, 3/8”, and 1/2”, NPT
The LOVEE 3-Way is a NC valve in the locked position. Blocking the inlet and bleeding all
air in the system to atmosphere. The LOVBE can be locked in either open or closed position.
EXAMPLES
VZI-4301-316-LOVBE
VZI-3301-316-LOVEE
Shown with standard black knob
Shown with optional red knob
Suffix -125R Red
Suffix -125G Green
VIZ-3301-316-LOV*
D
G Ø PADLOCK
E
OUT
3
VERSA®
N.J., USA &
Netherlands
EX
3
IN
2
F
A/A*
H TRAVEL
J MAX
VERSA
PARAMUS
NJ USA
K Button Ø
FLOW SYMBOL
C
B
L PANEL HOLE Ø
FLOW SYMBOL
LOVBE
LOVEE
A2
3 1
IN EA
LOCKING IN PRESSURIZED POSITION
LOCKING IN EXHAUSTING POSITION
PORT
SIZE
3
WAY
A
in
A*
mm
B
C
LOCKING IN EXHAUSTING POSITION
D
E
F
GØ
H
J
KØ
LØ
1/4”- 3/8” 6.3 101.6 0.34 86 2.0 51 1.5 38.1 1.09 29.2 0.66 16.7 0.62 15.8 0.26 6.5 0.34 8.6 0.5 12.7 1.81 46 1.0 25.4
1/2”
6.9
175 0.34 86 2.5 63.5 1.56 39.6 1.42 36 0.66 16.7 1.32 33.5 0.26 6.5 0.34 8.6 0.5 12.7 1.81 46 1.0 25.4
4 1/4”- 3/8” 7.28 193.5 0.34 86 2.0 51 1.5 38.1 1.75 44.5 0.66 16.7 1.26 32.5 0.26 6.5 0.34 8.6 0.5 12.7 1.81 46 1.0 25.4
WAY
1/2”
8.12 206 0.34 86 2.5 63.5 1.56 39.6 2.0 51 0.66 16.7 1.31 33.3 0.26 6.5 0.34 8.6 0.5 12.7 1.81 46 1.0 25.4
33
Modular Air Package
Based on the V316 Series
General Description
The Versa Modular Air Package is a compact air management system, based on V316 Series components, that will provide a full
range of pneumatic accessories and functions to meet the needs of most control systems in the actuator control industry. Major
components are shutoff and check valves, filter/regulators, speed controls and directional control valves.
Design Benefits
Versa’s VMAP simplifies the design process by combining all the components of a common circuit into one integrated assembly.
Whether a standard shutoff circuit or an intricate control system, VMAP has the features to meet the requirements of any control
project. VMAP will reduce engineering, components, vendors, costs, weight and save time.
TROUBLE FREE. Designed with integral assembly flanges
combined with all O ring interface sealing and standard
fasteners. Long leak free service life is accomplished. No
custom or flat gaskets to leak or brackets to fail.
EFFICIENCY. VMAP’s modular design effectively groups common
automation and controls components together in user approved
groupings to combine features and reduce size and weight.
TECHNOLOGY. Utilizing
the latest in computer aided
design and finite element
software flow is maximized
yielding the highest flow in the
smallest of packages.
PROVEN. VMAP is based on Versa’s field
proven V-316 Series product. Over 30
years of acceptance in providing bubble
tight sealing though Versa’s packed plunger
technology.
CUSTOM CIRCUITRY is
achieved through modular
design by simply combining
various components to create
the desired circuit
FLEXIBILITY. Many
standard and custom
circuits are easily created
using the VMAP modular
concept.
INNOVATIVE.
Through the use of
investment casting technology main
components are integrated saving space
while reducing potential leakage points.
RELIABILITY. The reliability of the Versa
V-316 Series combined with industry
approved materials yields a proven
product.
SIL (Safety Integral Levels)
exceeding most application requirements.
ENGINEERING BENEFITS
• Standard or custom circuits available utilizing VMAP’s modular components.
• Convenience of one purchase order and one vender.
• No need for developing Bill or Materials for fittings, tubing and bracketing.
• No need for designing complete layout of many different system components.
• No need for designing brackets for many individual components.
FIELD BENEFITS
INSTALLATION BENEFITS
• Repairability ease; by removing a few screws and the various modules can be disassembled and inspected, no tubing or fittings to remove
• Field configurability of function after installation; add more valves as the requirements of the process change.
•Reducing fittings, tubing and related labor costs
•Reduction in size and weight
•One component to mount.
Current Technology
• 10 year warranty
NEW
See VMAP Bulletin
online at Versa Website
34
VMAP and Panel shown at scale
MISCELLANEOUS INFORMATION
Hazardous Location Combination Suffix Details
Cross Reference Chart
Suffix
Suffix Reference
Description
-XX
-XN
-XDB
-HT
-ST
-PC
-LB
-LA
-VJBT
-D14
-PS
-CD
-LX
-H2E
-HE
-L14
-303D
North American solenoid
ATEX solenoid
World Solenoid
Class H coil
Stainless solenoid housing
Potted coil
1.8 watt solenoid
0.85 watt solenoid
Add on Junction Box
Solenoid vent, water proof nut
Potted coil, male conduit
72” wire leads
1.8 watt solenoid
1/8” npt solenoid vent
¼” npt solenoid vent
solenoid vent dust nut
Integral diode
North American (-XX)
Combination
Suffix
-XXA
-XXA4
-XXB
-XXB4
-XXC
-XXC4
-XXD
-XXD4
-XXE
-XXE4
-XXF
-XXF4
-XXG
-XXG4
-XXH
Included Suffix
-XX, -HT
-XX, -D14, -HT
-XX, -PS
-XX, -D14, -PS
-XX, -HT, -PS
-XX, -D14, -HT, -PS
-XX, -ST
-XX, -D14, -ST
-XX, -PC, -ST
-XX, -D14, -PC, -ST
-XX, -HT, -ST
-XX, -D14, -HT, -ST
-XX, -LB, -ST
-XX, -D14, -LB, -ST
-XX, -HT, -PC, -ST
North American (-XX) (Cont.)
Combination
Included Suffix
Suffix
-XXH4
-XX, -D14, -HT, -PC, -ST
-XXJ
-XX, -LB, -PC, -ST
-XXJ4
-XX, -D14, -LB, -PC, -ST
-XXK
-XXK4
-XXL
-XXL4
-XXM
-XXM4
-XXN
-XXN4
-XXP
-XXP4
-XXQ
-XXQ4
-XXR
-XXR4
-XXS
-XXS4
-XXU
-XXU4
-XXV
-XXV4
-XXW
-XXW4
-XX, -HT, -LB, -PC, -ST
-XX, -D14, -HT, -LB, -PC, -ST
-XX, -PC
-XX, -D14, -PC
-XX, -HT, -PC
-XX, -D14, -HT, -PC
-XX, -LB, -PC
-XX, -D14, -LB, -PC
-XX, -HT, -LB, -PC
-XX, -D14, -HT, -LB, -PC
-XX, -HT, -LB
-XX, -D14, -HT, -LB
-XX, -LB
-XX, -D14, -LB
-XX, -LA, -ST
-XX, -D14, -LA, -ST
-XX, -HT, -LB, -ST
-XX, -D14, -HT, -LB, -ST
-XX, -LA
-XX, -D14, -LA
-XX, -CD, -HT, -H2, -PC, -ST
-XX, -D14, -CD, -HT, -PC, -ST
ATEX (XN)
Combination
Suffix
-XNA
-XND
-XNE
-XNF
-XNG
-XNH
-XNJ
-XNK
Included Suffix
-XN, -HT
-XN, -ST
-XN, -PC, -ST
-XN, -HT, -ST
-XN, -LB, -ST
-XN-HT, -PC, -ST
-XN, -LB, -PC, -ST
-XN, -HT, -LB, -PC, -ST
ATEX (XN) (Cont.)
Combination
Suffix
-XNL
-XNM
-XNN
-XNP
-XNQ
-XNR
-XNS
-XNU
-XNV
-XNX
-XNWS
-XN, -PC
-XN, -HT, -PC
-XN, -LB, -PC
-XN, -HT, -LB, -PC
-XN, -HT, -LB
-XN, -LB
-XN, -LA, -ST
-XN, -HT, -LB, -ST
-XN, -LA
-XN, -LB, -PS
-XN, -VJBT, -LB, -PS
-XXK4
-XX, -D14, -HT, -LB, -PC, -ST
Included Suffix
World Solenoid (XDB)
Combination
Suffix
-XDBS1
-XDBS2
-XDBS3
-XDBS4
-XDBS5
-XDBS6
-XDBS7
-XDBS8
-XDBS9
-XDBS10
-XDBT1
-XDBT2
-XDBT3
-XDBT4
-XDBT5
-XDBT6
-XDBT7
-XDBT8
-XDBT9
-XDBT10
Included Suffix
-XDBS, -HT, -LX
-XDBS, -HT, -LX, -H2E
-XDBS, -HT, -LX, -HE
-XDBS, -HT, -LX, -L14
-XDBS, -HT, -LX, -303D
-XDBS, -HT, -LX, -H2E, -303D
-XDBS, -HT, -LX, -HE, -303D
-XDBS, -HT, -LX, -L14, -303D
-XDBS, -HT, -LX, -D14
-XDBS,-HT,-LX,-D14, -303D
-XDBT, -HT, -LX
-XDBT, -HT, -LX, -H2E
-XDBT, -HT, -LX, -HE
-XDBT, -HT, -LX, -L14
-XDBT, -HT, -LX, -303D
-XDBT, -HT, -LX, -H2E, -303D
-XDBT, -HT, -LX, -HE, -303D
-XDBT, -HT, -LX, -L14, -303D
-XDBT, -HT, -LX, -D14
-XDBT, -HT, -LX, -D14, -303D
35
Versa has been
supplying the
fluid power
industry with
pneumatic and
hydraulic
components
for over 50
years. We
have built a
reputation for
quality that is
unsurpassed
in the market
for high
performance
solenoids,
pneumatic
relays,
resets and
pilot valves.
WARNINGS REGARDING THE DESIGN APPLICATION,
INSTALLATION AND SERVICE OF VERSA PRODUCTS
The warnings below must be read and reviewed before designing a system utilizing,
installing, servicing, or removing a Versa product. Improper use, installation or servicing of
a Versa product could create a hazard to personnel and property.
DESIGN APPLICATION WARNINGS
Versa products are intended for use where compressed air or industrial hydraulic fluids are
present. For use with media other than specified or for non-industrial applications or other
applications not within published specifications, consult Versa.
Versa products are not inherently dangerous. They are only a component of a larger
system. The system in which a Versa product is used must include adequate safeguards to
prevent injury or damage in the event of system or product failure, whether this failure be of
switches, regulators, cylinders, valves or any other system component. System designers
must provide adequate warnings for each system in which a Versa product is utilized.
These warnings, including those set forth herein, should be provided by the designer to
those who will come in contact with the system.
Where questions exist regarding the applicability of a Versa product to a given use, inquiries
should be addressed directly to the manufacturer. Confirmation should be obtained directly
from the manufacturer regarding any questioned application prior to proceeding.
INSTALLATION, OPERATION AND SERVICE WARNINGS
Do not install or service any Versa product on a system or machine without first
depressurizing the system and turning off any air, fluid, or electricity to the system or
machine. All applicable electrical, mechanical, and safety codes, as well as applicable
governmental regulations and laws must be complied with when installing or servicing a
Versa product.
Versa products should only be installed or serviced by qualified, knowledgeable personnel
who understand how these specific products are to be installed and operated. The
individual must be familiar with the particular specifications, including specifications for
temperature, pressure, lubrication, environment and filtration for the Versa product which
is being installed or serviced. Specifications may be obtained upon request directly from
Versa. If damages should occur to a Versa product, do not Operate the system containing
the Versa product. Consult Versa for technical information.
Versa Products Company Inc.
22 Spring Valley Road
Paramus, New Jersey 07652
USA
Phone: 201-843-2400
Fax: 201-843-2931
36
Versa BV
Prins Willem Alexanderlaan
1429
7321 GB Apeldoorn
The Netherlands
Phone: 01131-55-368-1900
Fax: 01131-55-368-1909
LIMITED WARRANTY DISCLAIMER
AND LIMITATION OF REMEDIES
Versa’s Series products are warranted
to be free from defective material and
workmanship for a period of ten years
from the date of manufacture, provided
said products are used in accordance
with Versa specifications. Versa’s
liability pursuant to that warranty
is limited to the replacement of the
Versa product proved to be defective
provided the allegedly defective
product is returned to Versa or its
authorized distributor. Versa provides
no other warranties, expressed or
implied, except as stated above.
There are no implied warranties
of merchantability or fitness for a
particular purpose. Versa’s liability for
breach of warranty as herein stated is
the only and exclusive remedy and in
no event shall Versa be responsible or
liable for incidental or consequential
damages.
®
email: [email protected]

V-316 - Versa Valves

Transcription

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