Flowserve Ultraswitch PMV WS Series User manual

USER INSTRUCTIONS
Installation
Operation
Maintenance
PMV WS/WM Ultraswitch™
Switchbox
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CONTENTS
1. GENERAL INFORMATION ..............................................................................................................3
2. SAFETY INSTRUCTION ..................................................................................................................3
3. PACKAGING AND PROPER SEALING..............................................................................................4
4. CERTIFICATES..............................................................................................................................4
5. SPECIFICATIONS ..........................................................................................................................5
5.1 Technical data .............................................................................................................................................................5
5.2 Materials of construction ............................................................................................................................................5
5.3 Type sign Example ......................................................................................................................................................5
5.4 WS/WM UltraSwitch™ nomenclature .........................................................................................................................6
5.5 WS/WM UltraSwitch™ switch options........................................................................................................................8
6. INSTALLATION ............................................................................................................................ 10
6.1 Wiring instructions ....................................................................................................................................................11
6.2 Cover and housing options ........................................................................................................................................12
7. Switches (certied) .................................................................................................................. 13
7.1 Installation in hazardous locations.............................................................................................................................13
7.2 Adjusting limit switches.............................................................................................................................................13
7.3 Cam ne adjustment .................................................................................................................................................13
7.5 Switch option specications (all) ...............................................................................................................................14
7.5 Switch option specications (continued) ...................................................................................................................15
8. Dimensions............................................................................................................................... 16
9. Spare parts............................................................................................................................... 17
10. Control drawing...................................................................................................................... 18
11. Applied standards................................................................................................................... 19
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1. GENERAL INFORMATION
WS/WM Ultraswitch™ enclosures provide local and remote position indication for automated valves. They
generally feature a visual black/yellow or red/green indicator for intuitive local position determination. The
WS/WM Ultraswitch™ is available with a number of limit switch options for remote indication, in a variety
of electrical applications. They may also be used as a junction box for direct installation of solenoid valves.
2. SAFETY INSTRUCTION
Read the safety instructions in this manual carefully before using the product. If any questions arise during
installation, contact supplier/sales ofce before continuing further.
This equipment is suitable for use in Class 1, Division 1&2, groups ABCDFG or non-hazardous locations.
Warning!
Special condition of safe use.
The Rotary Limit Switch Box is marked with the following warning marking: ”WARNING – POTENTIAL ELECTROSTATIC
CHARGING HAZARD – SEE INSTRUCTIONS”.
The classication Ex ia IIIC T200 85°C Da is applicable only to product type key:
A B CC D E F G H II JJ
Letters E and F being A(aluminum): E = A and F = A , Device with body and cover made of aluminum. External indicator may be of
plastic material.
Enclosure material limits for EPL Ga are exceeded, as aluminum content is greater than 10%. User must determine the suitability
of the equipment for the particular application, for example, to avoid an ignition hazard due to impact or friction.
The Intrinsic Safety Parameters must not exceed the values indicated in the control drawing, W-43C.
The ambient temperature is indicated in the control drawing, W-43C.
The T classication is indicated in the control drawing, W-43C.
All switches are intended for gas Group IIC. The FE (NS5002) and FK (NS5003) are intended for Gas group IIB. It is indicated in
the control drawing, W-43C.
POTENTIAL ELECTROSTATIC HAZARD. DO NOT OPEN WHEN AN EXPLOSIVE ATMOSPHERE MAY BE PRESENT. CABLE
ENTARNCES MAY REACH A TEMPERATURE OF MAX 83 C. SEE MANUAL FOR SAFE USE. CERTIFICATES, MANUAL AND CONTROL
DRAWING CAN BE DOWNLOADED FROM WWW.PMV.NU
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3. PACKAGING AND PROPER SEALING
Report transport damage to the carrier immediately. In case of discrepancies - contact your nearest
FLOWSERVE location.
Instructions for proper sealing.
• Take care to ensure that cover gasket seal is properly located in seal groove
• While closing cover of the switch box, take care that sealing of the cover is in a proper position when
you apply the cover to the casing.
• Tighten the screws with torque of 0,9 Nm (7,965 lb-in.)
Tightening the screws clockwise in a diagonal pattern helps reduce stress in any one side of a component.
4. CERTIFICATES
General Purpose
ATEX II 1G Ex ia IIC T4/T5/T6 Ga
ATEX II 1G Ex ia IIB T4/T5/T6 Ga
ATEXII 1D Ex ia IIIC T20085°C Da IP 66/67
cCSAus Class I Division 1, Groups A,B,C,D; Class II Division 1 Groups F,G; Class III
cCSAus Class I Division 2, Groups A,B,C,D; Class II Division 2 Groups F,G; Class III
CSA Certicate Nr. 2593521
Nemko 13ATEX1537X
IECEx PRE 20.0112X
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5. SPECIFICATIONS
5.1 Technical data
Ingress protection IEC 529 IP 66/67, NEMA Type 4X Weight (max) 0.7 kg / 1.55 lbs
5.2 Materials of construction
Part Material
Housings Powder Epoxy painted Aluminum or
PA6/PA66 engineered resin, 25 – 30% fiberglass filled
Covers Powder Epoxy painted Aluminum or
PA6/PA66 engineered resin, 25 – 30% fiberglass filled or
Transparent Polycarbonate
Shaft Stainless Steel SS EN 2346 / AISI 303
Cams/Splines Nylon
Terminal Block Nylon
Internal Brackets Nylon, Aluminum or Stainless Steel
All Internal Fasteners Stainless Steel
All External Fasteners Stainless Steel
All Molded in Fasteners Anodized Aluminum
Indicators Polycarbonate or PA66
5.3 Type sign Example
Product name and model code
Warnings Year of manufacture
Manufacturer
Electrical rating
and diagram
Serial number
Logotype
* NOTE: If the equipment is likely to come in contact with aggressive
substances, it is the responsibility of the user to take suitable precautions
to prevent it from being adversely affected, thus ensuring that the type of
protection provided by the equipment is not compromised.
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5.4 WS/WM UltraSwitch™ nomenclature
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A= Brand sticker
X Automax
B Automax painted blue (RAL 5000)
A Accord
P PMV
V Valtek
W Worcester Controls
B= Shaft type
N NAMUR shaft, EN 15714
S Low prole shaft
T For NAF Turnex
D Double ”D” 1/4 Inch Flats
C= Body style
WS General Purpose/I.S. Enclosure / 1/2” NPT Conduit entries
WM General Purpose/I.S. Enclosure / M20x1,5mm Conduit entries
D= Number of conduit entries
2 2 conduit entries both on same side (Default)
4 4 conduit entries (2 + 2 on short ends)
E= Body material
A Aluminium
R Engineered resin (J=14 only)
F= Cover material
A Aluminium (E=A only)
R Engineered resin (E=R only)
P Polycarbonate Cover (clear)
G= Indicator
1 No indicator (F = A or R only)
2 Flat Arrow Indicator Yellow / Black
3 Flat Indicator Red/Green
4 Flat Indicator Black/Yellow
H Black/Yellow Ultradome (Yellow open/Black Close)
U Standard Ultradome (Red Close/Green Open)
C 90° 3-Way Ultradome Red/Green (F = A or R only)
D 180° 3-Way Ultradome (F = A or R only)
R Reversed Standard Ultradome (Red Open/Green Closed)
H= Number of switch elements
0 No switches (empty housing, I = M1 only, J=14 only)
1 1x Switch (Optional)
2 2 x Switches Default
I= Switch type - Standard 1x 2x
D1 Device net
F1 IN5129 10-36VDC 3-Wire (J=14 only)
F3 IF5250, 10-36VDC NC PNP, 150mA, 3-wire NC (J=14 only)
F5 IF6001, 18-32VDC, NO PNP, 150mA@50°C (J=14 only)
F6 IF6034, 10-36VDC, NO PNP, 150mA, Stainless steel (J=14 only)
F7 IN0073, 20-250 AC/DC, NO, 350mA/100mA (J=14 only)
F8 IN0081, 20-250 AC/DC, NO, 350mA/100mA w/LED (J=14 only)
F9 IN0097 20-250V AC/DC NO 2-Wire (J=14 only)
FC IF5718, 10-36VDC NO PNP/NPN, 150mA, plastic (J=14 only)
FE NS5003 IS-2002-N
FG IS5070 IS3004-BPKG (J=14 only)
FH IS5001 IS-3002-BPOG (J=14 only)

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FJ IN5207 IN-2002-FRKG/PH RT (J=14 only)
FK NS5002 IS-2002-N
FZ AS-i Controller card 2x P4 switches
M1 SPDT Mechanical 15A @ 250VAC ; 0,5A@125VDC SIL3 Capable
MG SPDT Mechanical - Gold Contacts SIL3 Capable
N1 NJ4-12GM40-E
N2 NJ2-12GK-N
N3 SJ3,5-S1N SIL3 Capable
N4 NJ2-12GK-SN SIL3 Capable
N5 NJ4-12GK40-E
N6 NJ4-12GK40-E1
N7 NBB2-V3-E0
N8 NJ2-V3-N SIL3 Capable
N9 NBB3-V3-Z4
NA NBN4-12GM40-E2
NB NJ2-12GM-N
NC NJ4-12GM-N
ND NCB2-12GM40-Z1
NE NCB2-12GM35-N0
NF NCN4-12GM35-N0
NG NJ5-11-N-G SIL3 Capable
NH NCB4-12GM40-N0
NK NCN4-12GM40-Z0
NL NCB2-V3-N0
NM NJ2-11-SN-G SIL3 Capable
NN NBB2-V3-E2
NP SJ3.5-N SIL3 Capable
NQ NJ4-12GK-N SIL3 Capable
NR NJ4-12GM40-E1 (J=14 only)
NS NJ4-12GM40-E2 (J=14 only)
NT NJ4-12GK40-E2 (J=14 only)
NV NJ2-11-N-G
NW SJ3,5-SN SIL3 Capable
NX NBB2-V3-E3
NY NJ4-12GK-SN SIL3 Capable
P4 SPST Proximity
P5 SPDT Proximity SIL3 Capable
PE Sabre™ SPDT Proximity SIL3 Capable
PP Phazer™ SPDT Proximity (J=14 only) SIL3 Capable
PT Phazer BRS™ SPST Proximity SIL3 Capable
R1 NBB3-V3-Z4-3G-3D (J=14 only)
R2 NBB2-V3-E3-3G-3D (J=14 only)
R3 NBN4-V3-E2-3G-3D (J=14 only)
J= Certicate
14 General Purpose
15 ATEX Exia
21 IECEx ia
28 cCSAus NI
29 cCSAus IS
43 CCC/Nepsi Ex ia
A B C D E F G H II JJ
*Note :- SIL 3 Approved

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5.5 WS/WM UltraSwitch™ switch options
More switch options available
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Code Cert. Switch Option Manufacturer Load Capacity
M1 A SPDT Mechanical Honeywell
MicroSwitch
15A @ 125/250 VAC; 0,5A @ 125 VDC; 0,25A @
250VDC; 5A @ 120VAC (resistive load)
MG A, B SPDT Gold Mechanical Honeywell
MicroSwitch
1A @ 125 VAC; 50 mA @ 24 VDC
(resistive load)
F1 IN5129 IFM 10-36VDC NO PNP, 250mA, 3-wire
F3 IF5250 IFM 10-36VDC NC PNP, 150mA, 3-wire
F5 IF6001 IFM 18-32VDC, NO PNP, 150mA@50°C
F6 IF6034 IFM 10-36VDC, NO PNP, 150mA, Stainless steel
F7 IN0074 IFM 20-250 AC/DC NO, 350mA/100mA
F8 IN0081 IFM 20-250 AC/DC NO, 350mA/100mA w/LED
FJ IN5263 IFM 10-55 VDC PNP/NPN, 400mA
P4 A, B, C SPST Proximity Aleph PS-6132 0.35A @ 140 VAC; 0.25A @ 200 VDC, 1A @ 50 VDC
(50 W Max. contact rating)
P5 A, B, C SPDT Proximity Hamlin 0.25A @ 120 VAC; 0.25A @ 28 VDC
(3 W Max.)
PE A, B, C SPDT Sabre Proximity Flowserve 1A @ 120 VAC; 1A @ 24 VDC
PP C SPDT Phazer Proximity Flowserve 3A @ 120 VAC; 2A @ 24 VDC
PT A, B, C SPST BRS Proximity Flowserve 3A @ 120 VAC; 0.5 @ 24 VDC
N8 A Solid State Proximity PF NJ2 V3 N NAMUR NC Sensor; 8 VDC
NP A Solid State Proximity PF SJ3.5-N NAMUR Sensor Output; 5-25 VDC Supply
NQ A Solid State Proximity PF NJ4-12GK-N NAMUR NC Sensor; 8 VDC
NR Solid State Proximity PF NJ4-12GM40-E1 NPN Sinking; 200 mA max.
Current; 10-60 VDC
NS Solid State Proximity PF NJ4-12GM40-E2 PNP Sourcing; 200 mA max.
Current; 10-60 VDC
NT Solid State Proximity PF NJ4-12GK40-E2 NPN Sourcing; 200 mA max.
Current; 10-60 VDC
N9 Solid State Proximity PF NBB3-V3-Z4 NPN Sourcing; 100 mA max.
Current; 5-60 VDC
NW A Solid State Proximity PF SJ3.5-SN NAMUR NC Sensor; 8 VDC

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Notes
1) Valid certication codes according to table in WS/WM Nomenclature on page 7.
2) Some models have more than two open terminal locations open as standard. Consult factory for details.
Code Certificate
A ATEX II 1G Ex ia IIC T4/T5/T6
ATEX II 1G Ex ia IIB T4/T5/T6
ATEX II 1D ta IIIC T80°C T20085°C Da IP66/67
B cCSAus IS
C cCSAus NI
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WS/WM switch mounted on rotary actuator
ISO/NAMUR
Mounting bracket
VDI/VDE 3845
Hex. screws
4x M5x8
Mounting kits
For compact/low prole installation - use mounting kit KL01 or KL02. Use with shaft type ”S” only. These
kits allow the user to install it on actuators with a shaft height of 20, 30 or 50mm. The kits also adapt
easily to both 80/30mm actuator top pattern as well as 130/80mm actuator top pattern (see table below
for reference). Standard NAMUR mounting brackets are also available.
The WS/WM Ultraswitch™ may be installed to
valves or valve actuators with a variety of mounting
hardware.
For best results, specify the NAMUR shaft option
and NAMUR mounting hardware when tting to a
NAMUR compliant actuator. These options allow direct
coupling to actuators without couplings, reducing
dead band.
Bolt bracket to actuator and WS/WM
Ultraswitch™ to bracket, leaving bolts nger tight.
For NAMUR applications the WS/WM Ultraswitch™
switch shaft features an integral alignment pin. This
pin must engage the tapped hole in the actuator shaft.
For non-NAMUR applications, make sure to properly
install a coupler between the WS/WM Ultraswitch™
and actuator. Once the WS/WM Ultraswitch™ is
installed with fasteners loosely tightened, stroke the
actuator two or three times to align the bracket. Then
tighten all fasteners.
Ambient temperature working conditions.
The WS/WM Ultraswitch™ switch box is tested and
operational in following temperature range:
-40° – 180°F
-40° – 80°C
Note! Shaft type ”S” only!
c
KL01 20/30 yes yes 80/90
KL02 50 yes yes 110
Mounting kit p/n Actuator shaft height (mm) Bolt pattern 80/30 (mm) Bolt pattern 130/30 (mm) C = Height (mm)
6. INSTALLATION
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6.1 Wiring instructions
• Perform all wiring according to the
wiring diagram found on the label
in the housing (see picture) and
instructions given below.
• Make sure that the ground wire is
correctly connected
• Seal unused entries with proper and
suitable conduit plugs.
The WS/WM Ultraswitch™ enclosures feature pre-
wired switches. All user connections are made at a
numbered terminal strip. Both external and internal
grounding locations have been provided for use
in installation. A wiring diagram is located on the
product label and indicates which terminal number
corresponds to which switch contact: normally open,
normally closed, common, etc. Follow the wiring
diagram, and electric code to connect switches to
your system.
For eld wiring: ensure that any excess wire lengths
or loops are routed away from any moving parts
and are short enough, or secured to ensure a 1/4”
clearance between the wire and the inside surface of
the switchbox cover.
Note: for all magnetically tripped proximity switches,
the top switch should only be used to indicate the
clockwise position: the bottom switch should only be
used to indicate the counter-clockwise position. Any
deviation from these settings may result in erratic
indication.
Solenoids may also be wired through the WS/WM
Ultraswitch™ enclosure. At least two auxiliary
terminals are included as standard. Wire the solenoid
to auxiliary terminals, then connect power leads to the
opposite terminal side. Be sure to properly ground the
solenoid at the provided ground terminal.
WS UltraSwitch™ Series enclosures include two 1⁄2”
NPT conduit entries and the WM Series includes two
M20x1.5 conduit entries.
Caution!
• Proper and suitable conduit plugs must be
installed in unused conduit entries before
putting the unit into service.
• Installation must be according to National
Electric Code, local codes, local certicates
and manufacturer’s instructions in all cases.
Environmental seals must be used to protect
ingress of water through the conduits.
• Prevent electrostatic build-up for safe use. The
enclosure of the WS/WM Ultraswitch™ switch
box is made of PA6/PA66 and any impact or
friction caused by external objects should be
avoided to prevent electrostatic build-up.
Wiring diagram inside
Internal and external grounding
Terminal strip
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Aluminum or Resin
cover
Dome Indicator
Aluminum housing Resin housing
Aluminum or Resin
cover
Arrow Indicator
Polycarbonate transparent cover
Arrow Indicator
Polycarbonate transparent cover
Dome Indicator
Aluminum or Resin
cover at
6.2 Cover and housing options
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Substitution of components may impair suitability for hazardous (classied) locations. Do not
disconnect equipment unless area is known to be non-hazardous.
To prevent ignition of ammable or combustible atmospheres, disconnect power before
servicing, or; read, understand and adhere to the manufacturer’s live maintenance
procedures.
7. Switches (certified)
7.1 Installation in hazardous locations
Refer to control drawing RA-2. Consult factory.
7.2 Adjusting limit switches
UltraSwitch™ enclosures feature Quick-Set™
cams which are used to trip the limit switches.
These cams are easily adjusted without tools.
Caution: disconnect power before removing cover
when installed in hazardous locations.
Remove cover and set aside. Rotate actuator/
valve to full clockwise (CW) position. Adjust cam(s)
associated with CW as follows:
• Push or pull cam against spring to disengage
it from splines.
• Rotate cam CW breaking contact with switch
(or moving magnet away from switch).
• Continue rotating cam CW just until switch
trips.
• Release cam and re-engage it with splines.
Rotate actuator/valve to full counter-clockwise
(CCW) position. Adjust cam(s) associated with CCW
as described in steps 1 through 4, except rotate
cam(s) CCW.
Cam adjustment
Note: factory setting is:
Top switch = CW (closed)
Second switch = CCW (open)
Cam ne adjustment
7.3 Cam fine adjustment
Some cams have a ne adjustment available. These
cams will have a small screw embedded in the side
of the cam.
Adjusting this screw clockwise or counter
clockwise will deform the cam, changing the trip
point slightly.
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7.5 Switch option specifications (all)
Code Switch Option Manufacturer Part Number Load Capacity
00 No switches (empty
housing)
F1 FM IN5129 10-36VDC (J=14only)
F3 IFM IF5250 10-36VDC NC PNP, 150mA, 3-wire NC
F5 IFM IF6001 18-32VDC, NO PNP, 150mA@50°C
F6 IFM IF6034 10-36VDC, NO PNP, 150mA, Stainless Steel
F7 IFM IN0074 20-250 AC/DC NO, 350mA/100mA
F8 IFM IN0081 20-250 AC/DC NO, 350mA/100mA w/LED (J=14)
F9 IFM IN0097 20-250 AC/DC NO
FB IFM IF5249 10-36VDC NO PNP, 150mA, 3-wire NO
FC IFM IF5718 10-36VDC NO PNP/NPN, 150mA, plastic
FE IFM NS5003 IS-2002-N
FG IFM IS5070 FB3004-APKG
FH IFM IS5001 IS-3002-BPOG
FJ IFM IN5263 IN-2002-FRKG/PH RT
FK IFM NS5002 IS-2002-N
FZ AS-i Bus Card 31VDC 28 mA
M1 SPDT Mechanical Honeywell
MicroSwitch
V7-1C13D8-201 15.1A (1/2 HP) at 125/250 VAC; 1/4A at 125 VDC; 1/4A at 250 VDC; 5A at
120 VAC (resistive load)
MG SPDT Gold
Mechanical
Honeywell
MicroSwitch
V7-1D19D8-201 1A at 125 VAC / 50 mA at 24 VDC (resistive load)
N1 Pepperl+Fuchs NJ4-12GM40-E
N2 Pepperl+Fuchs NJ2-12GK-N
N3 Pepperl+Fuchs SJ3,5-S1N
N4 Pepperl+Fuchs NJ2-12GK-SN
N5 Pepperl+Fuchs NJ4-12GK40-E
N6 Pepperl+Fuchs NJ4-12GK40-E1
N7 Pepperl+Fuchs NBB2-V3-E0
N8 Solid State Proximity Pepperl+Fuchs NJ2-V3-N NAMUR Sensor Output / 5-25 VDC Supply
N9 Solid State Proximity Pepperl+Fuchs NBB3-V3-Z4 NPN Sourcing/ 100 mA max. Current / 5-60 VDC
NA Pepperl+Fuchs NBN4-12GM40-E2
NB Pepperl+Fuchs NJ2-12GM-N
NC Pepperl+Fuchs NJ4-12GM-N
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7.5 Switch option specifications (continued)
Code Switch Option Manufacturer Part Number Load Capacity
ND Pepperl+Fuchs NCB2-12GM40-Z1
NE Pepperl+Fuchs NCB2-12GM35-N0
NF Pepperl+Fuchs NCN4-12GM35-N0
NG Pepperl+Fuchs NJ5-11-N-G
NH Pepperl+Fuchs NCB4-12GM40-N0
NK Pepperl+Fuchs NCN4-12GM40-Z0
NL Pepperl+Fuchs NCB2-V3-N0
NM Pepperl+Fuchs NJ2-11-SN-G
NN Pepperl+Fuchs NBB2-V3-E2
NP Solid State Proximity Pepperl+Fuchs SJ3.5-N
NQ Solid State Proximity Pepperl+Fuchs NJ4-12GK-N
NR Solid State Proximity Pepperl+Fuchs NJ4-12GM40-E1 NPN Sinking / 200 mA max. Current / 10-60 VDC
NS Solid State Proximity Pepperl+Fuchs NJ4-12GM40-E2 PNP Sourcing / 200 mA max. Current / 10-60 VDC
NT Solid State Proximity Pepperl+Fuchs NJ4-12GK40-E2 NPN Sourcing / 200 mA max. Current / 10-60 VDC
NV Solid State Proximity Pepperl+Fuchs NJ2-11-N-G NAMUR Sensor Output / 5-25 VDC Supply
NW Solid State Proximity Pepperl+Fuchs SJ3,5-SN NAMUR Sensor Output / 5-25 VDC Supply
NX NBB2-V3-E3
NY Solid State Proximity Pepperl+Fuchs NJ4-12GK-SN NAMUR Sensor Output / 5-25 VDC Supply
P4 SPST Proximity Aleph PS-6132 0.35A at 140 VAC / .25A at 200VDC (50 W Max.)
P5 SPDT Proximity Hamlin 59135-030 0.25A at 120 VAC / 0.25A at 28 VDC (3 W Max.)
PE SPDT Sabre Pxy Flowserve XA0199 1A at 120 VAC / 1A at 24 VDC
PP SPDT Phazer Pxy Flowserve XA0155 3A at 120 VAC / 2A at 24 VDC
PT SPST BRS Pxy Flowserve XA0157 3A at 120 VAC / 0.5 at 24 VDC
R1 Pepperl+Fuchs NBB3-V3-Z4-3G-3D
R2 Pepperl+Fuchs NBB2-V3-E3-3G-3D
R3 Pepperl+Fuchs NBN4-V3-E2-3G-3D
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8. Dimensions
WS body enclosure WM body enclosure
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9. Spare parts
Pos Part No Description
1D20-SP52 Arrow indicator assembly
2D20-17G Dome indicator assembly
red/green
2D20-17Y Dome indicator assembly
black/yellow
3M800214 Polycarbonate transparent
cover with dome indicator
red/green
4M800215 Polycarbonate transparent
cover with arrow indicator
5ME1967 Gasket for cover
(all cover types)
1
2
3
4
5
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10. Control drawing
W-43C
W-43CW-43C W-43C
Control Drawing
Control DrawingControl Drawing Control Drawing
lire,comprendre et respecter les procédures d'entretien du fabricant en direct. Substitution of components may impair intrinsic safety and suitabillity for Class I,Div. 2 locations. Do not disconnect equipment unless area is known to be non-hazardous. To prevent ignition of flammable or combustible atmospheres, disconnect power before servicing,or; read, understand and adhere to the manufacturer's live maintenance procedures. Potential electrostatic charging hazard- see instructions. WARNINGS/AVERTISSEMENT: Caution/ Attention: Bonding between conduit and connections is not automatic and must be provided as part of installation. Collage entre le conduit et connexions n'est pas automatique et doit être fournie dans le cadre de l'installation. La substitution de composants peut compromettre la sécurité intrinsèque et lʼaptitude à la Class I, Div. 2. Ne pas déconnecter l'équipement sans zone est connue pour être non dangereux. Pour éviter l'inflammation d'atmosphères inflammables ou combustibles, débrancher l'alimentation avant l'entretien ou, Danger potentiel de charges électrostatiques voir les instructions
Safety Barrier
/PA /PA
HAZARDOUS AREA
Ui , Ii , Pi Ci and Li
According to Table 1
UNCLASSIFIED AREA
Switch
Switch
UNCLASSIFIED AREA
Ui , Ii , Pi Ci and Li
According to Table 1
HAZARDOUS AREA
/PA/PA
Safety Barrier
switches
(1 through 2 quantaty)
Third wire optional
Or for three wire inductive switches
for SPDT switches
85°C Da IP66/67
- The equipment shall withstand dielectric strength test with 500 VAC for 1 minute,
IECEx
and ATEX:
II 1G Ex ia IIB T4/T5/T6
II 1G Ex ia IIC T4/T5/T6 II 1D Ex ta IIIC T80°C..T
500
acc. to clause 6.3.12 of the IEC EN 60079-11 requirements.
Ex
Scheduled drawing
No modification permitted without
reference to Notified Bod y
Printed copy not contro lled
CSA: Class I Division 1 Group A,B,C,D ; Class II Division 1 Group F,G ; Class III T3 Class I Division 2 Group A,B,C,D ; Class II Division 2 Group F,G ; Class III T3
INSTALLATION NOTES: - Control equipment connected to the associated apparatus shall not use or generate more than 250Vrms or Vdc. - Associated apparatus manufacturerʼs installations drawing shall be followed when installing this equipment. - If more than one conduit is used, make sure that they are bonded together acc. to NEC article 250.100. The intrinsically safety entity concept: Allows the interconnection of two intrinsically safe devices FM approved with entity parameters not specifically examined in combination as a system when: Uo or Voc or Vt < Vmax*, Io or Isc or It < Imax*, Po < Pi, Ca or Co > Ci + Ccable, La or Lo > Li + Lcable.
(Table 1) The Class I, Div. 2 field wiring concept: Allows the interconnection of Class I, Div. 2 field wiring apparatus with associated Class I, Div. 2 field apparatus,
using any of the wiring methods permitted for non-hazardous (unclassified) locations when: Uo or Voc or Vt < Vmax*, Io or Isc or It < Imax*, Po < Pi, Ca or Co > Ci + Ccable, La or Lo > Li + Lcable.
Class I, Div. 2: Use IS values as general (Vmax = Ui ; Imax = Ii), except for proximity switches see Table 2 for values.
Table 1 (*) T6 is not valid for CSA intrinsically safe , Maximum temperature for CSA IS and Class I, Div.2 is never above 50C for all temperature classes Example : If table say 67 C, value for CSA is 50C . If table say 44C value for CSA is 44C) Table 1 (**) CSA max temp. +50C Table 1 note 1: FM US recognized Control Dwg. 116-0165F Table 1 note 2 :UL listed NRKH E87056 and CSA certificate 1007121(LR 91321-2) Table 1 note 3: CSA certificate 1226851 Table 1 note 4: CSA certificate 1350433, FM certificate 3015422 , ATEX PTB02ATEX2217 Table 1 note 5: For additional values see PTB 00 ATEX 2049 X or IECEx PTB 11.0092X Table 1 note 6: For additional values see PTB 00 ATEX 2032 X or IECEx PTB 11.0021X Table 1 note 7: For additional values see PTB 00 ATEX 2048 X or IECEx PTB 11.0037X Table 1 note 8: For additional values see PTB 99 ATEX 2219 X or IECEx PTB 11.0091X Table 1 note 9: ATEX PTB02ATEX2191 Table 1 note 10: Gas group for FE and FK switches ar limited to IIB
REVISIONS
REV. DESCRIPTION DATE SIGNATURE
1 Updated with information relating to IECEx 2020-10- 06 LRW
Table 1
Type: I= Inductive; N= NAMUR (Inductive); P= Proximity
Table 2
1
1
1
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imparted to a third party nor be used for any unauthorized purpose. Contravention will be prosecuted
imparted to a third party nor be used for any unauthorized purpose. Contravention will be prosecuted
imparted to a third party nor be used for any unauthorized purpose. Contravention will be prosecuted
imparted to a third party nor be used for any unauthorized purpose. Contravention will be prosecuted
-
---
-
---
LRW
LRWLRW LRW
-
---
WS/WM
WS/WMWS/WM WS/WM
PMV Switchboxes
PMV SwitchboxesPMV Switchboxes PMV Switchboxes
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This document must not be copied without our written permission and the contents there of must not be
This document must not be copied without our written permission and the contents there of must not be
This document must not be copied without our written permission and the contents there of must not be
This document must not be copied without our written permission and the contents there of must not be
130706
130706130706 130706
PMV Automation AB
PMV Automation ABPMV Automation AB PMV Automation AB
DRAWING NO.
DRAWING NO.DRAWING NO. DRAWING NO.
DRW BY
DRW BYDRW BY DRW BY APPR. BY
APPR. BYAPPR. BY APPR. BY SCALE
SCALESCALE SCALE DATE
DATEDATE DATE
ANNOTATION
ANNOTATIONANNOTATION ANNOTATION
DIMENSION
DIMENSIONDIMENSION DIMENSIONMATERIAL
MATERIALMATERIAL MATERIAL
DESCRIPTION
DESCRIPTIONDESCRIPTION DESCRIPTIONPCS
PCSPCS PCS
PART NO.
PART NO.PART NO. PART NO.
HOLE TOL.
HOLE TOL.HOLE TOL. HOLE TOL. UNSPECIFIED TOLERANCES ACCORDING TO:
UNSPECIFIED TOLERANCES ACCORDING TO:UNSPECIFIED TOLERANCES ACCORDING TO: UNSPECIFIED TOLERANCES ACCORDING TO: SURFACE
SURFACESURFACE SURFACE PROJECTION EUROPA
PROJECTION EUROPAPROJECTION EUROPA PROJECTION EUROPA
KORTA GATAN 9 SE-171 54 SOLNA SWEDEN - Tel:[phone]-Fax:[phone] - www.pmv.nu
KORTA GATAN 9 SE-171 54 SOLNA SWEDEN - Tel:[phone]-Fax:[phone] - www.pmv.nuKORTA GATAN 9 SE-171 54 SOLNA SWEDEN - Tel:[phone]-Fax:[phone] - www.pmv.nu
KORTA GATAN 9 SE-171 54 SOLNA SWEDEN - Tel:[phone]-Fax:[phone] - www.pmv.nu
Standard model code guide
12345678910111213
ABCCDE FGH I I J J
II = Sw itch cod e JJ = C er tificat ion code
In code position E(nr 6) must be designated A
xxxxxAxxxxxxx
Model code
Pos.II
Imax Vmax Pmax
0.5A
NO:200Vdc
10W max
0.25A
NC: 175Vd c
5W
1A
25Vdc
25W
1A
25Vac
25W
3A
120Vac
100W
2A
24Vdc
48W
1.5A
120Vac
180W
0.55A
24Vdc
69W
200Vdc 50W max .
P5 PT PE
PP
P4 1A
Model code pos. I I Temperatures in Ce lsi us Model code pos. JJ 15 21 29 28
Note SWI TCH Type Ci nF Li uH U i V I i mA Pi mW Min.
te mp T4 (*) T5 (*) T6 (*) ATEX
ia
I ECEx
ia
CSA
IS
IS IS IS
CSA
DI V.2
FE 4,10
NS5003 - IS-2002-N/1D/1G/ 2G
N 80 110 15 50 120 -20 - 70 60 x x
FK 9,10
NS5002 - IS-2002-N/OLED/1D/2G
N 80 110 15 50 120 -20 - 65 55 x x
M1 M echanical sw itch silv er 1 1 28 45 31,5 -40 78 60 45 x x x
MG Mechanical sw itch gold 1 1 28 45 31,5 -40 78 60 45 x x x
N2 1,2,7 NJ2-12GK-N N 45 50 16 52 169 -25 80 66 51 x x N3 1,2,5 SJ3,5-S1N N 30 100 16 52 169 -25 68 40 28 x x N4 1,2,5 NJ2-12GK-SN N 50 150 16 52 169 -40 74 46 34 x x N8 1,2,6 NJ2-V3-N N 40 50 16 52 169 -25 68 40 28 x x NB 1,2,7 NJ2-12GM-N N 30 50 16 52 169 -25 80 57 45 x x
NC 1,2,7 NJ4-12GM-N N 45 50 16 52 169 -25 67 44 32 x x
NE 1,2,7 NCB2-12GM 35-N0 N 90 100 16 52 169 -25 80 57 45 x x
NF 1,2,7 NCN4-12GM 35-N0 N 95 100 16 52 169 -25 80 57 45 x x
NG 2,7 NJ5-11-N-G N 45 50 16 52 169 -25 80 57 42 x x
NH 1,2,7 NCB4-12GM40-N0 N 120 50 16 52 169 -25 74 46 34 x x
NL 1,2,6 NCB2-V3-N0 N 100 100 16 52 169 -25 80 60 45 x x
NM 1,2,5 NJ2-11-SN-G N 50 150 16 52 169 -40 80 57 45 x x
NP 1,2,8 SJ3.5-N N 50 250 16 52 169 -25 68 40 28 x x
NQ 1,2,7 NJ4-12GK-N N 45 50 16 52 169 -25 80 66 51 x x
NR 2 NJ4-12GM 40-E1 I 40 50 16 52 169 -25 67 64 49
NS 2 NJ4-12GM40-E2 I 40 50 16 52 169 -25 60 60 49
NT 2 NJ4-12GK40-E2 I 40 50 16 52 169 -25 60 60 51
NV 1,2,7 NJ2-11-N-G N 30 50 16 52 169 -25 80 57 45 x x
NW 1,2,5 SJ3,5-SN N 30 100 16 52 169 -40 68 40 28 x x
NY 1,2,5 NJ4-12GK-SN N 70 150 16 52 169 -40 74 46 34 x x P4 ALEPH Proximity P 1 1 28 45 31,5 -10 40 x x x x
P5 Hamlin Proximity P 1 1 28 45 31,5 -40 80 x x x x
PE Sabre Proximity P 1 1 28 45 31,5 -40 80(**) 70 (**) 55 x x x x PP Phazer Proximity P 1 1 28 45 31,5 -40 80(**) 70 (**) 55 x
PT Phazer BRS Proximity P 1 1 28 45 31,5 -40 80(**) 70 (**) 55xxxx
FCD PMENIM0010-04 - 10/21

19
11. Applied standards
EN IEC 60079-0:2018
EN 60079-11: 2012
IEC 60079-0:2017
IEC 60079-11:2011
EN 61000-6-2
EN 61000-6-3
EN 61000-6-4
EN 60204-1
FCD PMENIM0010-04 - 10/21

20
To nd your local Flowserve representative:
To nd your local Flowserve representative please use the Sales
Support Locator System found at www.owserve.com
Flowserve Corporation has established industry leadership in the design and manufacture of its
products.When properly selected, this Flowserve product is designed to perform its intended function
safely during its useful life. However, the purchaser or user of Flowserve products should be aware
that Flowserve products might be used in numerous applications under a wide variety of industrial
service conditions. Although Flowserve can provide general guidelines, it cannot provide specic
data and warnings for all possible applications. The purchaser/user must therefore assume the
ultimate responsibility for the proper sizing and selection, installation, operation, and maintenance
of Flowserve products. The purchaser/user should read and understand the (WS/WM Switchbox User
Instructions) instructions included with the product, and train its employees and contractors in the
safe use of Flowserve products in connection with the specic application.
While the information and specications contained in this literature are believed to be accurate, they
are supplied for informative purposes only and should not be considered certied or as a guarantee
of satisfactory results by reliance thereon. Nothing contained herein is to be construed as a war-
ranty or guarantee, express or implied, regarding any matter with respect to this product. Because
Flowserve is continually improving and upgrading its product design, the specications, dimensions
and information contained herein are subject to change without notice. Should any question arise
concerning these provisions, the purchaser/user should contact Flowserve Corporation at any one
of its worldwide operations or ofces.
For more information about Flowserve Corporation, contact www.owserve.com or call USA
1-800-225-6989.
© November 2021, Flowserve Corporation, Irving, Texas
Edited: 2021-11- 09 14:58, Filename: 38923_WSWM_iom_PMENIM0010-04_1021
owserve.com
FCD PMENIM0010-04 - 10/21
PMV Automation AB
Korta Gatan 9
SE-171 54 SOLNA
SWEDEN
Phone: [phone]
E-mail: infopmv@flowserve.com
PMV USA
14219 Westfair West Drive
Houston, TX 77041, USA
Phone: [phone]
Fax: [phone]
E-mail: pmvsales@flowserve.com
Flowserve Flow Control
Burrell Road, Haywards Heath
West Sussex RH16 1TL
Phone: [phone]
E-mail: pmvuksales@flowserve.com
Flowserve Flow Control Benelux
Rechtzaad 17
4703 RC Roosendaal
THE NETHERLANDS
Phone: [phone]
Fax: [phone]
E-mail: fcbinfo@flowserve.com
Flowserve Flow Control GmbH
Rudolf-Plank Strasse 2
D-76275 Ettlingen
GERMANY
Phone: [phone]
Fax: [phone]
E-mail: argus@flowserve.com
Flowserve Corporation
No. 35, Baiyu Road
Suzhou Industrial Park
Suzhou 215021, Jiangsu Province,
PRC
Phone: [phone]
Fax: [phone]
Flowserve (China)
585, Hanwei Plaza
7 Guanghau Road
Beijing, China 100004
Phone: [phone]
Flowserve Pte Ltd
No. 12 Tuas Avenue 20
Singapore 638824
Phone: [phone]
Fax: [phone]
Flowserve do Brasil Ltda
Rua Tocantins, 128 - Bairro Nova Gerti
São Caetano do Sul,
São Paulo 09580-130 Brazil
Phone: [phone]
Fax: [phone] - 423
FCD PMENIM0010-04 - 10/21
38923_WSWM_iom_PMENIM0010-04_1021