socomec SIRCO MOT PV UL User manual

www.socomec.com
SIRCOMOT PV UL
Motorised photovoltaic switches
EN
INSTRUCTION
MANUAL

2EN SIRCOMOTPVUL - 545672B - SOCOMEC
1. GENERAL SAFETY INSTRUCTIONS .......................................................3
2. GENERAL OVERVIEW ......................................................................4
2.1. PRODUCT INTRODUCTION.................................................................4
2.2. PRODUCT IDENTIFICATION ................................................................5
2.3. ENVIRONMENTAL .........................................................................6
2.3.1. IP RATING............................................................................6
2.3.2. OPERATING CONDITIONS .............................................................6
2.3.3. STORAGE CONDITIONS ..............................................................6
2.3.4. SHIPPING WEIGHTS BY REFERENCE SIRCO MOT PV....................................7
2.3.5. UL MARKING.........................................................................7
2.3.6. LEAD FREE PROCESS ................................................................7
2.4. SIRCO MOT PV ACCESSORIES AVAILABLE ..................................................7
2.4.1. CUSTOMER FITTED ACCESSORY ......................................................7
2.4.2. FACTORY FITTED ACCESSORY ........................................................7
3. INSTALLATION ..............................................................................8
3.1. PRODUCT DIMENSIONS FRAME B8 UL (2000A) .............................................8
3.2. MOUNTING ORIENTATION..................................................................8
3.3. ASSEMBLY OF CUSTOMER MOUNTED ACCESSORIES .......................................9
3.3.1. CONNECTION KIT FOR SIRCO MOT PV 2000 A ..........................................9
3.3.2. EXTERNAL POWER SUPPLY (400 VAC - 230 VAC) ........................................9
3.4. FACTORY FITTED ACCESSORY ............................................................10
3.4.1. ADDITIONAL AUXILIARY CONTACTS...................................................10
4. CONNECTIONS ............................................................................11
4.1. POWER CIRCUITS ........................................................................11
4.2. CONNECTION CONFIGURATION ...........................................................11
4.3. CONTROL CIRCUITS......................................................................12
4.3.1. TYPICAL SIRCOMOTPV WIRING .....................................................12
4.3.2. SIRCOMOTPV INPUT AND OUTPUT CONTACTS .......................................13
5. OPERATING MODES.......................................................................14
5.1. ELECTRICAL OPERATION .................................................................15
5.1.1. POWER SUPPLY.....................................................................15
5.1.2. FIXED INPUTS ......................................................................15
5.1.3. FIXED OUTPUTS - DRY CONTACTS....................................................17
6. TROUBLE SHOOTING GUIDE .............................................................18
EN CONTENTS
www.socomec.com
To download, brochures, catalogues and technical manuals.

3
EN
SIRCOMOTPVUL - 545672B - SOCOMEC
1. GENERAL SAFETY INSTRUCTIONS
• This instruction manual must be made accessible so as to be easily available to anyone who may need to
read it in relation with the SIRCOMOTPV.
• No covers on the SIRCOMOTPV should be opened (with or without voltage) as there may still be dangerous
voltages inside the product such as those from external circuits.
• DonothandleanycontrolorpowercablesconnectedtotheSIRCOMOTPVwhenvoltagemaybe
presentontheproductdirectlythroughthemainsorindirectlythroughexternalcircuits.
• Voltages associated with this product may cause injury, electric shock, burns or death. Prior to carry out any
maintenance or other work on live parts or other parts in the vicinity of exposed live parts, ensure that the
switch including all control and associated circuits are de-energized.
DANGER WARNING CAUTION
RISK:
Electric shock, burns, death
RISK:
Possible personal injury
RISK:
Equipment damage
• As a minimum the SIRCOMOTPV comply with the following international standard:
- UL98B
The information provided in this instruction manual is subject to change without notice, remains for general
information only and is non-contractual.

4EN SIRCOMOTPVUL - 545672B - SOCOMEC
2. GENERALOVERVIEW
2.1. Product introduction
1
6
7
8
9
131415 111216
2 43 5
10
1. Power Section: multipolar load break switch (4 poles)
2. Load break switch terminals
3. Switch position indication window:- I (On) – O (Off)
4. Back-plate mounting SIRCOMOTPV xing lugs
5. Auxiliary power supply: 230Vac (208 – 277Vac ± 20%)
6. Motorized Control Unit
7. Motor housing
8. Green LED Indication: Power (SIRCO MOT PV control voltage input within specied range).
9. Auto / Manual mode selector switch
10. Emergency manual operation “Direct Handle”
11. Output contacts x 3 (Position indication I-O and product availability outputs)
12. Input contacts x 4: Position order I-O - Remote control enable - Override controls and force to Off position
13. Red LED Indication: Product Unavailable / Manual Mode / Fault Condition
14. Padlocking facility (Up to 3 padlocks of dia. 4 – 8mm)
15. Emergency manual operation shaft location (Accessible only in manual mode)
16. Terminal Shields

5
EN
SIRCOMOTPVUL - 545672B - SOCOMEC
2.2. Product identication
1
5
67
2 43
1. Main motorised switch identication label:
Electrical characteristics
Applicable standards and
Terminal incoming and outgoing wiring details.
2. Complete SIRCO MOT PV product current rating and reference number label (serial number, barcode and UL marking)
3. Emergency manual operation direction of rotation indication label
4. Auxiliary power supply contacts identication label
5. Motor barcode and serial number
6. Output contacts identication label
7. Input contacts identication label

6EN SIRCOMOTPVUL - 545672B - SOCOMEC
2.3. Environmental
The SIRCOMOTPV product meets the following environmental requirements:
2.3.1. IP Rating
• IP2X against direct contact for the SIRCOMOTPV motorization control unit.
• IP 0 for the bare power section without terminal shields in place.
2.3.2. Operating Conditions
2.3.2.1. Temperature
• From -20 to +40°C (-4°F to +104°F) without derating
• From -20 to +70°C (-4°F to +158°F) when applying a Kt derating correction factor
Kt: Correction Factor Temperature
0.9 40 °C … 50 °C 104°F … 122°F
0.8 50 °C … 60 °C 122°F … 140°F
0.7 60 °C … 70 °C 140°F … 158°F
2.3.2.2. Hygrometry
• 80% humidity without condensation at 55°C / 131°F
• 95% humidity without condensation at 40°C / 104°F
2.3.2.3. Altitude
• Up to 2000m in altitude without derating
• For higher altitude the Ka correction factors below apply
Ka: Correction Factor 2000m < A ≤ 3000m 3000m < A ≤ 4000m
Ue 0.95 0.8
Ie 0.85 0.85
2.3.3. Storage Conditions
2.3.3.1. Temperature
• From -40 to +70°C (-40°F to +158°F)
2.3.3.2. Storage duration period
• Maximum storage up to a period of 12 months (Recommendation: to be stored in dry, non corrosive and non
saline atmospheric conditions)
2.3.3.3. Storage position
A maximum of 1box may be stocked vertically

7
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SIRCOMOTPVUL - 545672B - SOCOMEC
2.3.4. Shipping weights by reference SIRCO MOT PV
Frame Size Rating N° of
Poles
Reference
Number Weight (kg)
B8 (UL) 2000 A 4 19PV 4320 61.5
2.3.5. UL marking
The SIRCOMOTPV complies the with the directive for:
2.3.6. Lead free process
• The SIRCOMOTPV complies with the European directive for RoHS.
2.4. SIRCO MOT PV ACCESSORIES AVAILABLE
2.4.1. Customer tted accessory
DOORESCUTCHEONPLATE
An accessory to be xed onto a cabinet door to frame the
motor part of ush mounted SIRCOMOTPV switches.
CONTROLVOLTAGETRANSFORMER
Allows a standard 230 V AC device to be supplied with
400Vac.
Others:
Refer to the end of this instruction manual or the latest
SOCOMEC product catalogue.
(Downloadable from www.socomec.com)
2.4.2. Factory tted accessory
SUPPLEMENTARYAUXILIARYCONTACT(AC)
Pre-breaking and signaling of positions 0 and I: 2 additionals auxiliary contacts NO / NC are included. As standard for rating
2000A (UL). For Low level AC: please consult SOCOMEC.

8EN SIRCOMOTPVUL - 545672B - SOCOMEC
3. INSTALLATION
3.1. Product dimensions Frame B8 UL (2000A)
Dual dimensions: in/mm
4.72
120
10.15
258
2.10
53.5
2.03
51.5
18.19
716
18.38
467
2.28
58
8.64
219.5
14.09
358
5.43
138
0.78
20
4.72
120
0.31
8
0.82
21
1.73
44
4.92
125
0.35
9
9.84
250
14.96
380
20.86
530
5.90
150
1.99 50.5
4.72
120
4.72
120
0.59
15
0.19
5
0.19
5
0.49 12.5
0.98
25
0.98
25
1.18
30
1.18
30
1.77
45
1.77
45
3.54
90
1
2
5
4
3
Ø0.19 / Ø12.5
1. Padlocking Facility: Locking bracket for up to 3 padlocks (min: Ø 0.16 in / Ø 4 mm - max: Ø 0.31 in / Ø 8 mm)
2. Emergency manual operation: Maximum operating radius with an operating angle of 90°
3. Phase Barriers
4. Flush mounting cutout dimensions for front door
5. Emergency removable handle
3.2. Mounting orientation
2000A Recommended Not Allowed OK OK
CAUTION Always install the product on a flat and rigid surface.

9
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SIRCOMOTPVUL - 545672B - SOCOMEC
3.3. Assembly of customer mounted accessories
DANGER Never handle any customer mounted accessories while there may be the risk of
voltage being or becoming present.
3.3.1. Connection kit for SIRCO MOT PV 2000 A
Maximal
current without
downgrading(1)
Minimum Cu bar
section(1)
included with
product as standard
ref. 2619 1200
H M12-65 6.8 Washer
MOY.M M12
NFE 25 511
2000 A 0.08 x 3.15 x 0.31in
2 x 80 x 8 mm 6 x 6 x
Note: Max Cu bar width - 3.94 in / 100 mm. Reference numbers and quantity given
above are for one connection and per pole. For a full set multiply the quantity
indicated by the number of poles (4 poles)
(1) Conditions of use of these products may lead to a derating.
3.3.2. External Power supply (400 Vac - 230 Vac)
Power Transformer intended for 400Vac, Phase to
Phase voltage applications that do not provide the
availability of a neutral conductor. Transformer data:
400Vac – 230Vac: 200VA.
301
+
-
302
230 Vac
12Vdc
301 302
230 Vac
400Vac
301
+
-
302
230 Vac
24Vdc
DC power supply available in 12Vdc as well as 24Vdc
intended to allow a standard SIRCO MOT PV (250-
1600A) to be powered from an appropriate DC supply.
(Usually the battery of the backup generator source).
This converter is to be positioned as close as possible
to the DC power source.
301
+
-
302
230 Vac
12Vdc
301 302
230 Vac
400Vac
301
+
-
302
230 Vac
24Vdc
301
+
-
302
230 Vac
12Vdc
301 302
230 Vac
400Vac
301
+
-
302
230 Vac
24Vdc

10 EN SIRCOMOTPVUL - 545672B - SOCOMEC
3.4. Factory tted accessory
3.4.1. Additional auxiliary contacts
Intended for pre breaking and signaling of positions
0 and I. Up to 2 additional NO/NC auxiliary contacts
can be tted.
81
81 82 84 91 92 94
Pos I Pos I
82 84 91 92 94
2000A(Standard)
Denomination Terminal Description Characteristics Recommended
Cable Section
AdditionalAux
Contact
Included
81 / 91 Common
Dry Contacts
2AAC1 / 250V 1,5 – 2,5mm2
82 / 92 Normally Closed Contact
84 / 94 Normally Open Contact

11
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SIRCOMOTPVUL - 545672B - SOCOMEC
4. CONNECTIONS
4.1. Power circuits
Take into account the connection cable lengths and/or others environmental specic operating conditions.
2000 A
Frame size B8 (UL)
Maximum bars width Cu 3.94 in
100 mm
Tightening torque min./max 354/398 lb.in
40/45 Nm
4.2. Connection conguration
Kit ref. 2609 1200
MANDATORY
2P+(-)/2P-(+)
+
(-)
+
(-)
-
(+)
-
(+)
-
(+)
+
(-)
+
(-)
-
(+)
+
(-)
+
(-)
-
(+)
-
(+)
+
(-)
-
(+)
+
(-)
-
(+)
+
(-)
-
(+)
+
(-)
-
(+)
+
(-)
+
(-)
-
(+)
-
(+)
CHARGE /
LOAD
CHARGE / LOAD

12 EN SIRCOMOTPVUL - 545672B - SOCOMEC
4.3. Control circuits
4.3.1. Typical SIRCOMOTPV wiring
Example: Control wiring for photovoltaic application
3013022
312313 314 316317 63A64A 0424 13
Fus. 4A
type gG
230 Vac
Source PV +
LOAD
Source PV -
Control Inputs from:
• Remote pushbuttons
• PLC Controller
CAUTION Verify that the Auxiliary power supply feeding terminals 301 and 302 are within
the limits of 208Vac -> 277Vac ±20% (166-332Vac).
DANGER Do not handle any control or power cables connected to the SIRCOMOTPV
when voltage may be present.

13
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SIRCOMOTPVUL - 545672B - SOCOMEC
4.3.2. SIRCOMOTPV input and output contacts
4.3.2.1. Terminal denomination, description and characteristics.
All pressure on the connector pins
is to be avoided during wiring of
the auxiliary cables
Control Enable: 312
Override to OFF: 313
Switch to Pos I: 314
Switch to Pos 0: 316
Common: 317
Power I/P L: 301
Power I/P N: 302
Prod Avail Common 63A
Prod Avail O/P: 64A
Pos I Aux Contact: 24
Pos 0 Aux Contact: 04
Common: 13
1 2 3 4 56
75A413 200A Ue 750V 19PV3020 3 TRI
75A414 250A Ue 750V 19PV3025 3 TRI
75A415 400A Ue 750V 19PV3040 3 TRI
75A416 500A Ue 750V 19PV3050 3 TRI
75A417 630A Ue 750V 19PV3063 3 TRI
75A425 200A Ue 1000V 19PV4020 4 TETRA
75A426 250A Ue 1000V 19PV4025 4 TETRA
75A427 400A Ue 1000V 19PV4040 4 TETRA
75A428 500A Ue 1000V 19PV4050 4 TETRA
75A429 630A Ue 1000V 19PV4063 4 TETRA
75A430 I800A Ue 1000V 19PV4080 4 TETRA
75A431 1000A Ue 1000V 19PV4100 4 TETRA
75A432 1250A Ue 1000V 19PV4120 4 TETRA
75A433 1600A Ue 1000V 19PV4160 4 TETRA
75A434 2000A Ue 1000V 19PV4200 4 TETRA
75A436 3200A Ue 1000V 19PV4320 4 TETRA
1 2 3 4 56
75A413 200A Ue 750V 19PV3020 3 TRI
75A414 250A Ue 750V 19PV3025 3 TRI
75A415 400A Ue 750V 19PV3040 3 TRI
75A416 500A Ue 750V 19PV3050 3 TRI
75A417 630A Ue 750V 19PV3063 3 TRI
75A425 200A Ue 1000V 19PV4020 4 TETRA
75A426 250A Ue 1000V 19PV4025 4 TETRA
75A427 400A Ue 1000V 19PV4040 4 TETRA
75A428 500A Ue 1000V 19PV4050 4 TETRA
75A429 630A Ue 1000V 19PV4063 4 TETRA
75A430 I800A Ue 1000V 19PV4080 4 TETRA
75A431 1000A Ue 1000V 19PV4100 4 TETRA
75A432 1250A Ue 1000V 19PV4120 4 TETRA
75A433 1600A Ue 1000V 19PV4160 4 TETRA
75A434 2000A Ue 1000V 19PV4200 4 TETRA
75A436 3200A Ue 1000V 19PV4320 4 TETRA
1 2 3 4 56
75A413 200A Ue 750V 19PV3020 3 TRI
75A414 250A Ue 750V 19PV3025 3 TRI
75A415 400A Ue 750V 19PV3040 3 TRI
75A416 500A Ue 750V 19PV3050 3 TRI
75A417 630A Ue 750V 19PV3063 3 TRI
75A425 200A Ue 1000V 19PV4020 4 TETRA
75A426 250A Ue 1000V 19PV4025 4 TETRA
75A427 400A Ue 1000V 19PV4040 4 TETRA
75A428 500A Ue 1000V 19PV4050 4 TETRA
75A429 630A Ue 1000V 19PV4063 4 TETRA
75A430 I800A Ue 1000V 19PV4080 4 TETRA
75A431 1000A Ue 1000V 19PV4100 4 TETRA
75A432 1250A Ue 1000V 19PV4120 4 TETRA
75A433 1600A Ue 1000V 19PV4160 4 TETRA
75A434 2000A Ue 1000V 19PV4200 4 TETRA
75A436 3200A Ue 1000V 19PV4320 4 TETRA
Denomination Terminal Description Characteristics Recommended
Cable Section
Signalisation
Outputs
13 Common I - 0 for Aux Contacts
Dry Contacts
2AAC1 / 250V 1,5 mm2
04 Aux Contact Position 0 - Normally Open Contact
24 Aux Contact position I: Normally Open Contact
63A Product Available: Normally Open Contact.
Closed when the SIRCOMOTPV is in Auto
mode and motorisation is operational. (No Fault
powered and ready to changeover)
64A
Powersupply
Input
301 Power supply – L 208 - 277Vac
±20%: 50/60Hz 1,5 mm2
302 Power supply – N
Control Inputs 312 Remote Control Mode Enable when closed with
317
Attn:
Do not connect to
any Power supply
Max cable length
100m
1,5 mm2
313 Position 0 order if closed with 317. (Priority order
input forcing the product to remote control mode
and 0 position)
314 Position I order if closed with 317
316 Position 0 order if closed with 317
317 Common control terminal for 312 - 316
SIRCOMOTPV (Specic Voltage Supply)
ATTENTION Do not connect terminals 312 to 317 to any power supply. These order inputs are
powered through terminal 317 and external dry contacts ONLY.

14 EN SIRCOMOTPVUL - 545672B - SOCOMEC
5. OPERATINGMODES
The SIRCOMOTPV includes 2 safe and distinct operating modes through a selector switch located on the front of
the product.
The modes of operation are as follows:
• Remotely operated transfer switching 1
• Local emergency manual operation 2
MODE
AUTO MODE 1
• Activates the remote control inputs.
• Inhibits the padlocking facility
• Inhibits the insertion of the manual
operation handle when in AUT
Mode
AUTO Mode position is inhibited when
padlocked or when the handle for
manual operation is inserted into the
SIRCOMOTPV.
MODE
MANUAL MODE 2
(NotPadlocked)
• Inhibits the control inputs.
• Allows to insert the handle for
emergency manual operation.
• Allows padlocking in O Position.
(With the handle for manual
operation removed)
Turning the selector switch to from
AUT and back to AUT resets a fault
state.
Emergencymanualoperation
The SIRCO MOT PV can be manually
operated whilst retaining the electrical
characteristics and performance of the
power switching function. This function
is usually used in case of emergencies or
during maintenance.
To operate the SIRCOMOTPV manually
ensure that no live parts are accessible,
turn the front selector switch into the
manual position and insert the handle into
the emergency handle shaft location hole
provided.
Turn the handle 90° clockwise or anti-
clockwise (depending on the position to
be reached) for each consecutive change
in position. I -> O -> I.
ON
I
ON
II
OFF
O
CAUTION
Ensure to verify the
product position and
direction of rotation
before effecting manual
operation.
Ensure to remove the
handle from the product
before changing the
selector switch back to
AUT position.

15
EN
SIRCOMOTPVUL - 545672B - SOCOMEC
5.1. Electrical operation
5.1.1. Powersupply
The SIRCOMOTPV is to be powered between terminals 301 and 302 with
a supply within the limits of:
• 208 – 277Vac ±20% (166 – 332Vac)
• 50/60Hz ±10%
Current Input:
• 10mA (Standby mode)
• 15A max (Switching mode)
• 2A (Nominal operating current )
Surge Protection:
• Vin_sg: 4 / 8KV – 1.2/50µs
Terminal connector:
• Minimum 1.5mm²
• Maximum 2.5mm²
1 2 3 4 56
75A413 200A Ue 750V 19PV3020 3 TRI
75A414 250A Ue 750V 19PV3025 3 TRI
75A415 400A Ue 750V 19PV3040 3 TRI
75A416 500A Ue 750V 19PV3050 3 TRI
75A417 630A Ue 750V 19PV3063 3 TRI
75A425 200A Ue 1000V 19PV4020 4 TETRA
75A426 250A Ue 1000V 19PV4025 4 TETRA
75A427 400A Ue 1000V 19PV4040 4 TETRA
75A428 500A Ue 1000V 19PV4050 4 TETRA
75A429 630A Ue 1000V 19PV4063 4 TETRA
75A430 I800A Ue 1000V 19PV4080 4 TETRA
75A431 1000A Ue 1000V 19PV4100 4 TETRA
75A432 1250A Ue 1000V 19PV4120 4 TETRA
75A433 1600A Ue 1000V 19PV4160 4 TETRA
75A434 2000A Ue 1000V 19PV4200 4 TETRA
75A436 3200A Ue 1000V 19PV4320 4 TETRA
5.1.2. Fixed inputs
5.1.2.1. Description
The SIRCOMOTPV includes for 4 off xed inputs through a 6 pin connector
installed on the motorisation module. No additional power supply should be
used on these contacts as the inputs MUST be used with the common supply
taken from terminal 317.
The SIRCOMOTPV Power Supply (301 - 302) must be available to activate
inputs 312 to 317.
1 2 3 4 56
75A413 200A Ue 750V 19PV3020 3 TRI
75A414 250A Ue 750V 19PV3025 3 TRI
75A415 400A Ue 750V 19PV3040 3 TRI
75A416 500A Ue 750V 19PV3050 3 TRI
75A417 630A Ue 750V 19PV3063 3 TRI
75A425 200A Ue 1000V 19PV4020 4 TETRA
75A426 250A Ue 1000V 19PV4025 4 TETRA
75A427 400A Ue 1000V 19PV4040 4 TETRA
75A428 500A Ue 1000V 19PV4050 4 TETRA
75A429 630A Ue 1000V 19PV4063 4 TETRA
75A430 I800A Ue 1000V 19PV4080 4 TETRA
75A431 1000A Ue 1000V 19PV4100 4 TETRA
75A432 1250A Ue 1000V 19PV4120 4 TETRA
75A433 1600A Ue 1000V 19PV4160 4 TETRA
75A434 2000A Ue 1000V 19PV4200 4 TETRA
75A436 3200A Ue 1000V 19PV4320 4 TETRA
Pulse duration for activation of contact inputs: ≥ 60ms.
• Pin312:Remote Control Mode Enable when closed with 317.
This contact must be closed with 317 so as to activate all control inputs except for 313 that takes priority and
is active immaterial of the state of input 312. Enabling remote control through 312 activates the remote control
inputs.
• Pin313: Position 0 order if closed with 317 when in AUTO. (ForcetheswitchtotheOFFPosition)
This is a “PriorityOrderInput” meaning that when closed with 317 it takes priority over all other electrical
commands. The SIRCOMOTPV will remain in 0 position as long as the contact 313 – 317 remains closed.
Once the contact is open the SIRCOMOTPV is ready to receive new orders. This contact order is independent
of other inputs and is also enabled without 312 connected to 317. Impulse duration to activate and start
switching to position O is a minimum of 60ms. The product state will be unavailable.
• Pin314: Position I order if closed with 317.
This contact is active with the SIRCOMOTPV in AUT mode with contact 312 – 317 closed and 313 – 317
open. Impulse duration to activate and switch to position I is a minimum of 60ms.
• Pin316: Position 0 order if closed with 317
This contact is active with the SIRCOMOTPV in AUT mode with contact 312 – 317 closed and 313 – 317
open. Impulse duration to activate and switch to position O is a minimum of 60ms. For contactor logic maintain
contacts on between terminal 316 and 317.
• Pin317: Common
Common supply for inputs 312 to 316

16 EN SIRCOMOTPVUL - 545672B - SOCOMEC
5.1.2.2. Technical data
MotorisationModule
Input Qty 5
Direct Current Iin 0.35 to 0.5mA
Line resistance 1kΩ
Line length 100m (Min. wire 1.5mm² #16AWG)
Pulse duration 60ms
Power per Input 0.06VA
Surge protectionVin_sg 4.8kV (1.2/50µs surge)
ESD withstand voltage (Contact/air) 2/4kV
Insulation (Common mode) 4.8kVac
(Between I/P and all common parts)
Terminal connector 1.5mm² minimum / 2.5mm² max
5.1.2.3. Remote control logic
Remote switching operation can be driven in AUT mode by external volt free contacts as described above using
input contacts 312 to 317.
Depending on the wiring conguration there are two types of logic that may be applied to the SIRCOMOTPV.
• Impulse logic or
• Contactor logic.
In remote control, the SIRCOMOTPV inputs give priority to order I over 0 therefore contactor logic can be implemented
by simply bridging terminals 316 and 317.
(NOTE: 313 – 317 closed / Force SIRCOMOTPV to OFF Position, takes priority over all other orders no matter of the control
logic used.)
Impulselogic(standardconfiguration):
The SIRCO MOT PV is driven to a stable position (I –
O) after receiving an impulse order.
• A switching command of at least 60 ms is
necessary to initiate the switching operation
• When switching command disappers, the product
remains in its position
• The switching command (pulse) can be of innite
duration without causing any product dysfunction
• Order I have priority over order 0.
Imp. ≥ 60ms
order I
position I
order 0
position 0
Impulse logic
(Note: Excludes position switching delays)
ContactorLogic:
The SIRCO MOT PV is driven to the position I for as
long as the order is maintained.
• Order O is maintained. (Bridge 316 – 317)
• Orders I have priority over order 0.
• If order I disappears, the device returns to zero
position. (With the power supply available).
maintened
order I
position I
order 0
position 0
Contactor logic
(Note: Excludes position switching delays)

17
EN
SIRCOMOTPVUL - 545672B - SOCOMEC
5.1.3. Fixed outputs - Dry contacts
5.1.3.1. Description
As standard, the SIRCOMOTPV is equipped with four xed outputs located on
the motorisation module.
(Dry contacts to be powered by the user).
1 2 3 4 56
75A413 200A Ue 750V 19PV3020 3 TRI
75A414 250A Ue 750V 19PV3025 3 TRI
75A415 400A Ue 750V 19PV3040 3 TRI
75A416 500A Ue 750V 19PV3050 3 TRI
75A417 630A Ue 750V 19PV3063 3 TRI
75A425 200A Ue 1000V 19PV4020 4 TETRA
75A426 250A Ue 1000V 19PV4025 4 TETRA
75A427 400A Ue 1000V 19PV4040 4 TETRA
75A428 500A Ue 1000V 19PV4050 4 TETRA
75A429 630A Ue 1000V 19PV4063 4 TETRA
75A430 I800A Ue 1000V 19PV4080 4 TETRA
75A431 1000A Ue 1000V 19PV4100 4 TETRA
75A432 1250A Ue 1000V 19PV4120 4 TETRA
75A433 1600A Ue 1000V 19PV4160 4 TETRA
75A434 2000A Ue 1000V 19PV4200 4 TETRA
75A436 3200A Ue 1000V 19PV4320 4 TETRA
5.1.3.2. Position auxiliary contact
The SIRCOMOTPV is equipped with integrated position (I – O) auxiliary contact outputs through 3 off micro switches.
Pins13,04,24
(Normally Open contacts with pin 13 as common)
5.1.3.3. SIRCOMOTPV Product available output (motorisation)
Pin63A–64A
(Normally Open contact that is held closed when the motorisation is available).
This contact gives constant feedback about the product’s availability and it’s capacity to operate.
The SIRCOMOTPV performs a self diagnostics test on the motorisation module at startup, when put from Manual
-> Auto and then every 5 minutes. This test ensures that the SIRCOMOTPV is operational in terms of control inputs.
Should one of the tests fail, a second test is performed to reconrm the error state. Should the SIRCOMOTPV
motorisation module become unavailable, contact 63A – 64A are opened, the power/ready LED’s are switched off,
and the fault LED is activated. The fault LED will remain active for as long as sufcient power is available and the fault
condition is not reset. The fault is reset when the product is switched from AUT -> Manual -> Auto mode.
SIRCO MOT PV (Motorisation) Product Available / Unavailable Watchdog relay will open for any of the following
reasons below: For added security, “Product Availability” is informative and does not necessarily inhibit motor
operation.
ProductUnavailable+WarningLEDCondition: Inhibition
Product in manual mode Yes
Motor not detected (Autotest) No
Control voltage out of range Yes
Operating factor fault active (N° of operations / min) Yes
Powerfail active Yes
Customer input autotest failed No
Invalid product customisation No
Abnormal switching when not in manual mode Yes
Requested position not reached Yes
Locked mode active when not in manual mode Yes
External Fault -> User input No
Unexpected current owing through the motor when idle Yes
Sampling rate for the above is every 10 ms
Exception: motor detection sampling rate is every 5 min
5.1.3.4. Technical data
Auxiliary Contact Quantity 2
Conguration NO
Mechanical Endurance 800 cycles
Response Time 5 – 10 ms
Startup duration 200ms
Rated Voltage / Switching Voltage 250Vac
Rated Current 5A
Surge protectionVin_sg: 4.8kV (1.2/50µs surge)

18 EN SIRCOMOTPVUL - 545672B - SOCOMEC
6. TROUBLE SHOOTING GUIDE
The SIRCOMOTPV does
not operate electrically
• Verify the power supply on terminals 301-302: 208 - 277 Vac ±20 %
• Verify that the front selector switch is in position (AUT)
• Verify that contacts 313 and 317 are open.
• Verify that the power LED (Green) is On whilst the fault LED (RED) is off.
• Verify that the product is available with contacts 63A and 64A closed.
It is not possible to
manually operate the
switch
• Verify that the front selector switch position is on the Manual position.
• Make sure that the product is not padlocked
• Verify the rotation direction of the handle
• Apply a sufcient progressive action in the direction as indicated on the
handle
Electrical operation does
not correspond to external
order I,O
• Verify the selected control logic wiring (impulse or contactor)
• Verify the connector connections.
The fault/manuel LED is ON • The FAULT / MANUAL LED is on when in manual mode (this is normal) and
in AUT Mode when there is an internal fault in the SIRCOMOTPV. To reset
a fault condition switch the SIRCOMOTPV from AUT to Manu and back to
AUT. Should the fault LED remain on you will need to localize and clear the
fault prior to reset.
• The FAULT / Manual LED will also be on when contact 313 is closed with
317. (Force the SIRCOMOTPV to off position). This is a normal condition.
• Should the Fault LED remain on abnormally, contact SOCOMEC.
Impossible to padlock • Verify that the front selector switch is in manual position
• Verify that the emergency handle for manual operation is not inserted into the
SIRCOMOTPV manual slot.
• Verify that the SIRCOMOTPV is in 0 position
(Padlocking is only possible in 0 position for standard products)

19
EN
SIRCOMOTPVUL - 545672B - SOCOMEC

545672B - EN - 04/16
Non-contractual document. © 2016, Socomec SAS. All rights reserved.
SOCOMEC
R.C.S. Strasbourg B 548 500 149
B.P. 60010 - 1, rue de Westhouse - F-67235 Benfeld Cedex
www.socomec.com