socomec SIRCO MOT PV, Инструкция по эксплуатации, Страница: 27 / 32

27 EN
SIRCO MOT PV - 543 544 B - SOCOMEC
5.2.2.2. 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
5.2.2.3. 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 configuration 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.)
Impulselogic(standardconfiguration):
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 infinite
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)
ContactorLogic :
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)