6
Electrical installation
6.1
Safety
DANGER
Hazard due to electrical voltage
Death or severe injury
b
Make sure that the machine and the connecting cables of the safety locking
device are and remain disconnected from the power supply during the electrical
installation.
DANGER
Incorrect safety locking device connection
Loss of safety function
b
With insulation material or connection slots, pay attention to the temperature
resistance and mechanical load capability.
b
If different voltages are used between the contact pairs and the magnet coil (e.g.
230 V and 24 V), when wiring in the terminal compartment, make sure safe sepa‐
ration is always present.
b
For safety functions, use only safe contacts for locking device monitoring and door
monitoring.
6.2
Pin assignment
Table 3: Switching elements and switching functions
Actuator inserted
Actuator removed
Locked
Unlocked
i200-*02332
34
22
12
33
21
11
54
42
53
41
34
22
12
33
21
11
54
42
53
41
34
22
12
33
21
11
54
42
53
41
i200-M0413
2)
34
22
12
33
21
52
42
51
41
11
34
22
12
33
21
52
42
51
41
11
34
22
12
33
21
52
42
51
41
11
All variants
E1: +24 V DC magnet coil voltage supply (locking device)
E2: +0 V DC magnet coil voltage supply (locking device)
1)
The bridge between contacts 12 and 41 must be removed to in order to enable locking device and door
monitoring.
2)
The bridges between contacts 12 and 41 and 22 and 51 must be removed to in order to enable locking
device and door monitoring.
6.3
System connection (cable entry)
1.
Open desired insertion opening with a suitable tool.
2.
Mount the cable gland with corresponding enclosure rating.
3.
Connect contacts (contact assignment
°
Connect all live contacts to one side of the contact block.
°
Operate all contact pairs and the magnet coil in the same voltage range.
°
Protect the magnet coil separately.
°
Tighten terminals to 1.0 Nm.
6
ELECTRICAL INSTALLATION
16
O P E R A T I N G I N S T R U C T I O N S | i200 Lock
8020558//2017-02-14 | SICK
Subject to change without notice
