Design and Operation
Attention!
Hazards must be ruled out before the movable part of the
!
guard can then be opened! and the dangerous location can
be reached!
The STS/K switch units are to be integrated into a system and connected
with a control unit so that the hazardous machine can run only when the
guard is locked and closed.
After entering a key into key module the actuator can be removed from
actuator module and the access can be opened.
The key is blocked after removing the actuator. Only after the access is
locked and the actuator was returned to its starting position can the key
be removed again and the solenoid locking is activated.
RXK01M/K is used in the system in connection with additional STS/K
units and / or SAFEMASTER products. The key to be entered may
originate from these units (e.g. release through upstream solenoid locking
ZRH01BM/K in connection with a speed monitor UH 5947 or standstill
monitor LH 5946).
Indications
LED red/green
Separately controllable
Circuit Diagrams
Circuit Diagram RX10BM/K
3
14
2
11
12
1
9
22
11
21
24
10
7
32
8
31
4
red
5
green
6
12
M9895_b
Fig. 1:
Locked while activated:
Actuator inserted,
Key removed, Door closed
Circuit Diagram RXK01M/K
3
14
2
11
12
1
9
22
11
21
24
10
7
32
8
31
4
red
5
green
6
12
M10174
Fig. 1:
Locked while activated:
Actuator inserted,
Key removed, Door closed
20
SAFEMASTER STS-RXK01M/K and RX10BM/K / 22.06.20 en / 246A
3
14
2
11
12
1
9
22
11
21
24
10
7
32
8
31
4
red
5
green
6
12
M10174
Fig. 2:
Lock deactivated:
Key inserted, Actuator removed,
Door open
RX10A
Mechanical Switch
Positions
Circuit Diagram
3
2
3
1
9
10
9
11
7
8
closed
open
3
14
2
11
12
1
9
22
11
21
24
10
7
32
8
31
4
red
5
green
6
12
M9895_b
Fig. 2:
Lock deactivated:
Key inserted, Actuator removed,
Door open
RXK01M/K
Mechanical Switch
Positions
Circuit Diagram
3
2
3
1
9
10
9
11
7
8
closed
open