Function Inversion With Electrical Monitoring Option; Circuit Diagrams (Rxk01M/K); Function Inversion With Locking Modules; Circuit Diagrams (Example Yrhk01M/K) - DOLD SAFEMASTER STS/K K/K Traduction De La Notice Originale

Function Inversion with Electrical Monitoring Option

A part from the sequential inversion of the modules used in the module
combination the integration of the actuator module K/K offers an electrical
monitoring option of the actuator. If, for example, a guard door position shall
not only be monitored mechanically but also electrically, the RXK01M/K is
the suitable unit. To unlock the actuator, the matching key must be inserted
into the key module above. Only after that can the actuator be removed.
With the actuator removal several contacts of the switch module RX are
actuated at the same time.
In contrast to the RXK01M/K the switch contacts with the normally functio-
ning RX10BM/K unit monitor the key insertion and not the removal of the
actuator. Therefore there is no possibility of checking with this unit whether
the access was actually opened.
The contacts of switch module RX/K can be used both as signal contacts
and safety feature. With a safety-related contact the use of a safety switching
device with changeover contact principle or antivalence switching is required.
When using the actuator module K/K with inverting function, the other func-
tions such as key change are preserved. The identification of the STS/K
unit is done from the bottom to the top as always. However, the operating
sequence is inverted.

Circuit Diagrams (RXK01M/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:
Locking module activated:
Key (top) removed,
Actuator (bottom) inserted,
Door closed
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:
Locking module deactivated:
Key (top) inserted,
Actuator (bottom) removed
Door unlocked and open
Switching logic
3 2
3 1
9 11
9 10
7 8
closed
open

Function Inversion with Locking Modules

The actuator module K/K can also be combined with solenoid lock module,
for instance, the YRH/K.
In this case the solenoid lock module no longer works as a door closure
but rather unlocks mechanically functioning units for actuator removal. This
combination is suitable for systems with a very high risk of being locked in
where escape unlocking cannot be used; it is also used for escape sluices.
The contacts of the solenoid lock module YRH/K can be used both as
signal contacts and safety-related. With a safety-related contact the use of
a safety switching device with changeover contact principle or antivalence
switching is required.
Example YRHK01M/K
This STS/K unit functions similar to the MK01M/K, but the actuator can only be
inserted into the actuator module if a signal is applied to the solenoid of the
locking module unit
Example YRHK11M/K
This STS/K unit functions similar to the MK11M/K, but the actuator can only be
inserted into the actuator module when a signal is applied to the solenoid
of the solenoid lock unit. After that the key can be changed.

Circuit Diagrams (example YRHK01M/K)

3
14
2
11
12
1
6
22
4
21
24
5
20
32 31
19
11
52
10
51
54
9
8
42
41
7
17
62 61
18
16
15
red
24
yellow
23
22
green
21
12
M11407_b
Fig. 3:
Blocking function deactivated:
Magnet locked, actuator
removed and not pluggable
Door open
10
SAFEMASTER STS/K Actuator module K / 08.09.20 en / 288A
3
14
2
11
12
1
6
22
4
21
24
5
20
32 31
19
11
52
10
51
54
9
8
42 41
7
17
62 61
18
16
15
red
24
yellow
23
22
green
21
12
M11410_b
Fig. 4:
Blocking function when
deactivated:
Magnet released, actuator
removed and pluggable
Door open