Circuit Diagrams (Example ZRFBM/K, ZRNBM/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. 1:
Locking module activated:
Magnet locked,
Actuator inserted,
Door closed
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
M11413_b
Fig. 3:
Locking module deactivated:
Magnet released,
Actuator removed,
Door open
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. 2:
Locking module deactivated:
Magnet released,
Actuator inserted,
Door closed
Mechanical switch
positions
Circuit diagram
3
2
3
1
6
4
6
5
19
20
11
9
11
10
7
8
17
18
De-energized
on trip
15
16
Open circuit
operation
15
16
closed
open
The state shown in Figure 3 does
not depend on the control signal of
the magnet. If the control signal is
applied and the key removed the lock
changes to the state of Figure 2.
If no signal is applied and the key is
removed the lock changes to the state
of Figure 1.
Technical Data
Mechanical Data
Mechanical principle:
Enclosure:
Internal parts:
Locking force:
Degree of protection:
Locking module principle:
Magnetic principle:
Operating speed
min. / max.:
Input
Nominal voltage U
N
(Measured nominal voltage): AC/DC 24 V
Nominal voltage range:
Power consumption:
Output
Contacts
Door contacts:
Locking mechanism:
Switching element:
Switching principle:
Contact material:
Max. switching frequency:
Max. operating current
De-energized on trip:
Energized on trip:
Utilization category of
switching elements
to AC 15:
to DC 13:
Electrical service life:
Short circuit strength,
max. fusing:
Conditional rated
short-circuit current:
(rated conditional short circuit
current):
Mechanical life:
General Data
Operating mode
Mechanical life:
Temperature range
Standby current principle:
Load current principle:
Storage temperature:
Rated impulse voltage:
Rated insulation voltage:
Overvoltage category:
Pollution degree:
Connection:
Cross sections
min. / max.:
Cable entry with thread:
Intended use:
Mounting:
Test principles:
12
SAFEMASTER STS/K Locking module ZRN/K, ZAN/K / 16.11.20 fr / 295A
Rotating axis with redundant actuation
and mechanical interlock
PA + GF
Stainless steel V4A / AISI 316
(acc. to EN 10027-2;
1.4401; 1.4404; 1.4542;
1.4301; 1.4310)
F
2000 N
zh
IP 65
Standby current, failure locking-proof
Standby current or load current
100 / 250 mm/s
0.85 ... 1.1 U
N
(see solenoid derating graph)
5.5 W
1 NC contact,
2 antivalent changeover contacts
2 NC contacts + 1 C/O contact
IEC EN 60947-5-1 Appendix K
Changeover contact with forced opening
spring contact
Ag / AgSnO
2
360/h
2 A
1 A
1 A
0.5 A
5 x 10
switching cycles
6
2 A gG
1000 A
1 x 10
6
switching cycles
100% ED
- 25°C to + 45°C
- 25°C to + 45°C
- 25°C to + 60°C
0.8 kV
≤ 50 V
III
2
Cage clamp terminals
0.25 / 0.75 mm²
(with ferrules and sleeve
according to DIN 46228-4)
1 x M20x1.5
Up to max. cat. 4, PL e according
EN ISO 13849-1
To DIN EN 50041
EN ISO 13849-1:2015
DIN EN ISO 14119:2014-03
EN 60947-5-1:2017
GS-ET-15:2015-05
GS-ET-19:2015-05
GS-ET-31:2010-02