Table des Matières
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Les langues disponibles
Les langues disponibles
Technical Data
Mechanical Data
Mechanical principle:
Enclosure:
Internal parts:
Degree of protection:
Locking force:
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 position:
Sperrmechanismus:
Switching element:
Switching principle:
Contact material:
Max. switching frequency:
max. Betriebsstrom
De-energized on trip:
Open circuit operation:
Utilization category of
switching elements
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:
Rated impulse voltage:
Rated insulation voltage:
Overvoltage category:
Pollution degree:
Connection method:
Cross-section
min. / max.:
Cable entry with thread:
Intended use:
Mounting:
Test principles:
Rotating axis with redundant actuation
and mechanical interlock
Stainless steel V4A / AISI 316L
Stainless steel V4A / AISI 316 / AISI 630
(acc. to EN 10027-2;
1.4401; 1.4404; 1.4542;
1.4301; 1.4310)
IP 65
F
4000 N
zh
Failure locking-proof
Standby current or load current
100 / 500 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
Change-over contact with forced
opening spring contact
Ag / AgSnO
2
360/h
2 A
1 A
to AC 15: 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 + 60°C
- 25°C to + 60°C
- 40°C to + 80°C
0,8 kV
≤ 50 V
III
2
Cage tension spring clamping
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 to
DIN EN ISO 13849-1
To DIN EN 50041
DIN EN ISO 13849-1:2008
DIN EN ISO 14119:2014-03
DIN EN 60947-5-1:2005
GS-ET-15:2011-02
GS-ET-19:2011-02
GS-ET-31:2010-02
Safety Related Data
Data suitable for the PFHd summation method according
to EN ISO13849-1: 2016
Data
according to
EN
ISO13849-1:
2016
Category
2
PL
d
PFH
3.18299E-09 2.05378E-09 1.63371E-09 2.00244E-10
D
T
20
10D
CCF
65 ...100
required
B
2 x 10
6
10d
d
(d/a)
365
op
h
(h/d)
24
op
t
(h)
1
cycle
n
8760
op
Diagnostics
Coverage
60 %
ratio DC
Test interval
1 / year
Data suitable for the PFHd summation method according
to EN ISO13849-1: 2016
Data
according to
EN
ISO13849-1:
2016
Category
2
PL
d
PFH
4.24398E-09 2.73837E-09 2.17828E-09 2.50305E-10
D
T
20
10D
CCF
65 ...100
required
B
2 x 10
6
10d
d
(d/a)
365
op
h
(h/d)
24
op
t
(h)
1
cycle
n
8760
op
Diagnostics
Coverage
60 %
ratio DC
Test interval
1 / year
Category 2: The prerequisites for installation and integration into a
category 2 architecture must be met
Category 3: The prerequisites for installation and integration into a
category 3 architecture must be met
Category 4: The prerequisites for installation and integration into a
category 4 architecture must be met, in particular 2
actuators must be used
PFH
:
When used as a „stand-alone unit" (not as part of a key trans-
D
fer system), the safety parameters in the table above apply
When used as part of a key transfer system:
- PFH
total STS system = SUM PFH
D
- Lowest category of a module = category of whole
STS system
- Lowest DC of a module = DC entire STS unit
!
If the design of a unit is changed, the safety-related data may also
change.
22
SAFEMASTER STS-YRX10A, YRX10BM, YRX11A, YRX11BM / 05.12.19 en / 166A
YRX10A,
YRX10BA
YRX10BM
YRX10BBM
3
3
d
e
20
20
85 ...100
85 ...100
85 ...100
2 x 10
2 x 10
6
6
365
365
24
24
1
1
8760
8760
60 %
90 %
1 / year
1 / month
1 / month
YRX11A,
YRX11BA,
YRX11BM
YRX11BBM
3
3
d
e
20
20
85 ...100
85 ...100
85 ...100
2 x 10
2 x 10
6
6
365
365
24
24
1
1
8760
8760
60 %
90 %
1 / year
1 / month
1 / month
+ ... PFH
D1
4
e
20
2 x 10
6
365
24
1
8760
99 %
4
e
20
2 x 10
6
365
24
1
8760
99 %
Dn
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