Protection Against Manipulation Acc. To En Iso 14119; Technical Data - Ssp Holdx Rl2 Betriebsanleitung

Diagnosis for series connection
The master HOLDX RL2 sends all diagnostic signals to a superordinate control unit via the
serial OUT Pin 7 (X1) and Pin 8 (X1). Software function blocks (Software Gateways) for the
diagnosis evaluation are available for download on our website at www.safety-products.
de. The diagnosis between the individual HOLDX process locks is transmitted via an internal
CAN bus. Further information for diagnosis can be found in Section 5.4 – Serial outputs.
Control of the process lock for series connection
The individual control of the process lock is performed via the diagnostic inputs Serial IN
Pin 5 (X1) and Pin 6 (X1) from the superordinate control unit. It is possible to control all
process locks simultaneously or each process lock individually. Software modules (Software
Gateways) for the actuation can be downloaded from our website www.safety-products.de.
2 .7 Protection against manipulation acc . to EN ISO 14119
Standard coding
The process lock accepts any HOLDX RL anchor plate, low coding level according to EN ISO
14119. Variants are listed in Section 2.2.
Custom coding
The process lock only accepts a HOLDX RL2 anchor plate included in the scope of delivery.
The combination of process lock and anchor plate cannot be separated. If a component
is lost or not functional, both components must be replaced. Type 4, high coding level
according to EN ISO 14119.
Individual coding, reteachable
The process lock only accepts a HOLDX RL2 anchor plate. This anchor plate is taught in
firmly by the safety sensor, an unsuitable anchor plate in the detection range of the sensor
leads to an error. The teach-in of a new anchor plate is possible an unlimited number of
times and is described in detail in Section 7.2 – Teach-in process of the version "Individual,
reteachable". Type 4, high coding level according to EN ISO 14119.

2 .8 Technical data

Safety data
Performance level (EN ISO 13849-1: 2015)
Category (EN ISO 13849-1: 2015)
SIL (EN IEC 62061: 2005 + A2:2015)
SIL (EN IEC 61508: 2010)
- Hardware fault tolerance
- PFH
D
Lifetime (EN IEC 62061)
Environmental data
Operating temperature min./max.
Storage temperature min./max.
Rated impulse voltage (U )
imp
Pollution degree
Protection class
Electrical data
Power supply
Rated insulation voltage (U )
i
Power consumption
HOLDX master (incl. OSSD outputs)
HOLDX slave
Rated current
HOLDX master (at 24 VDC)
HOLDX slave (at 24 VDC)
Idle current I
0
Number of safety inputs
Number of EDM/Reset inputs (HOLDX master)
Number of diagnostic inputs (HOLDX master)
Safety input current consumption max.
EDM/Reset input current consumption max.
Diagnosis input current consumption max.
Number of OSSD safety outputs
Safety output - output type
26
PLe
Cat. 4
SIL CL3
SIL3
HFT 1
2.24 x 10 -9
20 years
-25 ... + 55°C
-25 ... + 70°C
1000 V
2
IP67
24 VDC, (+10/-15%)
50 V
16 W
10 W
650 mA
400 mA
60 mA
1  2-channel
1 (only HOLDX RL2-CS-P8-_-B)
2 (1  Data 1  Clock)
2.75 mA
1.2 mA
1.2 mA
1  2-channel
Transistor (PNP)
Switching current per safety output max.
HOLDX master
HOLDX slave
Voltage drop safety output (U )
d
Residual current safety output (l )
r
Load capacity safety output max.
Number of diagnosis outputs (HOLDX master)
Diagnosis output - output type
Switching current per diagnosis output max.
Max. cable length
Interface between master and slaves
Series connection for safe inputs and outputs
Power supply protection class (EN 61140: 2007-03)
Connection type
Master
Version HOLDX RL2-CS-P8-S-B and HOLDX RL2-CS-P8-W-B
Master EDM
Version HOLDX RL2-CS-P12-S-B and HOLDX RL2-CS-P12-W-B
Slave
Mechanical data
Electromagnet locking force
Permanent latching force
Smart latching force
Process lock dimensions (w x l x h)
- Width
- Length
- Height
Anchor plate dimensions (w x l x h)
- Width
- Length
- Height
Process lock weight
Anchor plate weight
Torque value (mounting screw) process lock
Torque value (mounting screw) anchor plate
Fastening screwed connection with pan-head screws M6 Torx with pin (countersunk)
strength class min. A2/70 (yield strength > 450N/mm² and tensile strength > 700N/mm²)
Fixation with a medium-strength threadlocker, e.g. Loctite 243
Process lock housing material PBT GF30, aluminum anodized black, TPE, PC, AlMgSi
Anchor plate housing material
Shock resistance
Vibration resistance
Operating distances acc . to DIN EN 60947-5-3:2014-12
Assured operating distance ON S
ao
Assured operating distance OFF S
ar
Typical operating distance S
n
Repeat accuracy R operating distances
Hysteresis
General times
Standby recovery time t
v
Switch-on delay actuator t
on
100 mA (DC-12/DC-13)
100 mA (only internal use) (DC-12/DC-13)
2 (1  Data 1  Clock)
Transistor (PNP)
max. 30 process locks
Mandatory stabilized PELV/SELV power supply
Y-pigtail cable connection 80 mm + 2  100 mm
X1: M12 connector 8-pin
X2: M12 socket 8-pin
X1: M12 connector 12-pin
X2: M12 socket 12-pin
Version HOLDX RL2-CC-S and HOLDX RL2-CC-W
X1: M12 socket 8-pin
X2: M12 connector 8-pin
0 / 30 N / 50 N
239.6 mm without cable
PBT GF30, S235 nickel-plated
10 to 150 Hz, 1 g
55 Hz 3 × 30 min
0.75 V
0.5 mA
20 nF
100 mA
150 m
CAN bus
III
1200 N
50 N
34.4 mm
31.1 mm
34 mm
214.4 mm
20.1 mm
725 g
475 g
6 Nm
6 Nm
30 g / 11 ms
6 mm
18 mm
11 mm
< 0.5 mm
2 mm
1 s
75 ms
EN