Home - Products
HOLDX RS 1 Pigtail

Your advantages

  • PLe according to EN 13849-1
  • High Coded according to EN 14119
  • From little windows up to big safety doors
  • Shortest commisioning time
  • Pigtail connection reduces cabling effort
  • Less down- and setup time, due to maintenance Monitoring
  • High tolerance for door offsets
  • Easy replacement through pinout with compatibility with Magne 4
  • Optional: Static info output (factory setting) or (selectable via app) pulsed, smart diagnostics output

Downloads

HOLDX RS1-P8-W-B-S0132
Process guard lock individual, reteachable coding, special wiring MAGNE 4, Pigtail M12 8-pin, 600 N locking force

n its small and compact design, the HOLDX RS enables a locking force of 600 N. In addition to the holding force of the electromagnet, the movable anchor plate has a 50 N permanent magnet that prevents a door from springing open immediately. The integrated RFID safety sensor meets the highest performance level PLe according to EN ISO 13849-1:2016. An integrated Bluetooth interface and the extended LED diagnostics enable smart operation as well as fast diagnostics.

 

HOLDX R User Tutorials

Our HOLDX R User Tutorials are now available as a playlist on YouTube! Our product manager Rico Czernig explains topics like the subsequent magnet calibration or diagnostic data. Have a look at the playlist for HOLDX RL and RS, as well as for our HOLDX Manager!

 

Betreff: HOLDX RS1-P8-W-B-S0132 Process guard lock individual, reteachable coding, special wiring MAGNE 4, Pigtail M12 8-pin, 600 N locking force

General data

Type designation
RS1-P8-W-B-S0132
Item number
SP-X-71-001-49
Coding levels
Individually
Safety relevant data
Category (EN ISO 13849-1: 2015)
Cat.4
SIL (IEC 61508: 2010)
SIL3
- Hardware fault tolerance
HFT1
- PFHd
2,24 x 10⁻⁹
Service life (EN IEC 62061)
20 Years
Switching current per safety output max.
100 mA (DC-12/DC-13)

Safety data

Performance Level (EN ISO 13849-1: 2015)
PLe
SIL (EN IEC 62061: 2005 + A2: 2015)
SIL CL3

Environmental conditions

Max. storage temperature
-25... + 55°C °C
Max. operating temperature
-25... + 55°C °C
Protection class
IP67

Electrical data

Supply voltage
24 VDC (+10/-15%)
Power consumption (incl. OSSD outputs
16 W
Rated current (on 24 VDC)
600 mA
No-load current I0
60 mA
Amount safety inputs
1x 2-channels
Current consumption per input max.
2,75 mA
Current consumption input magnet ON
1,2 mA
Voltage drop safety output (Ud)
0,75 V
Amount OSSD safety output
1x 2-channels
Safety output - output type
Transistor (PNP)
Residual current safety output (Ir)
0,5 mA
Load capacitive reactance safety output max.
20 nF
Amount diagnosis output
1
Diagnosis output- output type
Transistor (PNP)
Connection type
M12 8-pin, Pigtail 200 mm
Switching current per diagnosis output max.
100 mA
Design / Connections
1x Pigtail 8-pin
Bluetooth
✔
Risk time
75 ms ms

Mechanical data

Dimensions
Width
45 (35) mm
Length
128,6 (without cabel) mm
Height
33,5 mm
Weight
375 g
Dimensions of anchor plate
Width of anchor plate
45 (35) mm
Length of anchor plate
108,2 mm
Height of anchor plate
17,5 mm
Locking force electromagnet
600 N
Permanent magnet
50 N
Smart resting force
0/ 30 N/ 50 N
Weight process lock
375 g
Weight anchor plate
125 g
Torque (mounting screw) process lock
6 Nm
Torque (mounting screw) anchor plate
6 Nm
Mounting
Screwing with raised head screw M6 Torx with pin
Material housing lock
PBT GF30, Aluminium eloxated black, TPE, PC
Shock resistance
30 g / 11 ms
Vibration resistance
1 g, 5-150 Hz
Switching distance according to DIN EN 60947-5-3:2014-12
Assured switching distance ON S(ao)
6 mm
Assured switching distance OFF S(ar)
18 mm
Typical switching distance S(n)
11 mm
Repeat accuracy R switching distance
<0,5 mm
Hysteresis
2 mm
Readiness delay t(v)
5000 ms
Start delay acctuator t(on)
75 ms
Safety function times
Switch-off reaction time inputs
max.3 ms
Switch-off reaction time anchor plate - Outputs t(off)
max. 75 ms
Test impulse length OSSD Sicherheitsausgänge
0,3 ms

Electrical drawings

Connection drawing
Connection drawing
Connection example 1
Connection example 1
Connection example 2
Connection example 2
Connection example 3
Connection example 3
Connection example 4
Connection example 4

Drawings

Approach
Approach
Switching gap
Switching gap
Approach direction
Approach direction
Assembly
Assembly
Assembly 2
Assembly 2

Equipment

C8D10
C8D15
C8D25
C8D40
C8D5
HOLDX Manager
HOLDX RS-A1
HOLDX RS-A2
HOLDX RS-Z-MF1
HOLDX RS-Z-MF2
HOLDX RS-Z-MF3
HOLDX RS-Z-MS1
MOSAIC M1
S14LDRB-H08-E2-I1-Q1A0-Q2A0-Q3C0-Q4I0-W06
S14LDRB-H08-E2-I1-Q1A0-Q2I0-Q3C0-Q4I0-W10
S14LDRB-H09-E2-I1-I1-Q1A0-Q2A0-Q3C0-Q4I0-W07
S14LDRB-H09-E2-I1-I1-Q1A0-Q2I0-Q3C0-Q4I0-W11
S14LDRB-H0A-E2-I1-I1-I1-Q1A0-Q2A0-Q3C0-Q4I0-W08
S14LDRB-H0A-E2-I1-I1-K4-Q1A0-Q2A0-Q3C0-Q4I0-W09
S16LDRB-H0A-E2-I1-I1-K8-Q1A0-Q2I0-Q3C0-Q4I0-W13
S16LDRB-H10-Q1A0-Q2A0-Q3C0-Q4A0-Q5U0-Q6U0-Q7U0-Q8U0-W36
S2 series
XCONN P6-M12-10m
XCONN P6-M12-5m
XCONN P6-M12-M23
XCONN Y1-M12
XCONN Y2-M12
XCONN Y3-M12
XCONN Y4-M12
back