Wenglor S2FP104 Safety Switch with Lock Function Electromechanic, Power to Lock Principle

Safety Switch with Lock Function Electromechanic, Power to Lock Principle.

$536.00
Part Number
  • S2FP104
Highlights...

Features

  • Power to lock principle
  • Performance Level: Cat. 4 PL e
  • Locking force of 1150 N
  • Sensor Type: Locking unit
  • Response Time: ≤ 100 ms
  • Risk time: ≤ 200 ms
  • Temperature Range: 32°F to 140°F
  • Storage temperature: 14°F to 194°F
  • Safety Output: OSSD
  • Number of safety outputs (OSSDs): 2
  • PNP Safety Output/Switching Current: 250 mA
  • Number of Signal Outputs: 1
  • PNP signal output switching current: 50 mA
  • Short Circuit Protection: yes
  • Protection Class: III
  • Housing Material: Plastic
  • Degree of Protection: IP67, IP66, IP69
  • Connection: M12 × 1; 8-pin
  • Latching Force, typical: 25 / 50 N
  • Weight: 735 g
  • Operating principle: RFID
  • Coding: Individual, teachable
  • Safety Category (EN ISO 13849-1): 4
  • Performance Level (EN ISO 13849-1): PL e
  • PFHD: 5,20 × E-10 1/h
  • Safety Integrity Level (EN 61508): SIL 3
  • PDDB (EN 60947-5-3): yes
  • Locking Device: Power to lock principle
  • Locking force F (Zh): 1,150 N
  • Series Connection: yes
  • Actuator monitored: yes
  • Mechanical Detent Mechanism: yes
  • Detent Mechanism: yes
  • Auxiliary release: yes
  • Complementary Products: Safety Relay SR4B3B01S, SR4D3B01S, Software
The electromechanical safety switch with lock function is distinguished by a high locking force of 1150 N. This means that only one safety switch with locking function is required to attain the Cat. 4 PL e safety level (EN ISO 13849-1). The safety level, as well as reaction time and risk time, remain unchanged when connected in series. Extensive diagnosis functions enhance system availability and simplify installation and maintenance. The unique star handle operating concept is especially well-suited for rotary and sliding doors. Thanks to RFID encoding and an actuator with teach-in function, the safety switch with lock function demonstrates high levels of protection against manipulation.