Render Automation Pvt. Ltd. deal with all kinds of Euchner Non-contact safety switch in India
Euchner Supplier
The device may be operated only in conjunction with the actuator CET-A-....
Important: The actuator must be ordered separately.
Each actuator is unique. The switch detects only taught-in actuators. Additional actuators can be taught-in. Only the last actuator taught-in is detected.
| CET3 | Closed-circuit current principle, guard locking by spring force. Release by applying voltage to the guard locking solenoid. The door position is also monitored. The door monitoring output OUT D is set to HIGH as soon as the actuator is above the extended plunger (state: door closed, guard locking not active). The output OUT D remains set also with guard locking active. |
| LED State | Status LED |
| LED DIA | Diagnostic LED |
| LED 1 rd | freely configurable |
| LED 2 gn | illuminates when door is closed |
| OUT | Monitoring output (semiconductor) |
| OUT D | Door monitoring output (semiconductor) |
| RST | Reset input |
| J | Teach-in input |
Due to two redundantly designed semiconductor outputs (safety outputs) with internal monitoring suitable for:
Important: To achieve the stated category in accordance with EN ISO 13849-1, both safety outputs (OA and OB) must be evaluated.
| Housing material | |
| Slide | Stainless steel |
| Safety switch housing | Die-cast aluminum |
| Weight | |
| Net | 1 kg |
| Ambient temperature | |
| At UB = 24V DC | -20 ... 55 °C |
| Degree of protection | IP67 (Screwed tight plug connector/mating component) |
| Resilience to vibration | In acc. with EN IEC 60947-5-2 |
| Mechanical life | 1 x 106 |
| Installation orientation | Any (Preferably head downward) |
| Degree of freedom | |
| Z | ±4 mm |
| Y | ±5 mm |
| X | ±5 mm |
| Ready delay | 10 s |
| Switching frequency | max.0,5 Hz |
| Connection | 2 plug connectors M12, 5 and 8-pin |
| Approach speed | max.20 m/min |
| Guard locking principle | Closed-circuit current principle |
| Locking force Fmax | 6500 N |
| Locking force FZh | 5000 N (FZH = FMAX/1.3) |
