Approach direction
Horizontal
Can be adjusted in 90° steps
Guard locking type
VSE | Open-circuit current principle, guard locking by applying voltage to the solenoid. Release by spring force. |
Switching element
538H | Slow-action switching contact 2 NC |
Housing material | Anodized die-cast alloy |
Weight | |
Net | 0,7 kg |
Ambient temperature | -25 … 80 °C |
Degree of protection | IP65 |
Mechanical life | 2 x 106 |
Contact material | Silver alloy, gold flashed |
Switching principle | Slow-action switching contact |
Solenoid alignment | 3 |
Installation orientation | Any |
Number of door position positively driven contacts | 2 |
Connection | |
1 x | M20 x 1.5 |
Approach speed | max.20 m/min |
Actuation frequency | 1200 1/h |
Guard locking principle | Open-circuit current principle |
Locking force Fmax | 2000 N |
Locking force FZh | 1500 N |
Retention force | 35 N |
Extraction force | 40 N |
Actuating force | 45 N |
Insertion depth | 52 mm |
Electrical connection ratings
Thermal rated current Ith | 4 A |
Utilization category according to EN 60947-5-1 | |
AC-15 | 4A 230V |
DC-13 | 4A 24V |
Solenoid operating voltage | |
AC | 230 V -15 … 10 |
Short circuit protection according to IEC 60269-1 | |
(Fuse) | 4A gG |
Rated insulation voltage Ui | |
AC/DC | 250 V |
Rated impulse withstand voltage Uimp | 2,5 kV |
Switching voltage | |
Min. at 10mA | 12 V |
Switching current | |
Min. at 24V | 1 mA |
Connection cross-section | 0,34 … 1,5 mm? |
Reliability values according to EN ISO 13849-1
Control of the guard locking | |
Category | Depending on external control of guard locking |
Performance Level | Depending on external control of guard locking |
PFHD | Depending on external control of guard locking |
Monitoring of the position of the safety guard | |
B10D | 4,5 x 106 |
In combination with Actuator BETAETIGER-Z-GMechanical values and environment
Overtravel | 4 mm |
In combination with Actuator BETAETIGER-Z-GNMechanical values and environment
Overtravel | 16 mm |