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Все товары Schmersal
• Thermoplastic enclosure
• RFID-technology for needs-based protection against tampering
• 3 different directions of actuation
• Compact design
• 3 LEDs to show operating conditions
• Suitable for hinged and sliding guards
• Series-wiring
• Manual release
• Universal coding with RFID technology
• Connector M12, 8-pole
• Power to lock
• Guard locking monitored
• Diagnostic output
• Thermoplastic enclosure
• RFID-technology for needs-based protection against tampering
• 3 different directions of actuation
• Compact design
• 3 LEDs to show operating conditions
• Suitable for hinged and sliding guards
• Series-wiring
• Manual release
• Universal coding with RFID technology
• Connector M12, 8-pole
• Power to unlock
• Guard locking monitored
• serial diagnostic output
• Thermoplastic enclosure
• RFID-technology for needs-based protection against tampering
• 3 different directions of actuation
• Compact design
• 3 LEDs to show operating conditions
• Suitable for hinged and sliding guards
• Series-wiring
• Manual release
• Universal coding with RFID technology
• Connector M12, 8-pole
• Power to lock
• Guard locking monitored
• serial diagnostic output
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Universal coding with RFID technology
• Connector M12, 8-pole
• Guard locking monitored
• 1 Diagnostic output
• manual release
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Universal coding with RFID technology
• Connector M12, 8-pole
• Guard locking monitored
• 1 Diagnostic output
• Emergency exit
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Individual coding with RFID technology
• Coding level "High" according to ISO 14119
• Connector M12, 8-pole
• Guard locking monitored
• 1 Diagnostic output
• manual release
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Individual coding with RFID technology
• Coding level "High" according to ISO 14119
• Connector M12, 8-pole
• Guard locking monitored
• 1 Diagnostic output
• Emergency exit
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Repeated individual coding with RFID technology
• Coding level "High" according to ISO 14119
• Connector M12, 8-pole
• Guard locking monitored
• 1 Diagnostic output
• manual release
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Repeated individual coding with RFID technology
• Coding level "High" according to ISO 14119
• Connector M12, 8-pole
• Guard locking monitored
• 1 Diagnostic output
• Emergency exit
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Universal coding with RFID technology
• 2 Connector M12, 8- and 5-poles
• Guard locking monitored
• 2 Diagnostic outputs
• manual release
• Electric manual release with auxiliary voltage
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Universal coding with RFID technology
• 2 Connector M12, 8- and 5-poles
• Guard locking monitored
• 2 Diagnostic outputs
• Emergency exit
• Electric manual release with auxiliary voltage
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Individual coding with RFID technology
• Coding level "High" according to ISO 14119
• 2 Connector M12, 8- and 5-poles
• Guard locking monitored
• 2 Diagnostic outputs
• manual release
• Electric manual release with auxiliary voltage
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Individual coding with RFID technology
• Coding level "High" according to ISO 14119
• 2 Connector M12, 8- and 5-poles
• Guard locking monitored
• 2 Diagnostic outputs
• Emergency exit
• Electric manual release with auxiliary voltage
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Repeated individual coding with RFID technology
• Coding level "High" according to ISO 14119
• 2 Connector M12, 8- and 5-poles
• Guard locking monitored
• 2 Diagnostic outputs
• manual release
• Electric manual release with auxiliary voltage
• Clamping force 10.000 N
• Release possible against lateral forces up to 300 N
• PL e / cat. 4 / SIL 3 for interlocking and guard locking function
• Two-channel input signal of the guard locking function
• Operation on P/P- and P/N-switching outputs
• High tolerance to door misalignment
• Repeated individual coding with RFID technology
• Coding level "High" according to ISO 14119
• 2 Connector M12, 8- and 5-poles
• Guard locking monitored
• 2 Diagnostic outputs
• Emergency exit
• Electric manual release with auxiliary voltage
• Sensor-free detection of standstill by monitoring e.m.f.
• Direct connection to three-phase motors
• Suitable for connection to a frequency converter with the following interface date: rotary hysteresis 0 ... 1000 Hz; switching frequency of the end level up to 16 kHz; engine voltage range 0 ... 400 V
• This fail-safe standstill monitor has the particular advantage that no adjustment for a required-value is needed during comissioning.
• 3 safety contacts, STOP 0
• 1 Signalling output
• Sensor-free detection of standstill by monitoring e.m.f.
• Direct connection to three-phase motors
• Suitable for connection to a frequency converter with the following interface date: rotary hysteresis 0 ... 1000 Hz; switching frequency of the end level up to 16 kHz; engine voltage range 0 ... 400 V
• This fail-safe standstill monitor has the particular advantage that no adjustment for a required-value is needed during comissioning.
• 3 safety contacts, STOP 0
• 1 Signalling output
• Sensor-free detection of standstill by monitoring e.m.f.
• Direct connection to three-phase motors
• Suitable for connection to a frequency converter with the following interface date: rotary hysteresis 0 ... 1000 Hz; switching frequency of the end level up to 16 kHz; engine voltage range 0 ... 400 V
• This fail-safe standstill monitor has the particular advantage that no adjustment for a required-value is needed during comissioning.
• 3 safety contacts, STOP 0
• 1 Signalling output
• Sensor-free detection of standstill by monitoring e.m.f.
• Direct connection to three-phase motors
• Suitable for connection to a frequency converter with the following interface date: rotary hysteresis 0 ... 1000 Hz; switching frequency of the end level up to 16 kHz; engine voltage range 0 ... 400 V
• This fail-safe standstill monitor has the particular advantage that no adjustment for a required-value is needed during comissioning.
• 3 safety contacts, STOP 0
• 1 Signalling output
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