Specifications & ordering info
|Produkt||Coding||Connection method||Degree of protection (IP)||Diagnostic LED||Door contacts NC||Door contacts NO||Door switch type||Guard-lock||High coding level||Material housing||Number of auxiliary outputs||Number of safety inputs||Auxiliary monitoring output||Cable exit direction||LED indicators||Make before break||Max. differential travel||Max. operating distance ON to OFF||Min. operating distance OFF to ON||Number of connectable switches||Output test pulses||Output type||Teaching limitation||Vibration resistance||Description|
|Unique||Connector M8 - 4 pin||IP65/IP67||Yes||2||1||Non-contact, RFID coded||No||Yes||PBT||1||2||PNP type, short-circuit proof||Bottom||Actuator detected (yellow)||No||20 %||18 mm||10 mm||30 max. (wiring length: 100 m max.)||Yes||PNP||Yes||10 to 55 Hz, amplitude 1.0 mm||Non-contact Interlock Switch, RFID High-coded, PNP, Test Pulse, Connector plug M8|
|Unique||M12 pigtail connector||IP65/IP67||Yes||2||1||Non-contact, RFID coded||No||Yes||PBT||1||2||PNP type, short-circuit proof||Bottom||Actuator detected (yellow)||No||20 %||18 mm||10 mm||30 max. (wiring length: 100 m max.)||Yes||PNP||No||10 to 55 Hz, amplitude 1.0 mm||Non-contact Interlock Switch, RFID High-coded, PNP, Test Pulse, Pigtail with M12 connector 8-pole|
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Preventing from defeating your protection guards
Amongst the typical methods of deactivating interlock devices includes using a spare actuator and releasing the lock having omitted the correct work procedure. These methods can lead to accidents at a production site. Therefore, we recommend using the correct procedure indicated in the EN ISO 14119 standard to prevent deactivation.
The machine is running even if the door is opened
Possible accident risk
- Economic loss due to production shutdown
- Liability for compensation for income lost during shutdown
- Production plan disrupted by shortage of alternative personnel
More serious risk of business continuity
If an industrial accident occurs, the governmentalauthorities may order the company to suspend the work, or suspend or change the use of the machinery.
The D41 series is a high-coded safety door switch D41 series with built-in function which prevents deactivation in the switch itself. Through this you can reduce the risk of deactivation. In the "high-coded" safety door switch, the combination of sensor and actuator is fixed by pairing. This makes it impossible to use a spare actuator.
The machine is stopped while the door is opened
Safe and reliable production sites
Operators follow correct procedures, which reduces accidents. This will make production environments safe and reliable and reduce management risks.
Safe and reliable operations
Compliance with ISO 14119, to which local safety standards in each country conforms, becomes an evidence of safety validation that can be provided to safety control authorities if required.
Matches with machine design while providing excellent versatility
The compact design fits into tight spaces inside machines and does not hinder entry through openings. Three types of actuators fit in narrow spaces and corners inside machines.
- Installation example: swinging door
- Fits in narrow spaces and corners
- Installation example: acrylic glass door
- Flat design matches the surroundings
- Installation example: sliding door, narrow space
- Most compact for acrylic glass doors