.png?id=e5ef4d56dad486103335c34b5b46f1ce){kind=logo}
Positive-operation door contacts
AZ 05...
- Thermoplastic enclosure
- Contact pins in the switch
- 1 Actuating planes
- transparent cover
- Self-cleaning through the frictional mouvement of the contact bridges
- double-break switch
- fixing screws M4 Pozidriv self-forming, undetachable, captive
- Door lock switch/locking device switch
AZ 05
- Thermoplastic enclosure
- 1 Actuating planes
- fixing screws M4 undetachable, captive
- transparent cover
- Self-cleaning through the frictional mouvement of the contact bridges
- Contact pins in the switch
- Protection against accidental contact with additional wall
- Fitting dimensions suitable for AZ 05x
AZ 06...
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- 1 Actuating planes
- transparent cover
- Self-cleaning through the frictional mouvement of the contact bridges
- fixing screws M4 Pozidriv self-forming, undetachable, captive
- double-break switch
AZ 06
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- 1 Actuating planes
- fixing screws M4 undetachable, captive
- transparent cover
- Self-cleaning through the frictional mouvement of the contact bridges
- Protection against accidental contact with additional wall
- Fitting dimensions suitable for AZ 06x
AZ 07
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- 1 Actuating planes
- fixing screws M4 undetachable, captive
- transparent cover
- Self-cleaning through the frictional mouvement of the contact bridges
- Enclosure with mounting slots
- Fitting dimensions suitable for AZ 06x
AZ 08
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- 1 Actuating planes
- Self-cleaning through the frictional mouvement of the contact bridges
- Enclosure with mounting slots
- Inseparable cover and enclosure
AZ 09
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- Self-cleaning through the frictional mouvement of the contact bridges
- Enclosure with centered slotted hole and anchoring element
- 30mm x 38mm x 15,5mm
AZ 13
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- Self-cleaning through the frictional mouvement of the contact bridges
- Enclosure with mounting slots
- Inseparable cover and enclosure
- 2 actuating planes
- Lateral and bottom-side cable entry
AZ 14
- Thermoplastic enclosure
- Protection class IP20
- Contact pin in actuator bridge
- Self-cleaning through the frictional mouvement of the contact bridges
- 2 actuating planes
AZ 15
- Thermoplastic enclosure
- Double-insulated
- Long life
- 52 mm x 75 mm x 30 mm
- Universal coding
- Large wiring compartment
- High level of contact reliability with low voltages and currents
- Slotted holes for adjustment, circular holes for location
- Insensitive to soiling
Area of application
The door contacts with positive break of the AZ series are available in ten different versions so that a suitable contact for monitoring the door position or the locking mechanism (hook bar) is available for all types of elevators. They are tested and certified in accordance with the European and American standards.
Design
With the AZ safety switches, the switching element and actuator are not connected to each other in terms of the design. However, when they are switched they are joined together functionally or separated. When the safety device is opened, the actuator is separated from the base device. In the process, the NC contact in the safety switch is opened through positive breaking.
Round or elongated holes serve to attach the switch; on some types, captive securing bolts are included in the scope of delivery.
The door contacts with positive break of the AZ series are available in ten different versions so that a suitable contact for monitoring the door position or the locking mechanism (hook bar) is available for all types of elevators. They are tested and certified in accordance with the European and American standards.
Design
With the AZ safety switches, the switching element and actuator are not connected to each other in terms of the design. However, when they are switched they are joined together functionally or separated. When the safety device is opened, the actuator is separated from the base device. In the process, the NC contact in the safety switch is opened through positive breaking.
Round or elongated holes serve to attach the switch; on some types, captive securing bolts are included in the scope of delivery.