AZ/AZM 200-B30-RTAG1 101178680 Schmersal Solenoid interlock

The AZ/AZM 200-B30-RTAG1 is a highly functional and reliable safety interlock switch designed to meet the stringent safety requirements of industrial machinery and automated systems.Key Technical Specifications:Actuator Type: The device is equipped with a rotary actuator, allowing for flexible and secure engagement with the machine's moving parts.Contact Configuration: It features two positively driven safety contacts and one auxiliary contact, ensuring safe machine stopping and auxiliary functions.Coding: The AZ/AZM 200-B30-RTAG1 incorporates RFID technology for enhanced safety by preventing tampering or bypassing of the interlock.Housing Material: The robust construction is made of durable metal, suitable for use in challenging industrial environments.Connection: The device is fitted with M12 connectors, facilitating easy wiring and integration into control systems.Usage and Application:The AZ/AZM 200-B30-RTAG1 is widely applied across industrial sectors, including:Machine Safety: It serves as a crucial component in ensuring operator safety by preventing access to hazardous machinery during operation.Door and Guard Monitoring: This interlock switch is utilized to monitor safety doors and guards, ensuring that the machine remains inoperative when these safety features are breached.Emergency Stop Systems: In critical situations, it plays a vital role in rapidly stopping machinery, reducing the risk of accidents.Access Control: It can be integrated into access control systems, allowing only authorized personnel to enter restricted areas within industrial facilities.The AZ/AZM 200-B30-RTAG1 is engineered to meet high safety standards, providing reliable protection for both machinery and personnel. Its technical features, including the rotary actuator, coding technology, and durable housing, make it an excellent choice for a wide range of safety applications in industrial settings. Its ease of integration with control systems further enhances its usability across various industrial environments.