EX-AZM 161SK-12/12RKA-024-3D 101187045 Schmersal

The EX-AZM 161SK-12/12RKA-024-3D is a robust safety interlock switch designed to enhance safety measures in industrial applications, ensuring the protection of personnel and machinery.Key Features and Technical Specifications:Actuation Principle: This safety interlock switch operates on a positively driven, mechanical actuation principle. It consists of an actuator and a switch body. When the actuator engages with the switch body, it positively opens or closes the safety contacts.Contacts Configuration: The EX-AZM 161SK-12/12RKA-024-3D is equipped with safety contacts configured to provide reliable switching in safety-critical applications. These contacts are positively driven, ensuring they respond accurately to the actuator's position.Locking Mechanism: The switch incorporates a robust locking mechanism that securely holds the actuator in place. This mechanism prevents unauthorized access to machinery or equipment while it's in operation.LED Indicator: An integrated LED indicator provides visual feedback on the status of the switch, making it easier to monitor and troubleshoot.Safety Compliance: The EX-AZM 161SK-12/12RKA-024-3D complies with relevant safety standards and regulations, ensuring its suitability for use in safety-critical applications.Applications and Use:This safety interlock switch is commonly used in industrial environments to enhance safety measures. Its primary purpose is to monitor and control access to hazardous areas of machinery and equipment. Some common applications include:Safeguarding personnel by preventing access to dangerous zones during machine operation.Integration into safety control systems to halt or interrupt machinery when safety guards are opened or compromised.Usage in conjunction with safety controllers and safety relays to create safety-rated control systems.In summary, the EX-AZM 161SK-12/12RKA-024-3D is a mechanically actuated safety interlock switch designed to improve safety in industrial settings. Its technical features, including positively driven contacts and a robust locking mechanism, make it a critical component in safety systems used across various industries.