Circuit Breakers, Fuses & Protection - Page 3

The Schmersal ENAS401 is a contact block featuring a single normally open (NO) contact. Designed for reliable switching applications, this component is ideal for integrating into control systems where precise and durable contact operation is required. Available through BSP Automation, the ENAS401 contact block offers straightforward functionality while maintaining the quality standards needed in industrial automation environments.

The Schmersal FWS-1105C is a safety relay designed for monitoring standstill conditions. Operating at 24VDC, this device supports the connection of two sensors, making it ideal for applications where precise monitoring of stopped machinery is essential. Distributed by BSP Automation, the FWS-1105C offers reliable performance to help maintain safe operating environments in industrial settings.

The Schmersal EFK30.1 module features a mounting flange designed for position 1, making it well-suited for emergency off applications. It uses cage clamp terminals for secure and reliable wiring connections. This component is available through BSP Automation, offering a practical solution for safety-related installations.

The Schmersal EFK03.1 is a contact block module designed for front mounting in 22mm installations. This component offers reliable switching functionality commonly used in control systems and safety applications. Distributed by BSP Automation, the EFK03.1 provides a straightforward solution when integrating contact blocks into your industrial setup.

The Schmersal AZ15/16-B1-2053 is a retrofit kit designed to enhance the functionality of AZ15 and AZ16 interlocks. This package includes a straight actuator equipped with a ball latch, providing a reliable and secure connection for your existing safety systems. Distributed by BSP Automation, this actuator key retrofit kit offers a straightforward upgrade solution to maintain or improve the performance of your interlock devices.

The Schmersal FWS2505C-2204 is a safety monitor designed for reliable fail-safe standstill control. It features four safety contacts and one auxiliary contact, providing robust monitoring capabilities. Additionally, the device includes two signaling outputs to support clear status indication. This unit operates with a supply voltage of 230 VAC at 3 A and 24 VDC at 2 A, and it is rated with an IP40 protection level. Distributed by BSP Automation, the FWS2505C-2204 is well-suited for applications requiring dependable safety monitoring in industrial environments.

The Schmersal SRB-211-AN24VAC/DC is a reliable safety controller designed to operate on 24 VAC/DC power. This compact and efficient device ensures secure monitoring and control of safety functions in industrial systems. Distributed by BSP Automation, the SRB-211-AN24VAC/DC offers straightforward integration and dependable performance in safety-critical applications.

The Schmersal AZM150-B1 is a straight actuator designed specifically for use with sliding doors. This reliable component ensures precise and secure operation in a variety of industrial settings. Distributed by BSP Automation, the AZM150-B1 offers a durable solution for controlling door movement with consistent performance and safety in mind.

The Schmersal FWS-3506 is a safety contactor designed to handle control currents up to 0.2 amps at 24 VDC. This compact and reliable device is ideal for integrating into safety circuits where precise and safe switching is essential. Distributed by BSP Automation, the FWS-3506 offers dependable performance for various industrial automation applications requiring secure and efficient contactor solutions.

The Schmersal FWS-1106C is a monitoring safety relay designed to detect standstill conditions in machinery. Operating at 24 VDC, this relay supports switching capacities of up to 250 V / 2 A for AC-15 and 24 V / 2 A for DC-13 applications. It features two sensor inputs, each capable of handling signals at 1 Hz, making it well-suited for precise monitoring tasks. Distributed by BSP Automation, the FWS-1106C offers reliable performance in safety control systems where accurate standstill detection is essential.