RXZ socket mixed contact 7 A 250 V screw terminal for RXM2.. RXM4.. relay RXZE1M4C

Relay socket – reliability and easy installation

This socket, designed to work with RXM2 and RXM4 series relays, is a key element of electrical installations requiring high reliability and ease of configuration. It enables quick connection and replacement of relays, minimizing downtime and facilitating servicing. The socket design provides a stable electrical connection and mechanical protection of connected components.

Construction and application

The RXZ socket is designed for mounting on a standard TH-35 mm DIN rail, ensuring quick and easy installation in electrical distribution boards and control cabinets. It uses screw connections, guaranteeing a secure and durable connection of wires. It is designed to operate with a rated current of 7A at a voltage of 250V. This makes it suitable for applications requiring frequent switching of medium-power circuits. It is an ideal solution for both professional installers and end-users looking for a reliable component for their automation systems.

Key features and benefits

• Compatibility: Designed specifically for RXM2 and RXM4 relays, ensuring a perfect fit and optimal performance.
• DIN rail mounting: Enables quick and easy installation in standard distribution boards, saving time and installation costs.
• Screw connections: Provide a secure and durable connection of wires, minimizing the risk of failure due to loose connections.
• High quality workmanship: Made of durable materials, guaranteeing long-lasting and reliable operation in various environmental conditions.
• Compact dimensions: Depth 30 mm, width 29 mm and height 75 mm allow installation even in limited space.
• Solid construction: Provides mechanical stability and protection against external damage.
• No expansion possibilities: The design does not provide for expansion of the socket's functionality, which ensures ease of operation and concentration on the basic function – a reliable connection of the relay to the electrical circuit.