The FINDER Relay Socket Type 93.01.7.024 paired with Relay Type 34.51.7.024.0010 is a compact and reliable electromechanical switching solution designed for industrial automation, control panels, and general-purpose electrical systems. Operating at 24V and rated for 6A at 250V, this relay and socket combination is ideal for use in systems where low-voltage control and moderate current switching are required. Its efficient design allows for easy integration into DIN rail systems, making it a practical choice for both new installations and equipment retrofits.
The FINDER 34.51.7.024.0010 relay features a single-pole changeover contact (SPDT), providing dependable performance for control signal routing and power switching. Built with high-quality materials and precision engineering, the relay offers fast switching, long electrical life, and consistent operation even in environments subject to vibration or temperature variation. The 24V DC coil ensures energy-efficient actuation with minimal power consumption, making it suitable for PLC interfacing, signal repeaters, and control logic circuits.
The Type 93.01.7.024 socket enhances installation flexibility with a modular, DIN-mountable design that supports quick relay replacement and streamlined wiring. It features robust screw terminals for secure electrical connections, along with an integrated status indicator and protection diode to safeguard the relay coil against reverse polarity and transient voltage spikes. These features increase system durability and reduce maintenance needs, particularly in control environments where uptime and reliability are critical.
Together, the FINDER Type 93.01.7.024 socket and 34.51.7.024.0010 relay deliver a trusted and space-saving solution for various switching tasks. Ideal for use in HVAC systems, lighting control, industrial machinery, and building automation, this relay-socket set provides consistent switching performance, simplified installation, and extended operational life—making it a valuable component in any control system.