HH52P Electromagnetic Relay Switch, DPDT 8-Pin 5A AC with Socket Base, Silver Alloy Contacts, DIN Rail Mounting, Micro Contactor (AC12v with Base)

This HH52P electromagnetic relay switch is an essential component for controlling electrical circuits in industrial automation, control panels, and electrical systems. Featuring a DPDT (Double Pole Double Throw) configuration with 2NO2NC structure, this versatile relay provides flexible switching options for complex circuit control applications. The 8-pin design with included socket base ensures straightforward installation and easy replacement when needed. Built with silver alloy contacts, this relay delivers reliable switching performance and exceptional durability even under frequent operation. Rated for 5A current capacity, it handles moderate loads while maintaining its compact micro size to conserve valuable panel space. The DIN rail mounting system allows for secure and professional installation in control cabinets and electrical enclosures. The transparent cover provides visual inspection of the relay's internal mechanism, making troubleshooting and maintenance more efficient. This general-purpose electromagnetic contactor switch is suitable for various AC voltage applications and comes complete with a matching socket base for convenient wiring connections.

• DPDT CONFIGURATION: 2NO2NC (Double Pole Double Throw) structure with 8-pin design provides versatile switching control for multiple circuit applications
• RELIABLE CONTACTS: Silver alloy contacts ensure excellent conductivity, reliable switching performance, and extended operational lifespan with 5A current capacity
• COMPLETE SET: Includes HH52P electromagnetic relay with matching socket base for convenient installation, wiring, and future replacement needs
• EASY INSTALLATION: DIN rail mounting design allows for quick, secure, and space-efficient installation in control panels and electrical enclosures
• COMPACT DESIGN: Micro-sized electromagnetic contactor with transparent cover for visual inspection while maintaining a small footprint in tight spaces