LY2NJ Power Relay with Socket Base, AC 220V Coil, 10A DPDT, HH62P HHC68A-2Z Model, Includes Mounting Socket

This LY2NJ power relay with socket base is an essential component for electrical control applications requiring reliable switching capabilities. Featuring a DPDT (Double Pole Double Throw) configuration, this versatile relay allows you to control two separate circuits simultaneously, making it ideal for complex automation and control systems. The relay operates on AC 220V coil voltage, perfectly suited for standard mains power applications in industrial and commercial settings. With a robust 10A contact rating, it delivers dependable switching performance for medium-load applications. The transparent blue housing allows for easy visual inspection of the internal mechanism, while the included socket base simplifies installation and enables quick relay replacement without rewiring. The compact design ensures it fits easily into control panels and electrical enclosures. The socket base features a convenient mounting clip for secure DIN rail installation, and screw terminals provide solid electrical connections. This HH62P HHC68A-2Z model relay is built for durability and stable operation across various environments, making it suitable for HVAC systems, motor control, lighting circuits, and general-purpose switching applications where reliable performance is essential.

• DPDT Configuration: Double Pole Double Throw design allows versatile control of two separate circuits simultaneously, ideal for complex switching applications
• AC 220V Coil Voltage: Designed for standard mains power applications with reliable coil operation at 220 volts AC
• 10A Contact Rating: Durable contacts rated for 10 amps provide dependable switching performance for medium-load electrical circuits
• Complete with Socket Base: Includes matching socket base (HH62P/HHC68A-2Z compatible) for quick installation, easy maintenance, and convenient relay replacement
• Compact Design: Robust construction ensures stable operation in various industrial and commercial environments while maintaining a space-efficient footprint