HH53P MY3NJ Electromagnetic Power Relay with Socket, 11-Pin 3NO 3NC Configuration, LED Indicator Lamp, 5A Contact Load, AC 12V/24V/36V/110V/220V (DC 36V)

The HH53P MY3NJ electromagnetic power relay is an essential component for industrial control systems and automation applications. This compact 11-pin relay features a versatile 3NO plus 3NC contact configuration, providing maximum flexibility for complex circuit control requirements. The integrated LED indicator lamp offers clear visual status monitoring, allowing technicians to quickly assess relay operation at a glance. Built with durable epoxy sealed construction, this relay ensures reliable performance in demanding environments. The relay handles a 5A contact load and is designed for low power applications. It offers wide voltage compatibility with AC power options ranging from 12V, 24V, 36V, 110V, to 220V, making it adaptable to various electrical systems worldwide. The relay comes complete with a socket base featuring a convenient yellow locking mechanism for secure DIN rail mounting in control panels. The transparent blue housing allows for easy inspection of internal components and contact status. This general-purpose relay is CE certified and represents a space-saving solution for control panel designs where reliability and visual monitoring are priorities.

• COMPACT 11-PIN DESIGN: Space-saving relay with socket base featuring 3NO (Normally Open) and 3NC (Normally Closed) contacts for versatile circuit control applications
• INTEGRATED LED INDICATOR: Built-in LED lamp provides clear visual status monitoring, allowing instant verification of relay operation and power status
• WIDE VOLTAGE COMPATIBILITY: Available in multiple AC voltage options including 12V, 24V, 36V, 110V, and 220V to suit various electrical system requirements
• RELIABLE 5A CONTACT LOAD: Electromagnetic relay rated for 5A low power contact load, suitable for general purpose control and switching applications
• DURABLE EPOXY PROTECTION: Sealed with epoxy coating for enhanced durability and reliable performance in demanding industrial and automotive environments