GE 12HEA62A225X2

Product Overview

The GE 12HEA62A225X2 is an auxiliary relay manufactured by General Electric for industrial electrical control and switching applications. Designed for a 125 VDC control circuit, it provides auxiliary switching functions within compatible electrical equipment.

Auxiliary relays play an important role in electrical control systems by supporting signal transmission, circuit coordination, and switching operations. They help connect different control functions and contribute to the reliable operation of power distribution equipment.

Technical Specifications

Parameter	Description
Brand	General Electric (GE)
Model	12HEA62A225X2
Product Type	Auxiliary Relay
Control Voltage	125 VDC
Equipment Category	Electrical Control Relay
Application	Industrial Switching Systems
Function	Auxiliary Circuit Control

Main Features

• Designed for industrial electrical control applications.

• Supports 125 VDC control circuits.

• Provides auxiliary switching functionality.

• Suitable for integration into compatible electrical assemblies.

• Supports control circuit coordination and equipment operation.

Structure and Working Principle

The relay incorporates an electromagnetic operating mechanism and electrical contact components. When the control circuit is energized, the internal mechanism changes the contact state according to its design.

This switching action allows auxiliary circuits to respond to control signals. Consequently, the relay can support interlocking, indication, and control coordination functions within compatible electrical systems.

Industrial Applications

Typical application environments include:

• Electrical switchgear systems

• Power generation facilities

• Industrial control cabinets

• Power distribution installations

• Electrical protection and control panels

Installation and Maintenance

Before installation, technicians should verify the 125 VDC control supply and confirm contact configuration against the original technical documentation.

Regular inspection should include checking terminal connections, contact condition, insulation, and mechanical operation. Proper maintenance helps support consistent switching performance and long-term equipment reliability.