GE 996D996G1

Product Introduction
The GE 996D996G1 is a heavy-duty industrial control relay or contactor. It is engineered to safely switch and control electrical power circuits, providing reliable isolation and operation for motors, heaters, and lighting loads in industrial environments.

Category:

Description

GE 996D996G1

Technical Specifications

  • Product Type: Electromechanical Control Relay / Contactor.
  • Series: GE 996 Series.
  • Contact Configuration: Specific arrangement based on the 996G1 suffix.
  • Coil Voltage: Rated for standard industrial control voltages.

Functional Features

  • High Current Switching: Capable of handling significant inrush and steady-state currents.
  • Mechanical Durability: High-cycle mechanical life for frequent switching applications.
  • Arc Suppression: Integrated arc chutes to safely extinguish electrical arcs during contact opening.

Application Scenarios

  • Motor Control Centers (MCC): Starting and stopping industrial motors.
  • Power Distribution: Switching feeder circuits and control transformers.

Performance Parameters

  • Contact Rating: Rated for specific AC/DC voltage and current loads per NEMA/IEC standards.
  • Operate/Release Time: Fast, predictable mechanical response times.

Material Composition

  • Contacts: Silver-cadmium oxide or silver-tin oxide alloys for high conductivity and arc resistance.
  • Housing: High-strength, flame-retardant thermoset plastic.

Structural Characteristics

  • Mounting: Standard panel or DIN rail mounting options.
  • Terminals: Screw-clamp or bolt-type terminals for secure field wiring.

Working Principle
When the control coil is energized, it generates a magnetic field that overcomes spring tension, pulling the movable armature to close (or open) the power contacts, thereby completing (or breaking) the load circuit.

Installation Requirements

  • Mount the device in an upright position to ensure proper mechanical operation and arc extinction.
  • Torque all terminal connections to the manufacturer’s specified values to prevent hot spots.

Usage Precautions

  • Never exceed the rated voltage or current capacity of the contacts.
  • Inspect contacts periodically for pitting, welding, or excessive wear.
  • Ensure the coil voltage matches the control circuit voltage.