GE CR305N002

Product Introduction
The GE CR305N002 is a heavy-duty magnetic contactor designed for industrial motor control and power switching applications. It provides reliable and safe switching of electrical loads in demanding industrial environments.

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Description

GE CR305N002

Technical Specifications

  • NEMA Size: NEMA Size 00-5 contactor form.
  • Enclosure Options: Available in Types 1, 3R, 12, and 4/4X enclosures.
  • Terminal Type: Open Type NEMA Sizes pressure box terminals.
  • Connections: Line and load terminals for standard motor control configurations.

Functional Features

  • Reliable Switching: Electromagnetically operated contacts for consistent make/break performance.
  • Versatile Enclosures: Multiple enclosure options for indoor, outdoor, and washdown environments.
  • Pressure Box Terminals: Secure wire termination with pressure plate connections.
  • Interchangeability: Compatible with standard NEMA replacement specifications.

Application Scenarios
Industrial motor starters, HVAC systems, conveyor controls, pump stations, and general power distribution panels.

Performance Parameters

  • Voltage Rating: Rated for standard industrial AC voltages up to 600V.
  • Current Rating: Sized according to NEMA Size 00-5 specifications.
  • Mechanical Life: Millions of operations at no load.

Material Composition
Silver-alloy contacts, steel laminated magnetic core, thermoset plastic housing, and copper bus bars.

Structural Characteristics
Compact NEMA form factor with front-accessible terminals, arc chutes, and auxiliary contact mounting provisions.

Working Principle
When the control coil is energized, the magnetic field pulls the movable armature, closing the main power contacts and completing the circuit to the load.

Installation Requirements

  • Mount on a flat, stable surface or DIN rail (if applicable).
  • Ensure proper wire stripping and torque specifications for pressure box terminals.
  • Provide adequate clearance for arc flash and heat dissipation.

Usage Precautions

  • Always de-energize before servicing.
  • Verify coil voltage matches control circuit.
  • Inspect contacts periodically for pitting or welding.