GE CR306F003

Product Brief The GE CR306F003 is an industrial control relay or contactor from General Electric’s CR300 series. The CR300 series represents a family of industrial control relays and contactors designed for switching and control applications in industrial automation systems. The CR306 designation typically indicates a specific size and configuration within the series, with the F003 suffix specifying coil voltage, contact configuration, and other options.

Category:

Description

GE CR306F003

Technical Specifications

  • Part Number: CR306F003
  • Manufacturer: General Electric
  • Series: CR300
  • Product Type: Industrial Control Relay/Contactor
  • Type: CR306 size relay/contactor

Key Features

  • Industrial-grade construction for reliable switching operation
  • Designed for motor control and industrial switching applications
  • Configurable contact arrangements and coil voltages
  • Integration capability with GE industrial control system architectures
  • Standard industrial control voltage compatibility

Application Scenarios Motor control circuits, industrial switching applications, process control systems, manufacturing equipment control, utility infrastructure automation, HVAC control systems

Performance Parameters

  • Series: CR300 family
  • Type: Industrial control relay/contactor
  • Size: CR306

Material Composition High-quality industrial-grade contact materials including silver-alloy contacts for reliable switching. The relay/contactor features robust mechanical construction with appropriate arc suppression for the rated switching capacity.

Structural Characteristics Standard industrial relay/contactor form factor designed for panel or DIN rail mounting. Contact configurations and coil arrangements are determined by the specific part number options. The CR306 size indicates a specific physical dimension and switching capacity within the CR300 series.

Working Principle The CR306F003 operates as an electromechanical switching device within the larger automation system architecture. When the control coil is energized, the electromagnetic field actuates the contact mechanism, closing or opening the main contacts to switch power to the controlled load. When de-energized, springs return the contacts to their normal state. The relay/contactor interfaces with other GE control components through standard industrial wiring practices.