GE TFC36225A

Product Overview

The GE TFC36225A is a three-pole molded case circuit breaker designed for industrial and commercial electrical distribution systems. It belongs to GE's TFC frame Mag-Break series and provides magnetic overcurrent protection for electrical circuits.

The breaker is designed to interrupt excessive current during fault conditions, helping protect electrical equipment and distribution networks. Its adjustable instantaneous magnetic trip function allows protection settings to be configured according to the requirements of the connected electrical system.

Technical Specifications

Parameter	Description
Brand	General Electric (GE)
Model	TFC36225A
Product Type	Molded Case Circuit Breaker
Series	TFC
Frame Rating	225 A
Number of Poles	3
Voltage Rating	600 VAC
Interrupting Capacity	22 kA at 480 VAC
Trip Mechanism	Adjustable Magnetic
Protection Type	Instantaneous Overcurrent
Product Family	Mag-Break

Main Features

• Three-pole circuit protection for industrial electrical systems.

• Adjustable instantaneous magnetic trip mechanism.

• Molded case construction for mechanical protection.

• Designed for high-current electrical distribution applications.

• Supports coordinated motor circuit protection.

• Suitable for compatible GE electrical equipment.

Structure and Components

The TFC36225A consists of a molded insulating enclosure, three main current paths, an electromagnetic trip mechanism, operating contacts, and terminal connections.

Its magnetic trip assembly responds to excessive current conditions and activates the breaker mechanism. This design provides rapid interruption during short-circuit events.

Application Areas

• Industrial power distribution panels.

• Motor control centers.

• Manufacturing facilities.

• Commercial electrical installations.

• Industrial machinery protection.

• Electrical switchgear assemblies.

Installation and Maintenance

Installation should follow the manufacturer's wiring diagrams and electrical safety requirements. Verify the voltage rating, frame capacity, trip settings, and available fault current before commissioning.