TFJ236225WL - General Electrics - Molded Case Circuit Breakers
Overview
Product Specifications - TFJ236225WL - General Electrics Molded Case Circuit Breakers
-
Part Number:
TFJ236225WL -
Manufacturer:
-
Family:
F225 Line -
Pole:
3 -
Amp
225 -
Volt:
600 -
Phase:
3
-
Category:
-
Connection:
Feed-Thru -
Type:
TFJ -
Functions:
LI - Long-Time and Instantaneous -
Protection:
Thermal Magnetic -
AIC Ratings:
22kA@480V
Dimensions
-
Dimensions (HxWxD):
3.8 x 4.1 x 10.1 -
Weight:
15 lb
Standards
Product Description - TFJ236225WL - General Electrics Molded Case Circuit Breakers
In the F225 Line, General Electric's TFJ236225WL is a 3P, 225A molded case circuit breaker tailored for 600V applications. Boasting a standard interrupting capacity of 22kA@480V, this breaker comes complete with both line and load side lug terminals. With a non-interchangeable trip unit, it is suitable for reverse feed scenarios. Operating at 40ºC, it features a Feed-Thru design and employs thermal magnetic technology for effective circuit protection.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Overview
Product Specifications - TFJ236225WL - General Electrics Molded Case Circuit Breakers
-
Part Number:
TFJ236225WL -
Manufacturer:
-
Family:
F225 Line -
Pole:
3 -
Amp
225 -
Volt:
600 -
Phase:
3
-
Category:
-
Connection:
Feed-Thru -
Type:
TFJ -
Functions:
LI - Long-Time and Instantaneous -
Protection:
Thermal Magnetic -
AIC Ratings:
22kA@480V
Dimensions
-
Dimensions (HxWxD):
3.8 x 4.1 x 10.1 -
Weight:
15 lb
Standards
Product Description - TFJ236225WL - General Electrics Molded Case Circuit Breakers
In the F225 Line, General Electric's TFJ236225WL is a 3P, 225A molded case circuit breaker tailored for 600V applications. Boasting a standard interrupting capacity of 22kA@480V, this breaker comes complete with both line and load side lug terminals. With a non-interchangeable trip unit, it is suitable for reverse feed scenarios. Operating at 40ºC, it features a Feed-Thru design and employs thermal magnetic technology for effective circuit protection.
