The Story
Overview
Product Specifications - THFK236090WL - General Electrics Molded Case Circuit Breakers
-
Part Number:
THFK236090WL -
Manufacturer:
-
Family:
F225 Line -
Pole:
3 -
Amp
90 -
Volt:
600 -
Phase:
3
-
Category:
-
Connection:
Feed-Thru -
Type:
THFK -
Functions:
LI - Long-Time and Instantaneous -
Protection:
Thermal Magnetic -
AIC Ratings:
25kA@480V
Dimensions
-
Weight:
12 lb
Standards
Product Description - THFK236090WL - General Electrics Molded Case Circuit Breakers
In General Electric's F225 Line, the THFK236090WL stands out as a 3P, 90A molded case circuit breaker designed for 600V systems. With a high interrupting capacity of 25kA@480V, this breaker ensures robust protection for electrical circuits. Featuring both line and load side lug terminals and an interchangeable trip unit, it offers versatile connectivity and customization options. Operating at 40ºC, it utilizes Thermal Magnetic technology for efficient and reliable circuit protection. The Feed-Thru design enhances its adaptability for different configurations.
Description
Overview
Product Specifications - THFK236090WL - General Electrics Molded Case Circuit Breakers
-
Part Number:
THFK236090WL -
Manufacturer:
-
Family:
F225 Line -
Pole:
3 -
Amp
90 -
Volt:
600 -
Phase:
3
-
Category:
-
Connection:
Feed-Thru -
Type:
THFK -
Functions:
LI - Long-Time and Instantaneous -
Protection:
Thermal Magnetic -
AIC Ratings:
25kA@480V
Dimensions
-
Weight:
12 lb
Standards
Product Description - THFK236090WL - General Electrics Molded Case Circuit Breakers
In General Electric's F225 Line, the THFK236090WL stands out as a 3P, 90A molded case circuit breaker designed for 600V systems. With a high interrupting capacity of 25kA@480V, this breaker ensures robust protection for electrical circuits. Featuring both line and load side lug terminals and an interchangeable trip unit, it offers versatile connectivity and customization options. Operating at 40ºC, it utilizes Thermal Magnetic technology for efficient and reliable circuit protection. The Feed-Thru design enhances its adaptability for different configurations.
