THQL1120PAF2 - GE - Arc Fault Circuit Breaker
Overview
Product Specifications - THQL1120PAF2 - General Electric Molded Case Circuit Breaker
-
Part Number:
THQL1120PAF2 -
Manufacturer:
-
Pole:
1 -
Amp:
20 -
Volt:
120 -
Phase:
1
-
Category:
-
Connection:
Plug-In -
Type:
THQL -
Functions:
Long Time and Instantaneous Trip Functions -
Protection:
Thermal Magnetic
Standards
Product Description - THQL1120PAF2 - General Electric Molded Case Circuit Breaker
The ABB THQL1120PAF2 is a Q-Line plug-in molded case circuit breaker that is designed for residential and light commercial applications. It operates at a voltage of 120/240V and has a current rating of 20 amps. This circuit breaker offers a 10kAIC interrupting capacity and features a 1-pole design. Additionally, it comes with a plug-on neutral connection for easy installation and enhanced performance. This model is also equipped with a combination arc fault interrupter, providing protection against both overloads and arc faults, which helps to improve safety and ensure compliance with electrical codes.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Overview
Product Specifications - THQL1120PAF2 - General Electric Molded Case Circuit Breaker
-
Part Number:
THQL1120PAF2 -
Manufacturer:
-
Pole:
1 -
Amp:
20 -
Volt:
120 -
Phase:
1
-
Category:
-
Connection:
Plug-In -
Type:
THQL -
Functions:
Long Time and Instantaneous Trip Functions -
Protection:
Thermal Magnetic
Standards
Product Description - THQL1120PAF2 - General Electric Molded Case Circuit Breaker
The ABB THQL1120PAF2 is a Q-Line plug-in molded case circuit breaker that is designed for residential and light commercial applications. It operates at a voltage of 120/240V and has a current rating of 20 amps. This circuit breaker offers a 10kAIC interrupting capacity and features a 1-pole design. Additionally, it comes with a plug-on neutral connection for easy installation and enhanced performance. This model is also equipped with a combination arc fault interrupter, providing protection against both overloads and arc faults, which helps to improve safety and ensure compliance with electrical codes.
