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Q120DF | Siemens Dual Function Circuit Breaker
- Regular price
- $85.00
- Sale price
- $85.00
- Regular price
-
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Product Description P/N: Q120DF
Description
The Q120DF is a 1-pole dual function circuit breaker manufactured by Siemens. It has a current rating of 20A and operates at 120V AC. This breaker provides both Arc Fault (AFCI) and Ground Fault (GFCI) protection. It features a plug-on connection type and has an interrupting rating of 10kA.
Technical Specifications
|
Part Number |
Q120DF |
|
Manufacturer |
Siemens Breakers |
|
Family |
Q Series |
|
Pole |
1 |
|
Amp |
20 |
|
Volt |
120 |
|
Phase |
1 |
|
Category |
Molded Case Circuit Breakers / 1-Pole |
|
Connection |
Plug-In |
|
Type |
QFGA2 |
|
Functions |
LI - Long-Time and Instantaneous |
|
Protection |
Thermal Magnetic |
|
AIC Ratings |
10kA @ 120V |
Information About Q120DF
The Q120DF is a circuit breaker manufactured by Siemens, belonging to the Q Series. This specific model is a 1-pole circuit breaker with a current rating of 20 amperes and an operating voltage of 120 volts AC. The primary function of the Q120DF is to provide dual protection through both Arc Fault Circuit Interrupter (AFCI) and Ground Fault Circuit Interrupter (GFCI) functionalities.
The connection type for the Q120DF is plug-on, facilitating ease of installation in appropriate electrical panels. This circuit breaker is designed to operate in single-phase electrical systems, making it suitable for residential and light commercial applications. The interrupting capacity of the Q120DF is rated at 10,000 amperes at 120 volts AC, indicating the maximum fault current the breaker can interrupt safely without sustaining damage.
The Q120DF is categorized under molded case circuit breakers with a single-pole configuration. It is a type QFGA2 breaker, which signifies its specific design and features within the Siemens product lineup. The breaker performs its protective functions using a combination of long-time and instantaneous trip mechanisms (denoted as LI), providing both thermal and magnetic protection. This dual protection approach helps in preventing overcurrent conditions and potential electrical faults.
The B33000S01 circuit breaker is designed to provide reliable circuit protection in industrial and commercial settings. Its thermal magnetic trip mechanism ensures effective interruption of electrical currents under fault conditions, with an interrupting rating of 10,000 Amperes at 240V. The inclusion of a shunt trip feature operating at 120V enhances its functionality in automated and remote tripping applications.
With a weight of approximately 1.058 pounds, this breaker is lightweight yet robust, suitable for installation in various panelboard configurations within electrical distribution systems. It meets UL 489 standards, ensuring compliance with safety and performance requirements for electrical equipment used in North America.
As an authentic Siemens product, the B33000S01 exemplifies Siemens' commitment to quality and reliability in circuit protection solutions. Its bolt-on connection type facilitates secure and efficient installation, accommodating the demands of modern electrical infrastructures.
Description
The Q120DF is a 1-pole dual function circuit breaker manufactured by Siemens. It has a current rating of 20A and operates at 120V AC. This breaker provides both Arc Fault (AFCI) and Ground Fault (GFCI) protection. It features a plug-on connection type and has an interrupting rating of 10kA.
Technical Specifications
|
Part Number |
Q120DF |
|
Manufacturer |
Siemens Breakers |
|
Family |
Q Series |
|
Pole |
1 |
|
Amp |
20 |
|
Volt |
120 |
|
Phase |
1 |
|
Category |
Molded Case Circuit Breakers / 1-Pole |
|
Connection |
Plug-In |
|
Type |
QFGA2 |
|
Functions |
LI - Long-Time and Instantaneous |
|
Protection |
Thermal Magnetic |
|
AIC Ratings |
10kA @ 120V |
Information About Q120DF
The Q120DF is a circuit breaker manufactured by Siemens, belonging to the Q Series. This specific model is a 1-pole circuit breaker with a current rating of 20 amperes and an operating voltage of 120 volts AC. The primary function of the Q120DF is to provide dual protection through both Arc Fault Circuit Interrupter (AFCI) and Ground Fault Circuit Interrupter (GFCI) functionalities.
The connection type for the Q120DF is plug-on, facilitating ease of installation in appropriate electrical panels. This circuit breaker is designed to operate in single-phase electrical systems, making it suitable for residential and light commercial applications. The interrupting capacity of the Q120DF is rated at 10,000 amperes at 120 volts AC, indicating the maximum fault current the breaker can interrupt safely without sustaining damage.
The Q120DF is categorized under molded case circuit breakers with a single-pole configuration. It is a type QFGA2 breaker, which signifies its specific design and features within the Siemens product lineup. The breaker performs its protective functions using a combination of long-time and instantaneous trip mechanisms (denoted as LI), providing both thermal and magnetic protection. This dual protection approach helps in preventing overcurrent conditions and potential electrical faults.
The B33000S01 circuit breaker is designed to provide reliable circuit protection in industrial and commercial settings. Its thermal magnetic trip mechanism ensures effective interruption of electrical currents under fault conditions, with an interrupting rating of 10,000 Amperes at 240V. The inclusion of a shunt trip feature operating at 120V enhances its functionality in automated and remote tripping applications.
With a weight of approximately 1.058 pounds, this breaker is lightweight yet robust, suitable for installation in various panelboard configurations within electrical distribution systems. It meets UL 489 standards, ensuring compliance with safety and performance requirements for electrical equipment used in North America.
As an authentic Siemens product, the B33000S01 exemplifies Siemens' commitment to quality and reliability in circuit protection solutions. Its bolt-on connection type facilitates secure and efficient installation, accommodating the demands of modern electrical infrastructures.