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GHBGFEP1020 | Eaton Series C Complete Molded Case Circuit Breaker
- Regular price
- $505.00
- Sale price
- $505.00
- Regular price
-
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Product Description P/N: GHBGFEP1020
Description
The GHBGFEP1020, manufactured by Eaton, is a Series C complete molded case circuit breaker designed for specific electrical applications. It belongs to the G-frame series and utilizes the GHB fixed thermal and fixed magnetic trip type. Operating as a single-pole unit, it features a current rating of 20 amperes (A) and is compatible with electrical systems operating at 480Y/277 volts alternating current (Vac) and 125/250 volts direct current (Vdc). With an interrupting capacity of 14 kiloamperes (kAIC) at 277 Vac, it ensures reliable performance in electrical systems operating at 50/60 Hertz (Hz) frequency.
Technical Specifications
|
Product Name |
Eaton Series C complete molded case circuit breaker |
|
Catalog Number |
GHBGFEP1020 |
|
UPC |
786679067437 |
|
Product Length/Depth |
2.63 in |
|
Product Height |
4 in |
|
Product Width |
1 in |
|
Product Weight |
1.5 lb |
|
Amperage Rating |
20 A |
|
Voltage Rating |
480Y/277 Vac, 125/250 Vdc |
|
Trip Type |
Fixed thermal, fixed magnetic |
|
Circuit Breaker Type |
GHB |
|
Series |
Series C |
|
Frame |
G |
|
Frequency Rating |
50/60 Hz |
|
Interrupt Rating |
14 kAIC at 277 Vac |
|
Number of Poles |
Single-pole |
Information About GHBGFEP1020
The GHBGFEP1020, manufactured by Eaton, is a member of the Series C complete molded case circuit breakers. Featuring a G-frame design, it utilizes the GHB circuit breaker type with a fixed thermal and fixed magnetic trip mechanism. Operating as a single-pole unit, it possesses a current rating of 20 amperes (A). This circuit breaker is compatible with electrical systems operating at 480Y/277 volts alternating current (Vac) and 125/250 volts direct current (Vdc). With an interrupting capacity of 14 kiloamperes (kAIC) at 277 Vac, it ensures reliable performance in various electrical environments. The GHBGFEP1020 is designed to operate within a frequency range of 50/60 Hertz (Hz), making it suitable for use in a wide array of electrical applications.
Description
The GHBGFEP1020, manufactured by Eaton, is a Series C complete molded case circuit breaker designed for specific electrical applications. It belongs to the G-frame series and utilizes the GHB fixed thermal and fixed magnetic trip type. Operating as a single-pole unit, it features a current rating of 20 amperes (A) and is compatible with electrical systems operating at 480Y/277 volts alternating current (Vac) and 125/250 volts direct current (Vdc). With an interrupting capacity of 14 kiloamperes (kAIC) at 277 Vac, it ensures reliable performance in electrical systems operating at 50/60 Hertz (Hz) frequency.
Technical Specifications
|
Product Name |
Eaton Series C complete molded case circuit breaker |
|
Catalog Number |
GHBGFEP1020 |
|
UPC |
786679067437 |
|
Product Length/Depth |
2.63 in |
|
Product Height |
4 in |
|
Product Width |
1 in |
|
Product Weight |
1.5 lb |
|
Amperage Rating |
20 A |
|
Voltage Rating |
480Y/277 Vac, 125/250 Vdc |
|
Trip Type |
Fixed thermal, fixed magnetic |
|
Circuit Breaker Type |
GHB |
|
Series |
Series C |
|
Frame |
G |
|
Frequency Rating |
50/60 Hz |
|
Interrupt Rating |
14 kAIC at 277 Vac |
|
Number of Poles |
Single-pole |
Information About GHBGFEP1020
The GHBGFEP1020, manufactured by Eaton, is a member of the Series C complete molded case circuit breakers. Featuring a G-frame design, it utilizes the GHB circuit breaker type with a fixed thermal and fixed magnetic trip mechanism. Operating as a single-pole unit, it possesses a current rating of 20 amperes (A). This circuit breaker is compatible with electrical systems operating at 480Y/277 volts alternating current (Vac) and 125/250 volts direct current (Vdc). With an interrupting capacity of 14 kiloamperes (kAIC) at 277 Vac, it ensures reliable performance in various electrical environments. The GHBGFEP1020 is designed to operate within a frequency range of 50/60 Hertz (Hz), making it suitable for use in a wide array of electrical applications.