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HMDL3800 | Eaton Series C Complete Molded Case Circuit Breaker
- Regular price
- $5,447.00
- Sale price
- $5,447.00
- Regular price
-
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Product Description P/N: HMDL3800
Description
The HMDL3800 is a three-pole Eaton Series C complete molded case circuit breaker featuring an MDL-frame. It is designed with fixed thermal and fixed magnetic trip types, ensuring precise circuit protection. With a current rating of 800A, it offers robust performance for a variety of applications. The breaker has an interrupting capacity of 100 kiloamperes (kAIC) at 240 volts AC and 65 kAIC at 480 volts AC, making it suitable for high-demand electrical systems. Operating at frequencies of 50/60 Hz, the HMDL3800 delivers reliable circuit protection across different power systems.
Technical Specifications
|
Part Number |
HMDL3800 |
|
Manufacturer |
Eaton Cutler-Hammer |
|
Family |
Series C |
|
Poles |
3 |
|
Amps |
800 |
|
Volts |
600 |
|
Phase |
3 |
|
Category |
Molded Case / 3-Pole |
|
Connection |
Feed-Thru |
|
Type |
HMDL |
|
Functions |
LI - Long-Time and Instantaneous Trip |
|
Protection |
Thermal Magnetic |
|
AIC Ratings |
65kA@480V |
|
Frame Type |
M Frame |
Information About HMDL3800
The HMDL3800 is a robust three-pole molded case circuit breaker manufactured by Eaton as part of their Series C lineup. Featuring an MDL-frame design, this breaker, denoted by the model HMDL, is engineered as a complete unit with fixed thermal and fixed magnetic trip types.
With a high current rating of 800A, the HMDL3800 is designed to provide reliable circuit protection in various applications. It boasts impressive interrupting capacities, offering 100 kiloamperes (kAIC) at 240 volts AC and 65 kAIC at 480 volts AC. This ensures the breaker's capability to effectively interrupt fault currents, minimizing potential damage to electrical systems.
Operating at standard frequencies of 50/60 Hz, the HMDL3800 is compatible with a wide range of power systems, making it versatile for use across different industries and environments. Its three-pole configuration further enhances its suitability for applications requiring multi-phase power distribution.
Description
The HMDL3800 is a three-pole Eaton Series C complete molded case circuit breaker featuring an MDL-frame. It is designed with fixed thermal and fixed magnetic trip types, ensuring precise circuit protection. With a current rating of 800A, it offers robust performance for a variety of applications. The breaker has an interrupting capacity of 100 kiloamperes (kAIC) at 240 volts AC and 65 kAIC at 480 volts AC, making it suitable for high-demand electrical systems. Operating at frequencies of 50/60 Hz, the HMDL3800 delivers reliable circuit protection across different power systems.
Technical Specifications
|
Part Number |
HMDL3800 |
|
Manufacturer |
Eaton Cutler-Hammer |
|
Family |
Series C |
|
Poles |
3 |
|
Amps |
800 |
|
Volts |
600 |
|
Phase |
3 |
|
Category |
Molded Case / 3-Pole |
|
Connection |
Feed-Thru |
|
Type |
HMDL |
|
Functions |
LI - Long-Time and Instantaneous Trip |
|
Protection |
Thermal Magnetic |
|
AIC Ratings |
65kA@480V |
|
Frame Type |
M Frame |
Information About HMDL3800
The HMDL3800 is a robust three-pole molded case circuit breaker manufactured by Eaton as part of their Series C lineup. Featuring an MDL-frame design, this breaker, denoted by the model HMDL, is engineered as a complete unit with fixed thermal and fixed magnetic trip types.
With a high current rating of 800A, the HMDL3800 is designed to provide reliable circuit protection in various applications. It boasts impressive interrupting capacities, offering 100 kiloamperes (kAIC) at 240 volts AC and 65 kAIC at 480 volts AC. This ensures the breaker's capability to effectively interrupt fault currents, minimizing potential damage to electrical systems.
Operating at standard frequencies of 50/60 Hz, the HMDL3800 is compatible with a wide range of power systems, making it versatile for use across different industries and environments. Its three-pole configuration further enhances its suitability for applications requiring multi-phase power distribution.