PANELBOARD is an essential component in power distribution, designed to safely distribute power from the main power source to individual branch circuits. It is the central point for managing and controlling electrical flow in residential, commercial and industrial applications.
The BHP panelboard has a main busbar up to 1200 AF manufactured in bolt-on type. Branch circuit breakers can be moved freely and there is no limit in capacity selection.
| Description | 400 AF | 600 AF |
|---|---|---|
| Rated Current (A) — Main Breaker | UTS400(250-400) | UTS600(500-600) |
| Rated Current (A) — Main Lug | 400 | 600 |
| Rated Current (A) — Branch Breaker | UTE100(15-100) UTS150(40-150) UTS250(150-250) |
|
| Short Circuit Current Rating (kA,rms) — 240 V | 50-100 | |
| Short Circuit Current Rating (kA,rms) — 480 V | 25-65 | |
| Main Bus Type | Bolt-on | |
| Enclosure Type | NEMA Type 3R (Indoor & Outdoor) | |
| Standard Enclosure Dimension — W | 32in (813mm) | |
| Standard Enclosure Dimension — H | 90in (2286mm) / 75in (1905mm) Depends on the number of branch breakers |
|
| Standard Enclosure Dimension — D | 13in (330mm) | |
| Description | 800 AF | 1200 AF |
|---|---|---|
| Rated Current (A) — Main Breaker | UTS800(400-800) | UTS1200(800-1200) |
| Rated Current (A) — Main Lug | 800 | 1200 |
| Rated Current (A) — Branch Breaker | UTE100(15-100) UTS150(40-150) UTS250(150-250) UTS400(250-400) UTS600(500-600) UTS800(400-800) |
UTE100(15-100) UTS150(40-150) UTS250(150-250) UTS400(250-400) UTS600(500-600) UTS800(400-800) UTS1200(800-1200) |
| Short Circuit Current Rating (kA,rms) — 240 V | 50-100 | |
| Short Circuit Current Rating (kA,rms) — 480 V | 25-65 | |
| Main Bus Type | Bolt-on | |
| Enclosure Type | NEMA Type 3R (Indoor & Outdoor) | |
| Standard Enclosure Dimension — W | 38in (965mm) | |
| Standard Enclosure Dimension — H | 90in (2286mm) / 75in (1905mm) Depends on the number of branch breakers |
|
| Standard Enclosure Dimension — D | 15in (380mm) | |
Panelboard has different circuit breaker specifications and capacities depending on the purpose of use. Therefore, flexible production methods are essential. Designed for power plants, oil and gas, chemical, metallurgical, textile, and high-rise facilities, the system is safe, reliable, and easy to operate.
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