EPDB306 | Edison Enclosed power distribution block, 380A, 1-pole, line side: 1 opening accepts 500 MCM to 6 AWG, load side: 6 openings accept 2 AWG to 14 AWG, panel mount, UL 1953 listed
- Regular price
- $142.00
- Sale price
- $142.00
- Regular price
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Product Description P/N: EPDB306
Description
The Edison EPDB306 is an enclosed power distribution block with a 380A capacity. It features a 1-pole design with one opening on the line side that accepts wire sizes from 500 MCM to 6 AWG. On the load side, there are six openings accepting wire sizes from 2 AWG to 14 AWG. The panel mount configuration and UL 1953 listing make it suitable for secure and reliable power distribution in various applications.
Technical Specifications
Brand | Edison |
Item | Enclosed Power distribution block |
Part Number | EPDB306 |
Amperage Rating | 380A |
Number of Poles | 1 |
Line Side Openings | 1 opening accepts 500 MCM to 6 AWG |
Load Side Openings | 6 openings accept 2 AWG to 14 AWG |
Mounting | Panel |
SCCR Rating | 200kA SCCR |
UL Rating | UL 1953 listed |
Information About EPDB306
The Edison EPDB306 is a robust enclosed power distribution block designed for reliable and secure electrical connections. With a 380A capacity, this 1-pole distribution block is engineered for efficient power distribution in various applications.
On the line side, it features one opening capable of accepting wire sizes ranging from 500 MCM to 6 AWG. This allows for flexibility in connecting larger conductors. On the load side, there are six openings designed to accommodate wire sizes from 2 AWG to 14 AWG, providing versatility for connecting multiple smaller conductors.
The panel mount configuration ensures easy installation on electrical panels, enhancing accessibility and organization within electrical systems. Additionally, the UL 1953 listing signifies compliance with safety standards, providing assurance of the block's reliability and performance in diverse electrical environments.
Manufacturer information
Edison Fuse, Inc. is a manufacturer of electrical fuses and related products. They specialize in producing a variety of fuses used in electrical systems for protection against overcurrent conditions.
Description
The Edison EPDB306 is an enclosed power distribution block with a 380A capacity. It features a 1-pole design with one opening on the line side that accepts wire sizes from 500 MCM to 6 AWG. On the load side, there are six openings accepting wire sizes from 2 AWG to 14 AWG. The panel mount configuration and UL 1953 listing make it suitable for secure and reliable power distribution in various applications.
Technical Specifications
Brand | Edison |
Item | Enclosed Power distribution block |
Part Number | EPDB306 |
Amperage Rating | 380A |
Number of Poles | 1 |
Line Side Openings | 1 opening accepts 500 MCM to 6 AWG |
Load Side Openings | 6 openings accept 2 AWG to 14 AWG |
Mounting | Panel |
SCCR Rating | 200kA SCCR |
UL Rating | UL 1953 listed |
Information About EPDB306
The Edison EPDB306 is a robust enclosed power distribution block designed for reliable and secure electrical connections. With a 380A capacity, this 1-pole distribution block is engineered for efficient power distribution in various applications.
On the line side, it features one opening capable of accepting wire sizes ranging from 500 MCM to 6 AWG. This allows for flexibility in connecting larger conductors. On the load side, there are six openings designed to accommodate wire sizes from 2 AWG to 14 AWG, providing versatility for connecting multiple smaller conductors.
The panel mount configuration ensures easy installation on electrical panels, enhancing accessibility and organization within electrical systems. Additionally, the UL 1953 listing signifies compliance with safety standards, providing assurance of the block's reliability and performance in diverse electrical environments.
Manufacturer information
Edison Fuse, Inc. is a manufacturer of electrical fuses and related products. They specialize in producing a variety of fuses used in electrical systems for protection against overcurrent conditions.