Eaton BR main lug loadcenter,No feed-thru lugs,Main lug,200 A,G1R,Aluminum,Cover included,NEMA 3R,Metallic,25 kAIC,BWH,NEMA 3R,42 Circuits,30 Spaces,Four-wire,Three-phase,Type BR 1-inch breakers,208 Y/120, 240 V,#1 AWG-300 kcmil Cu/Al
SKU: #157606
Part: #3BR3042L200R
UPC: 786676442350
Eaton BR main lug loadcenter,No feed-thru lugs,Main lug,200 A,G1R,Aluminum,Cover included,NEMA 3R,Metallic,25 kAIC,BWH,NEMA 3R,42 Circuits,30 Spaces,Four-wire,Three-phase,Type BR 1-inch breakers,208 Y/120, 240 V,#1 AWG-300 kcmil Cu/Al
SKU: #157606
Part: #3BR3042L200R
UPC: 786676442350
Next day delivery
Description
Eaton BR Main Lug Loadcenter 200 A – Electrical Distributor Loadcenter
The Eaton BR main lug loadcenter is designed for three-phase electrical distribution in light commercial and industrial applications. It supports a 200 ampere rating with 42 circuits and 30 spaces, suitable for 208Y/120 or 240 V systems. This loadcenter features aluminum bus bars and a metallic NEMA 3R enclosure, making it suitable for both indoor and outdoor use. It is compatible with Type BR 1-inch breakers and offers a main lug design without feed-thru lugs, ideal for sub-panel or distribution applications where a main breaker is not required.
Specifications
- Manufacturer: Eaton
- Amperage: 200 amperes
- Number of Phases: 3
- Number of Circuits: 42
- Number of Spaces: 30
- Voltage: 208Y/120, 240 V
- Bus Material: Aluminum
- Enclosure Material: Metallic
- Enclosure Type: NEMA 3R
- Dimensions (W x H x D): 14.31 in x 39 in x 3.88 in
- Weight: 34.1 lbs
- Wire Size Range: #1 AWG to 300 kcmil Cu/Al
- Breaker Type Compatibility: Type BR 1-inch breakers
- Phase Configuration: Four-wire, three-phase
Features
- Main lug only design, no feed-thru lugs
- Durable metallic enclosure rated NEMA 3R for rainproof protection
- Aluminum bus bars providing corrosion resistance and conductivity
- Supports up to 42 circuits with 30 breaker spaces
- Compatible with Eaton Type BR branch breakers for easy installation and maintenance
- Designed for 208Y/120 or 240 V three-phase power distribution