exm
1100 BTCU05804
UPC: 71767815303
Contact for Pricing
Overview
The exm 1100 BTCU05804 is a copper bus bar splitter trough designed for industrial electrical distribution systems. This product features integrated copper bus bars, ensuring low electrical resistance and efficient power transmission. The trough design enhances safety and durability, making it ideal for harsh industrial environments. Manufactured by exm in the US, the 1100 series splitter troughs provide a secure and organized method for splitting and routing electrical currents without additional connectors. The copper construction guarantees long-term performance and reliable current distribution in demanding applications such as power distribution panels, switchgear, and control systems. The product is built to meet UNSPSC code 39121324, ensuring compatibility with standard industrial electrical infrastructure.
- Integrated copper bus bars for low electrical resistance and efficient power transmission
- Robust trough design enhances safety and durability in harsh industrial environments
- Secure and organized current splitting and routing without additional connectors
- Manufactured by exm in the US for long-term performance and reliability
- Compatible with standard industrial electrical distribution systems (UNSPSC 39121324)
Specifications
Material | Copper |
Series | 1100 |
Package Dimensions (L x W x H) | 8 in x 30 in x 60 in |
BX4
Sealable and transparent protective covers BX4 and non-removable BX4-CA to protect the devices against accidental contact.
LH38
Cord Grip with NPT Threads, Locknut Included, NPT Thread Size 3/8 Inch, Cable Range 0.181 Inch/4.6mm to 0.312 Inch/7.9mm, Hole Clearance 0.670 Inch/17.0mm, Thread Length 0.53 Inch/13.5mm, IP68 Rating, Nylon, Black
LN43DA
1/2 Inch, Straight, One-Piece Liquidtight Non-Metallic Fitting, CSA, UL E32447, Temperatures up to 60 Degrees C, PVC, Grey
LT20D-NEW
1/2 Inch, 90 Degree, Two-Piece Liquidtight Non-Metallic Fitting, UL E32447, Temperatures up to 107 Degrees C, Nitril Rubber O-Ring, PVC, Grey
