PBMW-4-750-12 4-PORT MULTI-WIRE ALUM PANEL BOARD LUG
SKU: #399394
Part: #PBMW-4-750-12
UPC: 783669184372
PBMW-4-750-12 4-PORT MULTI-WIRE ALUM PANEL BOARD LUG
SKU: #399394
Part: #PBMW-4-750-12
UPC: 783669184372
Description
PBMW-4-750-12 4-Port Multi-Wire Aluminum Panelboard Lug
The PBMW-4-750-12 is a dual-rated aluminum panelboard lug designed for electrical distributors and switchgear suppliers requiring reliable wire termination solutions. Manufactured by ILSCO, this multi-wire lug supports both copper and aluminum conductors, suitable for circuits rated up to 35kV. It features a stacked design with four ports, enabling termination of two parallel wires per port when identical. The lug is electro-tin plated to provide low contact resistance and reduce installation time, making it an efficient component for lighting solutions, wire and cable assemblies, and panelboard applications.
Specifications
- Manufacturer: ILSCO
- Manufacturer Part #: PBMW-4-750-12
- Conductor Material: Aluminum
- Connector Finish: Tin Plated
- Number of Ports: 4
- Wire Range: One 750 kcmil - 2 Stranded; Two 250 kcmil - 1/0 Stranded
- Bolt Size: 1/2 inch
- Mounting Hole Type: Thru
- Mounting Hole Diameter: 0.562 inch (14.27 mm)
- Mounting Hole Spacing: 1.75 inch (44.45 mm)
- Dimensions (L x W x H): 5.687 in (144.45 mm) x 2.62 in (66.55 mm) x 3 in (76.2 mm)
- Weight: 1.569 lb (0.711 kg)
- Wire Binding Hardware Material: Aluminum
- Wire Binding Hardware Finish: Tin
- Wire Binding Torque: 500 in-lbs
- Temperature Rating: 90°C
- Voltage Rating: 35 kV
- Connection Type: Mechanical
- UL / cUL Listed: UL486A/B, UL File E6207
- Dual Rated: Yes
- Color: Silver
Features
- Multi-wire hole design allows termination of two wires per port (parallel wires must be identical)
- Manufactured from high-strength aluminum alloy for durability
- Electro-tin plated finish reduces contact resistance and corrosion
- Stacked design optimizes space and reduces installation time
- Suitable for use with copper or aluminum conductors
- Rated for circuits up to 35 kV with proper high voltage spacing and insulation techniques
- AL9CU rated to 90°C for elevated temperature applications