MTW UL1015 STRANDED TINNED COPPER HOOK UP WIRE

MTW UL1015 STRANDED TINNED COPPER HOOK UP WIRE

Applications:

The lead hook up wire is an electrical wire developed for use in the internal wiring for electrical appliances and equipment, serving both in the indoor and outdoor applications in the domestic set up. Due to its exceptional electrical conductivity, the cable is also used in the panels and meters internal wiring, as well as point to point wiring. The lead wire is flame retardant and has a high temperature rating of about 105ºC (at 600V/1000V), which implies that this electrical cable can work efficiently in harsh climatic conditions. 

Also Known As:

Hook up wire, lead wire cable, hook cable, lead cable, lead wire, stranded hookup wire, lead covered wire, electrode lead wires, electrical lead wire, high voltage lead wire, type ul.

Standards:

• UL 1015, UL Style 1015, AWM 1015
• UL Style TEW, MTW Hook Up Wire
• UL Style 1015 600V 105°C
• UL Style 1032 1000V 90°C
• UL Style 1230 600V 105°C Dry; 60° Wet
• Passes UL VW-1 Flame Test
• Available ratings for 8AWG and smaller: BC-5W2 (for boat cable applications per UL 1426), SAE J1128 Type GPT (for battery cable applications)
• Available ratings for 6AWG – 4/0: BC-5W2 (for boat cable applications per UL 1426), SAE J1127 Type SGT (for battery cable applications)
• RoHS Compliant
• CSA Type TEW and AWM

Construction

Conductors:

This hook up wire conductor is made up of copper wire. It comes in two different conductor types; stranded or solid. Some of the conductors are bare while others are tinned. Since copper is highly reactive, it is appropriate to use tinned copper wire in areas where there are more chemical reactions. Stranded conductor serves you right in applications which need more flexibility while solid wire is good for systems where cable strength is top requirement.

Insulation:

The hook up cable has a color-coded Polyvinyl Chloride (PVC) material that serves as the insulation material for the MTW-UL 1015 stranded tinned copper hook up wire. This PVC has ultra-high strength and durability, providing reliable security to the conductors.