8525 0081000

Series:	MIL-W-76C Type MW
Part Status:	Active
Cable Type:	Hook-Up
Wire Gauge:	24 AWG
Conductor Strand:	7/32
Conductor Material:	Copper, Tinned
Jacket (Insulation) Material:	Poly-Vinyl Chloride (PVC)
Jacket (Insulation) Diameter:	0.058" (1.47mm)
Jacket (Insulation) Thickness:	0.017" (0.43mm)
Length:	1000.0' (304.8m)
Voltage:	1000V
Operating Temperature:	--
Jacket Color:	Gray
Features:	--

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Single Conductor Cables (Hook-Up Wire)Single conductor cables or hook-up wires are designed for electrical connection in electronic and instrumentation equipment, often found in industrial and hazardous areas. Commonly referred to as stranded wire, these cables are constructed from thin copper material in a variety of gauges and insulation colors for identification. They can be identified more precisely by their UL designation, such as the (UL) 825 0081000.The UL 825 0081000 is a Type TEW single conductor cable, which is usable in hazardous locations. It is listed as Class 1 Div 2 (AWM 2378). Constructed with seven strands of 30 AWG (0.25 mm) tinned copper, this cable is able to meet the temperature requirements of -40°F to +194°F (-40°C to +90°C). The PVC insulation resists oil, solvents, fungus and sunlight. With a voltage rating of 300 volts AC, this UL designation is used in many sensitive monitoring applications, such as low-cost thermocouples.Hook-up wires are commonly used in any instance in which conductors are connected, where they are twisted together and insulated, or simply wrapped with electrical tape. As such, its application field is extremely broad, and its purpose can range from audio home theaters to industrial machines. Hook-up wire is especially commonly used in aircrafts for connection between the various instrumentation panels.The working principle of hook-up wire stems from the same basic physical principles of electricity. When electric current is applied to a wire, electrons flowing through the wire traverse around the wire’s circumference, and this constant movement of electrons creates a field of magnetism around the wire. Similarly, when a magnetic field is applied to a wire, current will also be induced in the wire. As such, this simple conductor and wire will give rise to electricity or magnetism when energy is applied to it.Aside from the common types of cable discussed, many variations and modifications are possible. For example, wires can be made from many non-conductor materials such as glass and particle board, in which electrical current will not flow. They may also be insulated with rubber, fiberglass, PVC, or various other materials. Additionally, the strand size and number of wires used to construct a single cable can also be varied. Finally, more intricate wires designed for high quality audio performance can also be constructed.No matter the modifications and application field, hook-up wire is designed to work similarly in every instance. The copper within the conductor transports electrons, while the insulation keeps them from mixing with other wires. Whether for sensitive monitoring applications or high quality audio performance, the core principles of hook-up wires remain the same, ensuring reliable electrical connection in multiple applications.

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