PRM1002 WH005

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Multiple conductor cables are increasingly becoming popular as the need to connect multiple devices in electronic systems increases. The PRM1002 WH005 is an example of a type of multiple conductor cable designed for use in harsh environments or where space is limited. The cable is made from high-performance, high-flexibility materials that maintain strength and flexibility even in extreme conditions.

The PRM1002 WH005 is an 8-conductor cable designed for use in a range of applications. These include industrial equipment, communications systems, automotive systems, and many more. The cable is rated to withstand temperatures from -40°C to +150°C, and is resistant to abrasion, vibration, chemical, and moisture. This makes the PRM1002 WH005 ideal for use in harsh industrial and environmental conditions.

The PRM1002 WH005 is a twisted cable, using polyvinylchloride (PVC) insulation, and features an aluminium-mylar shield and heavy-duty, foil-backing. This twisted construction ensures a better transmission, as the wires are constantly kept from interfering with each other. This also allows the cable to remain flexible, even in extreme temperatures. The aluminium-mylar shield prevents electromagnetic interference, and the foil-backed insulation improves the overall electrical performance.

The PRM1002 WH005 has an operating temperature range of -40°C to +150°C, withstanding repeated flexing, twist, and high vibration. It is suitable for damp environments and chemical attack, and can also be used in wet conditions. These features make the cable suitable for use in a wide range of applications, such as agricultural machinery, automotive systems, industrial equipment and robotics.

The PRM1002 WH005 is designed to be a robust and versatile multiple conductor cable suitable for harsh environments and extreme temperatures. Its twisted construction gives it the flexibility and strength needed for use in difficult conditions, while the aluminium-mylar shielding and foil-backed insulation offer increased electrical performance. This makes it suitable for a range of applications, from automotive systems to industrial equipment.

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