882007 SL002

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Multiple conductor cables, also known as multiconductor cables, are highly adaptable and useful in a range of applications. For example, 882007 SL002 is a multiple conductor cable typically used for medium-voltage power systems. This article will discuss the application field and working principle of 882007 SL002.

Application Field of 882007 SL002 Cable

The 882007 SL002 cable is designed to be used in various areas, including medium-voltage systems. It is mainly used for medium voltage power distribution with a system voltage of up to 5 kV. Applications include general wiring, substations, automation and control, machine tools and industrial robots, building automation, fire and security systems, motor starters, process and instrumentation control, and lighting systems.

The 882007 SL002 cable can also be used in low-voltage and signal control wiring systems, as it is suitable for outdoor and indoor use and is resistant to moisture, ultraviolet/infrared rays, and extreme temperatures. It is UL 854 approved and meets the requirements of ICEA S-95-658 standard.

Working Principle of 882007 SL002 Cable

882007 SL002 is a polyphase, 3-conductor, multiple conductor cable. Its core is made of an annealed, coated, and stranded copper conductor, which is insulated with an oil-resistant ethylene/propylene rubber compound. The insulation layer is covered with a polyvinylchloride outer jacket, which not only increases mechanical strength but also reduces friction between the insulated layers.

The inner conductor is protected by an aluminum or tinned copper shield, which also prevents overheating. The conductor temperature of this cable should not exceed 90°C under normal operating conditions. The cable’s outer jacket is designed to resist weathering and aging, and withstand temperatures ranging from -40°C to 90°C.

The 882007 SL002 cable is designed to be used in environments where noise and electromagnetic interference are a concern. It also comes with an optional shield layer which further increases its noise and electromagnetic interference performance. This makes the cable suitable for use in sensitive industrial equipment, instrumentation, and communication systems.

The 882007 SL002 cable meets standards for electrical safety, and its resistance to electrical shock and fire guarantee a higher level of safety for people and property in the vicinity. The cable’s flexibility enables it to maintain a secure connection, even when subjected to bending, twisting and pulling. Furthermore, its excellent heat, flame and ozone resistance allows it to be used in many harsh and hazardous locations.

Conclusion

Interpretation of the application field and working principle of 882007 SL002 cable reveals that this type of cable provides numerous advantages for its use in a range of applications in medium voltage power systems, low-voltage and signal control wiring systems, and various environments with excessive noise and electromagnetic interference. Its resistance to electricity, fire, heat, flame and ozone also ensure a higher level of safety in the vicinity of the cable.

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