C2523A.21.10

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• C2523A.21.10 Application Field and Working Principle
  • Application Field
    • C2523A.21.10 is a multiple conductor cable designed to uniquely serve as an interface between industrial control systems and electronic machinery. Its application field covers many industries including but not limited to power utilities, heating, ventilation and air conditioning (HVAC) systems, lighting control, and emergency management systems.
    • C2523A.21.10 is a heavy-duty, multi-conductor cable designed to provide reliable and stable connections in harsh industrial environments. The cable is available in stranded conductors for flexibility and features a polyvinyl chloride (PVC) jacket and insulation for durability.
    • C2523A.21.10 is suitable for installation in applications with high vibration levels, in areas where exposure to mechanical stress is high, and in areas where corrosive gases, liquids, and solvents are present. The cable is resistant to temperatures ranging from -20°C to +105°C.
  • Working Principle
    • C2523A.21.10 is a multi-conductor cable that consists of seven, color-coded insulated conductors twisted together in a single unit. The insulation is composed of a polyvinyl chloride (PVC) jacket and insulation, both of which provide protection from the environment and reduce the possibility of electrical shock. The conductors are stranded for flexibility, allowing the cable to withstand vibration and perform effectively in harsh industrial environments.
    • The insulation of the cable is designed to reduce surface resistance and radiation, providing electrical insulation and protection against short circuits. This is especially important when working with high voltage and power. The insulation also provides a physical barrier between the conductor and any nearby objects, preventing accidental contact with the conductor.
    • C2523A.21.10 is designed for use in systems where reliable and stable connections are required, such as in industrial control systems and electronic machinery. The conductors are designed to resist corrosion and oxidation, ensuring that the cables will remain reliable for years. The jacket protects the conductors from damage, which can reduce the risk of electrical malfunctions or even fires.

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