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DZU-FP Series UNSHIELDED HIGH VOLTAGE / HIGH TEMPERATURE WIRE

High Voltage Cable

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DZU-FP Series UNSHIELDED HIGH VOLTAGE / HIGH TEMPERATURE WIRE

DZU-FP Series
UNSHIELDED HIGH VOLTAGE / HIGH TEMPERATURE WIRE
18kVDC – 30kVDC - FEP, ETCHED FEP AND SILICONE COATED FEP – INTERNAL USE

    Extremely Small Diameter - High Flexibility

    Operating Temperature: -55°C - +200°C

    Bondable Surface: pre-etched or Silicone coated

    High Voltage up to 30kVDC

    28 AWG - 18 AWG Conductors - Silver Plated Copper

    Ozone and Corona Resistant

    Reference: MIL-W-22759

    FEP Resins Meet Flammability Requirements of UL94V-0

    RoHS Compliant


    Typical Applications

    Laser Systems

    High Voltage Transformers

    Military & Space

    Industrial & Medical

    High Voltage Power Supplies


    Fluorinated Ethylene Propylene (FEP) offers an excellent combination of properties that include: exceptional dielectric pro-

    perties, a low dielectric constant over a wide frequency range, chemical inertness including transformer oils and dielectric

    fluids, heat resistance with retention of properties after service at 204° C, toughness, flexibility, possesses a very high de-

    gree of stress crack resistance, low coefficient of friction, low flammability, negligible moisture absorption, has long term

    weatherability and excellent resistance to ozone sunlight and weather.

    FEP offers the lowest refractive index of all thermoplastics with low light reflection (the same as water).

    DZU-FPE: pre-etched surface is compatible with epoxy based potting materials.

    DZU-FPS: Silicone coated surface is compatible with RTV/Silicone based potting materials and adhesives..


    DZU-FP, DZU-FPE WIRES 


    1. Conductor: Silver plated copper wires
    2. Dielectric
    DZU-FP Series: FEP
    DZU-FPE Series: Pre-etched FEP

    Pre-etching provides a bond ready FEP surface compatible with epoxy
    based potting materials.
    The shelf life of the etching on the DZU-FPE wires is normally 6
    months or longer when protected from ultra-violet light (sunlight).

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    DZU-FPS WIRES

    1. Conductor: Silver plated copper wires
    2. Dielectric: FEP
    3. Coating: Silicone
    Silicone coating provides a bond ready jacket compatible with RTV
    based potting materials and adhesives.

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    High voltage, high temperature wire is a critical component in various industrial and commercial applications. This specialized type of wire is designed to withstand extreme conditions, making it suitable for use in environments where both high voltage and high temperature are present. In this article, we will explore the characteristics of high voltage, high temperature wire and its applications in different industries.

    High voltage, high temperature wire is specifically engineered to handle the demands of high voltage and high temperature environments. It is constructed using materials that can withstand the electrical stress and heat generated in such conditions. The insulation and jacketing materials used in these wires are carefully selected to provide excellent thermal and electrical performance, ensuring the safety and reliability of the wire in challenging operating conditions.

    One of the primary applications of high voltage, high temperature wire is in the power generation and distribution industry. These wires are used in power plants, substations, and electrical transmission systems to carry high voltage electricity over long distances. The ability of high voltage, high temperature wire to maintain its integrity and insulation properties under extreme electrical and thermal stress makes it an essential component in ensuring the reliable and efficient transmission of electrical power.

    In addition to the power industry, high voltage, high temperature wire is also utilized in industrial heating systems and equipment. These wires are commonly found in high temperature furnaces, ovens, and other industrial heating devices where they are exposed to elevated temperatures while carrying high voltage electrical currents. The exceptional thermal stability and electrical insulation properties of these wires make them well-suited for such applications, contributing to the safe and efficient operation of industrial heating processes.

    Furthermore, high voltage, high temperature wire plays a crucial role in aerospace and automotive applications. In aircraft and spacecraft, these wires are used to transmit high voltage signals and power to various electronic systems and components. The ability of high voltage, high temperature wire to withstand the harsh environmental conditions and temperature extremes encountered in aerospace applications is essential for ensuring the reliable operation of critical electrical systems in these vehicles. Similarly, in the automotive industry, these wires are employed in electric and hybrid vehicles, where they are subjected to high temperatures and electrical loads associated with the vehicle's powertrain and battery systems.

    Moreover, high voltage, high temperature wire finds extensive use in the medical equipment and semiconductor manufacturing industries. In medical devices such as MRI machines and high-frequency surgical equipment, these wires are employed to transmit high voltage signals and power while operating in high temperature environments. Similarly, in semiconductor manufacturing, where high temperature processes are common, these wires are utilized in equipment and machinery that require reliable electrical connections under extreme conditions.

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