XHCC-2/40

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XHCC-2/40

ویدیوهای دیگر

September 17, 2025

اتصال دسته بندی: مکان شناس خطای کابل

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برچسب ها:

#High Voltage Cable Fault Locator, High Voltage Pulse Generator,Portable Cable Fault Locator #40kv pulse energy storage capacitor,2UF high voltage capacitor,capacitor for cable fault locator #Portable Cable Fault Locator

Brief: Discover the XHCC-2/40, a 40kV 2uF pulse energy storage capacitor designed for high-voltage impulse discharge tests, high-energy physics, and more. This robust capacitor stores and releases energy efficiently, ensuring strong impact currents and power. Ideal for geological prospecting and oscillation circuits.

Related Product Features:

Rated voltage of 40kV with a capacitance of 2uF, ensuring high-energy storage and release.
Designed for high-voltage impulse discharge tests, high-energy physics, and geological prospecting.
Operates in ambient temperatures from -20 to +50ºC, suitable for various environments.
Capacitance error of ±5%, providing reliable and consistent performance.
Insulation resistance of RC≥7500MΩ*uF, ensuring safety and durability.
Low loss of ≤0.01 (1kHz), enhancing efficiency in energy storage and release.
Sturdy wooden case packaging for safe transport and handling.
Complies with altitude requirements up to 2000 meters, with custom options available.

متداول:

What are the primary applications of the XHCC-2/40 pulse energy storage capacitor?

The XHCC-2/40 is primarily used in high-voltage impulse discharge tests, high-energy physics, oscillation circuits, and geological prospecting due to its ability to store and release energy quickly.
What are the key safety precautions when using this capacitor?

Avoid hitting or colliding the capacitor, prevent overvoltage use, ensure proper withstand voltage and safety distance of connecting wires, and fully discharge the high voltage end after use. Stop using if abnormal sounds or bulges are detected.
What is the capacitance error range for the XHCC-2/40?

The capacitance error range is ±5%, ensuring reliable and consistent performance in various applications.