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40kv 4UF High - Voltage Energy - Storing Capacitor

40kv 4UF High - Voltage Energy - Storing Capacitor

Product Details:
Place of Origin: China
Brand Name: XZH Test
Certification: CE/ISO
Model Number: XHCC-4/40Y
Detail Information
Place of Origin:
China
Brand Name:
XZH Test
Certification:
CE/ISO
Model Number:
XHCC-4/40Y
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40kv high-voltage capacitor

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energy-storing capacitor 4UF

,

high-voltage capacitor for cable fault

Trading Information
Minimum Order Quantity:
1unit
Packaging Details:
wooden box
Delivery Time:
5-8 work days
Payment Terms:
T/T
Supply Ability:
2000unit/year
Product Description

XHCC-4/40Y


Model NO.
XHCC-4/40Y
Transport Package
Wooden Case
Trademark
XZH TEST
Product Description
40kv 4UF High - Voltage Energy - Storing Capacitor 0
The pulse capacitor is a crucial component in various high-energy applications. It efficiently stores the charging energy from a small-power power supply over a specific period. When required, it rapidly discharges this stored energy in an extremely short interval, generating a powerful surge of current and intense power. This capability makes it indispensable in fields such as high-voltage impulse discharge testing, high-energy physics, oscillation circuits, and geological exploration.
 
Product Parameters
  1. Ambient temperature: -20~+50ºC;
  2. Altitude: ≤2000 meters, if it is greater than 2000 meters, it will be explained separately;
  3. Capacitance error: ±5%;
Model description and List

Model Description
Example: XHCC-4/40 pulse capacitor
              1.  4--Rated capacitance 4uF
              
2. 40--Rated voltage level 40kV

40kv 4UF High - Voltage Energy - Storing Capacitor 1


Precautions and Common Faults
1. It is strictly forbidden to hit and collided the high-voltage pulse capacitor, otherwise the internal film will be easily damaged.
2. When using Pulse Energy Storage Capacitors, please read the instructions and the content of the capacitor label to prevent overvoltage use.
3. During use, pay attention to the withstand voltage and safety distance of the connecting wire.
4. After the test is completed, the high voltage end must be fully discharged.
5. During use, if there is abnormal sound inside the capacitor, it is recommended to stop using it, as there is a risk of internal insulation damage.
6. If there are bulges or bulges on the capacitor shell, it is recommended to stop using it, as there is a risk of deterioration of the internal material and insulation reduction.