AC High Voltage Tester-VHT

INTRODUCTION OF AC High Voltage Tester-VHT

1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
1 Phase Power Analyzer - VPAe
  • Description
  • Key Features
  • Theory Of Operation
  • Application
  • Specifications

VEER make High Voltage Tester VHT is specially designed to test Dielectric Strength of Device under Test as per applicable standards. High Voltage test is required to determine whether test object has proper insulation or not. High Voltage test is carried out as Routine Test Each device is subjected to test at high voltage of 1 kV + 2 x (working Voltage)If Insulation is weak then device will consume more power because of leakage current which causes more heat. Heat will reduce the reliability and overall life of device under test It is also responsible for high risk of electric shock. So, High voltage test is necessary for all electrical equipments.

  • kV Meter for High Voltage Indication.
  • mA Meter for Leakage Current Indication
  • Timer to Set Testing Time
  • Variable Test Voltage Setting Knob.
  • Selection Switch for Leakage Current.
  • Over Current Protection.
  • Selection Switch for Leakage Current
  • Automatic Setting of W (Optional)
  • Compact & Simple to Operate
  • Switch For Test ON/OFF
  • Visual Indication for High Voltage ON
  • Zero Start Safety Interlock
  • High Glow LED Display
  • Fuse Protection
  • RS-485(Modbus) Communication (Optional)
  • Transformer, Motor Pump, Generator, Cables & Switchgear Manufacturer & Repairers
  • Testing of Electronics Component
  • Electronics Equipments, Electrical Appliances Manufacturer, Repairers, & Maintenance Workshops.
  • Electrical / Electronics Department, Electrical Laboratories etc. of Educational Institutes
  • Test & Calibration Labs, Research Institutes And Third Party Inspection Agencies
GENERAL SPECIFICATIONS
Input Voltage AC 230V ± 10% @ 50 Hz or AC 110V ± 10 @ 60 Hz (on request)
Output Voltage 3KV / 5KV / 10KV / 15KV / 20KV / 30KV / 50KV / 70KV / 80KV / 100KV Ac (other on Request)
Accuracy 2% on FSD
Tripping Current Range 25% / 50%/ 75%/ 100%- using Selector Switch (Other on Request)
Power Consumption Less than 500 VA approx (For 5 kV Model)
Dimensions (L X B X H) 380 x 320 x 220 mm approx. (For 5kV Model)
Weight of Instrument 18 Kg approx. (For 5 kV Model)*
Warranty 12 Months for Manufacturing Defects only at Ex Works No Warranty of any Accessories
   

Note :

  • 1. Above all Specifications are subject to change without prior notice Please confirm at the time of placing an order
  • 2 'Size ad Weight may be change without prior notice for continuous development
  • 3 These images are only for reference They may be differ in actual Product

High Voltage terminal of EIV Tester is connected to the conductive part (Device under Test) and Earth Terminal Should be connected to safety ground (Earth ground). If the insulation between the two adequate, then the application of a large voltage difference between the two conductors separated by the insulator would result in the flow of a very small current Although this small current is acceptable, no breakdown of either the air insulation or the solid insulation should take place. If device under test draws more than pre set value current then tripping will occur and test will get off. In this way we can find problem in the insulation of device under test.

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