GAOTek High Voltage Generator Withstand Tester

GAOTek high voltage generator withstand tester combines the advanced technology of modern digital conversion, fully computer control, automated boost, buck, measurement and protection human intervention can cared out during the automatic step-up process, mains advantage includes full electronic, small sizes and light weight, large-screen LCD (clear and intuitive), printer output test report, easy to use designed to fully make the power industry standards.

SKU: GAOTek-OET-110 Category:
Description

Description

Overview

GAOTek high voltage generator withstand tester combines the advanced technology of modern digital conversion, fully computer control, automated boost, buck, measurement and protection human intervention can cared out during the automatic step-up process, mains advantage includes full electronic, small sizes and light weight, large-screen LCD (clear and intuitive), printer output test report, easy to use designed to fully make the power industry standards. Mechanical approach is widely used for modulation and demodulation. Ultra-low frequency signals, but no standard sine wave, some error of measuring and spark discharge in high-pressure part, etc.

 

Features

  • Digital frequency conversion, microcomputer control for automated testing
  • Fool-like operation, simple wiring for convenient use
  • Comprehensive protection, rapid action, safe and reliable instrument
  • Safe low-voltage connection, photoelectric control for reliability
  • Closed-loop negative feedback control, no capacity rise effect
  • Complete configuration with touch screen, LCD, automatic storage
  • Large test range with multi-frequency selection
  • Small size and light weight for outdoor work
  • Chinese and English switching function for flexibility

 

Technical Specifications

Working power 220 V ± 5%,50 ± 5 Hz
Output voltage 60 kV
Output frequency 0.1 Hz, 0.05 Hz, 0.02 Hz
Load capacity 0.1 Hz to 1.1 uF, 0.05 Hz to 2.2 uF, 0.02 Hz to 5.5 uF
Measurement accuracy 3%
Voltage positive, negative peak error ≤3%
Voltage waveform distortion ≤5%
Working temperature 14 °F to 104 °F (-10 ℃ to +40 ℃)
humidity ≤85% RH