Electrical conformity hipot tester UHV

DChigh-voltage

Product Introduction:
The UHV series programmable automatic impulse voltage tester performs dielectric strength (high-voltage impulse) tests for safety certification and production inspection of EV chargers, photovoltaic equipment, low-voltage switchgear, circuit protection devices, energy meters, motors, cables and RCDs. It is suitable as designated inspection equipment for CCC certification of low-voltage switchgear manufacturers.

Applications

• Type and production dielectric tests for low-voltage switchgear and components (including CCC workflows).
• Safety and dielectric testing for EV charging stations and chargers.
• Impulse testing for photovoltaic and renewable-energy equipment.
• High-voltage pulse tests for meters, motors, cables and circuit protection devices.
• Verification and performance checks of RCDs and residual-current protective devices.

Technical parameters and characteristics
DC output voltage: 0 to ±24 kV; accuracy ±3%
Impulse peak: up to ±20 kV; accuracy ±3%F (adjustable)
Waveform: wavefront time 1.2 μs ±30%; tail to half value 50 μs ±20%
Programmable range: ±4 kV to ±20 kV, 1 V step; program control accuracy ±3%
Number of impulses: 1–9,999 (programmable/manual)
Interval time: programmable 5–99 s (default 5 s); manual 1–99 s
Communication: RS-485 and USB (PC/network control)
Leakage/breakdown current setting: 30–1,200 mA
Power supply: AC 220 V ±10%, 50 Hz; power consumption 200 VA
Operating environment: 0–40 °C; humidity < 80%
Dimensions: 450 × 380 × 240 mm
Weight: 12 kg

Product Features

• Multi-mode operation: manual (knob), automatic (system) and programmable (PC/network).
• Constant-voltage regulation in automatic/programmable modes for precise impulse control independent of interval timing.
• Programmable control via RS-485/USB with customizable protocols for automated and remote testing (voltage/parameters/trigger).
• Batch and sequence testing: software-programmable combinations with real-time breakdown data and graphical visualization.
• Automated reporting: computer-generated reports with peak voltage, frequency and interval metrics.
• Intelligent pass/fail judgement based on impulse current magnitude and attenuation analysis.
• Waveform monitoring: impulse divider interface for oscilloscope verification.
• 12864 LCD panel displaying DC voltage, impulse voltage, interval time and impulse frequency.
• Localized touch-button interface with bilingual menus (Chinese/English).
• Dual-polarity architecture and dual-output capability allowing simultaneous DC and impulse generation.
• Full-range calibration routines and embedded self-correction to maintain accuracy across ranges.