DC Hi-Pot Tester | Models: 3010HP, 3025HP, 3050HP
The DC Hi-Pot Test is a critical electrical safety test mandated worldwide, identifying insulation weaknesses caused by dirt, grease, humidity, and temperature stress. Over 80% of electrical and electronic system failures stem from poor insulation, making Hi-Pot testing essential for ensuring system reliability and operator safety.
These testers provide a cost-effective and precise solution for performing Hi-Pot tests across a range of electrical equipment.
Applications
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Transformers
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Switchgear & Relays
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Motors
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Coils & Chokes
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Generators
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Capacitors
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Wires & Cables
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Other electrical apparatus
Benefits
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User-friendly front panel controls
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High fault detection capability
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Zero start lock for operator safety
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Insulated test probe applicator
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Shielded output test leads
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Test leads energized warning indicator
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Auto/Manual test mode
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Adjustable test time in auto mode
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Continuously adjustable output test voltage
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Accurate 3½ digits LED display for test voltage and leakage current
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Go/No-Go leakage current trip indicator with buzzer alarm
Accessories
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Foot switch for hands-free operation
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Discharge rod (optional)
PC Compatible Feature (Optional Upgrade)
When connected to a PC (Windows 7/10) via USB, the DC Hi-Pot Tester offers:
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Job work management with test data reference
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Real-time display of applied Hi-Pot voltage & leakage current
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Automatic insulation resistance calculation
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Store, print, and recall test reports
Note: This feature is not included in the standard tester.
Technical Specifications
Model Options
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3010HP
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3025HP
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3050HP
output voltage
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0–10,000 V (3010HP)
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0–25,000 V (3025HP)
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0–50,000 V (3050HP)
max leakage current
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2000 μA
max trip current
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2000 μA
max test time
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600 s
display
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3½ digits LED
operating voltage & frequency
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230 V (50/60 Hz) or 110 V (60 Hz)
power consumption
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120 W (3010HP)
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300 W (3025HP)
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600 W (3050HP)
weight
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23 kg (3010HP)
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30 kg (3025HP)
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90 kg (3050HP)
dimensions (W × H × D)
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380 × 210 × 485 mm (3010HP)
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435 × 250 × 540 mm (3025HP)
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570 × 1050 × 660 mm (3050HP)
Rotor Fault Detection Feature
In addition to Hi-Pot testing, the integrated Rotor Tester identifies faults in aluminium and copper die-cast rotors by detecting induced magnetic field irregularities via sinusoidal waveform analysis.
faults detected
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Broken or interrupted rotor bars
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Poor or missing connections to end rings
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High bar resistance
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Short circuits between two or more bars
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Misalignment of commutator and slots
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Non-uniform lamination of commutator
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Deviation in skew angle
This feature provides a clear, real-time waveform display to correlate rotor bar conditions with motor torque performance.
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