ARC Heavy Current Ignition Tester 33A 110V for Electrical Insulation Testing IEC Standards Compliance
The ARC Heavy Current Ignition Tester is a precision testing instrument designed for evaluating arc resistance performance in electrical and electronic products, household appliances, and materials. This apparatus simulates electrical leakage scenarios to assess insulator performance under specified voltage conditions.
Meets international standards including IEC 60950-1, BS EN 60950-1, BS 7002, UL746A, IEC60947.1, and IEC730.1.
- Dual electrode configuration for precise arc testing
- Fixed current of 33A with power factor of 0.5
- Programmable arc strike frequency of 40 times per minute
- Electrode separation velocity of 254mm/s
- Preset arc strike counter up to 9999 cycles
- Automatic test control with independent exhaust system
- Integrated chamber lighting for clear observation
| Parameter | Specification |
|---|---|
| Working Voltage | 110V/60Hz |
| Control Operation | Electrical control, button operation |
| Arc Strike Current | 33A ± 0.5A at power factor 0.5 |
| Arc Strike Speed | 40 times/minute |
| Electrode Separation Velocity | 254 ± 25 mm/s |
| Electrode Material | Static electrode: copper, Ø3.5mm × 152mm, 30° bevel Moving electrode: stainless steel, Ø3.5mm × 152mm, 60° cone |
| Electrode Angle | 45° with level, 0.1mm radius of curvature |
| Test Chamber Dimensions | 800 × 700 × 1600 mm (L×W×H) |
| Weight | 300 kg |
Suitable for testing information technology equipment, low voltage switch and control equipment parts, and various electrical insulation materials. The HAI (High Amp Ignition) rating system indicates material flammability resistance - lower grade numbers represent better fire resistance.
- Do not start testing with current and voltage regulators at high positions to prevent circuit breaker tripping
- Inspect and trim electrodes after each test due to high wear susceptibility
- Ensure chamber door is completely closed before operation (equipped with safety switch)
- Place in well-ventilated area with adequate clearance for heat dissipation
- Regularly inspect exhaust fan functionality
- Connect to properly grounded power supply only
- Follow correct power cord polarity: Brown (L), Blue (N), Black (E)
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