Technical Specifications

Key Performance Features

• Extreme Power Handling: 100kW capability at full load (100kV × 1A)

• Advanced Thermal Management: Multi-stage cooling fins maintain ≤80K temperature rise during 60-min operation

• Ultra-Low Inductance: <5μH design ensures accurate pulse response

• Corona-Free Design: Graded shielding maintains <5pC partial discharge

• High Current Terminals: Silver-plated copper connectors rated for 1.5A continuous

Mechanical Design

• Robust Construction: Stainless steel core with ceramic insulating segments

• Cooling System: Integrated radial fins + optional forced-air adapters

• Dimensions: Ø150mm × 1200mm (standard configuration)

• Weight: 25kg (base unit)

• Mounting: Heavy-duty flange mounting with M16 bolts

• Environmental Rating: IP56 (dust/water resistant)

High-Current Applications

Power System Testing

• Circuit breaker short-circuit testing

• Transformer impulse withstand verification

• Generator stator winding tests

Research & Industrial

• High-energy physics experiments

• Plasma generation systems

• Pulsed power applications

• Railgun and EM launch systems

Thermal Performance

Forced-air cooling extends full-power operation duration by 100%.

Installation Requirements

1. Mount vertically with minimum 1m clearance to all surfaces

2. Use HV-rated cables (min. 50mm² cross-section)

3. Implement forced-air cooling for operations >60 minutes

4. Ground both terminals via 16mm² copper straps (resistance <0.1Ω)

5. Maintain ambient temperature ≤35°C for full-power operation

Compliant with IEC 61010-1:2010 safety standards for high-power test equipment.

Cooling Options

Standard Configuration

• Natural convection cooling

• 60-min full-power operation

• 120-min cooldown period required

Forced-Air Kit (Optional)

• Integrated blower system (240V AC)

• Extends full-power operation to 120 min

• Reduces cooldown period to 60 min

• Airflow: 500 CFM

Liquid Cooling Adapter

• Continuous full-power operation

• Deionized water circulation system

• Flow rate: 10L/min

Maintenance Protocol

• Pre-Use: IR test (5kV DC, min. 50GΩ) and visual inspection

• After Full-Power Use: 2-hour cooldown before handling

• Monthly: Terminal cleaning and torque check (80Nm)

• Quarterly: Cooling fin inspection and cleaning

• Annual: Full performance validation per IEC 60060-3

• Lifetime: Replace after 200 full-power cycles or 3 years