Core Technical Specifications

Performance Specifications

• Attenuation:

• 40kHz-100kHz: >40dB

• 100kHz-1MHz: >60dB

• Filter Reactor Q-Factor: >70 (Low signal distortion)

• Partial Discharge: <2pC (Ultra-clean operation)

• Insertion Loss: <0.5dB at 50Hz

Dual-Circuit Design Advantages

• Independent Noise Control: Separate filtering for different load types

• Cross-Contamination Prevention: -75dB inter-circuit noise rejection

• Load Balancing: Distribute 100A total capacity across circuits

• Maintenance Flexibility: Service one circuit while maintaining operation

Engineering Features

• High-Current Reactors: 50A/channel with forced air cooling

• Low-PD Construction: Vacuum-impregnated windings

• Thermal Protection: Class-F insulation (155°C rating)

• Surge Resistance: 6kV/3kA impulse withstand

Industrial Applications

• Industrial CNC machine power conditioning

• Plasma cutting system EMI control

• Water treatment plant control systems

• Pharmaceutical manufacturing equipment

• Broadcast transmission equipment

"Dual-circuit filters with high Q-factor reactors provide essential noise separation in multi-load industrial environments where different equipment generate conflicting EMI profiles."

– IEEE Industry Applications Magazine

Installation Guidelines

1. Mount on vibration-isolated surfaces

2. Maintain 100mm clearance on all sides

3. Use 25mm² copper conductors with silver-plated lugs

4. Implement separate grounding for each circuit

5. Verify phase alignment before energization

Compliance & Testing Standards

• IEC 61000-6-4 (Industrial emissions)

• IEC 61000-6-2 (Industrial immunity)

• IEC 60270 (Partial discharge measurement)

• ANSI C62.41 (Surge withstand capability)

Performance Validation Tests

Maintenance Protocol

1. Monthly: Visual inspection for thermal discoloration

2. Quarterly: Torque check on power connections (35N·m)

3. Biannual: Insulation resistance test (>500MΩ at 2.5kV DC)

4. Annual: Attenuation verification with spectrum analyzer