Core Technical Specifications

Advanced Performance Metrics

• Attenuation:

• 40kHz-100kHz: >40dB

• 100kHz-1MHz: >60dB

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

• Partial Discharge: <1pC (Laboratory-grade noise emission)

• Insertion Loss: <0.3dB at 50Hz

Compact Regulator-Integrated Design

• Space-Optimized: Direct mounting in standard regulator cabinets

• Lightweight Construction: <12kg for easy installation

• Thermal Management: Natural convection cooling design

• Cyclic Operation: 1 hour ON / 1 hour OFF duty cycle

Engineering Features

• High-Efficiency Reactors: Amorphous metal cores for reduced losses

• Ultra-Low PD Design: Corona-suppression encapsulation

• Wide Frequency Compatibility: 50-60Hz operation

• Surge Protection: 6kV/3kA impulse withstand capability

Cyclical Operation Capability

Optimized for intermittent high-demand applications:

• 4 operational cycles per day maximum

• 1-hour continuous operation at 100% load

• Mandatory 1-hour cooling period between cycles

• Automatic thermal protection at 130°C

Industrial Applications

• Industrial motor controller cabinets

• PLC and SCADA system power conditioning

• Welding equipment EMI suppression

• Packaging machinery control systems

• Laboratory test equipment power purification

"Compact EMI filters with sub-1pC partial discharge levels are revolutionizing power quality in space-constrained industrial control cabinets where traditional filters can't fit."

– Power Electronics Today Journal

Installation Guidelines

1. Mount vertically in regulator cabinet using M6 fasteners

2. Maintain 20mm clearance from adjacent components

3. Use 16mm² minimum conductor size for power connections

4. Implement single-point grounding with <0.1Ω resistance

5. Verify duty cycle compliance before operation

Compliance & Testing

• IEC 61000-6-4 (Industrial emissions)

• IEC 61000-6-2 (Industrial immunity)

• IEC 60270 (Partial discharge measurement)

• UL 1283 (EMI filters)

Thermal Performance Validation

Maintenance Protocol

1. After Each Cycle: Visual inspection for thermal stress

2. Monthly: Torque check on terminals (25N·m)

3. Quarterly: Insulation resistance test (>100MΩ at 2.5kV DC)

4. Annually: Partial discharge verification