20A EMI/RFI power line filter is a general purpose 3-phase 3-wire power filter with excellent differential mode and common mode attenuation performance in industrial automation equipment such as 3-phase motor drive, UPS, packaging equipment, textile equipment, industrial air conditioners, etc.
Specification
Model | CHN-MT710-20 |
Filter Type | EMI |
Configuration | Single Stage |
Rated Current @ 40℃ | 20A |
Rated Voltage | 250V/440V AC |
Operating Frequency | 50/60Hz |
Phase | Three Phase Three Wire |
Leakage Current | ≤5mA @ 250V AC 50Hz 20℃ |
Filter Range | 150KHz-30MHz |
Hipot Rating (one minute) | Line to Line | 1450V DC |
Line to Ground | 2250V DC |
Climatic Category | 25/085/21 |
Working Temperature | -25°C~+85°C |
Output Termainal | Threaded stud M4 |
Weight | 600g |
Dimension | See below |
Dimensions (Unit: mm)

Electrical Schematic

Insertion Loss Table (in 50Ω system acccording to IEC/CISPR No.17)


Tips: Performance of EMI/RFI line filter in power supply equipment
- Prevent outside electromagnetic noise from interfering control circuit working of power supply equipment.
- Prevent outside electromagnetic noise from interfering power supply loading.
- Restrain the EMI generating from power supply equipment itself.
- Restrain the EMI which is generated by other equipment and passes through the power supply.
When switching power supply is working and electronic equipment is under switching on/off status, it may appear terminal noise at power supply equipment input end and generate radiation and conducting interference, which may also enter AC power grid and interfere other electronic equipment. Therefore, it should take effective measures to restrain. Electromagnetic shielding is the best way for restraining radiation interference of EMI noise. Using EMI/RFI line filter is very effective measure for restraining conducting interference of EMI noise.
EMI/RFI power line filter, three-phase three-wire single-stage, rated current 20 Amps and rated voltage 250V/440V AC. Low leakage current, compact design, threaded stud connection and excellenct attenuation performance.