380V 3 Phase output EMC Filter EMI Filter ME960-200 For VFD Inverter 90kw
►Product introduction
Model | Low Pass EMI Filter |
Transfer Function | Low Pass |
Package Type | Surface Mount |
Nominal Center Frequency | 10K-30MHZ |
Insertion Loss | 60~90dB |
Input Impedance | 50Ω |
Rated Voltage | 380V/440V |
Rated Current | 1A-100A |
Environmental Temperature | 40°C |
Temperature Range | 25 / 085 / 21 |
Operating Frequency | 50/60HZ |
Line to Line | 1450VDC |
Line to Ground | 2250VDC or 2000VAC |
Maximum Leakage Current | 115VAC/60HZ 1.4mA Max. 250VAC/60HZ 2.5mA Max |
MOQ | 5pcs |
Price | USD60~80/Meter |
Lead Time | 5~15 weekday for Low Pass EMI Filter |
►Product catalog
Model | Rated Current | Leakage current | VFD power | Overall size | Terminal connecting type | Weight | |
@40°C | 250VAC/50Hz | KW | g | ||||
ME960-5 | 5A | 0.75/1.5 | N2 | M4 | — | 1100 | |
ME960-8 | 8A | 2.2/3.7 | N2 | M4 | --- | 1100 | |
ME960-16 | 16A | 5.5/7.5 | N5 | M4 | --- | 1500 | |
ME960-30 | 30A | 11/15 | N5 | M6 | --- | 1500 | |
ME960-45 | 45A | 18.5/22 | N10 | M6 | --- | 2500 | |
ME960-75 | 75A | 30/37 | N12 | M8 | --- | 7000 | |
ME960-100 | 100A | 45 | N12 | M8 | --- | 7000 | |
ME960-120 | 120A | 55 | N12 | M8 | --- | 7000 | |
ME960-150 | 150A | 75 | N15 | M10 | --- | 10000 | |
ME960-200 | 200A | 90 | N15 | M10 | --- | 10000 | |
ME960-250 | 250A | 110 | N15 | M10 | --- | 10000 | |
ME960-300 | 300A | 125/132/150 | N30 | --- | Bar | 14000 | |
ME960-420 | 420A | 160/210/220 | N30 | --- | Bar | 14000 | |
ME960-500 | 500A | 250/260 | N60 | --- | Bar | 16000 | |
ME960-600 | 600A | 280/315 | N60 | --- | Bar | 16000 | |
ME960-800 | 800A | 400 | N80 | --- | Bar | 20000 | |
ME960-1000 | 1000A | 500 | N90 | --- | Bar | 22000 | |
ME960-1100 | 1100A | 550 | N90 | --- | Bar | 22000 | |
ME920-1200 | 1200A | 600 | N90 | --- | Bar | 23000 | |
ME920-1600 | 1600A | 700 | N100 | — | Bar | 23000 |
►Product application
1. Excellent conduction filtering effect
2. It is used to suppress the electromagnetic interference generated by the inverter and reduce the coupling interference from the output end of the inverter to the outside world.
3. Effectively reduce the high-frequency harmonics output by the IGBT, solve the problem of the frequency converter interfering with the motor; prolong the service life of the motor 4. Suppress dv/dt and alleviate the damage to the motor caused by the peak voltage output by the frequency converter
5. It is used to reduce the radio frequency interference caused by the long cable at the output end of the inverter, and improve the reliability and anti-interference of the equipment.
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