One-stage three-phase power filter

额定电压：

440V/250VAC

工作电流：

50A

工作频率：

50/60Hz

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Packaged one-level three-phase four-wire power supply filter
Product features
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◆Excellent common mode and differential mode interference suppression characteristics
◆Ordinary single type Stage filter circuit, special filter parameter design, high cost performance, compact structure, easy to install
◆Excellent electromagnetic interference suppression characteristics, can effectively suppress electromagnetic interference problems conducted along the power line
◆Rated operating current> ,
It can withstand >- times instantaneous overcurrent and is used for power electronic equipment below power level.
>◆Can be customized according to different performance, operating current, voltage, external dimensions and termination methods
>Use occasions
◆ Precision mechanical equipment, electrolysis, electroplating equipment, Inverter power supply equipment, >, optical machines, C machines, automation systems and conventional three-phase electric drive systems.
Technical parameters:

/C
Rated current R

Operating frequency r rc
/
Line—line—
C

Line zero—
C

Line ground—< br/> C

Maximum leakage current
.(C@)
Temperature range R
+>>℃
< Termination method r
/> Input terminal
Output terminal
Copper nickel-plated bolts
Copper nickel-plated bolts

◆ Insertion loss
r B
>
Common Mode (C), Differential Mode/
Measurement Systems, B/CR .Publications, B .
/> Frequency (
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Total

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Difference

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◆ Circuit type
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◆ Overall dimensions (package )
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Installation tips:
Installation location: The best location for filter installation should be at the entrance of the power cord to Shorten the length of the input line in the chassis to reduce spatial coupling of radiated interference
Grounding: The filter must be well grounded. For filters with metal shells, the shell must be connected to the equipment chassis with low impedance, that is, the shell must be in conductive contact with the chassis panel and connected to the ground wire
Wiring of the input and output ends of the filter: input line of the filter , The output lines must be kept apart, and avoid running parallel lines to avoid coupling between the input cable and the output cable and bypassing the filter, causing the filter to fail.

◆
Reference Standards
[] B/― Part 1 General Specifications for Integrated Filters to Suppress Radio Frequency Interference
[] B/― Integral Filters to Suppress Radio Frequency Interference Part II Specifications for Filters
[] ― Safety Standards for Electromagnetic Interference Filters