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120 250VAC 1 Single Phase Emi Power Line Filter 16A Emc Interference Filter For Vfd

120 250VAC 1 Single Phase Emi Power Line Filter 16A Emc Interference Filter For Vfd

  • High Light

    1 single phase emi filter

    ,

    120v Ac Emi Filter

    ,

    single phase emi filter 16A

  • Type
    EMI Filter
  • Transfer Function
    Low Pass
  • Package Type
    Throught Hole
  • Nominal Center Frequency
    50/60Hz
  • 3dB Bandwidth
    14K
  • Insertion Loss
    100dB
  • Input Impedance
    50ohm
  • Stopband Attenuation
    100dB
  • Rated Voltage
    120/250VAC
  • Rated Current
    16A 30A
  • Operating Frequency
    50/60Hz
  • Application
    Rf Shielding Room
  • Port
    Shanghai
  • Place of Origin
    China
  • Brand Name
    nenglv
  • Certification
    ce
  • Model Number
    HZ-16C-G
  • Minimum Order Quantity
    >=1 Pieces
  • Price
    $150.00
  • Packaging Details
    1 pcs in one carton the gross weight is about 20Kg
  • Supply Ability
    100 Piece/Pieces per Week

120 250VAC 1 Single Phase Emi Power Line Filter 16A Emc Interference Filter For Vfd

250VAC 16A emi earth line filter rf shielding
 

Tips Related to EMI Filter Current Ratings
To determine the current rating requirements for a filter, consider the maximum current rating specifications for the system to which it is connected. This is the maximum root mean square (RMS) amperes or horsepower rating of the load that will be connected to the filter. If there is a breaker present, the filter must always be rated to meet or exceed the breaker rating.

You can connect some types of filters in parallel to achieve higher current ratings. For this approach to work, you need to use identical filter models, and the connection must allow the filters to share the current equally. Be sure to follow the National Electric Code (NEC) and all local electrical codes throughout the process.

 
Product Description
 
RATED VOLTAGE 250 VAC
RATED CURRENT 30 A
OPERATIONAL FREQUENCY 50 60 Hz
Voltage Drop Less than 1V
Overload 140% of rated current for 15 minutes
Harmonic Distortion Less than 2% @ full rated current
Leakage Current ≤0.2A@380/230VAC and 50Hz
Dielectric Withstanding Voltage 1000VDC (line to line) 1000VDC (line to case)
DC Insulation Resistance As Per MIL-STD-202 Method 202
Terminal Strength As Per MIL-STD-202 Method 211
Temperature Rise As Per MIL-F-15733
Insertion Loss ≥100dB@14K-40GHz As Per MIL-STD-220A, Under Load Condition
Climatic Classification 25/070/21

 

  • Aim to keep power and control wiring separated. Ensure that power and control wires do not run parallel. If cables must cross, ensure that cables cross at or as close to a right angle as possible.
  • Route the conductors as close to the panel as you can.
  • Ensure that the filter input and output conductors are separated.
  • Keep input and output leads separated.
  • Use shielded wiring if necessary, especially, on the side that needs to be protected from the radiated noise.

Ensure that the shield of shielded cables is terminated at both ends.