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BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor
BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor
BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor
BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor
BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor

BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor Withstand Voltage 110-125V AC

Product ID : 45769075


Galleon Product ID 45769075
UPC / ISBN 757277496240
Shipping Weight 0.15 lbs
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Model BL-400-480
Manufacturer BlueNatHxRPR
Shipping Dimension 7.01 x 4.02 x 2.01 inches
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1,138

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

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BlueNatHxRPR 400-480 uF MFD Motor Start Capacitor Features

  • Production Name: Start Capacitor 400-480 Microfarad, Withstand Voltage:110-125V AC 50/60Hz, Vollume: 400-480 Microfarad,Shape: Round

  • Size: 1.437*30375 in/36*85mm (Diameter * Height),Wide used for 125v single phase motor as start capacitor,such as for pump, water supply,washer,garage door motor etc.

  • US style start capacitor,made a rugged phenolic resin body, no PCB inside

  • With 1/4 inch standard(6.3*0.8mm/Width*Thickness) quick connect terminals, each pole has 2 terminal

  • Compatible for all old 092A400B125AD2A Aerovox , MARS 11024 , JARD 11924 , Global 1024 , Packard PMJ400 , Supco CS400-480X110 , Mallory PSU40015 , Vanguard BC-400 , NTE MSC125V400 SC0032 and other Start Capacitors with similar volume and voltage rating


About BlueNatHxRPR 400-480 UF MFD Motor Start Capacitor

start capacitor 400-480 microfarad Remark: 1.Normaly single phase motor has 2 capacitors, one is start capacitor, use only start, another is run capacitor, using all the time when motor runs 2.As 220v or 230v single phase motor, run capacitor can be estimated Approximately as C = 0.03* Power(watts) uF 3.As 110v or 125v single phase motor, run capacitor can be estimated Approximately as C = 0.1* Power(watts) uF 4.As start capacitor estimated Approximately, C(start) = (1 - 4)*C(run) 5.Best methods is that just replace with the same size of the origial 6.Normally with same vollume the high withstand voltage capacitor body is bigger than the low one