Click the button below to add one #QC1212
Quad Core PMA with Fan&Pulley to your shopping cart
 
 
 
 
 
YOU ONLY PAY THE SHIPPING FEE ONCE PER ITEM #
SO ORDER AS MANY AS YOU LIKE FOR ONE SHIPPING FEE.
 
Please provide a "Street Address" for UPS shipping. NO P.O. Boxes Please!!
We offer FedXE or UPS GROUND SERVICE only to the USA and Canada.
All items are insured against loss and you will be Emailed a UPS tracking #
Again, absolutely NO Post Office shipments and also NO P.O. boxes please!!
For all international orders link here)
 
SUPER-CORE
#SC SERIES PMA's -
Our PMA's include only the spacers, shaft nut and lock washer.
 
 
 
#QC1212 - Quad Core is our highest amperage model PMA!
Highly recommended for engine, hydro and belt driven applications!
 
 
325 amps! (16,000 rpm) - Includes cooling fan and 80MM pulley as stand equipment.
DO NOT REMOVE COOLING FAN! This model can get hot! VERY POWERFUL!!
Serpentine pulley system required loads over 4000 Watts See Power curves -
You can go from 12 to 90 volts just by changing the pulley ratio. For an engine or hydro driven system the QC12 it is the BEST choice since it is so powerful and versatile.
  • 1230 RPM for 12 Volt battery charging.
  • 2030 RPM for 24 Volt battery charging.
  • 3854 RPM for 48 Volt battery charging.
  • 5422 RPM for 60 Volt battery charging.

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    See Power curves -

    HEAT WARNINGS:
    IF you are pulling over 500 Watts without a cooling fan your PMA it will over heat! Fan kits are very important to have on ALL high amp applications!!!!--- Keeping your PMA's cooled, fused and under reasonable loads is the operators full responsibility. Monitor your PMA for excessive heating in all experimental machinery! Maximum PMA's operating temperature is 350 F. for 100% duty cycle. No warrantees on ANY burned out PMA's! They are sold in good working condition and you have to keep them cool and never over loaded regarding amperage draw.
     
    A PMA RUNNING SLOW WHILE DRAWING A FULL AMP LOAD IS A DEAD PMA!
    Here is guide to help you choose the right PMA and keep it cool via the correct RPM V. AMPS coefficient
    These figures must then be matched to the power curves. This total calculation must be done
    correctly or you may find yourself burning up a few PMA's as part of your learning curve.
    (Expensive lessons for the inexperienced!!!!!!!! All Sales Final)
     
    POWER DRAW CHART
    0 to 300 Watts - Required RPM for proper cooling fan operation = 0 to 300 rpm +
    300 to 800 Watts - Required RPM for proper cooling fan operation = 1400 rpm +
    800 to 1500 Watts - Required RPM for proper cooling fan operation = 2500 rpm +
    1500 to 2500 Watts - Required RPM for proper cooling fan operation = 3700 rpm +
    2500 to 5000 Watts - Required RPM for proper cooling fan operation = 5500 rpm +
    5000 to 7000 Watts - Required RPM for proper cooling fan operation = 8500 rpm +
    7000 to 10,000 Watts - Required RPM for proper cooling fan operation = 11,000 rpm +
    10,000 to 14,000 Watts - Required RPM for proper cooling fan operation = 18,000 rpm +
    14,000 to 16,000 Watts - Required RPM for proper cooling fan operation = 25,000 rpm +
     
     
     
     
     
     
     
     
    http://www.youtube.com/watch?v=SchQ5nxo3So