Description

When your lights start dimming as the sun sets or that voltmeter drops below 12 volts, it’s time to give your charging system the power it needs. This 70-amp alternator keeps your electrical system charged up and running strong, especially when you’re running multiple accessories like work lights, radios, air conditioning, or hydraulic fans. If your old alternator is struggling to keep up with your tractor’s electrical demands, this upgrade gives you the extra power you need to run everything without draining your battery.

What You’re Getting

70-amp output provides plenty of power for modern electrical demands without overworking the system
12-volt operation works with standard tractor electrical systems
Comes with correct pulley – no need to swap parts from your old alternator
Internal voltage regulator maintains steady charging voltage even when engine RPM varies, protecting your battery and electrical components
Heavy-duty construction handles the vibration and heat of engine compartments

Built for Real Farm Work

It’s perfect for operations that have added extra electrical equipment over the years – LED work lights, GPS systems, radios, or other accessories that weren’t on the original tractor. Especially valuable for dairy farms where tractors run long hours with lights, fans, and other electrical loads. This alternator fits Ford New Holland 10 and 30 series tractors that handle everything from loader work to hay making.

Made to Last

This alternator uses quality components that can handle the constant duty cycle of farm equipment. The 70-amp output gives you a good safety margin above most tractor’s basic electrical needs, so you won’t be constantly running at maximum capacity. It’s designed to keep working reliably even in dusty, hot conditions that would stress lesser alternators.

Installation Notes

Make sure to disconnect your battery before starting work for safety. It’s worth checking your belt condition and tension while you’re replacing the alternator, as a slipping belt won’t let it charge properly. After mounting, verify proper belt tension – too tight damages bearings, too loose causes slipping and poor charging. Test the system with a voltmeter; you should see 13.8-14.4 volts at moderate RPM.