What should the voltage be for a stator Charger?
A good rule of thumb is you can convert to power by multiplying the stator amps ( current) x the battery ( voltage ). You can use 13 as a good all around battery voltage. That is a good healthy battery staying charged just above 12 volts. Example only: Let’s say the stator is rated for 10 amps x 13-volt battery: 10 x 13=130 watt charging system.
What does the regulator on a Harley stator do?
The regulator protects the battery voltage and when the battery voltage climbs too high it shuts off current to ground and bleeds it off as heat. That is what the heat fins on the regulator box are for, to dissipate the heat.
What should I do if my Charger regulator is not working?
Assuming your rectifier part of the unit is still working, you’ll see current flowing to your battery. You will see your battery voltage increasing because it has current flowing into it. If you suspect the regulator part of the unit is not working, you can set your multi-meter to the “DC Volts” setting, generally a 20-volt setting.
What should the voltage be on a Harley Davidson Charger?
Generally speaking, 14.6 volts is a hard set regulation point on most 12 volt systems such as a Harley. Basically, this does not allow the regulator to send voltage to the battery any higher than 14.6 volts. If the stator fails, your battery will no longer be charging when you’re riding your motorcycle.
A good rule of thumb is you can convert to power by multiplying the stator amps ( current) x the battery ( voltage ). You can use 13 as a good all around battery voltage. That is a good healthy battery staying charged just above 12 volts. Example only: Let’s say the stator is rated for 10 amps x 13-volt battery: 10 x 13=130 watt charging system.
Can a stator be replaced on a twin cam Harley Davidson?
In this video, Mike walks us through the process of a full charging system test, along with the removal of a complete charging system on a Twin Cam touring model. He demonstrates the stator replacement with a 50 amp upgrade. This upgrade will keep your battery up to snuff as the demands on the battery and charging system keep growing.
The regulator protects the battery voltage and when the battery voltage climbs too high it shuts off current to ground and bleeds it off as heat. That is what the heat fins on the regulator box are for, to dissipate the heat.
Assuming your rectifier part of the unit is still working, you’ll see current flowing to your battery. You will see your battery voltage increasing because it has current flowing into it. If you suspect the regulator part of the unit is not working, you can set your multi-meter to the “DC Volts” setting, generally a 20-volt setting.
Why is the regulator on my Harley stator not working?
The regulator protects the battery voltage and when the battery voltage climbs too high it shuts off current to ground and bleeds it off as heat. That is what the heat fins on the regulator box are for, to dissipate the heat. If the regulator did not monitor the voltage to your battery it would destroy it.
How to test a voltage regulator on a Kohler engine?
Check electrolyte levels and add soft, clean water if needed. Place a small load on the battery by turning the key to the ON position for 15 seconds. Turn the voltmeter on and turn the dial to 20 ohms. Place the black lead from the voltmeter on the negative battery post and the red lead on the positive post.
How can I tell if my stator connector is defective?
Ohms Test. You will need a multimeter set to Ohms for this test. Test every lead of the stator’s connector and note the readings. The reading of each combination should be the same (test leads 1-2, 2-3, and 3-1). If they are different, your stator is defective.
How to test an ATV stator, rectifier and battery?
If your vehicle’s electrical system isn’t charging properly, and your regulator/rectifier is one that can’t be completely tested with a multimeter, use a process of elimination to determine which of the three main components is at fault. Watch the video below for more on how to test an ATV stator, rectifier and battery.
What should I do if I get a reading on my stator?
Set your multimeter to Ohms. Put the negative lead on the engine’s ground and the positive lead on each wires of the stator’s connector one by one. You shouldn’t get a reading at all. If you get a reading, even very small, on any wire, the stator is defective and must be changed. Put your multimeter to AC Volts and start you vehicle.
How to test the charging system on a Harley Davidson?
Charging System Voltage Test Start motorcycle, measure DC Volts across the battery terminals (you should have a reading of approximately 13.2-15 DC Volts). 3. Check Connections/Wires Inspect the regulator/stator plug, and check the battery terminals for connection/corrosion.
If your vehicle’s electrical system isn’t charging properly, and your regulator/rectifier is one that can’t be completely tested with a multimeter, use a process of elimination to determine which of the three main components is at fault. Watch the video below for more on how to test an ATV stator, rectifier and battery.
How do you change the voltage regulator on a Harley Davidson?
This specific video shows you how to change your Harley voltage regulator, also known as the voltage regulator rectifier. We remove the old regulator and the wire off the 30 amp breaker and install a new voltage regulator and wire it correctly. We then insert the plug into the Stator allocation.
The regulator protects the battery voltage and when the battery voltage climbs too high it shuts off current to ground and bleeds it off as heat. That is what the heat fins on the regulator box are for, to dissipate the heat. If the regulator did not monitor the voltage to your battery it would destroy it.
Why does my motorcycle battery charger not work?
Basically, this does not allow the regulator to send voltage to the battery any higher than 14.6 volts. If the stator fails, your battery will no longer be charging when you’re riding your motorcycle. Often times, a short can happen in the windings around the stator. The insulation on the wires can wear down over time or a wire can break.