What is your model?
How to adjust AVR ?
My AVR has two adjustment screws, can anyone tell me why two? Is there one for each 110v winding?
What's the correct procedure for adjusting the AVR and is 220 v the correct voltage or can i go to 240 v which some of my power tools state is their input.
I just replaced the AVR and im getting 100 v from each winding.
![Sports equipment Electrical wiring Helmet Sports gear Font]()
What's the correct procedure for adjusting the AVR and is 220 v the correct voltage or can i go to 240 v which some of my power tools state is their input.
I just replaced the AVR and im getting 100 v from each winding.
1 - 7 of 7 Posts
The AVR model is KI-DAVR-50S and it's for a Kipor genset.
The pot nearest the edge adjusts the output voltage. This is self-exaplanatory.
The other pot (near the capacitor) adjusts the "overload" status condition, which is indicated by the LED. The way I understood it is that you fully-load the generator to capacity then adjust the pot to the left (CCW) until just before the LED lights up. So if the load goes above 100% (or whatever you set), I imagine that the AVR goes into overload and cuts power to the exciter and consequently, cuts power to the output. This is just an educated guess.
![Automotive lighting Font Cable Bumper Electronic engineering]()
![Rectangle Font Parallel Diagram Drawing]()
The pot nearest the edge adjusts the output voltage. This is self-exaplanatory.
The other pot (near the capacitor) adjusts the "overload" status condition, which is indicated by the LED. The way I understood it is that you fully-load the generator to capacity then adjust the pot to the left (CCW) until just before the LED lights up. So if the load goes above 100% (or whatever you set), I imagine that the AVR goes into overload and cuts power to the exciter and consequently, cuts power to the output. This is just an educated guess.
1 - 7 of 7 Posts
