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Hi Marc
I imagine you have done all you can (input voltage set to 240v, sensititvity set to poor, and high transfer point set accordingly) as you are getting the Compensation for high input voltage level which means the AVR is cutting the voltage down as close as it can get to the set input voltage( it can reduce the voltage by 15%), otherwise you would see the UPS going on and off battery.
Looking at the manual it is capable of handling 276V and reducing it to 235 V with AVR. Above that the UPS will go on battery.
Whilst you don't have the ideal situation,looking at the data log you've provided, the UPS is capable of supplying your load with a stable ouput voltage with a few occurences of going on to battery, which may be avoided by upping the High Transfer point up another level.
Regards
Matt
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Hi Marc
I imagine you have done all you can (input voltage set to 240v, sensititvity set to poor, and high transfer point set accordingly) as you are getting the Compensation for high input voltage level which means the AVR is cutting the voltage down as close as it can get to the set input voltage( it can reduce the voltage by 15%), otherwise you would see the UPS going on and off battery.
Looking at the manual it is capable of handling 276V and reducing it to 235 V with AVR. Above that the UPS will go on battery.
Whilst you don't have the ideal situation,looking at the data log you've provided, the UPS is capable of supplying your load with a stable ouput voltage with a few occurences of going on to battery, which may be avoided by upping the High Transfer point up another level.
Regards
Matt
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