I have a lazerjet printer, and when I turn it on, the first kick in of the motor well actually lower the room voltage to like 100 volts. That triggers my UPS to go on and on several times while the printer is heating up, and lately I've noticed it does not go fast enough then my PC stops responding because it gets a voltage dive. Sort of the same affect as flicking the PSU switch to 240 volts, which basically cuts the DC voltage input in half as it is set to convert from 240 rather then 120.... anyway, long story short, what is a solution to avoid this? Is there any type of device I can plug the printer in so it sucks up less power? A capacitor bank maybe? I was thinking a UPS, and I can unplug it when I start up the printer, but I doubt that ups would last long... Putting the printer in a different room is not optional as it's not a network printer and even if it was, I would not want to start running cable, and I rather not have a wireless network.
Also, I have this old (well actually it's new, but it sucks) UPS that lasts for about 5 seconds no matter what the load is, so it would sort of act like a capacitor, is it safe to plug a UPS into another UPS? I can't see why not, but figured I'd check first, since I can always have two UPSes for my computer to increase the chance of one flipping in time.
Oh and another thing, is there a way to tweak a UPS to flick faster? Like is it a spring or something? I never opened one up, but I know it's mechanical to a certain extent as I hear it when it switches over to battery power.
So any solutions would be apreciated, thanks.
Also, I have this old (well actually it's new, but it sucks) UPS that lasts for about 5 seconds no matter what the load is, so it would sort of act like a capacitor, is it safe to plug a UPS into another UPS? I can't see why not, but figured I'd check first, since I can always have two UPSes for my computer to increase the chance of one flipping in time.
Oh and another thing, is there a way to tweak a UPS to flick faster? Like is it a spring or something? I never opened one up, but I know it's mechanical to a certain extent as I hear it when it switches over to battery power.
So any solutions would be apreciated, thanks.
