Hi,
A couple of months ago, I engaged a plumber to replace the jumper valves in my shower taps to stop my hand held shower head from dripping after the taps were turned off. He used half inch jumper valves and had to force them into the spindle with a bit of difficulty because the thick plastic stem of the valves could not fit the hole in the spindle. After reassembling the taps he turned them off with force very quickly and there were no drips. Later when I turned on the taps, I felt that they had been over tightened. When I turned them off, the taps would reach a locked position (can’t turn anymore even with force) but the shower head would still drip. In order to stop the drip, I had to over tighten the tap by turning the taps on again and turning them off with a quick and forcefully twist. In doing this the tap went past the locked position by about 25 degrees.
1. Could this have been caused by the stem of the jumper valves not having free movement when turning the taps on and off since they were jammed into the spindle? And instead of being pushed into the seat, they are instead being screwed into the seat? I’m not sure about the spindle mechanism but in the illustration does the part labelled A move in and out or turns when the tap is turned on and off?
2. Will operating the tap this way by over tightening damage the seat of the tap connection?
I would appreciate your insight and advice on this problem.
Thank you.
Steve
Illustration