I recently purchased power windows for my coupe. I was reading the instructions and they say to make sure that when all the way up the bottom of your gl*** sits 4" below window opening. Mine only sits about an inch below. Anyone else had this issue, or am I going to need to get new gl*** ? (32 Plymouth 3 window, specialty power windows)
How does it hook to the gl***? The 4” is probably insurance that the gl*** lower channel doesn’t hit the window opening in the door. I hooked mine to the original gl*** mount, it works like factory. I’d try it before I went and bought longer gl***, in fact, you might not even have enough room to get a longer gl*** in.
I don't have any of the original stuff for this car, it hooks to the gl*** by securing the gl*** in the channel then the channel bolts to the regulator that came with the window kit. From the looks of it , it's not going to work unless I make a 4 " extension on the regulator because there's not enough room it go up that far. The gl*** only sits about 1/2" below the top of the door when the window is all the way up. Does anyone have access to a regulator and the channel the gl*** sits in for a 32 Plymouth PB 3 window coupe if so, could you post a picture.
On a more serious note, try making a temporary masonite window that is taller and see if everything works. Sent from my SM-T350 using The H.A.M.B. mobile app
It does work but the top of the door gets a lot smaller, I made it out of concrete board . I figured it would be heavy like gl***. I would rather have mech windows but parts are not around for this car. No one makes parts for plymouths . Then again that's the fun of it isn't it
There's one of the reasons then, the taper. Having as much parallel gl*** edge in the channel below will help greatly so it won't rock back and forth. If your still in the template stage I suggest you add 3". You'll be much happier down the road.
I went thru this on my '32 and actually went with 5" below the window. The straight part below the window is what makes the gl*** stable in the channel. The more straight gl*** in the channel the less rocking, but it also increases the drag. Find the sweet spot between stable and smooth lift.
I have a idea that I'd like to run by you all. Instead of buying new gl***. If I take a 1/8" plate (steel) and weld it to the bottom of the channel the window sits in, that's 4"tall and wide as the channel then attach the plate to the regulator . I was thinking it should be the same as having a window thats 4" taller. Whats you all's thoughts.
I did that once, when I found that the window was rocking in the door, as suggested above. I used some 1/4" round stock, bent it so that it came down a few more inches in the run channel. It's not as heavy that way, but worked well.
I don't know for sure, but it seems to me that would be true for a parallel sided window, but the tapered gl*** has less friction until almost closed due to the taper not making as much contact on it’s way up and down. It’s possible the original gl*** was deeper for that very reason. Ray
If the window guides(??) are in place, you could use a service belt attached to the bottom of the window and just pull them up the way stagecoaches' used to do.. I did a few model A's that way...
I think it would work. I'd just tack it at first for a trial, if it works, great, if not, then get new longer windows. All you're trying to do is keep the power lift mechanism from hitting the door at full upward travel. I had to shim mine a little to get them to work smooth. Always have to make aftermarket stuff fit, especially if it's a one fits all type deal.
I used some NORS Regal aftermarket Mopar gl*** channels to duplicate the early style channels in my '35 Ford 3W. Guessing that Mopar used the down facing extensions to try to stabilize the tapered gl*** without making the window itself taller.
I used Speciality Power Windows in my Olds convertible and used stock height gl*** in it. Whose windows are you using?
The Gl*** man Placerville, Ca I had a chance to try out the parts I made they work good I appreciate the advice thanks
^^^^^ The battery off of one of those makes a great power source for testing install. Just watch what voltage you have. A few years back it didn't matter.