Ok I got the PDR 3K GSK for Christmas and I have a couple of qusetions.
The more I read the directions the easier it makes it seem.
Any how the picture "Fig. 1" on Piers directions shows the springs through the side hole of the pump.
Ok to me that looks like the top of a valve spring where you have to press down and remove the 2 locks then you can take the spring retainer out and the spring just comes out.
However, the directions in step #12 say to measure the distance from the top of the governor stud to the top of the governor spring adjusting nut. Then in step #13 it says to remove the spring retainer and inner springs
I cannot see a adjusting nut in Fig 1 of the directions... uness the nut is screwed down on top of what I would call the spring retainer locks
When I first looked at the picture it looked to me like it was just a stud sticking out past the spring retainer. Is that the nut I can barely make out in the black and white picture?
I know everybody is getting tired of the simple GSK questions but I would greatly appreciate someone answering this for me.
Thanks
Happy Holidays
The more I read the directions the easier it makes it seem.
Any how the picture "Fig. 1" on Piers directions shows the springs through the side hole of the pump.
Ok to me that looks like the top of a valve spring where you have to press down and remove the 2 locks then you can take the spring retainer out and the spring just comes out.
However, the directions in step #12 say to measure the distance from the top of the governor stud to the top of the governor spring adjusting nut. Then in step #13 it says to remove the spring retainer and inner springs


I cannot see a adjusting nut in Fig 1 of the directions... uness the nut is screwed down on top of what I would call the spring retainer locks

When I first looked at the picture it looked to me like it was just a stud sticking out past the spring retainer. Is that the nut I can barely make out in the black and white picture?
I know everybody is getting tired of the simple GSK questions but I would greatly appreciate someone answering this for me.
Thanks
Happy Holidays