UPDATE: I changed course on this. Please see new thread “finger pull dimensions”.
Thx
I added a more legible attachment/diagram.
I’ve resurrected a long dormant project and realize i made a calculation error that now requires a creative solution. I have an idea but want to get the forum opinion on whether the aesthetics check out.
The project consists of (4) oak plywood boxes that will be fastened together to creat a built-in credenza that sits on the floor below an existing built-in book shelf system. The credenza will consist of (2) bookshelf boxes and (2) drawer boxes with inset drawers …. which is where the mistake occurred.
Originally the drawer fronts were going to be oak ply with 3/4” square edging to finish the ply edges. Midstream, I decided to simplify the front building and I purchased and cut solid oak boards.
The inside height of the box’s are 23.5”.
Box #2 is loaded with (2) file drawers requiring (3) reveal / gaps between drawers and the carcass.. The drawer front board is 11.25” x 2 drawers = 22.5 leaving 1” divided by 3 reveals = a bit more that 5/16” per reveal.
Box #3 is loaded with (1) file drawer and (2) smaller drawers. The file drawer front is 11.25 x 1, small drawer front is 5.5” x 2 = 22.25, leaving 1.25” divided by 4 reveals = .3125 = 5/16
i was originally planning on 1/8” reveals .
I see 2 solutions (see crude, not to scale diagram attached):
A. Simply Make up for the short fall by adding a strip of oak board to the top of each drawer front that would be uniform thickness for all file drawers. At minimum it would be about 5/16 but could be more if aesthetic call for it (and I would rip the existing front slab to accommodate).
B. Integrate an oak drawer pull across the entire width of each drawer that sits proud of the top of the front (and makes up the shortfall). See cross sections diagram. This would replace the original plan for shop-made oak pulls that would have been roughly 1/3 the width iof the drawer, centered and located in the typical vertical position.
Appreciate any thoughts about A or B or perhaps something else.
Thanks for looking.
Thx
I added a more legible attachment/diagram.
I’ve resurrected a long dormant project and realize i made a calculation error that now requires a creative solution. I have an idea but want to get the forum opinion on whether the aesthetics check out.
The project consists of (4) oak plywood boxes that will be fastened together to creat a built-in credenza that sits on the floor below an existing built-in book shelf system. The credenza will consist of (2) bookshelf boxes and (2) drawer boxes with inset drawers …. which is where the mistake occurred.
Originally the drawer fronts were going to be oak ply with 3/4” square edging to finish the ply edges. Midstream, I decided to simplify the front building and I purchased and cut solid oak boards.
The inside height of the box’s are 23.5”.
Box #2 is loaded with (2) file drawers requiring (3) reveal / gaps between drawers and the carcass.. The drawer front board is 11.25” x 2 drawers = 22.5 leaving 1” divided by 3 reveals = a bit more that 5/16” per reveal.
Box #3 is loaded with (1) file drawer and (2) smaller drawers. The file drawer front is 11.25 x 1, small drawer front is 5.5” x 2 = 22.25, leaving 1.25” divided by 4 reveals = .3125 = 5/16
i was originally planning on 1/8” reveals .
I see 2 solutions (see crude, not to scale diagram attached):
A. Simply Make up for the short fall by adding a strip of oak board to the top of each drawer front that would be uniform thickness for all file drawers. At minimum it would be about 5/16 but could be more if aesthetic call for it (and I would rip the existing front slab to accommodate).
B. Integrate an oak drawer pull across the entire width of each drawer that sits proud of the top of the front (and makes up the shortfall). See cross sections diagram. This would replace the original plan for shop-made oak pulls that would have been roughly 1/3 the width iof the drawer, centered and located in the typical vertical position.
Appreciate any thoughts about A or B or perhaps something else.
Thanks for looking.