Bathroom Stall Door Repair: Adjusting Hinges, Fixing Latches, and Replacing Hardware

A stall door that sags, drags, swings past closed, or will not stay latched is a hardware problem before it is a partition problem: the hinge cam sets where the door rests, the keeper sets whether the latch catches, and both are built to be adjusted in the field. The steps below come from the installation sheets of Bobrick, Hadrian, Scranton Products, and ASI Global, each named where it is used.

How a stall door hangs

Most compartment doors hang on two gravity hinges, the self-closing cam type. One hinge carries a cam, a stepped collar the door rides up as it swings, so gravity returns the door to the rest position the cam is set to. Bobrick's laminate sheets fasten the halves with toothed plastic bushings to the stile and set a plastic cam and pin on the upper stile half; Bobrick's ClassicSeries HPL sheet, Hadrian's metal manual, and ASI Global's vault hinge put the cam in the lower hinge; Scranton's 8 in. aluminum wraparound carries it in the top hinge.

Continuous (piano) hinges run the full door height; Scranton's surface mounted aluminum continuous hinge is spring loaded, closes only, and its sheet says all continuous hinges are non-handed and not adjustable. Wraparound hinges (Scranton's and ASI Global's 8 in. aluminum) are field adjustable. Hadrian's concealed hinge is for powder coated pilasters only.

Hadrian, Scranton, and ASI Global call the vertical member a pilaster; Bobrick's sheets and parts lists call the same part a stile. The door's weight sits on the cam and pin of the hinge that carries it and on the bushing of the other, so wear there drops the door, and a dropped door drags at the bottom and misses the keeper. Check the hinge before you blame the panel.

Adjust a self-closing hinge so the door rests where you want

Bobrick's laminate and composite sheets (Forms 1080-69, 1550-69 MetroSeries, 1090-69 SierraSeries, and 2080-69 DuraLineSeries maximum privacy) share one procedure under "To Increase or Decrease Opening of Door":

1. Lift the door to the limit of its upward travel, approximately 1/2 in.
2. With the door lifted, raise the cam above the bottom bushing and rotate it so the alignment tabs on cam and bushing meet.
3. Rotate toward the opening direction to rest open, or toward the closing direction to rest closed. The figure shows three settings: open 15 degrees, normal closed, and beyond closed.
4. Where two hinges carry cams (the 2080 door hangs three hinges, two of them cammed), set both to the same tab, or the sheet says the door may not function properly.
5. Check that the tops of the hinge halves line up; the sheet says they do once the cam sits at the chosen position.

Other sheets set the angle with a nut:

• Bobrick ClassicSeries HPL (Form 1540-69): adjust the cam on the lower hinge bracket until the door closes to the desired position, then tighten the hex nut.
• Hadrian metal (Elite series): lower the door onto the male cam of the lower hinge, fit the threaded upper hinge pin, loosen the nut of the male cam assembly, set the angle, and tighten.
• Hadrian phenolic, Step 5.4: lift the door and turn the hinge cam left or right until it rests fully closed or partially open.
• ASI Global vault hinge: loosen the adjusting nut on the bottom hinge, turn the cam to the rest position, and tighten.

An outswing door rests closed and an inswing door a few degrees open so the stall reads as vacant (Scranton sets its helix hinge inswing open 15 degrees, outswing closed). On the accessible compartment the door must close on its own. The 2010 ADA Standards, 604.8.1.2: "The door shall be self-closing. A door pull complying with 404.2.7 shall be placed on both sides of the door near the latch." The full section is on our ADA stall dimensions page.

Fix a door that will not latch

1. Close the door and watch where the slide latch meets the keeper. Bobrick's figures show 1/4 in. of overlap at the standard 3/16 in. door gap. A latch missing high or low means the door has dropped or the pilaster is out of plumb: fix the hinge or the anchor first.
2. If the door hangs right, move the keeper. Bobrick leaves the keeper location undrilled for field adjustment; its wall keeper step: set the door closed, verify it is aligned with the other components, slide the latch toward the wall, mark, and drill.
3. Keep the emergency access gap in the table below; a keeper set too deep defeats the lift.
4. Hadrian's metal manual sets a 1/32 in. clearance between the door and the keeper for its indicator latch kit, and the arrow on its stop keeper points up.
5. A loose or bent latch is a bolt-on part. Bobrick's stainless latch slides into a track screwed to the door, held by a setscrew that takes a 5/64 in. Allen wrench. ASI Global's vault hinge system mounts its slide latch 27-1/2 in. up from the bottom of the door with two 1 in. step bolts and 5/8 in. barrel nuts; its 8 in. wrap hinge system mounts the same latch with 1/2 in. barrel nuts and the beveled side facing up for emergency access.

On the accessible stall the latch and pulls are operable parts under 404.2.7: "Operable parts of such hardware shall be 34 inches (865 mm) minimum and 48 inches (1220 mm) maximum above the finish floor or ground." Check a relocated latch against that band; see the door hardware height page.

Remove and replace a hinge or latch: what to record before ordering

Photograph the hinge open and closed, the keeper, and the shoe, and note the maker, series, and form number from the layout sheet. Bobrick's replacement shoe guide lists a shoe for every stile width from 3 to 24 in., in 1 in. or 3/4 in. stile thickness.

When to stop adjusting and order parts

• A cam that will not hold a setting: replace the cam and bushing rather than forcing them. Bobrick lists the hinge cam (1002156) as its own part; ASI Global lists the vault hinge cam and nylon bushing separately.
• A continuous hinge that has let the door drop: Scranton's sheet says these are not adjustable, and Hadrian's says the hinge must be installed plumb to work. Replace it.
• Stripped screw holes in an HPL, CGL, or phenolic door: the sheets guard against this at installation (Hadrian: no impact drivers on phenolic; Bobrick SCRC: moderate speed, medium torque) and hang institutional hardware through-bolted with barrel nuts, sex bolts, or threaded sleeves. Do not chase the hole with a bigger screw: ask for that door's through-bolted kit, and treat a broken-out hinge edge as a door to replace.
• A cracked or crushed pilaster shoe: order by stile width and thickness. Hadrian's shoe fits best with its front and back edges parallel, corrected by hand pressure on the back seam.
• A pilaster out of plumb or a loose floor anchor: no cam setting fixes it. The sheets plumb the stile with its leveling bolt and tighten the anchor nuts before the door goes on; start there.

What to do next

Replacement partition hardware is quote-to-order for us, not click-to-cart. Send the table's measurements, the maker and series if known, and photos of the hinge, keeper, and shoe through the quote form, and we will price matching hinges, latches, keepers, and shoes. When the compartment is past saving, the four materials have their own pages: solid plastic HDPE, phenolic, powder coated steel, and stainless steel. The mounting styles guide covers the shoe and headrail, and the material comparison helps choose a new stall.