ADA and Handicap Door Operators

An operator is only useful if the button is somewhere a person can reach from the direction they approach the door. Actuator placement matters as much as the operator itself, and it is the thing most often got wrong on otherwise correct installations.

Push plates

Round and square wall plates in the standard commercial sizes, plus narrow jamb-mount plates where wall space is tight. Mounted at a height and distance that works from a wheelchair as well as standing.

Touchless wave sensors

No-touch actuators for clinics, restrooms, laboratories, food service and patient areas, where surfaces are a concern. They fit to the operator already installed.

Wireless actuators

Battery transmitters and receivers where running cable through a finished wall, a glass surround or a historic fabric is not practical.

Key switches and credential activation

For openings that should only operate for authorised users, or only during set hours, wired through the building’s access control.

Handicap door openers that have stopped responding, open too slowly, or no longer hold open long enough are repaired the same way any operator is: arm and linkage, control board, actuator and wiring, then timing and force reset.

Wall actuators take a lot of abuse — they are hit by carts, wheelchairs and shoulders every day — and a plate that only works on the second or third press is an actuator fault, not an operator fault. Obsolete units are replaced with current operators sized to the leaf.

An operator is not always the answer. Where a door is heavy because the closer is set too hard, adjusting the closer is quicker and solves it. Where the hardware is the problem — a knob instead of a lever, a latch mounted too high — changing the hardware is the fix.

Where the door is genuinely heavy, exposed to wind, or on a route people use with their hands full, an operator is the practical answer and usually the only one that will hold.

We tell you which it is. Fitting a power operator to a door that needed a closer adjustment is an expensive way to solve a cheap problem, and it is a common outcome when nobody measures first.

Wave-to-open actuators do two jobs at once: they remove the contact surface, and they remove the need for any push force at all. On restroom, clinic, laboratory and food service doors that is often the deciding factor.

They fit to the operator already in place, so an existing accessible opening can be converted in a short visit without changing the door. Foot-activated and elbow-height actuators are used where people routinely approach with full hands.

Detection range and hold-on time are set at the door, because a wave sensor that only triggers from six inches away is no more usable than a heavy plate.

Accessibility is a property of a route, not of a door. An entrance that meets every requirement leading to a corridor door nobody can open has not made the building accessible.

We survey building by building rather than door by door: every opening on the route measured for clear width, threshold height and bevel, hardware type and mounting height, opening force and closer sweep timing. The output is a list of openings with what each one needs — an operator on some, a closer adjustment on others, hardware or threshold work on the rest — so the work can be planned in order of impact.

Texas — Austin, Cedar Park, Cypress, Richardson, McKinney, Sherman, Paris. Connecticut — Hartford, New Haven, Danbury, Greenwich. Alabama — Birmingham.

Tell us which openings need to be accessible and we will survey them and set out what each one needs.