Assessing the existing gate
A gate should move smoothly by hand before an operator is added. Worn wheels, uneven track, stiff hinges or poor balance create loads that a larger motor may mask temporarily but does not properly resolve.
Sliding gate motors
A sliding operator drives the gate through a rack fixed along its travel. Gate mass, travel length, slope, rack alignment and the space available beyond the opening all influence the installation.
Swing gate motors
Single or paired leaves may use articulated, linear or underground operators depending on posts and geometry. Leaf length, hinge position, opening angle and wind loading must stay within the chosen operator's application range.
Controls and safety
Remote controls, push buttons, GSM, card access or plate-recognition commands may be connected where supported. Photocells, warning lights, force settings and physical stops are planned around vehicle and pedestrian movement.
Installation and repairs
Motor foundations, drainage, cable protection, rack or arm geometry and travel limits require careful setup. When a gate stops or ignores commands, power, controls, safety inputs, limits and mechanical resistance should all be tested.
Send dimensions and photographs for Gate Motors
Share the site, opening dimensions and expected use so we can clarify suitable equipment and installation scope.
Frequently asked questions
What to know about Gate Motors
Can my existing gate be automated?+
Possibly, if it is structurally sound, moves freely and provides suitable mounting and travel space.
How is a sliding gate motor sized?+
Gate weight, length, slope, wind exposure and daily operating cycles are considered together.
Can a gate open through plate recognition?+
Yes, if the access system and gate controller have compatible command interfaces.
Are photocells useful on a gate?+
Yes. Properly positioned photocells form part of a wider safety plan for vehicle and pedestrian areas.