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Gate motor ratings from the manufacturer are based on the maximum weight it can push at the slowest speed using all new hardware on a standard swing gate. Worn hardware increases the load and so does a gate’s infill.

The many factors below increase the effective weight of a gate. When you’re matching a motor to a gate, remember each of these things adds to the load on the motor.

If you are not sure of the right size motor you might require we are more than happy to advise: if you can send us a picture or two and the gate measurements we can advise on the system and budget for you.

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Solid Infill:   

Gates with solid infill panels make the gate act like a sail and can put massive force on the motor.
 

Timber Pailings:   

Absorb water making the gate much heavier.

Hinges:   

Rusty or misaligned hinges without lubrication make the motor work hard.

Gate Length:   

Long gates have more momentum and put more strain on the hinges when compared to a high narrow gate of the same weight.

Speed:   

The faster you push it the more force you’ll need.
 

Hinge Selection:   

Automation using linear drive motors puts a lot of force on the hinges. Welded butt hinges are a disaster waiting to happen. Tapered bearing hinges on the bottom with ball bearing top hinges are the way to go.

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The Gate & Garage Door Company are on hand to guide you through the installation process and Full installation instructions and fixing pack are included with every system supplied from The Gate & Garage Door Company. 

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