Gate Operators
There are several types of Gate Operator available to suit various applications. Below is a desciption of each Gate Operator plus its technical specifications.
At FM Engineering we only use Gate Operators from the leading manufacturers including a two year warranty.
Joint Motor
This is an electro-mechanical articulated arm suitable for residential applications. It is ideal for Gates hung from large pillars.
- 2.5m max gate width
- 250kg max gate weight
- Max 100 operations per day
- Operation time approx. 15 secs
Mechanical Ram
This is an electro-mechanical ram suitable for residential applications. It is ideal for Gates hung from small pillars or where there are space restrictions.
- 3m max gate width
- 250kg max gate weight
- Max 60 operations per day
- Operation time approx. 20 secs
Mechanical Underground
This is an electro-mechanical underground operator suitable for residential applications. It is aesthetically pleasing since there is no motor on show.
- 3.5m max gate width
- 300kg max gate weight
- Max 100 operations per day
- Operation time approx. 12/20 secs (model dependent)
- Capable of opening 180 degrees
Hydraulic Ram
This is an electro-hydraulic ram suitable for residential or commercial applications. It is ideal for Gates hung from small pillars or where there are space restrictions.
- 3.5m max gate width
- 300kg max gate weight
- Max 500 operations per day
- Operation time approx. 17/28 secs (model dependent)
Hydraulic Underground
This is an electro-hydraulic underground operator suitable for residential or commercial applications. It is aesthetically pleasing since there is no motor on show.
- 3.5m max gate width
- 800kg max gate weight
- Max 500 operations per day
- Operation time approx. 9 secs
- Capable of opening 180 degrees
Mechanical Slider
This is an electro-mechanical sliding gate operator suitable for residential or commercial applications. It is ideal for when gradients and space are a problem.
- Any gate width
- 2000kg max gate weight
- Up to 100% duty cycle (unlimited operations per day)