Wooden Gates Design,How To Make A Bird Feeder For Woodpeckers,Jefferson Standing Desk Plans,How To Make Desktop Computer Faster - Test Out

07.05.2015
We have a large selection of wooden gates with solid wooden frames and inserts to metal framed with wooden infills and wooden cladded gates, to solid quality solid oak gates, all tailored to suit your requirements. All timber constructions are subject to movement caused by weather and temperature changes as wood is a natural breathing material, any additional loads created by automation can considerably reduce the life of wooden gates, twisting and stress can be avoided by designing the system correctly from the outset, which of course we take care of. Additional strengthening of the gates may be required with the addition of metal bracing across major timber joints. Swing gates can comprise either one gate leaf or two, and can be automated on either basis. When fitted to outward opening gates they do not have motors on the outside, detracting from the gate design. Universal (Articulated or Jointed) Arms are designed to fit easily to most gates, posts or pillars. EDS are able to provide Wooden Gates, Oak Gates, Steel Gates, Stainless Steel Gates, Aluminium Gates and most other types of materials, please contact us for more details. Listed below you will find a small selection of wooden gates, for more detailed information download our catalogues.
In particular some wider 5 bar gates (as they are known) would require an additional timber rail and bracing bar along their length.
Swing gates can also open inward or outward, depending on the location, terrain and other factors The majority of swing automatic gate systems tend to be inward-opening twin-leaf.
Thus when specific considerations are involved, such are higher leaf weight or width, high wind factors and some gate constructions, rams can be the preferred option.


An electric pump "pushes and pulls" the piston back an forth, thereby opening or closing the gate mechanism. Twin-leaf systems have the effect of halving the area into which each gate leaf opens, thereby limiting intrusion and generally speeds up the operation of the system. Within the first two types above, the drive units can be hydraulic or electo-mechanical in design. The opposite end of the gate ram is then attached to the inside of the gate leaf, and via an internal "push-pull" arrangement, the ram pulls the gate open and then pushes it shut.
Also where the gates require to have "kicking" or "rising" hinges in order to navigate up and down an inclining driveway, rams (particularly with inbuilt slowdown features) are not just the preferred option, but the only option. Thus our swing gate systems are suitable for applications from low-use domestic driveway use to intensive situations such as city-centre flat developments and busy country estates.
Outward-opening swing gate systems are generally installed where the road or driveway inclines, sometimes quite steeply, toward the property.
In particular, where a new set of gates are to be installed, the "hidden" motors do not detract in any way from the "look" of the gates.
Depending on other design or installation factors, typically a ram can open a gate leaf up to around 110° from it's closed position. By opening outward little modification in gate design is required, but consideration has to be given to the gate approach, access control and certain safety aspects. The rams can also be located behind a feature on the inside of the gate to make it less obvious when viewed from the outside.


This is simply powered by an electric motor which winds and rewinds the worm or screw to open or close the gate leaf.
However, under certain circumstances, inward swinging gates can be designed to navigate "up the hill" by means of special hinge arrangements, known as "kicking hinges" or "rising hinges".
Ideally rams should be fitted to the middle of each gate and post to optimise load and power distribution across the gate leaf.
However care must be taken to ensure that nothing encroaches into the articulated mechanism during the automatic gate operation. In an underground electromechanical system, it is the electric motor which does all the work of opening and closing the gate leaf. As a general rule electromechanical rams systems tend to designed for lightweight, lower-cost gates. Such systems can be installed where outward swinging gates are neither practical nor desirable. Depending on other design or installation factors, typically a universal arm can open a gate leaf up to around 130 degrees from it's closed position.



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