An initial outline proposal would be submitted and from this the drawings, plans and design would be formulated, we are able to piece together designs, so if you have seen several different styles we can put this into one unique drawing.
EDS has many years experience designing, supplying and installing hundreds of gates and matching railing and have the ability and in house skills to do the same for you.
We employ all our own craftsmen and are able to project manage the complete installation from start to finish, from speaking with our many satisfied clients they much prefer the way in which we do business, as it gives them full peace of mind knowing that they have only one point of contact rather that trying to organise and manage several different tradesmen who all have their own way of doing things.
Swing gates can comprise either one gate leaf or two, and can be automated on either basis. Swing gates can also open inward or inward, depending on the location, terrain and other factors The majority of swing automatic gate systems tend to be inward-opening twin-leaf. Twin-leaf systems have the effect of halving the area into which each gate leaf opens, thereby limiting intrusion and generally speeding up the operation of the system. Outward-opening swing gate systems are generally installed where the road or driveway inclines, sometimes quite steeply, toward the property. 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. 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". Such systems can be installed where outward swinging gates are neither practical nor desirable.
Types of Swing Gate Systems
Swing gates can be powered by essentially three types of mechanisms: [A] Underground Automatic Gate Motors or [B] Surface Automatic Gate Rams, or [C] Universal Arms (sometimes known as Articulated or Jointed Arms), the latter two types of systems noted above are catgorised as "above ground" systems. Underground motors are often referred to as "hidden" systems, since virtually nothing is visible above ground level. Within the first two types above, the drive units can be hydraulic or electo-mechanical in design. Some electro-mechanical systems operate at 240V AC, while others operate with high-efficiency low-voltage systems (typically 24V DC). Universal arms are always electro-mechanical in design.
In EDS's experience these are by far the most popular types of systems, even though they tend to be more expensive to install than "above ground" systems. As a rule the equipment costs more because it is more complicated, plus it requires more time and skill, to install. Once installed they are far more aesthetically pleasing. 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. However there other factors which can favour underground systems: They generally do not require supporting steel posts, They can be fitted neatly against new or existing pillars.
Due to their design they can open up to 180° - very useful in some driveways which "fan out" out behind the opening and where the gates might encroach on internal part of the driveway When fitted to outward opening gates they do not have motors on the outside, detracting from the gate design.
The most common type of "above-ground" gate system is the ram. This system usually requires steel posts on which to pivot and a vital operating geometry in order to work properly. 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. While perhaps not as aesthetically-pleasing as underground system, rams can be very effective, lower-cost solutions. The rams can also be located behind a feature on the inside of the gate make it less obvious when viewed from the outside. Ideally rams should be fitted to the middle of each gate and post to optimise load and power distribution across the gate leaf. However they can also be fitted at the top or bottom of the gate leaf, as required. As a general rule rams are also more powerful drive units than either underground or articulated arm systems. 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. 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. Depending on other design or installation factors, typically a ram can open a gate leaf up to around 110° from it's closed position.
Universal (Articulated or Jointed) Arms are designed to fit easily to most gates, posts or pillars. The mechanism is always electromechanical and comprises a motor attached to a calliper-like arm. Since the drive arrangement is hinged in three places, it provides a virtually universal method of fitting and operation. Often, due to their relatively simple design, they require the least skill. Like rams they can be fitted at any level on the gate leaf. However care must be taken to ensure that nothing encroaches into the articulated mechanism during the automatic gate operation. 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.
Hydraulic or Electromechanical
Within a hydraulic underground system, an electric-powered pump feeds pressurised fluid to a hydraulic jack. It is the jack which then does the work of powerfully opening and closing the gate. This is not dissimilar in concept to that of a car braking system. When you press the brake pedal the degree of pressure has some bearing on the rate at which the car will stop, but it is not the brake pedal which stops the car, it is the hydraulic system pumping fluid to a set of powerful brake disks and pads which actually stops the vehicle in an emergency. Pressing the brake pedal with a relatively small amount of "leg" force transfers a massive amount of force to the braking system itself. In an underground electromechanical system, it is the electric motor which does all the work of opening and closing the gate leaf. Consequently, with some systems there is a higher degree of electric motor "burnout" over the years. However electromechanical technology has continued to improve in all fields of engineering, and as result such systems are worthy of consideration.
Hydraulic Rams generally operate on a piston-like arrangement. An electric pump "pushes and pulls" the piston back an forth, thereby opening or closing the gate mechanism. Again the transfer of electrical to hydraulic power produces considerably greater force within the ram itself. By contrast many electromechanical ram systems have a wormdrive (sometimes known as a screwdrive) mechanism. This is simply powered by an electric motor which winds and rewinds the worm or screw to open or close the gate leaf. As a general rule electromechanical rams systems tend to designed for lightweight, lower-cost gates.
Overall electromechanical systems are cheaper than hydraulic systems, both in terms of material and installation costs. It is our practice at EDS to provide honest appraisals of different systems when providing advice and quotations. While we always advise as to which system we believe, based on our experience, would be the best for a given installation, we regularly provide our customers several alternative options and quotations, in order that they can make informed decisions that covers their security/automation requirements, their individual preferences and, of course, their budgets.
Commercial and Domestic Applications
EDS's Swing Gate systems are suitable for both commercial and domestic installations and can easily power gate leaves up to 7 metres wide and around 3 metres high, although most typical swing gate leaves tend to be in the region of 1.5 metres to 2.5 metres wide and around 1.2 metres to 2 metres high. Our installations can cover from occasional use, through regular use to intensive use. 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.
We are able to supply and install any style or type of decorative gates or estate entrance gates for your property, including matching railing to suit your requirements.
See our gate designs and drawing catalogue below.
We are able to supply and install Automatic Commercial Swinging Gates, including matching fencing railing to suit your requirements.
We are able to supply and install any style or type of decorative gates for your property, including matching railing to suit your requirements.
See our gate designs and drawing catalogue below.
Wooden gates can be constructed entirly from wood or can be constructed from a steel frame with wooden overcladding. The gates can be designed to your requirements.
We can customise and design any style of gate and matching railing to suit your requirements.
See our gate designs and drawing catalogue below.
Our Aluminium gates come in a wide variety of designs and finishes.
They can be easily automated and are highly resistant to rust/corrosion.
We have a very wide range of PVC gates, these are lightweight and weather well.
There are many options to choose from and lot's of design variation.
Sliding gates can be installed in a variety of applications from high security installations to residential homes.
Two variations of running gear are available for sliding gates, these being the tracked gate or cantilever gate, with the tracked version a track is attached to the ground for the gate to run along. The second version is the cantilever gate, where no track installed across the opening, the cantilever gate is effectively pushed out across the opening, the gate is counterbalanced and specifically designed for its intended use. Mechanical and electronic locking is provided to lock the gate into position.
Sliding gates are invaluable where swing gates would reduce any potential parking spaces, as it takes up minimal space. A sliding gate is also an ideal solution where the ground rises or falls away from the gate opening, where swinging gates cannot be installed.
Any style of sliding gate can be incorporated into the design and can be manual or automatic operation.
Manual or automatic operation, Bi-Fold gates are suitable where space is an issue.
Bifolding gates systems can be installed as fast acting or standard operation, with 100% duty cycle - rated for continuous use.
Fully automated undercover walkway gates, provide a secure method of securing access in between two building. Access control systems can be incorporated into the system as required.
Our dedicated installation team carry out all of the work in-house.
From receipt of an order we manufacture the gates(s) or railing, organise delivery and transport, carry out all civil's works to effect installation, install and lay ducting for electrical and communications, attend to any on-site fabrication and welding (where required), carry out all the tests and commission the installation and provide you with training and instruction (where needed).
EDS can maintain any type of existing system, providing on-site and workshop repairs to any make of systems. With a large stockholding of spare parts we can turn around repairs rapidly.
Regular maintenance is fundamental to ensure your systems operate as effectively as when they were first installed, we are able to provide competitive quotation for maintenance of new and any type of existing system.