Gate Barrier Supplier, Installation & Repair in Abu Dhabi

Automatic bollards connect to traffic signals, loop detectors, card readers, ANPR cameras or intercoms, so they lower for authorised vehicles and rise again after passage.

Loop detectors prevent a bollard rising under a vehicle, and traffic lights tell the driver when it is safe to cross. Emergency access can be arranged with a key switch or fire service override. Integration is planned during design so wiring is ready. Learn more about automatic bollards for controlled entrances.

A parking barrier gate is an automatic boom that raises and lowers to control vehicle entry to car parks, compounds and private roads. It can be triggered by ticket, card, remote, ANPR or a manual button.

Barriers help enforce parking rules, record entries and keep unauthorised vehicles out. Loop detectors stop the boom lowering onto a vehicle. Explore sliding barriers and swing gate barriers to see options for entrances.

The arm should cover the full lane width, typically 3 to 6 m. Measure the clear width between the barrier post and the far kerb or wall, and then choose the next available length.

Articulated or folding arms work under low ceilings, and skirted arms add pedestrian safety by blocking a gap under the boom. Very long booms may need a support post. A site visit confirms lane width and headroom for your barrier entrance.

A turnstile gate lets one person pass at a time and is used for pedestrian control in offices, stadiums, metro stations and factories. It reduces tailgating by allowing one authorised credential per passage.

Tripod, full-height and speed gate options exist. Tripod units suit indoor offices, full-height turnstiles suit outdoor or high-security areas, and speed gates suit smart lobbies. See our turnstile gates for more detail.

A sliding barrier is a horizontal panel or fence-style gate that moves sideways across an entrance. It is useful where a rising boom would hit a low ceiling, or where a stronger physical block is needed than a boom offers.

It suits gated communities, business parks and secure zones with limited headroom. It needs clear space beside the opening for the panel to travel. Explore our sliding barrier range.

The barrier should never close while a car is in its path, so a closing leaf points to a failed safety input. The most common cause is a loop detector that has lost sensitivity, often where the road surface has cracked and cut the wire. A blocked or misaligned photocell is the second cause.

Do not leave it in use. Switch it to manual if you can and call for a repair. Qasar Al Neil Automatic Doors tests the loop with a meter, repairs or relays the cable and checks the detector settings, then proves the photocells and the safety edge.

Check the simple things first. Replace the battery in the handset, then stand close to the lock and try again. If the lock runs on its own battery, the battery may be flat, which is the most common reason an arm stops responding. Check the arm for an obstacle, a stone or dirt in the hinge.

If none of that fixes it, the receiver may need reprogramming or the motor may have a fault. Qasar Al Neil Automatic Doors can test the unit on site, replace the battery or receiver and reprogram your handsets.

That is exactly where it helps. A boom arm needs vertical room to rise and a clear side to swing through, and a long arm over a wide lane flexes and slows down. A sliding barrier moves along the line of the boundary, so low canopies, cables and tight roads do not matter.

It does need a run beside the lane at least as long as the leaf. If that is missing, a narrower lane with a shorter boom arm or a bollard may be the better choice. We check the layout on the site visit.

Mains power is the most dependable if a socket is close to the bay, because there is no battery to replace. A battery lock is easier to install in a car park without cabling, as long as someone remembers to change the battery on time. A solar model suits an open-air bay with plenty of sun, but it needs a panel that stays clean.

The right choice depends on where the bay is, how often the lock is used and who looks after it. We check on the site visit before quoting.

Almost any common method: RFID tags or cards, long-range readers, keypads, intercoms, remote handsets, ticket machines and number-plate recognition cameras. The control board takes a signal from the reader and opens the barrier, then holds it open until the loop confirms the car has gone.

For a gated community or business park we normally link the barrier to a system that records who entered and when. Qasar Al Neil Automatic Doors can match the reader to your existing access control if you already have one.

A parking lock is built to stop a car rolling in, not to withstand a car driving through it. A slow bump from a bumper is normally fine, but a heavy impact can bend the arm or loosen the base plate. That is why we fix the plate to a solid floor with proper anchors and fit an arm strong enough for the bay.

If an arm has been hit, stop using it and have the arm and the anchors checked. Qasar Al Neil Automatic Doors repairs and replaces arms and refixes loose base plates.

It depends on how many vehicles pass each day, but the pattern is the same: heavy use means more wear on the track, wheels and drive, and dust and heat shorten the life of the electronics. Busy entrances benefit from a scheduled visit rather than a call after a breakdown.

A visit cleans the track, checks the drive and rollers, tests the loops, photocells and safety edge, reviews the control settings and checks the lights. Qasar Al Neil Automatic Doors can set a schedule to match your traffic, and we write down what we find so patterns show up early.

Yes. A building can run many locks, each with its own handset, or share a system that lets the management office add and remove users. For residents, that means a lost handset can be cancelled without changing every lock in the car park.

It helps to decide this before installation, because the lock model and the control method affect how users are added later. Qasar Al Neil Automatic Doors can advise on options on site and quote the number of locks and the controls together.

Pick a boom barrier when there is room for the arm to rise and a sliding barrier when overhead or side space is limited. A boom arm is quick and suits car parks and gated entrances. A sliding barrier moves horizontally and provides stronger blocking for secure entrances with restricted headroom, such as low ceilings or covered areas.

Look at the sliding barrier and discuss your entrance layout with us.

Tailgating is reduced but not always eliminated by the equipment alone. Turnstiles allow one person per credential, and swing barriers close quickly with sensors that detect a second person. Guard supervision, signage and closely timed sensor settings add further control.

The right mix depends on the level of security required at the entrance. We can advise when you plan controlled entrances using swing gate barriers.