To choose a parking gate barrier, start with three numbers: the width of the opening, how many vehicles pass through in your busiest hour, and what power supply the barrier needs. Those three decide the boom length, the duty cycle (how hard the motor is allowed to work) and the motor type. Everything else, such as remotes, lights and finish, is secondary.
This guide is for compound managers, building owners and villa communities in the UAE who need to control vehicle entry with a boom barrier. It explains the main specifications in plain terms, shows how to match them to your traffic, and compares real models listed in the store so you know what to ask before you order.
Safety note: A barrier arm can injure people and damage vehicles. Installation, mains wiring and safety device setup should be done by a qualified technician. Never switch off or bypass photocells or impact sensing, keep children and pedestrians away from the arm, and test that the barrier stops or reverses on an obstacle after any adjustment.
Measure the Lane Before You Choose a Parking Gate Barrier
The width of the lane sets the boom length. Measure the clear gap from the barrier housing to where the arm will rest on its support or on the far post. Then check each product’s maximum boom length, because every model has a limit.
The store’s listings show how wide the range is. The BFT MOOVI 30 is listed for openings up to 3 metres. The BFT MOOVI 50 is listed for booms up to 5 metres. The LIFE SUPRA SU4 24 5M is listed for booms up to 5 metres, and the CAME GT8 page says it can also be had with 7 and 8 metre arms.
That matters because a longer arm is heavier and puts more load on the motor and the support structure. As a general rule, do not buy a barrier that sits at the very top of its length rating if your lane is only a little narrower. Leave some margin and confirm the figure with the supplier.
Choose a Parking Gate Barrier by Duty Cycle
Duty cycle is the share of time a motor can run without overheating. Optraffic, a traffic equipment manufacturer, explains it in a 2025 post on boom gate duty cycle. A 25 percent gate can run about 15 minutes in every hour and must rest for the other 45. A 100 percent gate can run all the time.
Optraffic is a vendor, so read its advice as one maker’s view. It says gates rated 25 to 50 percent suit residential communities, small offices and private parking, and that fewer than about 50 cycles an hour may be enough for those. For steady traffic it suggests 80 to 100 percent systems. It also points out that you should confirm the maximum number of cycles per hour from the data sheet, not only the percentage.
One cycle means one full open and close. A car coming in and a car going out are two cycles. So count both directions when you measure traffic.
A hypothetical example
This example is made up to show the maths, not taken from a real site. A residential compound has 60 parking spaces. On a weekday morning, around 40 vehicles leave between 7:30 and 8:30, and a few come back. That is roughly 45 cycles in the peak hour. A barrier built for light use might cope, but there is little spare room. If the compound adds more flats or opens the lane to visitors, the same barrier would run close to its limit every morning.
In that case, a model with a higher duty cycle and a data sheet that lists cycles per hour gives breathing room. Optraffic makes the same point: choose for expected growth, because replacing a barrier later costs more.
Compare 230V and 24V DC Barrier Motors
Most listings mention two power details: the mains supply and the motor voltage. These are not the same thing. The mains supply feeds the control unit. The motor voltage tells you what drives the arm.
The MOOVI 30 and MOOVI 50 pages describe a 230V motor supply, and the MOOVI 30 page describes it as semi-intensive, suited to moderate traffic. The LIFE SUPRA SU4 24 page lists a 230V AC mains supply with a 24V DC motor, a duty cycle of 80 percent and an opening time adjustable from 2 to 6 seconds. The CAME GT8 page also describes a 24V DC gear motor, a 230V supply, and a 5 metre arm opening in 5 seconds.
In plain terms, the listings that mention a 24V DC motor also describe heavier duty use, while the 230V MOOVI 30 is described as semi-intensive. But a model name or voltage alone does not prove it is right for your site. Compare the duty cycle and cycles per hour on each data sheet.
Check IP Rating, Heat and Dust Before You Order
UAE conditions are hard on outdoor equipment. Heat, dust and humidity wear on housings, seals and electronics. An IP rating describes how well a housing keeps out solids and water. The store’s listings give IP24 for the MOOVI 30, IP44 for the LIFE SUPRA SU4 24 and IP54 for the CAME GT8, CAME G4000 and CAME G6000 pages.
A higher second digit means better water protection, and a higher first digit means better dust protection. For a lane that is exposed to sun, sand and washing, pick the higher rating where the rest of the specification is equal. Optraffic also lists heat, dust and moisture as factors that favour IP-rated enclosures and thermal protection.
Temperature is the other number to read. The LIFE SUPRA SU4 24 listing states an operating range of -20 to +70 degrees Celsius. Check that any model you consider states a range that covers summer temperatures in direct sun, and ask what shading or housing is advised if it does not.
Match the Safety Kit to the Lane
A barrier is only as safe as the devices around it. The store’s BFT MOOVI 30 and MOOVI 50 kits list a pair of photocells, a flashing light, remotes, a push button and a fixing bracket in the box, and describe a sensitive edge that stops the barrier when it detects an obstacle. The LIFE SUPRA SU4 24 5M listing includes a pair of photocells and two remote controls, and notes an encoder and limit switch for precise positioning.
Photocells are sensors that detect something in the path of the arm. If you are adding or replacing them, browse the store’s photocell sensors.
For a lane with pedestrians, school buses or poor sightlines, ask a technician whether extra sensors, a lit boom or a flashing light are needed. This is a site risk question, so do not skip it to save on the first order.
How the Main Models Compare
The table below uses only details from each product’s own page. A blank means the page did not state it.
| Model | Boom length stated | Motor and supply | Duty or use stated | IP rating stated |
|---|---|---|---|---|
| BFT MOOVI 30 | Openings up to 3 m | 230V motor supply | Semi-intensive | IP24 |
| BFT MOOVI 50 | Boom up to 5 m | 230V motor supply | ||
| LIFE SUPRA SU4 24 5M | Up to 5 m | 230V AC mains, 24V DC motor | 80 percent duty cycle | IP44 |
| CAME GT8 | 5 m arm, 7 and 8 m also available | 230V supply, 24V DC gear motor | Heavy duty use | IP54 |
What this means for you: for a small residential lane, a lighter semi-intensive barrier is a reasonable fit. For a shared compound with steady traffic, look at the higher duty cycle models and get the cycles per hour figure in writing. Also read the older guide on the BFT MOOVI parking gate barrier if that model is on your shortlist.
Questions People Ask
How long a boom can one barrier carry?
It depends on the model. The store’s listings range from about 3 metres to 5 metres on the BFT and LIFE SUPRA pages, and longer arms are mentioned for the CAME GT8. Always match the boom to your lane width and the maximum length on the data sheet.
What duty cycle do I need for a residential compound?
Optraffic says fewer than about 50 cycles an hour may be enough for an intermittent duty gate in a residential setting, and suggests 80 to 100 percent for steady traffic. Count your own peak hour first, then choose with some spare capacity.
Can a barrier work during a power cut?
The listings reviewed here mention a manual release, such as the personal key on the BFT MOOVI pages, but they do not describe battery backup. Ask the supplier what is available for the specific model.
Do I need photocells on a boom barrier?
Yes, for any lane where a vehicle or person could be under the arm. The kits listed in the store include a pair. Never disconnect them to stop false triggers; have a technician align or replace them.
What To Do Next
Measure the lane, count your peak hour in both directions, and note the power supply available at the post. With those three facts, you can shortlist two or three models and ask for the cycles per hour and IP rating for each.
You can browse the store’s gate barrier range, or message us on WhatsApp at +971 52 376 2503 with your lane width and traffic count for advice on which models fit.
