Comunello Border 400 24V 4M Heavy Duty parking Barrier

Experience secure and efficient vehicle access management with this automatic barrier gate, expertly engineered for high-traffic areas such as parking lots, residential complexes, and commercial spaces. The gate features a durable, eye-catching orange metal housing and a highly visible striped security arm that clearly signals entry and exit points. Built to withstand daily use, its reliable motor ensures smooth and fast operation. Suitable for both entry and exit lanes, this barrier gate can be integrated with various access control systems. Customize your installation with adjustable arm lengths to fit your specific space requirements. Enhance your property’s security while streamlining traffic flow—upgrade to this robust and stylish barrier solution today.

p to 4 m in width. Comunello Border 400 24V 4M Heavy Duty parking Barrier

Comunello Border 400 24V 4M Heavy Duty parking Barrier The highest levels of security and top performances are guaranteed by the safe and removable control unit, the light and strong beam and an engine with metal gearings. Comunello Border 400 24V 4M Heavy Duty parking Barrier

Comunello Border 400 24V 4M Heavy Duty parking Barrier Slowing starting spots are adjustable mechanically by micro-switch and cams and allow opening and closing with brakings reliable and steady over time. Comunello Border 400 24V 4M Heavy Duty parking Barrier

Residential, industrial, and public entrances up to 4m beam length 🚧

Intensive use with smooth 24V motor drive, powered from 230Vac supply

Sites needing quick manual release from either side (aluminum handle) 🔑

Locations where fine-tuned slowdown and mechanical stops make for quiet, controlled movement

Key features that matter in practice

Ambidextrous bar support in die-cast aluminum (flexible install, robust build)

Steel frame with protective treatment (durability) 🛡️

Elliptical beam: light yet rigid, reduces stress on components

Built-in, easily extractable control board for programming (fast commissioning) 🧰

Adjustable mechanical stop (one screw) and slowdown start points via dip-switches

Adjustable cams to set custom slowdown zones

Manual unlocking from both sides for safe access during faults or power loss

Protection IP44; works from -20°C to +50°C; insulation class 2

Torque: 100 Nm; Power consumption: 150 W; Current input: 6.2 A

Technical highlights (at a glance)

Power supply: 230 Vac (mains)

Motor: 24 Vdc

Duty cycle: Intensive use

Protection: IP44

Operating temp: -20°C to +50°C

Spring positioning by beam length (per provided chart)

2m:

Plain beam: none

Beam with protective rubber: hole 1

Beam with mobile support: hole 1

3m:

Plain beam: hole 1 or 2

Beam with protective rubber: hole 1 or 2

Beam with mobile support: hole 2

4m:

All variants (plain, protective rubber, mobile support): hole 2 Note: The spring can be fixed to either hole with proper regulation.

Quick action steps to deploy it right

Site check

Confirm clear opening ≤4m and choose beam accessories (protective rubber, mobile support) 📏

Verify mains availability (230 Vac) and safe cable routing

Assess exposure: rain/wind; IP44 is fine for weather but avoid direct jets—add shielding if needed

Mechanical setup

Mount ambidextrous support on the correct side; set the mechanical stop with the single adjustment screw

Position the spring per beam length/accessories (holes 1 or 2 as above)

Set cams to define slowdown start points to suit traffic flow and reduce end-stop shock

Electrical and control

Wire the 230 Vac supply to the unit; confirm earth and protections

Program the built-in control board; set dip-switches for slowdown behavior and desired logic

Test manual unlock on both sides to ensure safe access 🔧

Commissioning

Run multiple open/close cycles; fine-tune slowdown points and stop positions

Check balance: beam should not “bounce” or stall in slowdown

Label the manual release and provide on-site instructions

Different points of view

24V motor with 230V supply

Pros: smoother motion, safer low-voltage drive, intensive-duty suitability

Cons: slightly more electronics to configure compared to purely AC motor units

Elliptical beam

Pros: lower inertia, faster response, less wear

Cons: in very windy spots, consider extra stabilization (mobile support) for long beams

Slowdown customization

Pros: quieter, less mechanical stress, better user experience

Cons: requires careful setup—too early slowdown can feel sluggish; too late increases impact

Rare cases and cautions

Harsh environments (very wet or direct jets) can exceed IP44—add housing or choose a higher IP solution 🌧️

Temperatures below -20°C or above +50°C may affect performance—consider site-specific protections

Openings over 4m are outside this model’s spec—look at a higher-capacity barrier

High wind on longer beams may require mobile support and precise spring tensioning

Helpful extras to consider

Protective rubber for beam edge (safer contact, better visibility) 🟡

Mobile support for 3–4m beams in windy or high-traffic sites

Access control integration (loops, keypads, readers) via the built-in control board inputs

Feedback nudge

If anything feels unclear, tell me what you’re planning (beam length, accessories, traffic level), and I’ll tailor spring setting, cam positions, and dip-switch tips specifically for you 👍