Product Information

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Anti-Pet

BOOM LED

Without LED

FAAC 620 Standard automatic boom barrier with orange RAL 2004 steel cabinet and 4 meter boom arm

FAAC 620 Standard Boom Barrier Gate 4 Meter

KTI02002001FAAC

Product Description

The FAAC 620 Standard is an electro-hydraulic automatic boom barrier engineered for high-durability vehicle access management with boom lengths up to 4 meters.

Brand: FAAC
Model: 620 Standard
Boom Length: 4 Meters
Operating Mechanism: Hydraulic operator with integrated hydraulic opening and closing locks
Opening / Closing Time: 3.5 to 4.5 seconds
Duty Cycle: 70% use frequency
Electric Motor: Asynchronous single-phase, 220-240V AC (50/60 Hz)
Power Consumption: 220 W
Control Board: Built-in FAAC 624 BLD microprocessor unit with 11 selectable operating logics
Vehicle Detection: Integrated dual-channel loop detector
Deceleration Control: Patented electronic deceleration at travel limits
Cabinet Finish: Steel housing with anti-corrosion cataphoresis treatment and polyester powder coating (RAL 2004)
Ingress Protection: IP44
Operating Ambient Temperature: -20°C to +55°C
Manual Override: External release mechanism with dedicated triangular key

KTI02002001FAAC

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Product Details
Available Brands	FAAC
Unit	Numbers
HSN Code	85309000
Warranty	12 Months Warranty
Resources	Download Installation Guide
Tags/categories	Automation Automatic Entry Solutions Boom Barrier Parking Management System
Standards	IS/IEC 60529

Usually dispatched within 15 days

About this product .

The FAAC 620 Standard barrier housing is built from high-strength load-bearing steel protected by an advanced cataphoresis anti-corrosion treatment and finished in durable RAL 2004 orange polyester powder coating. Engineered to IP44 enclosure protection standards, it shields sensitive hydraulic and electronic components against environmental dust and water ingress across ambient operating temperatures from -20°C to +55°C.
At the core of the drive system is an industrial hydraulic pump unit driving double-acting plunger pistons, connected through an equaliser and transmission shaft to ensure smooth mechanical motion. Filled with dedicated FAAC HP hydraulic fluid and rated for a 70% use frequency, the unit delivers consistent 3.5 to 4.5 second opening and closing cycles for high-volume commercial and industrial traffic.
System automation is directed by the integrated FAAC 624 BLD microprocessor control board, programmable via an onboard three-key interface and display. The controller supports 11 specialised operating logics, including fully automatic, semi-automatic, and dedicated parking management modes, allowing seamless matching to site operational protocols.
Built-in intelligence includes patented electronic deceleration cams that slow boom velocity near open and closed limit points to prevent mechanical bounce and structural strain. In addition, the motherboard integrates a factory-fitted dual-channel vehicle inductive loop detector, eliminating the need for separate external detection modules to sense incoming or departing traffic.
For facility safety and system interoperability, the barrier connects with FAAC photocells via BUS 2easy protocol, perimeter access controllers, RFID tag readers, and automated ticketing terminals. In the event of a power outage, an external triangular-key manual release allows rapid and secure barrier operation without accessing internal electrical terminals.
Routine maintenance entails periodic inspection of the FAAC HP hydraulic oil level via the internal reservoir dipstick and balancing verification of the heavy-duty compression spring to ensure optimal counterweight compensation across the entire 4-meter beam travel arc.

Product Information .

Basement, Parking Areas Shopping Malls, Showrooms Airports Railways, Bus Stations Government Buildings, Offices Corporate Offices Public Roads Construction, Builder Projects

FAAC 620 Standard Barrier Hardware, Electrical, and Access Control Compatibility

The FAAC 620 Standard automatic barrier system (SKU: KTI02002001FAAC) is engineered with adaptable mechanical and electronic interfaces designed to integrate seamlessly into modern industrial, commercial, and parking access control architectures. Driven by the onboard FAAC 624 BLD microprocessor control unit, the operator provides robust physical compatibility with modular boom profiles as well as flexible communication connectivity with site safety sensors, vehicle presence loops, and third-party credential management systems.

Boom Arm Profiles and Mechanical Hardware Compatibility

Configured for a 4-meter span, the mechanical drive hub of the FAAC 620 Standard interfaces with distinct aluminium arm geometries to match environmental aerodynamic requirements:

Rectangular Aluminium Beams: Fully compatible with 4-meter rectangular aluminium arms suited for general perimeter checkpoints and standard vehicle lane containment.
Cylindrical Aluminium Beams: Compatible with 4-meter cylindrical (round) profile aluminium beams designed to minimise aerodynamic drag in high-wind installations.
Under-Beam Skirt Kits: Mechanically supports the attachment of beam bottom skirts to prevent pedestrians and animals from ducking under the barrier arm.
Fork Support Rests: Interfaces with fixed mechanical fork supports to stabilise the free tip of the 4-meter beam in the fully closed horizontal position, reducing mechanical cantilever stress on the transmission shaft.
Compression Spring Balancing: Mechanical counterbalance is maintained via an internal heavy-duty compression spring. When fitting optional accessories such as skirts, the spring adjuster nut must be recalibrated to maintain neutral equilibrium across the 4m travel arc.

Control Board Interfacing and Access Control Systems

At the core of the barrier cabinet is the factory-integrated FAAC 624 BLD microprocessor controller, programmed via a 3-key (+, -, F) digital display interface. The controller supports seamless integration with various site automation architectures:

Operating Logics: Features 11 selectable operational modes, including Automatic (A), Semi-automatic (E), and dedicated Parking (P) logics, accommodating diverse lane configurations and sequencing needs.
Third-Party Access Systems: Interfaces via standard dry contact relay I/O with commercial parking management systems, RFID vehicle identification readers, barcode and magnetic ticketing terminals, push buttons, and remote guardhouse consoles.
BUS 2easy Connectivity: Incorporates FAAC BUS 2easy two-wire connection protocol for rapid bidirectional interfacing with peripheral devices and diagnostic modules.
Traffic Control Signalling: Provides dedicated relay outputs to trigger external traffic signal lights and status indicators, coordinating vehicle right-of-way based on barrier open/closed status.

Vehicle Detection and Perimeter Safety Sensors

Vehicle presence sensing and anti-crushing safety are natively handled through dedicated electronic interfaces on the 624 BLD unit:

Integrated Dual-Channel Loop Detector: Contains an onboard, two-channel inductive vehicle loop detector for direct connection to underground induction loops, enabling automatic opening and safety closing interlocks without separate external detector modules.
External Loop Detectors: Compatible via hardwired inputs with auxiliary external vehicle induction loops for extended lane sequencing or queue management.
Safety Photocells: Fully compatible with FAAC FOTOSWITCH and XP series infrared safety photocells, enabling real-time optical beam interruption to prevent barrier descent onto transiting vehicles.
Electronic Deceleration: Patented electronic deceleration profiles programmatically cushion the final opening and closing travel phases, protecting mounted hardware and attached accessories from dynamic shock.

Electrical and Environmental Operating Conditions

The FAAC 620 Standard operates on standard single-phase mains power, consuming 220 W through an asynchronous motor paired with a dedicated hydraulic pump unit utilising FAAC HP oil. Enclosed in a cataphoresis-treated steel cabinet finished in RAL 2004 orange polyester powder coating, the assembly carries an IP44 ingress protection rating and maintains functional operation within ambient environments ranging from -20°C to +55°C, ensuring reliable hardware interoperability in harsh industrial perimeter conditions.

FAAC 620 Standard (4m) Installation and Mechanical Setup

Foundation Plinth and Cabinet Anchoring

Correct civil preparation is required prior to securing the FAAC 620 Standard barrier. Cast a poured concrete foundation base calculated to withstand dynamic wind shear and mechanical torque generated during 4-meter beam operations. Route underground conduit through the center aperture of the foundation plinth for the primary 220-240V AC single-phase power feed, external loop cables, photocell signaling lines, and parking management system interfaces.

Position the anchoring foundation plate into the wet concrete, ensuring it is perfectly level. Once cured, seat the self-supporting cataphoresis-treated steel cabinet (finished in RAL 2004 orange polyester powder coating) onto the protruding foundation studs. Secure the cabinet using the anchor hardware, checking vertical and horizontal plumb using a spirit level to prevent uneven mechanical stresses on the transmission shaft.

Beam Assembly and Compression Spring Balancing

Mount the 4-meter aluminium beam (compatible with standard cylindrical or rectangular profiles, as well as optional accessories like beam bottom skirts or fork support rests) to the drive transmission hub. Ensure all fastening hardware on the bracket assembly is torqued securely before conducting mechanical balancing.

Mechanical spring calibration is critical for protecting the double-acting plunger pistons and hydraulic pump unit:

Engage the external emergency manual release mechanism using the supplied triangular key to isolate the hydraulic locking system.
Position the 4-meter boom manually to a 45-degree angle.
Inspect the internal compression balancing spring. If the arm falls downward, the spring tension is deficient; if the arm rises toward the vertical position, the spring tension is excessive.
Turn the mechanical spring adjuster nut to adjust preload until the 4-meter beam remains stationary and self-supported at roughly 45 degrees.
Re-engage the hydraulic lock with the triangular key once balance calibration is verified across the full travel arc.

Electrical Connections and Peripheral Wiring

Supply single-phase 220-240V AC (50/60 Hz) power to the primary power input terminals of the internal 220 W asynchronous electric motor drive. Ensure cabinet earth grounding conforms to standard electrical safety codes. Because the cabinet holds an IP44 ingress protection rating, verify that all cable gland entries at the cabinet base are tightly sealed to prevent moisture or dust ingress.

Connect safety and traffic accessories directly to the integrated FAAC 624 BLD control board:

Vehicle Induction Loops: Wire the pavement-embedded loop leads directly into the built-in dual-channel loop detector terminals on the control board.
Safety Sensors: Wire FAAC FOTOSWITCH or XP series photocells using relay I/O contacts or BUS 2easy connection terminals.
Signaling and Access: Connect external traffic signal lights, pushbuttons, or third-party parking ticketing systems via standard dry contact relay outputs.

624 BLD Programming and Commissioning

The integrated FAAC 624 BLD microprocessor unit features an onboard programming display and a three-key programming interface (+, -, and F buttons). Access the board's setup menu to define site-specific performance parameters:

Select the appropriate operating logic from the 11 selectable operational modes, including Automatic (A), Semi-automatic (E), and dedicated Parking (P) configurations.
Adjust opening and closing pause times to accommodate the operational speed rating of 3.5 to 4.5 seconds for the 4-meter beam assembly.
Configure the patented electronic deceleration cams to deliver smooth dampening near the fully opened and fully closed physical limit stops, preventing mechanical bounce and extending hydraulic valve life.
Check the FAAC HP hydraulic oil level via the internal reservoir dipstick to confirm fluid levels prior to putting the unit into active service.

Preventive Maintenance and Servicing Protocols for FAAC 620 Standard Barrier

Executing planned preventive maintenance on the FAAC 620 Standard barrier operator preserves operating precision, maintains the 70% duty cycle rating, and prevents premature mechanical fatigue across the 4-meter beam assembly. Maintenance intervals should be structured around cycle intensity, environmental exposure within the -20°C to +55°C operational range, and site-specific traffic demands.

Hydraulic Circuit and Fluid Verification

The hydraulic drive mechanism—comprising the hydraulic pump unit, double-acting plunger pistons, and integrated opening/closing hydraulic locks—relies on clean hydraulic fluid for continuous pressure regulation and thermal dissipation. Technicians must inspect fluid levels at regular intervals using the integrated dipstick on the oil reservoir.

Always verify fluid quality and replenish using dedicated FAAC HP hydraulic oil. Inspect all hydraulic hose connections, cylinder seals, and internal fittings for signs of weepage or pressure loss. Any localized fluid loss compromises the hydraulic locking force in the fully raised and lowered positions, requiring immediate seal inspection and fitting torque verification.

Mechanical Balancing and Compression Spring Adjustment

Counterbalancing the 4-meter boom arm depends on the internal compression spring preload. Over sustained operations, mechanical vibration and thermal cycles can alter spring tension, leading to erratic beam motion or terminal position bounce.

Manual Balance Check: Disengage the hydraulic circuit by turning the external emergency release with the triangular release key. Move the 4-meter beam manually to approximately 45 degrees; the beam should remain balanced in equilibrium without drifting rapidly upward or dropping.
Spring Tension Calibration: If the beam is unbalanced, access the internal balancing mechanism and adjust the compression spring preload nut. Tighten or loosen the adjuster until the 4-meter profile achieves neutral buoyancy.
Mechanical Linkages: Inspect and lubricate the transmission shaft bearings, drive equaliser pivot points, and connecting arms to ensure friction-free articulation throughout the 3.5 to 4.5 second stroke.

Electronic Deceleration and 624 BLD Diagnostics

The integrated FAAC 624 BLD microprocessor unit controls operating speeds, deceleration curves, and loop detection. Correct calibration of the patented electronic deceleration system prevents sudden mechanical shocks when the arm approaches its 0° and 90° travel limits.

Use the three-key programming interface (+, -, F) and digital display on the 624 BLD board to evaluate operational status and error codes. If the arm bounces against physical stops, recalibrate the electronic deceleration points and inspect the mechanical limit cams. Simultaneously, verify the detection sensitivity and loop inductance on the built-in dual-channel loop detector channels to ensure correct vehicle triggering.

Cabinet Enclosure and Fastener Integrity

The load-bearing steel cabinet features cataphoresis anti-corrosion treatment and an external RAL 2004 orange polyester powder coat. Regular structural audits maintain the enclosure's IP44 ingress protection rating.

Inspection Area	Target Component	Maintenance Action
Hydraulic Unit	FAAC HP Hydraulic Oil	Check fluid level with dipstick; inspect seals for leaks.
Kinematic Drive	Compression Spring & Equaliser	Verify 45° balance with triangular release key; adjust preload nut.
Control Unit	FAAC 624 BLD Board	Inspect terminal blocks, verify electronic deceleration, review logic mode.
Chassis & Base	Cataphoresis Steel Housing & Foundation Plate	Verify tightness of foundation plate anchoring nuts; clear internal drainage.

Inspect the foundation plate anchoring nuts to confirm rigid clamping to the concrete base. Ensure all cable glands and access door gaskets remain fully seated to prevent particulate and moisture ingress that could affect the 220-240V AC asynchronous drive motor or electronic control circuits.

Application Scenarios for FAAC 620 Standard 4-Meter Boom Barrier

The FAAC 620 Standard automatic barrier system (SKU: KTI02002001FAAC) is engineered for vehicle access control points that demand robust hydraulic drive performance and continuous duty reliability. Rated for a 70% use frequency with an operating transit speed of 3.5 to 4.5 seconds across a 4-meter lane width, the electro-hydraulic system is tailored for medium-to-heavy traffic profiles across diverse facility configurations.

Commercial Parking Facilities and Revenue Management Systems

In multi-level parking garages, airport short-term lots, and commercial retail centres, consistent cycle times and seamless vehicle detection are critical to prevent lane congestion. The FAAC 620 Standard incorporates a built-in 624 BLD control board that includes dedicated Parking ('P') operating logic alongside standard automatic modes.

Ticketing and RFID Integration: The 624 BLD microprocessor unit connects with automated revenue control terminals, barrier ticketing systems, and RFID long-range readers via relay I/O and BUS 2easy technology.
Integrated Vehicle Detection: The control board features an on-board dual-channel loop detector, allowing direct connectivity to under-pavement safety and presence loops to prevent premature arm closures on transiting vehicles.
Cushioned Arm Motion: Patented electronic deceleration dampers beam motion near mechanical end-stops, eliminating mechanical shock and extending continuous equipment uptime during peak morning and evening rush periods.

Industrial Perimeter Checkpoints and Logistics Hubs

Manufacturing plants, freight depots, and logistics dispatch terminals require barrier systems that withstand severe mechanical duty and harsh environmental conditions. The FAAC 620 Standard employs a hydraulic pump unit, double-acting plunger pistons, and dedicated FAAC HP hydraulic oil to power the 4-meter beam reliably.

The self-supporting steel housing features cataphoresis anti-corrosion protection and an exterior RAL 2004 orange polyester powder-coated finish. Conforming to IP44 ingress protection standards with an operating temperature window of -20°C to +55°C, the barrier maintains perimeter integrity across dusty factory yards and exposed coastal industrial zones. In the event of primary mains supply failures, security personnel can engage the external manual release mechanism using a dedicated triangular key to maintain uninhibited goods vehicle movement.

Corporate Campuses and Administrative Office Entrances

For corporate headquarters, IT business parks, and government complexes, the barrier secures perimeter access roadways while presenting high lane visibility and controlled vehicular pacing. Configurable with 4-meter rectangular or cylindrical aluminium beams, the system also accommodates beam bottom skirts to restrict pedestrian access under the arm, as well as fixed fork supports to stabilize the beam in the lowered resting state.

Security operators can configure the unit's 11 selectable operating logics directly through the 624 BLD display interface. This enables semi-automatic operation for security-guard-governed validation or fully automated entry synced with traffic signaling lights and FAAC XP or FOTOSWITCH safety photocells.

Residential Condominiums and Gated Developments

High-density residential complexes require secure access control that operates quietly and reliably for residents without generating structural vibration. The hydraulic transmission equalizer, balanced compression spring, and internal hydraulic locking in both open and closed positions secure the 4m lane against unauthorized manual forcing while ensuring silent, controlled barrier stroke transitions.

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Anti-Pet	No	—	No	—
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Certifications	IS/IEC 60529	—	—	—
Availability	Made to Order	Made to Order	Made to Order	—
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