Proper installation of the FAAC B614 24V electromechanical automatic barrier gate system ensures reliable, continuous-duty vehicle access control. The barrier cabinet has an external dimension profile of 360 mm (L) x 250 mm (D) x 1163 mm (H) with a total unladen net weight of 40 kg.
Foundation and Civil Works Preparation
The cabinet base requires a rigid, level concrete plinth capable of supporting dynamic mechanical shear forces during rapid cycle deceleration. Anchoring must be executed using the dedicated foundation plate (part 490183), which directly matches the barrier's 305 mm x 230 mm installation base footprint.
Conduits for primary AC mains power and auxiliary control cabling must route centrally through the foundation cutout before pouring or setting anchoring hardware. Ensure conduits rise sufficiently above the finished foundation surface to prevent water ingress into the lower cabinet compartment.
Boom Profile and Bracket Assembly
The standard B614 cabinet package includes the drive body, electromechanical gearmotor, quadrilateral lever transmission, built-in control board, installation accessories, and triangular release key. The boom mounting bracket is not included in the standard drive unit package and must be specified to match the intended beam profile:
- Round S-Profile (Ø 75 mm): Requires dedicated beam bracket part 428445. Compatible with single sections from 2000 mm to 5000 mm.
- Rectangular Profile: Requires dedicated beam bracket part 428342. Compatible with lengths of 2315 mm, 2815 mm, 3815 mm, and 4815 mm.
- Extended 6-Meter Configuration: To achieve a full 6-meter span using round S-beams, install modular segments using the internal beam joint (part 428615) paired with dedicated tie rod kits (part 428715).
Both round S-profiles and rectangular beams include factory protective rubber edges. Active safety edges cannot be installed on the beam profile due to mechanical balancing limitations.
Counterbalance Spring Calibration
Accurate balancing is required to minimize load on the 24V brushed electric motor and internal 300 Nm reduction gearbox. Spring arrangements depend strictly on the net boom length and installed accessory load:
- Single Spring Setup: Accommodates bare round S-beams ranging from 1900 mm up to 4400 mm in total length.
- Dual Spring Setup: Required for beam lengths between 4410 mm and 6000 mm, or shorter spans equipped with mechanical accessories such as support legs, luminous cords, or skirt kits. Dual spring configurations require the double spring fittings pack (part 490186).
Electrical Supply and Peripheral Interfacing
The primary power connection requires a 220-240V AC supply at 50/60 Hz wired directly into the integrated FAAC E614 control unit (part 63001034). The control board is ergonomically mounted in the upper section of the cabinet beneath an IP55-rated protective enclosure, isolated from the cabinet’s overall IP44 steel casing (treated with 20 μm pre-hot dip galvanization and polyester powder coating).
Safety photocells and detection devices connect via 2-wire non-polarised FAAC BUS 2Easy terminals. Continuous operation during utility power failure can be maintained by connecting the optional XBAT 24 emergency battery kit (they are not included) (part 390923). Auxiliary lines support the 12 m luminous cord pack (part 390993) and integrated flashing traffic light (part 410032).
Initial Commissioning and Manual Override
Travel limits and electronic deceleration profiles are calibrated via the E614 programming display, synchronized with the motor's internal incremental encoder. Verify mechanical stop points at 0° horizontal and 80° to 90° vertical travel. In the event of primary power interruption during testing, manual operation is engaged using the supplied triangular release key on the external cabinet override mechanism.
