BFT LEO C CBB 3 LO2 Control Board

BFT LEO C CBB 3 LO2 Control Board – 230V Sliding Gate Automation Control Unit

BFT LEO C CBB 3 LO2 Board Kit is an original control board set designed for 230V AC single-phase motor systems, used in sliding gate automations. The UP-STOP-DOWN buttons on the board, photocell and safety edge (resistive safety strip) inputs, flasher output, and step-by-step operating mode provide a comprehensive control infrastructure for both residential and small-scale commercial gate systems. Featuring an IP54 protection rating, the board is suitable for panel mounting and operates reliably across a wide temperature range of -10°C to +60°C. Functions such as automatic closing, electromechanical lock output, traffic light, and external BFT radio receiver integration elevate the control board beyond a simple switching circuit; in the event of board damage caused by malfunction, software failure, or overvoltage, replacing this set with a brand-new identical unit is the most correct and reliable method for restoring the system to full capacity.

This control board replacement is of INTERMEDIATE difficulty level. After removing the existing board, the cable connections must be transferred to the terminals in the correct order, the potentiometer settings must be reconfigured according to the old board, and any jumper positions must be matched accordingly. It is recommended to be carried out by a technician experienced in electrical connections or a gate automation service specialist; incorrect wiring may cause damage to the motor or connected accessories.

This control board is a fully original spare part manufactured by BFT S.p.A. BFT Group, headquartered in Italy, has been operating in the field of gate and barrier automation systems since 1981 and is one of Europe's leading automation brands. Manufactured to the same quality standards used in the original production process, this kit ensures full electrical and functional compatibility with BFT's own systems, eliminating the risks of incompatibility, short lifespan, and warranty loss that are frequently encountered with aftermarket products.