GENIUS 61100861 BLIZZARD 230V – Motor for Sliding Gates up to 900 Kg (MPN 61100861)

The GENIUS 61100861 BLIZZARD 230V is an electromechanical operator designed for the automation of sliding gates in residential and semi-condominium settings. Thanks to its compact structure and robust internal kinematics, it guarantees reliability over time even in conditions of frequent use.

Available for gates weighing up to 500–900 kg, this motor is a versatile solution for installers who need a reliable product that is easy to configure.

The system is equipped with magnetic limit switches, which ensure precision in opening and closing maneuvers, reducing mechanical wear and improving operational safety.

The integrated electronic board, protected by a transparent plastic case, allows quick programming via external buttons. The numerous operating logics available allow a flexible configuration of the system according to specific needs.

From an installation point of view, the BLIZZARD offers compact dimensions, ample internal space for wiring and good flexibility in height and depth adjustments, facilitating installation even on existing systems.

Product advantages:

• Robust and reliable motor for residential and condominium use
• Suitable for gates up to 900 kg
• Magnetic limit switches for greater precision and durability
• Integrated electronic board with simple programming
• Wide choice of operating logics
• Compact design with optimized interior space for wiring
• Absolutely original product GENIUS / FAAC

Technical features:

• Product code: 61100861
• Power supply: 230V
• Motor power: 230V
• Rated power: 540 W
• Thermal protection: 140°C (self-restoring)
• Capacitor: 12.5 μF
• Max Thrust Force: 590 N
• Pinion: Z16 module 4
• Sash speed: 12 m/min
• Frequency of use: S3 – 40%
• Operating temperature: -20°C / +55°C
• Degree of protection: IP44
• Weight: 10 kg

The BLIZZARD 230V GENIUS is the ideal choice for those looking for reliable, high-performance and easy-to-install automation, with the quality guarantee of the FAAC group.