Introducing the FAAC 413 Electro-Mechanical Gate Operator: Your Ultimate Solution for Residential Swing Gates
Designed for efficiency, flexibility, and durability, the FAAC 413 Electro-Mechanical Gate Operator is the perfect choice for swing-leaf gates in residential settings, accommodating single-leaf lengths of up to 1.8m (or 2.5m with electric lock). Here's why it's the ideal solution for your gate automation needs:
- Versatile Compatibility: Suitable for swing gates with single leaf lengths of 1.8m (or 2.5m with electric lock), the FAAC 413 offers versatility and adaptability to various gate configurations. With four available versions, you can choose the one that best fits your requirements, ensuring seamless integration and optimal performance.
- Energy-Efficient Operation: The FAAC 413 is equipped with an energy-efficient motor, providing reliable performance while minimizing power consumption. Highly adjustable, it offers maximum flexibility in installation dimensions, allowing for easy customization to suit your specific gate setup.
- Advanced Safety Features: The LS versions of the FAAC 413 come equipped with open and closed limit switches, enabling precise management of slowdown and stopping points for enhanced safety and control. Additionally, all versions feature built-in opening and closing mechanical stops, further ensuring safe and reliable gate operation.
- Convenient Manual Operation: The non-reversing system of the FAAC 413 ensures that the gate remains mechanically locked when the motor is not running, providing added security and peace of mind. In the event of a power failure, a convenient and secure release system allows for manual gate movement, ensuring uninterrupted access to your property.
- Durable Construction: The aluminum body of the FAAC 413 is double-coated for maximum resistance to atmospheric agents, guaranteeing durability and longevity even in harsh environmental conditions. Plus, it is predisposed for use with the "gatecoder" deceleration kit, further enhancing performance and functionality.