Description
The FAAC 422 CBAC is a hydraulic linear swing gate operator designed for residential and light commercial applications requiring higher durability and frequent operation. It is suitable for swing gate leaves up to approximately 3 metres in length, depending on gate weight and installation geometry.
Unlike electromechanical operators, the FAAC 422 CBAC uses a hydraulic drive system. This design provides smoother movement, consistent force delivery and improved long-term reliability under regular use.
In addition, the hydraulic system absorbs shock loads more effectively than traditional screw-driven motors. As a result, mechanical stress on hinges and structural components is reduced.
The operator integrates with FAAC control systems to provide adjustable operating logic and safety configuration. When installed with appropriate safety devices such as photocells and edge protection, the FAAC 422 CBAC delivers controlled and dependable gate automation.
The robust aluminium body and sealed hydraulic system ensure reliable performance in residential and light commercial environments.
Applications
Residential swing gates
Light commercial properties
Sites requiring higher duty cycle
Heavier steel or aluminium gates
Key Features
Hydraulic linear swing gate operator
Smooth and consistent force delivery
Designed for frequent operation
Shock-absorbing hydraulic drive system
Durable aluminium construction
Compatible with FAAC control boards
Manual release mechanism
Technical Specifications
Model: FAAC 422 CBAC
Motor Type: Hydraulic
Maximum Leaf Length: approx. 3m (subject to weight and geometry)
Application: Residential and light commercial swing gates
Operating Logic: Adjustable via FAAC control board
Protection Rating: IP55
Why Choose the FAAC 422 CBAC
The FAAC 422 CBAC is ideal for installations requiring higher durability than standard electromechanical operators. Its hydraulic drive system provides smoother motion and greater longevity under frequent use.
Furthermore, the shock-absorbing hydraulic design reduces wear on gate components. Consequently, the system offers reliable performance for residential and light commercial applications.
