Operation Modes: Available in manual or motorized operation, providing flexible installation and control. Motorized versions use either electromechanical drives for precise, energy-efficient movement or hydraulic motor mechanisms for high-torque, heavy-duty applications. Both systems can integrate remote controls, access control systems, and programmable logic controllers (PLC) for automation and security.
Customizable Gate Widths: Configurable from 1,000 mm to 12,000 mm, enabling tailored solutions for industrial, commercial, or high-traffic applications. Structural design is optimized to handle varying gate spans, panel weight, and operational load requirements.
Bottom Roller Assembly: Constructed from high-strength alloy steel and fitted with precision-engineered bearings to ensure smooth, reliable, and long-lasting operation even under frequent cycles and heavy loads.
Structural Materials: The gate frame and panels are fabricated from mild steel (MS) or stainless steel, reinforced with cross-members and tubular profiles to provide torsional rigidity, structural stability, and long-term durability. Optional powder coating or galvanization ensures corrosion resistance for outdoor or coastal installations.
Mechanical Components: Include heavy-duty hinges, pivot pins, bearing assemblies, support brackets, and counterweights (for larger gates), engineered for smooth swing motion, optimal load distribution, and minimal maintenance.
Electric & Hydraulic Systems:
- Electromechanical motors: High-torque, energy-efficient motors with gear reducers, limit switches, and overload protection.
- Hydraulic motors: Provide high load-handling capacity, controlled acceleration/deceleration, and robust operation under extreme conditions.
- Both systems support safety interlocks, emergency manual override, and obstruction detection sensors.
Operational Safety & Efficiency: Integrated obstruction detection sensors, adjustable swing speed, controlled acceleration/deceleration, and automated stop mechanisms enhance operational safety and prevent damage to the gate or surrounding infrastructure.
