Swing Gate Series

The Ozgate^® Automatic Swing Gate systems are specifically designed and built to suit the industrial marketplace with key considerations and principles in design being:

• Safety
• Performance
• Reliability
• Security
• Aesthetics
• Serviceability

Each Ozgate^® Swing Gate system is engineered with structural support posts and utilises a custom bearing hinge to provide an efficient and smooth linear operation. Our Swing Gate system operates at high speed, with an 8 second opening time and are capable of spanning 6m for a single gate leaf and 12m for a dual leaf application.

All our gates are custom built, we can help design your gate or manufacture to match your existing infrastructure.

The Ozgate^® Automation Swing Gate system is a technologically advanced automated gate solution, made up of only high-end industrial components. Some of the standard features of our solution are:

• 3 phase drive unit to suit high duty cycles and speeds
• Cast-iron gearbox with die-cast aluminium gears
• Frequency invertors to suit high speed operations
• PLC logic for reliability and flexibility of features
• Proximity sensors for contact free gate position sensing
• Soft closure and torque control for wind situations.

Each Swing Gate System supports a comprehensive range of safety devices. These systems offer proactive safety for pedestrians and vehicles. Some of these items include:

• Ground loop detectors
• Photo electric beams
• Strobe lights
• Audible beeper
• Poly carbonate safety shield
• Cabinet Locks
• An assortment of warning signs and stickers

Our high-performance technology is incorporated into each Automatic Gate System which ensures safe reliable operations throughout the life of the product.

Ozgate^® Automation’s wealth of knowledge and experience has been collated over many years, enabling us to continuously evolve and develop our product range to suit the ever-changing marketplace and environments.

Contact our friendly team now to discuss an industry leading Swing Gate System for your site.