This guide explains the key considerations for automated gates and gate motors used in residential, commercial, and industrial fencing systems. It covers motor types, power options, access control, and safety features — helping you plan for installation, specification, or upgrades.
Gate automation refers to the use of electric motors and control systems to open and close gates without manual effort. Systems may be activated by remotes, keypads, mobile apps, timers, or sensors. Gate automation is commonly used for driveways, access-controlled facilities, and secure perimeters.
Standard single-phase gate motors that require full mains power. Suitable for long-term or heavy-duty installations, but require licensed electrician installation and underground cabling.
Lower voltage systems that are often safer, more efficient, and easier to install. Often used in residential or solar-powered systems.
Installation Tip: Use 3mm copper wire for distances under 30m, or 6mm for up to 80m between transformer and gate motor.
Used in industrial settings requiring high torque and speed. Paired with frequency inverters, these motors can run on 240V with enhanced power regulation.
Swing gates can be automated using hydraulic, worm drive, or articulated arm motors. Mounting type depends on post material and gate construction.
Check for slope or obstruction at gate arcMotor mounting depends on pillar or post structure
Boom gates are ideal for traffic control in driveways, car parks, school entrances, and business premises. They are fast-acting and can be controlled with remotes, keypads, intercoms, or apps.
