The cost of gate automation in Australia typically ranges from $1,000 to $2,500. This price can vary depending on factors such as the type of gate (sliding or swinging), the quality of the automation system, installation complexity, and any additional features like remote controls or wireless keypad, exit push button, smart phone APP control, electric lock, hands free operation and so on. Keep in mind that prices fluctuate slightly depending on the supplier and region.

Gate openers consist of control systems with integrity with wireless devices like remote, keypad, push button, and so on; with the help of these accessories user can activate the gate opener to open/close the gate.

By default, Gatemate’s gate opener auto-close feature is set as inactive. The user needs to activate the auto-close function with a set delay time for the gate to wait before automatically closing.

A gate opener offers convenience, enhanced security, and ease of access by automating gate operation. It provides remote control, improves safety with obstacle detection, and adds value to your property.

Yes, a gate opener can work without electricity if it's equipped with a backup battery or connected to a solar power system. These alternatives allow the gate to operate during power outages or in areas without direct electrical access.

The voltage of a gate opener is typically 24V for low-voltage systems and 240V for standard systems connected directly to mains electricity. The specific voltage depends on the type and model of the gate opener.

To protect a gate motor from lightning, you can take several precautionary measures:

1. Surge Protection Device (SPD): Install an SPD specifically designed for gate motors to absorb and redirect the excess voltage from a lightning strike, preventing damage.
2. Grounding: Ensure the gate motor is properly grounded. This provides a path for lightning to safely dissipate into the earth, reducing the risk of damage.
3. Lightning Rods: Install lightning rods nearby to attract and safely divert lightning away from the gate motor and other structures.
4. Isolate Power Supply: Use a circuit breaker or fuse to isolate the gate motor from the power supply during storms. Manually disconnecting the motor can also be an option in severe weather.
5. Quality Cabling: Use high-quality, well-insulated cables to connect the gate motor, reducing the likelihood of lightning-induced power surges.

yes, solar gate openers can work very well, especially in areas with ample sunlight. Here are some benefits:

1. Energy Efficiency: Solar gate openers use renewable energy, reducing electricity costs and environmental impact.
2. Independence from Power Grid: They are ideal for remote locations or areas with unreliable power, as they don’t rely on the main electricity supply.
3. Backup Power: Solar gate openers can continue to function during power outages, thanks to their reliance on solar energy.
4. Low Maintenance: Solar systems generally require minimal maintenance, making them a convenient and reliable option.

A solar gate opener typically requires around 8 hours of direct sunlight per day to function optimally. This amount of sunlight is usually sufficient to keep the battery charged and the system running smoothly. If you use a medium or large-size of battery, it can hold charges for up to a week to support overcast days.