How to Connect Remootio 3 WiFi to Your Gate or Garage Motor

By: Ivan G

Your Gate Motor Is Already Smart-Ready: Here's What You Need to Know

If your gate or garage door motor was manufactured after 1990, there's a very good chance it's compatible with a retrofit smart controller. Over 95% of motors from that era onward can be upgraded without replacing the motor itself, saving you significant time and money.

The Remootio 3 is the first end-to-end encrypted WiFi and Bluetooth smart gate controller with all connectivity built into a single compact device. No external hub or bridge required. With over 30,000 users worldwide and compatibility across 200+ gate motor brands, it's a well-proven unit.

It works with popular Australian-market motors including Centsys (D5 Evo), BFT, FAAC, and Beninca (Brain, Matrix, Think models). Confirm your specific model at remootio.com/pages/compatibility before purchasing. The Remootio 3 WiFi & Bluetooth Gate Garage Door Mobile Phone Opener is the device covered in this guide. It works in parallel with your existing traditional remotes, so nothing already installed needs to be removed or replaced.

Safety First: Switch Off Power Before Touching Any Wires

This is the single most important step, and the one most DIY guides gloss over. Before you touch any wiring, switch off the circuit breaker for your gate or garage motor. There must be zero power in the system.

Making connections on a live board can damage both the Remootio 3 and your gate motor's control board. Under Australian electrical safety standards, even low-voltage control wiring requires the mains supply to the motor to be fully isolated before work begins.

Confirm power is off by checking that the gate motor's display, indicator lights, and any standby LEDs are completely dark. Once all wiring is complete, restore power and use the Remootio 3's onboard LEDs to confirm everything is connected correctly.

Understanding the Remootio 3 Board: Terminals and Indicators

Before picking up a screwdriver, spend a few minutes familiarising yourself with the Remootio 3 board layout. There are nine key components to identify:

• Terminal 1 — Control Output 1 (normally open relay)
• Terminal 2 — Control Output 2 (normally open relay)
• Terminal 3 — Power Input (accepts 5–32V DC or 12–24V AC, minimum 100mA)
• Terminal 4 — Add-on Input 1 (for the gate position sensor)
• Terminal 5 — Add-on Input 2 (for a wall button or doorbell)

You'll also find a reset button, a fuse, a feedback LED, and a power OK LED. Each plays a role in confirming correct setup.

A reassuring detail for DIY installers: both the output and input terminals are polarity independent. Within the same terminal pair, the order of the two wires does not matter — you simply cannot connect them backwards.

The LED status indicators tell you where you're at. Blinking roughly twice per second means the device hasn't been set up yet. Blinking once every five seconds means it's been paired via Bluetooth. A solid, continuous LED means WiFi is also configured and the device is fully operational.

Wiring the Control Output: Single Input vs Dual Input Gate Motors

This is the most critical wiring decision you'll make. You need to identify whether your gate motor uses Single Input or Dual Input control, as the answer changes how you wire the Remootio 3.

Single Input Motors (Most Common Trigger)

Most residential gate motors use single input. One impulse triggers the sequence: open, stop, close. To wire this, connect one lead from Remootio Terminal 1 to the GND/COM/0V terminal on your motor's control board, and the other lead to the impulse input.

Depending on the manufacturer, the impulse input may be labelled CYC, IMP, IMPULSE, KBUTT, OPERATE, OSC, PB, PP, SBS, SS, START, STRT, SW, TRG, WALL BUTTON, or WALL CONTROL. Check the silk screen printing on your control board carefully.

Dual Input Motors - (Seprate Open & Close Control)

Dual input motors have separate terminals for open and close commands. Wire Remootio Output 1 (Terminal 1) to the "Open" terminal on the gate control board, and Output 2 (Terminal 2) to the "Close" terminal. You'll also need to set the output configuration in the Remootio app under Settings > Output Configuration.

Brand-Specific Examples

The BFT Deimos, FAAC C720 & Centsys D5 Evo, three of the most popular sliding gate motors in Australia, uses single input wiring via its impulse/PP terminal. Beninca Brainy & Trust swing models vary between single and dual input, so always check the Remootio compatibility page for your specific model. BFT and FAAC motors typically use single input, but dual input variants do exist. Never assume; verify against your specific control board.

If you're unsure which type your motor is, photograph your control board and use Powered Gates Australia's free expert advice service. You can upload photos directly via the website, and the team will identify your wiring configuration.

Powering the Remootio 3: Four Options for Australian Installations

The Remootio 3 is flexible when it comes to power. You have four options, and the right one depends on your site.

1. Included USB charger: The simplest option. Plug it into a power outlet near the gate motor enclosure. Suitable when a GPO is accessible.
2. Cut the Jack Cable & Tap from the gate control board: Connect Terminal 3 to the motor board's low-voltage DC or AC output (5–32V DC or 12–24V AC). This gives the cleanest install with no extra cables running to the motor housing.
3. Solar or gate battery (12V): Ideal for rural and semi-rural Australian properties where mains power isn't available at the gate. At 12V, the Remootio 3 draws only about 30mA in normal mode and roughly 15mA in low power mode. A standard 7,000mAh gate battery can keep the device running for weeks between charges.
4. External 110V/230V to 5V adapter: Useful when none of the above options suit your site layout.

Placement tip: Keep the Remootio 3 unit away from metal enclosures, or position it facing outward. Metal objects can significantly reduce WiFi range (up to 50m in open air) and Bluetooth range (up to 30m). This is a common issue on Australian properties with long driveways and steel motor housings.

Connecting the Sensor and Optional Wall Button

The wired gate position sensor connects to Terminal 4. This gives the Remootio app real-time open/closed status of your gate or garage door, which is essential for reliable operation. The input can be wired directly in the AUX termianl of the control boord (if available) and then the reed switch sensors are not required.

Mount the wireless (magnetic) part of the sensor on the moving part of the gate. It must sit no more than 30mm from the wired part when the gate is fully closed. Getting this placement right is critical for accurate status reporting in the app.

For physical push-button control alongside the app, wire an optional normally-open wall button or doorbell button to Terminal 5. Like all other terminals on the board, the input terminals are polarity independent, so there's no need to worry about which wire goes where within the pair.

The Remootio 3 supports up to 20 virtual keys (users) and works alongside your existing remotes. Adding a wall button doesn't affect any of this; it simply gives you another way to trigger the gate.

WiFi Setup via the Remootio App

WiFi gate configuration happens through the Remootio app while connected via Bluetooth. Open the app, tap the WiFi icon in settings, scan for available networks, and select your home or property network.

You'll be asked to choose between two modes: local WiFi only (no internet access, control limited to within your network) or full internet access for remote control from anywhere. For most homeowners, full internet access is the practical choice.

The WiFi specification is 802.11 b/g/n with up to 50m operational range. If your gate sits at the end of a long driveway, a WiFi extender or mesh network node placed near the gate is a practical solution for maintaining a reliable connection.

Under Australia's Security Standards for Smart Devices Rules 2025, firmware updates for smart devices including the Remootio 3 are partly mandated. Enable auto-updates in the app to stay compliant and secure.

Once WiFi is connected, you can configure integrations with Apple HomeKit, Google Home, Amazon Alexa, Siri, and Samsung SmartThings directly within the app. With 35% of Australians using at least five internet-connected devices, the Remootio 3 fits naturally into an existing smart home setup.

Final Checks and Australian Compliance Reminders

Restore power at the circuit breaker and check the Remootio 3's LED. A solid, continuous LED confirms WiFi is configured and the device is fully operational. If the LED is still blinking rapidly, revisit the Bluetooth pairing step in the app.

Test the gate through the app. Trigger open, stop, and close, and confirm the sensor status updates correctly in real time. Run through the cycle a few times to confirm consistent response.

Australian compliance reminder: Any new smart opener installation must include safety IR beams. If your gate doesn't already have them, this is a legal requirement, not optional. Factor this into your installation plan.