Busroot Installation Guide¶
This guide simplifies your Busroot installation process while allowing double-checking at critical steps. Follow each section to ensure your Arduino Opta DAU devices are installed and transmitting data successfully.
1. Hardware Setup¶
1.1. Power & Connection for the Arduino Opta ¶
- Supply 12–24V DC via the dedicated +/- pins (top left). Do not connect Modbus pins (A(-), B(+)) to power.
- Maximum power consumption is 2.2W.
- Use pins I1–I6 (top side) for digital DC signals (up to 24V).
- Use pins I7 & I8 for analog signals (0–10V), ideal for line speed or similar.
- Double check that power is only connected to the correct DC input pins.
- Verify pin connections with your signal sources (e.g., Andon lights, actuators, optical sensors).
- Photograph each connected machine’s wiring for later verification.
- Note: Relays on the bottom are unused for Busroot.
1.2. Wiring Check for 3-phase energy meter ¶
- If connecting an energy meter (3-phase):
- Hold 'E' to enter configuration (passcode 1000).
- Address must be unique (001 if only one device).
- Baud rate: 19.2k.
- Photograph wiring, baud screen, and address.
1.3. More information on recommended hardware ¶
For Arduino Opta details: https://docs.output.industries/recommended-hardware/arduino-opta
For Energy monitors: https://docs.output.industries/recommended-hardware/energy-monitors
2. Connectivity & Device Verification¶
- Device ships pre-configured for WiFi or will use accompanying Blues wireless for opta.
- Arduino Opta (DAU-Data Acquisition unit) uses MQTT (ports 1883, 1885), destination:
- eu-west-2-1.busroot.com (18.135.102.39)
- eu-west-2-2.busroot.com (3.9.14.134)
- LED Codes:
- Flashing Orange: Loading/Configuring
- Red (5 quick): WiFi issue
- Red (2 slow): MQTT/Internet issue
- Green: Connected to WiFi
2.1. If trouble-shooting installation - Double-Check:¶
- Correct WiFi SSID and password (watch for typos/autocorrect changes, particularly capitalisation).
- Confirm last four digits of device ID printed on the Opta matches what's recorded.
- Confirm SSID and Password
- Confirm frequency : 2.4ghz or 5ghz (Must be 2.4 for Opta to work)
- Confirm security type (Must support WPA2 with PSK)
- Confirm signal strength in the area next to each machine (must be over -80dB)
- Confirm if MAC whitelisting is required. Usuallu by IT team.
- Confirm if firewall is blocking access on port 1885 (if so, must be opening with IT your support)
3. The Work Order Form ¶
Document machines/processes for monitoring during installation
- Complete the Installation Work Order Form. Request a copy from the Busroot team.
- Information required:
- Which machine(s) or process(es) you want to monitor.
- Signals you want to track (utilisation, production count, line speed, etc.).
- Power supply details (is 24V DC available?).
-
Tips: Photograph cabinets and controls, check for space and power in your cabinet, and collect or photograph relevant schematics.
-
IMPORTANT: Check and confirm your WiFi Frequency is 2.4ghz (if it's 5ghz please contact support@output.industries)
- Check WiFi signal strength next to each machine:
- Android: WiFi Analyser
- iOS: WiFiman
- Confirm with your IT team if whitelisting or firewall adjustments are required (Busroot can supply MAC addresses if needed).
- If you require Busroot or a partner to handle installation, arrange accordingly.
4. Account Setup and Customer Device Configuration¶
4.1. Busroot Platform Login¶
- To login into your Busroot account Click here to access Busroot, enter your work email. No password needed. All members of your team will need to login using this method.
- Confirm with Busroot support/admin so you are marked as an admin.
4.2. Customer Self-Configure Arduino Opta and Devices (optional)¶
- This stage is only necessary if agreed with Busroot support team.
- Use an Android tablet with full charge or a laptop with Chrome.
- Instructions to follow our here.
- Open Busroot account (admin view) in one browser tab.
- In another tab, open the Busroot Programming Tool.
- In Busroot (admin > Devices), confirm you have the four-digit device ID.
- Follow on-screen instructions to program each device.
- Double-check: Device IDs match on physical device and account platform before programming; Modbus meters set to correct address (001 as default).
5. Post-Installation¶
- Complete pending sections of the work order form during installation, recording any details you discover.
- Photograph all installations, especially complicated wiring or unfamiliar signal sources.
- Notify the Busroot team or email support@output.industries with your work order form ensuring the following requirements are completed:
- Device IDs
- Connected machine details
- Pin usage info
6. After Installation: Verification and Calibration¶
- Busroot will arrange a call (typically 3–5 days post-installation) to calibrate your data and verify accurate machine signal capture.
- Weekly review calls for the first month will ensure smooth operation and guide you through navigating the platform.
- The Busroot support team will dedicate four weeks for calibration, platform navigation and training.
7. Troubleshooting & Additional Guidance¶
- Verify ALL WiFi-related settings and test signal strength at each install site.
- For IT/firewall/whitelisting, Busroot can provide further technical details or MAC information to your IT team.
- If you or your team are entering WiFi settings, ensure you follow the extra self-install instructions.
- For additional hardware and signal configuration support, refer to detailed documentation:
- Hardware specifications
8. Common Double-Check Points¶
- Are the correct power and input pins used?
- Are WiFi details accurately entered (mind autocorrect/case)?
- Does the device LED indicate successful connection?
- Did you record and send all device/machine/pin configuration details?
- For energy meters, is the baud rate and Modbus address set and verified?
9. Estimated Installation Time¶
- As a guide, 5-10 machines can typically be installed in a single day.
- Most installations do not require powering down machines, but some may require up to 15min downtime.