What to do if MCU's battery low light is illuminated on my WeatherBug ?
If the MCU's battery low light is illuminated, ensure that the MCU power supply is properly connected and that your UPS (Uninterruptible Power Supply) is functioning correctly.
What to do if the MCU power light is on, but there's no data on the Digital Display of my WeatherBug Weather Station?
If the MCU power light is on but there's no data on the Digital Display, first check that the MCU's display TX light is blinking and that the Digital Display is plugged in and has the correct power supply. Also, verify that a standard four-conductor phone line connects the MCU and Digital Display and that the RJ11 connectors on the phone cord are properly installed. If you assembled the phone wire, try reversing the polarity by flipping the connector at one end of the cable.
Why is the MCU power light on, but the Digital Display or WeatherStreamer/MacMET software displaying inaccurate data on my WeatherBug Weather Station?
If the MCU power light is on, but the Digital Display or WeatherStreamer/MacMET software shows inaccurate data, check that the data cables from the outdoor sensor suite are properly connected. The MCU's display TX light (to the right of the Sensor Net cable connection) should be blinking.
General| Connectivity | Wi-Fi |
|---|---|
| Power Source | AC Adapter |
| Display | LCD |
| Sensors | Temperature, Humidity |
| Compatibility | WeatherBug App |
Contact information for technical support and installation verification.
Details the technical specifications and accuracy of the weather sensors.
Crucial safety guidelines to follow during the installation process for personal and property protection.
Outlines the first essential actions to take before proceeding with installation.
Details the components located outside, including the sensor shelter and wind sensor.
Details the internal hardware like the Master Control Unit (MCU) and digital display.
Lists all necessary hardware, parts, and tools required for a successful installation.
Lists the specific tools needed for the outdoor weather station installation.
Guides users on choosing the optimal locations for both outdoor and indoor weather station components.
Provides examples and criteria for choosing optimal locations for outdoor weather station components.
Step-by-step procedures for mounting the mast, securing sensors, and connecting cables outdoors.
Procedures for properly mounting the weather station mast to the building structure.
Illustration and details of a common method for mounting the mast to a building.
Diagram showing the specifications of a typical wall mount bracket for the mast.
Instructions for mounting and orienting the wind sensor, rain gauge, and shelter.
Details on connecting the data, wind, and rain gauge cables to the TRH sensor.
Visual guide for connecting sensor cables to the temperature/humidity sensor.
Specific instructions for correctly orienting the wind sensor for accurate readings.
Step-by-step guide to connect indoor hardware like MCU, display, and computer.
Diagram illustrating the power and communication connections for the weather station system.
Minimum and preferred computer specifications for running the weather station software.
Information on how to get and install the necessary weather station software.
Step-by-step instructions for turning on the weather station components.
Explains normal operation and behavior during power interruptions.
Lists the IP address ranges used by WeatherBug for data transfer.
Explains configurations for MacMET Server and WeatherStreamer software.
Example of a packing list showing components included with the weather station.
Details on calibrating time and barometric pressure, often done remotely.
A table listing common problems and their possible causes and solutions.
Description of the WeatherBug Achieve educational software and its features.
Instructions for checking and cleaning the rain gauge to ensure accurate rainfall measurement.
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