La Crosse Technology WS2813UIT manual Weather Tendency Indicator

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Every time a new average pressure value has been obtained (once per minute), this value is compared with an internal reference value. If the difference between these values is bigger than the selected weather tendency sensitivity, the weather‐icon changes, either for worse or for better. In this case, the current pressure value becomes the new weather tendency reference.

If the icons do not change, either the air pressure has not changed or the change has been too small for the Weather Center to register. You may adjust the "sensitivity" of the pressure change check in the setting mode –see WEATHER TENDENCY SENSITIVITY VALUE SETTING above.

If the icon displayed is a sun or raining cloud, there will be no change of icon if the weather gets any better (with sunny icon) or worse (with rainy icon) since the icons are already at their extremes.

The displayed icon forecasts the weather in terms of getting better or worse and not necessarily sunny or rainy as each icon indicates. For example, if the current weather is cloudy and the rainy icon is displayed, it does not mean that the product is faulty because it is not raining. It simply means that the air pressure has dropped and the weather is expected to get worse but not necessarily rainy.

Note: After set up, readings for weather forecasts should be disregarded for the next 48‐60 hours. This will allow sufficient time for the Weather station to collect air pressure data at a constant altitude and therefore result in a more accurate forecast.

Common to weather forecasting, absolute accuracy cannot be guaranteed. The weather forecasting feature is estimated to have an accuracy level of about 75% due to the varying areas the Weather Center has been designed for use. 75% accuracy is comparable to the best meteorological forecasting rate. In areas that experience sudden changes in weather (for example from sunny to rain), the Weather Center will be more accurate compared to use in areas where the weather is stable most of the time (for example mostly sunny).

If the Weather Center is moved to another location significantly higher or lower than its initial standing point (for example from the ground floor to the upper floors of a house), discard the weather forecast for the next 48‐60 hours, as the Weather Center may mistake the new location as being a possible change in air‐pressure when really it is due to the slight change of altitude.

WEATHER TENDENCY INDICATOR

Working together with the weather icons is the weather tendency indicators (arrows located on the left and right sides of the weather icons). When the indicator points upwards, it means that the air‐pressure is increasing and the weather is expected to improve, but when the indicator points downwards, the air‐pressure is dropping and the weather is expected to become worse.

Taking this into account, one can see how the weather has changed and is expected to change. For example, if the indicator is pointing downwards together with cloud and sun icons, then the

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Contents WS‐2813U‐IT Wireless Professional Weather Center Table of Contents Introduction G e Sensor Features SET UP Mounting the Sensors and Placement of the Wireless Display Display and Heavy Weather PC Software Function Keys Corresponding Setting 12/24 Hour Time Display Setting Pressure Unit Setting Storm Warning Threshold Value Setting Weather Alarm Operations Pressure High indoor humidity alarm display will be shown Outdoor Temperature Alarms Wind Gust Alarm Weather data Hysteresis Weather Tendency Indicator AIR Pressure History Graph Rainfall Measurement Care and Maintenance OF.L displayed if outside this range C size batteries IEC LR14 AA size batteries IEC LR6 Statement according to FCC part Warranty Information Losey Blvd. S La Crosse, WI

WS2813UIT specifications

La Crosse Technology WS2813UIT is a state-of-the-art weather station designed to provide users with accurate and real-time meteorological data. This device merges advanced technology with user-friendly features to create an essential tool for weather enthusiasts and professionals alike.

One of the main features of the WS2813UIT is its ability to measure various weather parameters, including indoor and outdoor temperature, humidity, wind speed, and rainfall. The unit utilizes wireless transmission technology, allowing it to relay information from its sensors to a central display without the need for cumbersome wires. This feature not only simplifies installation but also enhances the aesthetics of the setup.

The WS2813UIT is equipped with a high-contrast LCD display, which provides clear and easy-to-read weather information. Users can access historical data, allowing them to track weather trends over time. This is particularly useful for understanding climate patterns and making informed decisions based on previous weather conditions. Additionally, the display features customizable alerts for temperature and humidity levels, ensuring users are promptly informed of any significant changes in their environment.

One of the standout technologies incorporated in the WS2813UIT is its ability to connect to Wi-Fi, which opens the door to a variety of digital features. With this connectivity, users can link their weather station to mobile apps, enabling them to monitor weather conditions in real-time from anywhere. Such integration enhances convenience and keeps users informed even when they are away from home.

The WS2813UIT also boasts a solar panel option, which harnesses renewable energy to power its sensors, reducing the need for battery replacements and making it an eco-friendly choice. The design is robust and built to withstand various weather conditions, ensuring longevity and reliability.

Overall, La Crosse Technology WS2813UIT combines advanced measurements with modern connectivity and durability, making it a top choice for individuals seeking an accurate and reliable weather station. Whether for home use, gardening, or professional applications, this weather station is tailored to meet diverse needs while promoting a greater understanding of local weather phenomena.