Figure 7 Row and Column Presentation of Current Data

Weather Trends

The current observations text screen displays several weather features in addition to the current sensor readings. These values show the extent to which the measured parameters have varied over an extended period:

￿Peak wind speed, with the highest value recorded during the past 10 minutes displayed

￿The high and low temperatures for the day (based on measurements taken since 12 midnight), and the changes in temperature in the past hour.

￿The high and low barometric pressure for the day (based on measurements taken since 12 midnight), and the change in barometric pressure over the past three hours.

￿The change in relative humidity over the past hour.

￿Three values for precipitation accumulation, with totals for the past logging period, for the current day (rainfall since 12 mid-night), and for the current month (rainfall since the first of the month, according to the date set through the Station Setup procedure.

￿Caution; If power is interrupted the stored trend values, will be cleaned, and reset to the current, starting day & time. All three precipitation totals will go to 00.00 and today’s hi/low will become the current temperature.

Display Log By Hours

Press “3”, at the main menu to view the WMS-16’s stored data and to specify the amount of data to be retrieved in hours. If

WMS-16 Weather Station Operator’s Manual

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you wish to view more than a full day’s data, or fractions of days (two-and-a-half days), chose the selection, “4” Display Log by Days, retrieves data in daily blocks with a minimum retrievable block of one full day’s data.

After selecting “3” from the main menu, specify the number of hours of data to be retrieved.

The data will be displayed in the format shown in Figure 8. The data is organized as follows:

￿The top line shows date and time at the right margin.

￿The weather data is organized into columns, with an abbreviation for each parameter and the units of measure used (selected through the setup menu) shown at the top of the column.

￿TIME- The time at which the data was logged; this time is based on the time that was set through the setup procedure (see Station Setup): in military time (24-hour clock).

￿WS- Wind speed: in miles per hour or meters per second.

￿WD- Wind direction in degrees.

￿PK- Peak wind speed: in miles per hour or meters per second. This is the highest wind speed measured over any two second interval.

￿BP- Barometric pressure: in inches of mercury or millibars. This is the average pressure measured during the logging period.

￿T1- Temperature measured by the temperature/RH probe: in degrees Fahrenheit or degrees Celsius.

￿RH- relative humidity measured by the temperature/RH probe: in percent

￿T2- Temperature measured by an auxiliary probe (if used); in degrees Fahrenheit or degrees Celsius.

￿SR- Solar radiation; in watts per square meter.

￿RF- Precipitation (rainfall) accumulated during the logging period: in inches or millimeters.

The logging interval is selected by the user. The range is one minute to sixty minutes. A maximum of 18 records can be displayed on a single screen, so if more than 18 periods were requested the data will be continued on subsequent screens.

￿To view the next screen, simply press the space bar. Each successive screen may be viewed by pressing the space bar. You may

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Omega WMS-16 manual Weather Trends, Display Log By Hours
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WMS-16 specifications

The Omega WMS-16 is an advanced weather monitoring system designed to provide accurate meteorological data for various applications, including agriculture, aviation, and environmental research. This device integrates cutting-edge technologies to offer comprehensive weather insights, making it a vital tool for professionals in diverse fields.

One of the standout features of the Omega WMS-16 is its multi-sensor capability. The system includes sensors for measuring temperature, humidity, barometric pressure, wind speed and direction, and precipitation levels. This extensive range of measurements allows users to obtain a holistic view of current weather conditions, facilitating better decision-making.

Another key characteristic of the WMS-16 is its real-time data reporting. The device is equipped with a powerful data transmission system that sends information to a central server at regular intervals. This enables users to access up-to-date weather data from anywhere via a web interface or dedicated app, ensuring they are always informed about changing conditions.

The Omega WMS-16 features robust data logging capabilities, storing historical data for later analysis. This function is particularly beneficial for researchers and agronomists who need to track weather patterns over time to make informed agricultural decisions or assess environmental changes. The user-friendly interface allows easy access to past records and trends, enhancing usability.

For enhanced usability in various environments, the Omega WMS-16 boasts an IP65 rating, signifying its resistance to dust and water. This durability makes it suitable for both indoor and outdoor installations, assuring reliable performance under different weather conditions.

The WMS-16 employs advanced wireless communication technologies, ensuring seamless integration with existing systems. It supports protocols like Wi-Fi and Bluetooth, enabling users to connect the device to smart home systems, mobile devices, or local networks with ease.

In summary, the Omega WMS-16 is an all-encompassing weather monitoring solution that combines a range of sensors, real-time data transmission, and robust logging capabilities within a durable package. Its versatility and reliability make it an ideal choice for anyone needing precise meteorological data, enabling users to adapt effectively to any environmental challenges they may face. Whether for professional, agricultural, or research purposes, the WMS-16 provides the tools necessary for comprehensive weather analysis.
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