Texas Instruments WR-25 instruction manual Texas Weather Instruments, Inc

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WR-25 Instruction Manual

V- Firmware version number S- Firmware Serial#

I- Unit ID number

C- Unit responds with a daily minimum and maximum of all parameters, then clears. The rainfall rate is present rather than term rain.

MIN 07/24/90 SW 00MPH 070F 067F 067F 054% 30.00" 00.19"D 01.38"M 00.00"R MAX 07/24/90 SSE 25MPH 052F 071F 092F 099% 30.06" 00.19"D 01.38"M 00.72"R

c- Unit responds with a daily minimum and maximum of all parameters, then clears. The term rain is present rather than rainfall rate.

MIN 07/24/90 SW 00MPH 070F 067F 067F 054% 30.00" 00.19"D 01.38"M 00.00"T MAX 07/24/90 SSE 25MPH 052F 071F 092F 099% 30.06" 00.19"D 01.38"M 00.72"T

The minimum and maximum associated with the C command is cleared automatically at midnight D- Unit responds in an identical manner as the C command but does not clear the system memory. d- Unit responds in an identical manner as the c command but does not clear the system memory E or e- Unit responds with minimum and maximums along with date and time of occurrence. This uses the same buffer as the c and d command.

M- Unit responds with all minimums and maximums with the date and time of their occurrence, then clears.

m- Unit responds in an identical manner as with the M command but does not clear the system memory.

TA 10:33

038F

TA 09:32

056 F

TO 04:15

075F

TI

15:03

080 F

TO 10:33

038F

TO 16:10

056 F

RH 15:44

033%

RH 01:40 060 %

BP 16:11 29.57”

BP 10:20 30.15"

RD 04/29 00:00“

RT

01:00"

RM 03.32“ WS 00:00 000 MPH 048

The system has two completely separate memory buffers (C and M commands).

R- Unit responds with current conditions. The rainfall rate is present rather than the term rain. (Note: in 30.04R the “R” denotes rising pressure)

Sample

5:15 07/24/90 SSE 04MPH 052F 069F 078F 099% 30.04R 00.19"D 01.38"M 11.78"T

r- Unit responds with current conditions. The term rain is present rather than the rainfall rate. (Note: in 30.04F the “F” denotes falling pressure, a “S” character denotes steady pressure.)

5:15 07/24/90 SSE 04MPH 052F 069F 078F 099% 30.04F 00.19"D 01.38"M 00.72"R K- Unit responds with current calculated values, for dew point, Windchill and heat index.

Texas Weather Instruments, Inc.

WR-25 Instruction Manual

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Contents Digital Weather Station WR-25 Weather ReportDuring Installation of the Various Sensors Operation Index / top Texas Weather Instruments, Inc Section Calibration Method Calibration modeTexas Weather Instruments, Inc Humidity Sensor Calibration Reference for more informationCommand Characters When rain rate is off, term rain is substitutedTexas Weather Instruments, Inc First screen of the program will look this TWI Main Menu Term rainfall history register Inx Value Description61st humidity sensor calibration factor Sets the logging interval minutes Sets minutes Sets SecondsInterface RS-232 Interface Control OptionsComputer Interface Modem InstallationDE 9 Plug Header Typical OutputReport Flag TemperatureRainfall Lunar Tide Cycle = DewpointClearing the Memories Rainfall history modeFCC Radio Frequency Interference Statement Instrument display does not come on Last Hold, 4 hoursSelect Scale, 4Windchill, 5 TemperatureTime Setting Mode

WR-25 specifications

Texas Instruments WR-25 is a high-performance digital data acquisition system designed for a wide range of industrial and scientific applications. Known for its reliability and precision, the WR-25 has become a popular choice among professionals in fields such as environmental monitoring, structural analysis, and industrial automation.

One of the most notable features of the WR-25 is its ability to support a variety of input types, including voltage, current, and thermocouple signals. This flexibility makes it suitable for diverse applications, allowing users to monitor various parameters with ease. The WR-25 also boasts a high sampling rate, which ensures that data is captured accurately and in real-time, providing users with timely insights into their processes.

The WR-25 is equipped with advanced signal processing capabilities, enabling it to filter and analyze data effectively. This allows for the extraction of valuable information from noisy signals, thereby increasing the reliability of measurements. Moreover, its built-in data logging features provide users with the ability to store and retrieve historical data, facilitating trend analysis and long-term monitoring.

In terms of connectivity, the WR-25 comes with multiple interface options, including USB, Ethernet, and serial ports, allowing seamless integration with various devices and systems. This ensures that users can easily connect the WR-25 to their existing infrastructure without the need for extensive modifications.

The WR-25 is designed with user-friendly software that simplifies the data acquisition process. The intuitive interface enables users to configure settings, visualize data, and generate reports with minimal effort. Additionally, the software supports various programming languages, making it accessible for both novice users and experienced developers.

High durability is another key characteristic of the WR-25. Built to withstand harsh environmental conditions, it features robust housing that protects it from dust and moisture. This rugged design makes it suitable for deployment in challenging settings, ensuring uninterrupted operation.

In summary, the Texas Instruments WR-25 is a versatile and reliable digital data acquisition system that offers an array of features and technologies to meet the demands of modern applications. With its high sampling rates, flexible input options, advanced signal processing capabilities, and user-friendly software, the WR-25 stands out as a powerful tool in the realm of data acquisition and analysis.