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A telemeter remotely measures things, such as quantity and/or distance. It can then transmit the data long distances over radio frequencies.
it is far away measured.
A telemeter is used to measure and transmit data over a distance, often in applications like surveying or medical monitoring. To use a telemeter, you typically position the device at the point of measurement, ensuring it has a clear line of sight to the target. Activate the device to emit signals, which will then return data that can be interpreted on a connected display or receiver. Always follow the manufacturer's instructions for calibration and specific usage to ensure accurate readings.
"Meter" is the root, meaning something that measures. "Tele-" is a prefix meaning "distant."
To read a radio telemeter K series, first ensure the device is properly powered and calibrated. Tune the receiver to the designated frequency of the telemeter, and monitor the output signal for data transmission. Interpret the received data according to the specific encoding or protocol used by the K series, which may include checking for error codes or data integrity. Finally, analyze the transmitted information based on the context of your application, such as environmental monitoring or equipment performance.
Archibald Barr has written: 'Telemeters and range-finders' -- subject(s): Optical range finders, Telemeter
Elliot L. Gruenberg has written: 'Handbook of telemetry and remote control' -- subject(s): Remote control, Telemeter
J. H. Stokes has written: 'Miniature infra-red data acquisition and telemetry system' -- subject(s): Telemeter
Thurlow W. H. Caffey has written: 'Fields from a vertical dipole beneath a layered earth' -- subject(s): Telemeter
To read a radio telemeter series K, first ensure that the device is powered on and properly connected to the sensor or measuring device. Next, tune into the correct frequency using the receiver to pick up the transmitted data. The readings will typically be displayed on a digital screen or indicated by analog gauges, depending on the model. Finally, interpret the values based on the user manual, which provides details on units and measurement standards.
It is an instrument for measuring distances. In horology, it is a timer or chronograph with a graduated dial enabling distances to be read off on the basis of the speed of sound through the air at 0°C., viz.333 1/3 metres per second. The time that elapses between the flash of an explosion (firing of a gun, lightning) and the hearing of the noise makes it possible to read off on the dial the distance between the observer and the position of the flash.Concretely, it means that when you see a flash (ex. thunder) and you count the time with your Chrono (ex. 6 seconds). On the dial it appears the distance of the flash: 2 Kilometres!