Originally, when weathermen have to collect data for rainfall measurement, they have to go down to the field and check out the mechanism manually. These days, however, technology has provided a more convenient way of data-gathering.

A wireless rain gauge allows for efficient data gathering through a sensor that transmits information to a main monitoring center located indoors. The rainfall data ideally comes in every five to ten seconds to make sure that the information is as current and up-to-date as possible.

The tipping bucket rain gauge has also gone through this innovation allowing for wireless functionality. The model H-340's microprocessor measures the rainfall rate and sends the raw data's results to a monitoring mechanism which will then display rainfall measurements for easy recording. The good thing about this microprocessor is that it automatically corrects any possible errors in the accuracy of the data transmitted by the buckets due to the mechanism's sensitivity.

The rain gauge should be installed properly in order to achieve accurate readings. It is important to read the instructional manual included in the set up before installing the device. Because it needs to send wireless transmissions regularly, you will want to set the collecting device within an unobstructed view of the main monitoring center. The bucket should be mounted in an open area that is free from any possible falling debris such as leaves or stones. Ideally, your device should be set up on the rooftop where there is little to no probability of contamination. A rain gauge can allow remote monitoring within a one-hundred feet radius. Anything beyond that may affect the accuracy of the information being transmitted.

Most rain gauges are battery-operated. To ensure maximized performance, you will want to use Lithium batteries. Alkaline batteries are more prone to freezing in extreme weather conditions.