Tipping bucket rain gauge installation

That is, every time the tipping bucket is overturned, the dry reed tube will be switched on and send out a pulse or signal. This is the working principle of the stainless steel tipping bucket rain gauge. Made of all stainless steel materials to avoid rainwater retention and reduce errors. There is a stainless steel filter on the top, and the filter in the barrel can effectively prevent the interference of impurities and make the measurement more accurate.

The tipping bucket of the rain gauge is a three-dimensional streamlined design and is designed with a drooping curved diversion tip, which has a beautiful and smooth appearance, better turning performance, and easy cleaning and maintenance. The tipping bucket of the rain gauge is equipped with constant magnetic steel, and the reed tube bracket is equipped with a reed tube. When the instrument leaves the factory, both the magnetic steel and the reed tube have been adjusted at the appropriate coupling distance, so that the output signal of the instrument and the number of flipping bucket flips are determined.

When the rain gauge leaves the factory, the tipping bucket inclination adjustment screw has been locked at the best inclination base point position and the inclination screw has been sealed with red paint. When installing the instrument on-site, the user only needs to level the entire instrument according to the relevant requirements of this manual.

The bubble can be put into use after adjusting it to the center position, and there is no need to adjust the tilt angle of the bucket on site. Buy the best tipping bucket rain gauge, contact us. Many types are available. Meet your various requirements. Precision manufacturing process. Accurate measurement. Shipped the same day. In order to protect the patented technical parameters, please contact us for instructions. Renke all stainless steel tipping bucket rain gauge is composed of rain port, filter screen, water diversion funnel, tipping bucket bracket, tipping bucket, tipping bucket sleeve, inclination adjustment device, level adjustment device, constant magnet steel, reed pipe, a signal output terminal, drainage funnel, base, Stainless steel cylinder, base supporting feet, water diversion bucket filter screen, etc.

Among them, the tipping bucket bracket is provided with a tipping bucket shaft sleeve, a round horizontal bubble, a reed tube bracket, and a signal output terminal. The tipping bucket is installed in the bearings of the two sleeves through the tipping bucket shaft, which makes the assembly and disassembly of the tipping bucket more convenient, and there is no need to adjust the distance between the two sleeves.

The weather sensors are the sensing end of the weather station and collect various weather-related data. The weather station can obtain the main parameters and. A greenhouse is a closed environment that provides optimal conditions for plant growth and promotes plant growth by controlling indoor and outdoor environments. A complete. The weather station can provide users with comprehensive weather information over the years. Regular maintenance of weather stations is an important operation to ensure measurement.

What is a tipping bucket rain gauge? A tipping bucket rain gauge is one of the most standard sensor used for weather station applications. If not, you may add it directly to your cart. Built to National Weather Service standards, the gauge accurately measures rainfall in 0.

The tipping bucket mechanism tips with every 0. A stainless steel funnel screen prevents plugging from leaves and other wind-blown debris. The removable funnel permits viewing of a built-in bubble level, with an innovative springloaded base plate providing an easy, convenient means to level the gauge. A hole in each corner of the base plate permits a secure, anchored installation.

When 0. The other side of the bucket is then positioned under the funnel. The bucket alternates tips with each 0. With each tip, a magnet, mounted to the bucket, activates a sealed, magnetic reed proximity switch, producing a momentary contact closure.

Data is logged at user selectable time intervals using Hach FL series logger or Sigma Flowmeter. For example, whether rainfall can meet the growth of crops in a certain period of time, how to determine the climate conditions and weather forecasts of a certain area.

Before the Internet of Things technology was popularized, the monitoring and management of regional rainfall was relatively simple, basically relying on manual reading of data. During periods of heavy rainfall, it is difficult to obtain the latest real-time water level information.

Therefore, it is very important to choose the right measuring tools and measuring methods. Standard rain gauges are loved by meteorological enthusiasts and rainfall researchers. Tipping bucket rain gauges are often used with weather stations.

The best place for the automatic rain gauge is outdoor. Optical rain gauges are of great significance to aviation and navigation. What is a rain gauge? How does a rain gauge work? What is a rain gauge used for? Types of Rain Gauges. Standard rain gauge. Tipping bucket rain gauge. Optical rain gauge. How to read standard rain gauge?

Standard rain gauge installation. How to clean rain gauge? After the precipitation stops in the warm season, supplementary observations should be made immediately to avoid excessive evaporation and incorrect precipitation measurement. The measuring cylinder and water storage bottle of the rain gauge should be kept clean frequently and should be cleaned and inspected at least once a month.

Every time you check the equipment and equipment, you should pay attention to whether there is any blockage in the water holder and the water funnel, and whether there is any debris such as sharp soil, leaves, etc. If there is any debris, it should be removed immediately. Tipping bucket rain gauge reading. Installation and commissioning.

The installation height of the rainfall sensor is 0. The height of 1. When the rain sensor is installed, use a level to level the rain-bearing mouth. The installation holes of the three feet on the base of the rain sensor are fixed on the concrete base with three M8 anchor bolts and spirals or expansion screws.

The depth of the base buried in the soil should be able to ensure that the instrument is installed firmly and will not shake or tilt in a storm.

Note: When pouring the foundation concrete, it should be ensured that the three anchor bolts are divided into equal parts. Adjust the leveling screw to center the round bubble.

After the instrument is leveled, slowly tighten the three fixing screws. If the level bubble changes, readjust it again. Hold it firmly. The base should have drainage pipe outlets and cable channels.

If it is necessary to collect the drainage volume to test the measurement accuracy of the system, a small room pit for the collection container should be constructed. The cable is inserted through the rubber cable sheath of the instrument base and locked with a screw cap to increase the tensile strength and prevent the wiring from pulling off. The two-core wires of the cable are stripped 20mm in length, folded in half, twisted into strands, inserted into the two wiring holes of the commonly used signal-transmitting parts in the terminal block, and fastened with screws.

Gently dial the parts of the tipping bucket with your hand to check whether the signal of the receiving part is normal. Perform manual water supply verification. Put the rain receiver components on the base of the instrument. At this point, the instrument is installed. Maintenance of rain gauge. Optical rain gauge working principle. Optical rain gauge installation. Optical rain gauge maintenance. More Posts. Poultry Breeding Environmental Monitoring Solution. Karst Cave Monitoring System.

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