Welcome to MOSERP Software India Technologies

Thanks for spending time to read about me.

Micro-power microwave pulses are emitted from the radar antenna and tour thru area at the velocity of light. It is mirrored by way of the object to be measured and obtained via the radar. The time distinction between the transmission and reception of the pulse sign is proportional to the distance from the radar antenna to the measured object. The propagation velocity of electromagnetic indicators in area is the velocity of light. Usually when measuring the distance, the time distinction between the transmitted pulse and the obtained pulse is very brief and solely on the order of nanoseconds.Conventional science is challenging to precisely measure this time. SIRD-908 Radar Water Level Sensor makes use of an superior equal sampling technique to precisely measure the unique nanosecond time interval. So as to comprehend the correct dimension of distance. Transmit-reflect-receive: The extraordinarily tiny 26GHz radar sign is emitted in the structure of quick pulses from the antenna give up of the radar degree gauge. The radar pulse is mirrored with the aid of the sensor surroundings and the floor of the object and obtained via the antenna as a radar echo. The rotation duration of the radar pulse from emission to reception is proportional to the distance, that is, the level.

Radar Water Level Sensor Applications

River water level, automatic monitoring of open channel water level, water resource monitoring and water level measurement
In front of the reservoir dam, the tail water level monitoring and surge tower (well) water level monitoring below the dam
Automatic tide level monitoring system, urban water supply and sewage level monitoring system
Mountain flood warning system water level monitoring, water level monitoring of small and medium rivers.

Radar (Radio Detection and Ranging):

It is a device which uses electromagnetic waves in the microwaves region to detect location (range & direction), altitude, intensity and movement of moving and non-moving objects.

Doppler radar :

It is a specialized radar that uses the Doppler effect to produce velocity data about objects at a distance

Radar (Radio Detection and Ranging):

When the source and the signal are in relative motion to each other there is a change in the frequency observed by the observer. If they are moving closer frequency increases and vice

Doppler Weather Radar:

Based on Doppler principle the radar is designed to improve precision in long-range weather forecasting and surveillance using a parabolic dish antenna and a foam sandwich spherical radome.

DWR has the equipment to measure rainfall intensity, wind shear and velocity and locate a storm centre and the direction of a tornado or gust front Types.

Of Doppler Radars : Doppler radar can be divided into several different categories according to the wavelength which are L,S,C,X,K.

X band radars:

These radars are used for studies on cloud development because they can detect the tiny water particles and also used to detect light precipitation such as snow.

X band radars also attenuate (become less effective) very easily, so they are used for only very short range weather observation.

Due to the small size of the radar, it can therefore be portable like the Doppler on Wheels (DOW). Most major airplanes are equipped with an X band radar to pick up turbulence and other weather phenomena.

This band is also shared with some police speed radars and some space radars.