Monitoring flow in natural Streams, concrete lined channels and pipes.
Applications:

– Shallow water monitoring
– Irrigation channels
– Pipes, culverts
– Natural streams
– Storm water
– Flood alert

Rain Gauges are located to collect rain over a specified area. The rain falls through a defined aperture and into an inner can. The contents are then measured, normally once a day, by pouring into a measuring jar. Universally used by professional and amateur meteorologists, these models are also ideal for educational, industrial and other applications.

Rainfall is one of the most important watershed variables. Rainfall can significantly affect the amount of runoff into streams. Rainfall rate and quantity interact with many other factors to influence erosion, vegetative cover, ground water recharge, stream water chemistry and runoff of nonpoint source pollution into stream.

Applications:
1. To design structures for runoff control (i.e. storm-water drains,bridges etc.)
2. Hydrological modeling of catchments
3. Seasonal rainfall trends
4. Area specific rainfall
5. Storm water monitoring
6. Storm or combined sewer system
capacity studies

Features:
1. Long term average rainfall
2. Monthly/ annual rainfall distribution
3. Variation in rainfall
4. Probability of rainfall
5. Comparison of rainfall sites

Applications:
– Moving Vessel Discharge
– Wading Discharge Measurement
– Irrigation Canals/ Natural Streams/ Rivers
– Velocity Indexing
– Flood Alert
– Water Supply
– Pollution Monitoring
– Tide Studies
– Flow/ Current Field

Applications:
– Environmental modeling
– Vessel traffic systems in ports/ harbors
– Shallow water current monitoring in rivers, channels, estuaries
– Current surveys from moving vessels
– Horizontal measurements for port/ harbors, inlets, offshore platforms
– Wave measurement
– Discharge measurement