Studies In Hydrology
Categories: Engineering Lab EquipmentIn civil engineering, studies in hydrology are conducted in connection with the design, construction and operation of hydraulic engineering systems and water management functions. These studies focus...
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Description
In civil engineering, studies in hydrology are conducted in connection with the design, construction and operation of hydraulic engineering systems and water management functions. These studies focus on topics such as seepage and flow of water in the soil and the use of groundwater resources.
It can be used to study seepage and groundwater flows after precipitation. Variable precipitation density and areas and different groundwater supply and drain possibilities allow a wide variety of experiments.
It contains a closed water circuit with storage tank and pump. The core element is a sand-filled, stainless steel experiment tank with inclination adjustment. To study precipitation, a precipitation device is available. The precipitation device consists of two groups of four nozzles. Water can flow in (groundwater) or out (drainage) via two chambers on the side. The experiment tank is separated from the chambers by fine mesh screens. To study the lowering of groundwater, two wells with open seam tubes are available. Water supply and water drain can be opened and closed, thus allowing a wide variety of experimental conditions.
Learning Objectives/Experiments
Investigating transient processes
Effect of rainfall of varying duration on the discharge
Storage capacity of a soil
Investigating steady processes
Investigating seepage flow
Effects of wells on the groundwater level over time
Specification
Investigation of precipitation-discharge relationships, storage capacity of soils, seepage flows and groundwater flows
Closed water circuit
Inclinable stainless steel experiment tank contains 19 measuring connections to detect groundwater levels, transparent splash guard and screens for separating the chambers
2 wells with open seam tubes in the experiment tank
Precipitation device with 8 nozzles, adjustable
Water supplies and drains can be selected individually
Transparent measuring tank (flow)
Instruments: tube manometers (groundwater), flow meter (supply) and measuring weir in the measuring tank (drain)
Technical data
Experiment tank
area: 2x 1m2, depth: 0,2m
max. sand filling: 0,3m3
inclination adjustment: -2,5…5%
Precipitation device
8 nozzles, switchable in 2 groups of 4 nozzles
flow rate per nozzle: 1…4,7L/min, square spray pattern
Pump
power consumption: 0,55kW
max. flow rate: 2000L/h
Storage tank, stainless steel: content 180L
Measuring ranges
pressure: 19x 0…300mmWC
flow rate:
1x 150…1700L/h (water supply)
1x 0…1700L/h (water drain)
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
quick overview :
In civil engineering, studies in hydrology are conducted in connection with the design, construction and operation of hydraulic engineering systems and water management functions. These studies focus on topics such as seepage and flow of water in the soil and the use of groundwater resources.
It can be used to study seepage and groundwater flows after precipitation. Variable precipitation density and areas and different groundwater supply and drain possibilities allow a wide variety of experiments.
It contains a closed water circuit with storage tank and pump. The core element is a sand-filled, stainless steel experiment tank with inclination adjustment. To study precipitation, a precipitation device is available. The precipitation device consists of two groups of four nozzles. Water can flow in (groundwater) or out (drainage) via two chambers on the side. The experiment tank is separated from the chambers by fine mesh screens. To study the lowering of groundwater, two wells with open seam tubes are available. Water supply and water drain can be opened and closed, thus allowing a wide variety of experimental conditions.
Learning Objectives/Experiments
Investigating transient processes
Effect of rainfall of varying duration on the discharge
Storage capacity of a soil
Investigating steady processes
Investigating seepage flow
Effects of wells on the groundwater level over time
Specification
Investigation of precipitation-discharge relationships, storage capacity of soils, seepage flows and groundwater flows
Closed water circuit
Inclinable stainless steel experiment tank contains 19 measuring connections to detect groundwater levels, transparent splash guard and screens for separating the chambers
2 wells with open seam tubes in the experiment tank
Precipitation device with 8 nozzles, adjustable
Water supplies and drains can be selected individually
Transparent measuring tank (flow)
Instruments: tube manometers (groundwater), flow meter (supply) and measuring weir in the measuring tank (drain)
Technical data
Experiment tank
area: 2x 1m2, depth: 0,2m
max. sand filling: 0,3m3
inclination adjustment: -2,5…5%
Precipitation device
8 nozzles, switchable in 2 groups of 4 nozzles
flow rate per nozzle: 1…4,7L/min, square spray pattern
Pump
power consumption: 0,55kW
max. flow rate: 2000L/h
Storage tank, stainless steel: content 180L
Measuring ranges
pressure: 19x 0…300mmWC
flow rate:
1x 150…1700L/h (water supply)
1x 0…1700L/h (water drain)
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase
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