Rainfall Hydrographs Demo (1.2m x .8m x .2m) Manufacturer,Supplier and Exporter in India
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Product Code : SCL-CELE-14177
Overview
The Rainfall Hydrographs Demonstrator
is a self-contained educational system designed to simulate and analyze rainfall-runoff
relationships under controlled laboratory conditions. The unit enables
students to obtain catchment rainfall and runoff hydrographs as
functions of time, providing direct visualization and measurement of
hydrological processes.
The apparatus consists of a rectangular
tank representing a catchment area, which can be filled with gravel or
soil media to simulate permeable and impermeable surfaces. Rainfall is
simulated by two overhead spray nozzles, which deliver uniform
precipitation over the tank area. The water flow rate is precisely regulated
through a flow control valve and measured using an inline flowmeter.
Runoff from the catchment is collected in a motor-driven
traversing vessel fitted with seventeen storage compartments, which
moves automatically beneath the outlet. The collection pattern forms an
immediate histogram of runoff versus time, allowing the construction of
hydrographs. The traversing vessel and timing mechanism are electronically
controlled via an integrated control console.
Transparent side curtains prevent water
spillage while ensuring clear visualization of the experiment.
A detailed Operation & Maintenance Manual is supplied with the
trainer.
Key
Features
- Simulates catchment rainfall and runoff processes in a
controlled laboratory setting.
- Electronically controlled, motor-driven traversing vessel with 17 compartments provides direct hydrograph visualization.
- Transparent curtains
prevent spillage while allowing clear observation of the rainfall and
runoff process.
- Adjustable flow rate with
precision flow control valve and flowmeter for accurate
rainfall intensity regulation.
- Comprehensive set of accessories for
studying both permeable and impermeable catchments.
- Compact, floor-standing or bench-mounted design suitable for laboratory use.
- Supplied with complete user and experimental manual for
guided operation.
Technical
Specifications
|
Component |
Specification |
|
Tank Dimensions |
1.2 m (L) × 0.6 m (W) × 0.2 m (H) |
|
Tank Material |
Non-corrosive with transparent side curtains |
|
Flow Range |
0.4 – 4.4 L/min |
|
Runoff Collector |
17 compartments × 0.5 L each |
|
Overall Dimensions |
1.58 m (L) × 0.9 m (W) × 1.05 m (H) |
|
Flow Control |
Precision valve and flowmeter |
|
Rainfall System |
Dual overhead square-pattern spray nozzles |
|
Traversing Mechanism |
Motor-driven, electronically controlled with timer |
|
Accessories Included |
Polythene sheet (impermeable catchment), 4 reservoir containers,
permeable pipe (tile drain) |
Ordering
Specifications
- A self-contained rainfall simulation and runoff measurement unit
designed to obtain catchment rainfall and runoff values as functions of
time.
- Includes two overhead spray nozzles, flowmeter, solenoid
valve, and motor-driven traversing vessel with seventeen
compartments.
- Tank dimensions: 1.2 m
× 0.8 m × 0.2 m (L×W×H).
- Flow range:
0.4–4.4 L/min.
- Includes electronic console, flow regulation system,
and comprehensive instruction manual.
Experimental
Capabilities
- Generation of storm hydrographs from single or multiple
rainfall events.
- Study of runoff from previously saturated catchments.
- Analysis of runoff from impermeable surfaces using polythene
sheet.
- Investigation of the effect of moving storms on the flood
hydrograph.
- Evaluation of reservoir storage effects on hydrograph shape.
- Study of land drainage impact using permeable pipes and
gravel beds.
Required
Services
|
Service |
Specification |
|
Water Supply |
Hydraulics bench or cold water supply (4 L/min required) |
|
Drainage |
Required |
|
Electrical Supply |
220–240 V AC, Single Phase, 50 Hz |
|
Granular Medium |
1 m³ of washed, well-graded gravel (2.0–5.0 mm diameter) |
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