The DIK-6000 rainfall simulator is used to simulate natural rainfall within a certain range, adjust the size and amount of raindrops, and is applied in research on rainfall and its impact. For example, studying the relationship between soil erosion and rainfall density, potential erosion mechanisms of different soil types, and possible protective measures for soil erosion.

application area

Study the relationship between soil erosion and rainfall density, explore possible protective measures for soil erosion, and investigate the potential erosion mechanisms of different soil types.

Main technical parameters

Effective rainfall area: 1 meter² (1m x 1m) or 2.25 m²（1.5m × 1.5m）

Effective rainfall height: 2 meters

Rainfall intensity: 10-80 mm/h

Raindrop size variation range: 1.7-3 mm

Power supply: Rainfall area of 1 meter² When, 110V AC

The rainfall area is 2.25 meters² When, three-phase 200V

Note: The size of the simulator can be customized according to user requirements

system composition

Part 1: Artificial Rainfall Simulator Body: Drive Motor, Nozzle Rainwater Pipeline System

Part 2: Ontology Support Framework

Part 3: Measuring Water Tank Device: Main Panel, Water Tank, Flow Meter, Drainage Valve, Bypass Valve, Filter, VibrationDynamically control spherical protrusions, drainage valves, overflow pipes, etc

Part 4: Control section: Selection switch, 24-hour timer, rainfall timer, speed setting table, main power switch

Origin: Daiki, Japan