Highly accurate – rainfall can be examined by the new rainfall nozzle adoption!!Rainfall simulator can reproduce natural rainfall for researching of rainfall effect. There are two standard types of effective rainfall area – 1m×1m, and 1.5m×1.5m. Moreover, the effective rainfall area can be customized to two standard types. In this rainfall simulator, the efficient rainfall […]
Highly accurate – rainfall can be examined by the new rainfall nozzle adoption!!
Rainfall simulator can reproduce natural rainfall for researching of rainfall effect. There are two standard types of effective rainfall area – 1m×1m, and 1.5m×1.5m. Moreover, the effective rainfall area can be customized to two standard types. In this rainfall simulator, the efficient rainfall nozzle is adopted for variety testing. The accuracy of the rainfall distribution in the range of the effective rainfall area is 50% improved over the conventional model. The nozzle has a high-velocity revolution (random rainfall mode) and can reproduce nearly natural rain drop falls in the effective rainfall area. (The rain drop is dropped at random) The changeable rotational speed of the nozzle can make raindrops in any desired sizes. Setting range of the raindrop size:φ1.7mm ~φ3.0mm.
Specification | |
Artificial raindrop generator 1unit | |
Effective rainfall area | 1m2 (1m x 1m) or 2.25m2 (1.5m x 1.5m) |
Effective height | Approx. 2m |
Rainfall strength | 10~80㎜/h |
Changeable range of raindrop size | 1.7 – 3.0mm |
Distribution accuracy (※)The measurement technique is based on our regulations, and the one in the range of the effective rainfall. |
regular rainfall mode (the nozzle without velocity revolution) : within ±10% Random rainfall mode : within ±20% |
Water supply tank 1 unit | |
Power source | Area 1m2 AC100V Area 2.25m2 3 phase 200V |