 |
| This system provides a uniform airflow inside the room through the use of a cloth filter. It does not cause uncomfortable cold drafts in the room and ensures a clean, quiet environment. The system is optimal for facilities such as food processing plants, pharmaceutical plants, gymnasiums, libraries, hospital rooms, research facilities, animal breeding facilities and liquid crystal film factories. |
|
No draft means comfort even at low temperatures
Because air currents do not flow directly onto workers, there is no discomfort from cold air, even at food processing plants where machinery and operations require low temperatures. |
 |
| Example of use at a food processing plant |
|
 |
| Example of use in a hospital room |
|
Small air current allows for stable air quality
At pharmaceutical plants and liquid crystal film factories, if air currents come into contact with products, pharmaceuticals or bacteria can scatter and dust can get on them. The Sock Chilling System maintains an air current speed of 0.1m/s or less and avoids the risk of contamination. The sock filter, made of cloth, collects debris and insects and plays a role in maintaining a clean environment. |
|
 |
|
 |
Indoor air current using
conventional equipment |
|
Indoor air current
using sock filter |
| Conventional outlet air current makes it easy for powders, dust and bacteria to spread. |
|
Indoor air current can be improved by attaching the Sock Filter unit to an existing outlet system. |
|
|
Easy to use
Because the sock filter is made of cloth, it is easy to handle in spite of the seemingly large size when the air conditioner is in operation, and cleaning is also simple.
Full-surface output eliminates condensation and airflow noise
The sock filter's full-surface output ensures quiet airflow and no condensation like that produced by individual unit-type outlet, making this an optimal system. |
|
 |
| System Structure |
|
