TIMOTEC Cleanroom Systems & Components
Air conditioning adapters to be fitted in lightweight metal suspended ceiling 109.01/B
Air conditioning adapters are intended as an end component of the air distribution system.
They are constructed as filterless, and their design allows for a wide range of applications.
Adapters are produced in several facing sizes, for various types of suspended ceilings and grids (600x600, 625x625).
To distribute incoming air, the adapters are fitted with a perforated metal plate or with a swirling vent-grille at the bottom; to distribute outgoing air, the adapters are fitted with a perforated metal plate at the bottom.
For air supply, they are provided with an inlet round neck - upper or side - as required by the customer and as the space allows.
TECHNICAL DATA
| Product type |
|---|
| HVAC adapters to be fitted in lightweight metal suspended ceiling |
| A - old system (until 06/2005) B - new snap-on system - compatible with the innovated lightweight metal suspended ceiling and light fixtures (since 06/2005) |
| Suspended ceiling type |
|---|
| lightweight metal suspended ceiling FOR CLEAN, grid 625 |
| metal ceiling panel |
| Thermatex, grid 600 |
| Air intake |
|---|
| exhaust side with round neck |
| exhaust upper with round neck |
| inflow side with round neck |
| Size of inlet neck |
|---|
| round neck diameter 160 |
| round neck diameter 200 |
| round neck diameter 250 |
| round neck diameter 315 |
| Surface of adapter parts (inner surfaces and visible surfaces) |
|---|
| stainless steel AISI 304 FIN SB |
| inner and visible surfaces - powder coating (Komaxit), standard hue RAL 9002, galvanized steel sheet |
| inner and visible surfaces - powder coating (Komaxit), standard hue RAL 9016, galvanized steel sheet |
| inner and visible surfaces - powder coating (Komaxit), hue RAL, galvanized steel sheet |
| Atypical execution |
|---|
| Typical execution |
| Atypical execution |
| Typical execution 0 - clear choice from the options Atypical execution Q - Atypical design, which can not be clearly identified by means of code |