| Quantity: | |
|---|---|
FIRE RATED CURTAINS SMOKE CURTAIN APPLICATIONS
| Motor parameters | |||
| Model | 10N | 30N | 50N |
| Rated Voltage | 24V | 24V | 24V |
| No-load current | 1A | 1A | 1.5A |
| Load Current | 4A | 4.5A | 8A |
| Power | 96W | 108W | 192W |
| Load weight | 40KG | 60KG | 100KG |
| Load speed | 23r | 15r | 16r |
| Down load weight | 7.5KG | 12KG | 20KG |
| Downward speed | 22r | 15r | 13r |
| Actual lifting weight | 20KG | 45KG | 85KG |
1. High-Rise Buildings: In multi-story buildings, especially those that exceed a certain height as defined by local building codes, smoke control systems are almost always required. This is because high-rise buildings present unique challenges for evacuation and firefighting operations.
2. Underground Structures: Underground parking garages, subway stations, and other subterranean spaces often require smoke control systems due to the difficulty of natural ventilation and the potential for smoke accumulation.
3. Public Assembly Areas: Venues such as theaters, stadiums, concert halls, and conference centers may need smoke control systems to ensure the rapid and safe evacuation of large numbers of people.
4. Healthcare Facilities: Hospitals and nursing homes must have reliable smoke control measures to protect vulnerable populations who may not be able to evacuate quickly or easily.
5. Educational Institutions: Schools and universities might require smoke control systems, particularly in areas with large gatherings like auditoriums and gymnasiums.
6.Industrial Facilities:Factories and warehouses with hazardous materials or complex layouts may need smoke control systems to protect workers and responders.
7. Commercial Buildings: Office complexes and shopping malls may require smoke control systems, especially if they contain atria or other open spaces that could facilitate rapid smoke spread
FIRE RATED CURTAINS SMOKE CURTAIN APPLICATIONS
| Motor parameters | |||
| Model | 10N | 30N | 50N |
| Rated Voltage | 24V | 24V | 24V |
| No-load current | 1A | 1A | 1.5A |
| Load Current | 4A | 4.5A | 8A |
| Power | 96W | 108W | 192W |
| Load weight | 40KG | 60KG | 100KG |
| Load speed | 23r | 15r | 16r |
| Down load weight | 7.5KG | 12KG | 20KG |
| Downward speed | 22r | 15r | 13r |
| Actual lifting weight | 20KG | 45KG | 85KG |
1. High-Rise Buildings: In multi-story buildings, especially those that exceed a certain height as defined by local building codes, smoke control systems are almost always required. This is because high-rise buildings present unique challenges for evacuation and firefighting operations.
2. Underground Structures: Underground parking garages, subway stations, and other subterranean spaces often require smoke control systems due to the difficulty of natural ventilation and the potential for smoke accumulation.
3. Public Assembly Areas: Venues such as theaters, stadiums, concert halls, and conference centers may need smoke control systems to ensure the rapid and safe evacuation of large numbers of people.
4. Healthcare Facilities: Hospitals and nursing homes must have reliable smoke control measures to protect vulnerable populations who may not be able to evacuate quickly or easily.
5. Educational Institutions: Schools and universities might require smoke control systems, particularly in areas with large gatherings like auditoriums and gymnasiums.
6.Industrial Facilities:Factories and warehouses with hazardous materials or complex layouts may need smoke control systems to protect workers and responders.
7. Commercial Buildings: Office complexes and shopping malls may require smoke control systems, especially if they contain atria or other open spaces that could facilitate rapid smoke spread
