The level of presentation and how it is done. First of all, engineers who developed products and are creators of technology pass on their knowledge to designers, automation specialists, service technicians and sellers. You get to know all the details first hand. Second, the training involves real product use and laboratory tests rather than a dull Power Point presentation. Each trainee at our training facility connects, sets up, and launches the system on their own. 100% practice.
How to briefly summarize the all-day workshop on SmokeESC smoke prevention systems?
Smoke prevention |
Natural smoke ventilation |
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Task: preventing smoke and gases from entering safe evacuation zones |
Task: removal of smoke and gases generated during a fire |
Can be used in all types and categories of buildings |
Limited use: regulations, design standards, smoke cooling (smoke getting stuck on upper floors) |
Smoke-free escape routes – effective protection of people's lives |
Serious difficulties or impossibility of safe evacuation - smoky evacuation route |
Securing access for rescue teams, carrying out activities on the upper floors |
Securing access for rescue teams only below the fire source |
Placement of devices without restrictions (placement of the aeration fan anywhere) |
Imposed location of devices (smoke vent in the roof slope, compensation on the lowest storey - difficult to implement in buildings with underground storeys) |
Protection of property - the limited spread of smoke allows you to protect items that are particularly sensitive to its effects |
Directing smoke in order to remove it from the building - consciously smoke the smoke-free space where objects sensitive to its effects may be located |
In the case of a fire, natural smoke exhaust systems are intended to evacuate smoke and hot air from a building. They operate on the premise that changes in temperature and pressure result in a natural flow of air. A natural smoke exhaust system's fundamental tenet is that warm air rises, providing an upward air flow, and cooler outside air flows into the building, creating an air flow.
The purpose of smoke prevention systems for escape routes is to stop smoke and hot air from reaching the evacuation zones from the fire-affected areas. They function by keeping the evacuation routes under a continuous positive pressure. Opening doors during evacuation boost the flow of fresh air to ensure the door has the right flow. In order to force the smoke outdoors in any circumstance. Through vent windows or smoke exhaust fans, smoke is able to leave areas that have been afected by fire. Additionally, the stairway is full of fresh air, allowing you to securely exit the building.