Wednesday, 23 April 2014
Tuesday, 22 April 2014
Hi Smoke Extraction Motors!.
Hi Smoke Extraction Motors!.
Siemens Motors!.

Smoke Extraction Motors:
- "Reliable ventilation even at high temperatures."
General description:
The certified smoke extraction motors have been specially developed for buildings or construction sites with smoke control systems.
Siemens smoke extraction motors can even cope with high ambient temperatures safely.
In the event of an accident, they reduce the heat loading on the building and keep access and escape routes smoke-free.
The double-function motors operate as follows:
A. As fan motor for operation under normal conditions.
B. Operation under fault conditions as fan motor at high ambient temperatures (200 °C, 300 °C, 400 °C) and minimum operating time stipulated according to norm.

To View Further Information Visit The Siemens Website By Clicking The Following Link Here.
Further Smoke Extraction Siemens Motor Information Available;
1. Technical Data Overview.
2. Customer Benefits.
3. Typical Applications.
- "Click Here To Visit Siemens "All about Smoke Extraction Motors" Webpage."
Hi Download Library; Smoke Ventilation & Testing Recommended Literature.
Hi Download Library; Smoke Ventilation & Testing Recommended Literature.



A.Positive Pressure Ventilation:
An Emergency Ventilation
Technique for Highway, Rail and Subway Tunnel Fires.
B.CAPABILITIES AND LIMITATIONS OF TEMPEST’S MOBILE VENTILATION UNIT TO
CONTROL THE SMOKE AND HEAT GENERATED BY A MAJOR TUNNEL FIRE:
- A CFD Study -
Click The Following Link Here To Download Or View & Download Below;
C.POSITIVE PRESSURE VENTILATION:
AN EMERGENCY
VENTILATION TECHNIQUE FOR RAIL TUNNEL FIRES.
Click The Following Link Here To Download Or View & Download Below;
D.Mobile Ventilation Unit Tunnel Test
BNSF Railway Seattle Tunnel:
(Great Northern / King Street Tunnel).
November 14, 2002.
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Hi Fire and Smoke Modeling.
- Official regulations and safety concerns require efficient ventilation and detection systems, software analysis provides cost-effective help for:
- Understanding the spread of smoke and heat.
- Designing efficient equipment for fire suppression.
- Predicting the distribution of suppression agents.
- Studying their interactions with the fire and smoke.
- Identifying how fires develop.
- Determining their effect on neighboring structures.
