By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Motors for extracting smoke are essential for maintaining tunnel safety. The capacity of extraction fans—and the electric motors that power them—to quickly and effectively disperse hazardous fumes and smoke is crucial in the event of a tunnel fire. Smoke extraction motors must be able to endure the intense heat produced in fire zones and continue to function dependably in these harsh conditions.
They are a component of the comfort ventilation system that preserves the quality of the tunnel air during routine everyday operations. The motors should ideally be managed by variable speed drives (VSDs) to enable programmable fan settings that conserve energy.
Jet fans and axial fans are the two common types of applications that use smoke extraction motors for both comfort ventilation and emergency fire situations.
Smoke extraction motors are crucial to the safety of tunnels. The ability of extraction fans and the electric motors that drive them to quickly and effectively disperse toxic fumes and smoke is critical in the event of a tunnel fire because it could save lives.
Smoke extraction motors must be able to withstand the high temperatures that are produced in fire zones and continue to function reliably in these extreme conditions.
They are a part of the comfort ventilation system that keeps the tunnel’s air quality clean during normal operation. Ideally, variable speed drives (VSDs) control the motors, allowing for energy-saving fan settings that can be adjusted.
Jet fans and axial fans are two common applications for smoke extraction motors, and both are used for comfort ventilation and in extreme fire situations.
The global smoke extraction motors market is anticipated to be driven by the rising number of fire emergencies and the increasing need for ventilation in the workplace.
The smoke-extraction motors are installed in tunnels, single- and multi-story shopping centers, industrial buildings and warehouses, building complexes and atriums, theaters, indoor car parks, and staircases for use in automatic smoke and heat extraction units.
Road and rail tunnels, as well as the overall work environment, rely heavily on smoke extraction systems. New design models that meet changing standards and requirements are being created by players.
The Global Smoke Extraction motor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
OME Motors – High-temperature air intake and smoke extraction motors for maximum safety in crowded areas The OME Motors range now includes brand-new products.
These are three-stage electric engines planned and fabricated explicitly for fans and smoke extraction frameworks in modern or business structures with countless individuals. In all of these instances, using a motor for an exhaust fan ensures proper ventilation and boosts safety even in emergency situations.
OME Motors created two distinct modes of operation for the high temperature motor models used for smoke extraction and air intake
Motors operating at high temperatures for fume extraction and air intake in public and crowded settings. devices that work reliably and are safe, even in high temperatures, in both normal and emergency situations.
The new smoke extractor product line from ECE Cogen acoustic, a world leader in ventilation with headquarters in France, features special motors from WEG. To guarantee that the ECE Cogen acoustic equipment can maintain air quality in public settings in the case of a fire, WEG created a customized version of the W22 motor.
The new W22 motor was created especially for this market niche and can function in harsh environments. The motor can ensure efficient and dependable operation for two hours at a temperature of up to 400 oC while performing in compliance with international standards.
The high temperature motor models for smoke and air extraction are intended for use with fans and blowers in air treatment facilities. They can therefore be used effectively in any location where there is high human traffic, including factories, warehouses, business centres, covered parking lots, tunnels beneath roads, airports, shopping malls, etc.
These high temperature motors from OME Motors, in particular, can be used as electric tunnel, tunnel, and subterranean road motors, providing optimum user safety even in the case of breakdowns or fires, or as exhaust fan motors for industrial hoods, ensuring proper ventilation of the systems.
The OME Motors lineup now includes high temperature motors for air intake and smoke extraction. These three-phase electric motors were created and manufactured especially for fans and smoke extraction systems in large-scale commercial or industrial buildings.
The use of an exhaust fan motor in each of these scenarios ensures proper ventilation and raises the bar for safety, even during emergencies.
