The application of electric smoke exhaust ventilator in industrial plants has been relatively popular, but when it comes to different project locations, specific applications need to be considered, including the location and climate conditions of the automatic opening vents project site, as well as exhaust emissions. The performance of the smoke vent includes windproof performance, snowproof performance and rainproof performance. So what factors should be considered for the applicability of electric smoke ventilator?

1. Project location of electric smoke exhaust ventilator

Because electric smoke exhaust ventilator projects are located all over the country, the first consideration is regionality. Smoke vent manufacturers need to design the parameter details according to local climatic conditions to better adapt to local climatic conditions. For example, the primary considerations in the southeast coast are wind and rain resistance, while in the north, snow resistance needs to be considered. Therefore, the applicability of smoke hatch skylight is tailored to local conditions.

2. The industry which the automatic opening vents are used for

Because smoke vent is used in various industries, different industries require different ventilation and smoke exhaust solutions. For example, the steel structure industry has a large demand for ventilation and smoke because a large amount of smoke and mist will be generated during the production process. The polluted gas must be discharged from the workshop in time; while the storage industry is more inclined to daylight and has less demand for ventilation and smoke exhaust.

3. The versatility of automatic roof vents

Because the general performance of the smoke ventilator is ventilation, smoke exhaust and daylighting, it can meet the overall ventilation and smoke exhaust requirements of the workshop. With the demand for fire-fighting linkage in industrial plants, steel structure electric smoke exhaust ventilator can also achieve fire-fighting linkage, and control the opening and closing of the smoke exhaust skylights through smoke, fog, rain, and temperature sensing.