About Industrial Air Washer Unit
The Industrial Air Washer Unit that proposed by us is engineered to be utilized to clean and cool the moist & hot air that enters into this unit to a level where there it meets dew point whenever come in contact with cold water. This type of system helps in reducing the moisture content of air and making it fresh. Suitable for hospitals, hotels, restaurants, shopping malls, etc., Industrial Air Washer Unit is easy to install, high performance, low maintenance, and comes in varied models, sizes, and specifications.
Advanced & Customizable Air CoolingOur Air Washer Units offer multiple blower types, customizable tank capacities, and optional digital controller, allowing precise matching to varied industrial requirements. With a capacity spanning from 5000 to 60000 CFM and a flow rate up to 60000 m/hr, these units are highly adaptable for both small and large spaces, ensuring optimal ventilation and air quality.
Robust Design with User-Friendly OperationEngineered with galvanized or stainless steel and finished with durable powder coating, these units withstand harsh industrial conditions. Features like centrifugal or axial blowers, reliable overload protection, and submersible water pumps help support uninterrupted operation. Easy maintenance and energy efficiency keep downtime and running costs to a minimum.
Efficient Air Filtration & HumidificationUtilizing multi-stage filtrationincluding high efficiency pre-filters and cellulose paper elementsthese air washers effectively trap dust, providing an output with less than 2% dust content and humidity regulation from 60% to 90%. The uniform top sprinkler ensures thorough water distribution, optimizing cooling and filtration results every time.
FAQs of Industrial Air Washer Unit:
Q: How does the Industrial Air Washer Unit guarantee clean and cool air?
A: The unit employs a multi-stage filtration system, including high efficiency pre-filters and cellulose or synthetic fiber pads, alongside uniform water distribution via a top sprinkler. This setup ensures airborne contaminants and dust are effectively removed, delivering consistently clean and cool output.
Q: What maintenance procedures are recommended for this air washer system?
A: Routine checks should include cleaning or replacing the filter pads, inspecting the water distribution system, and ensuring the submersible pump operates efficiently. Both automatic and manual drain valves assist in efficient water management, and overload protectors safeguard components against prolonged use.
Q: Where can this air washer unit be installed and what are its typical applications?
A: The unit is floor-mounted and suitable for diverse environments, such as textile factories, pharmaceutical plants, engineering facilities, and commercial buildings. Its also adaptable for custom installations thanks to its customizable size and finish options.
Q: When is it most advantageous to use a centrifugal or axial blower in the air washer?
A: Centrifugal blowers are preferred in applications requiring higher pressure and ducted systems, whereas axial blowers are efficient for high airflow and open ventilation. The choice depends on your facilitys layout and desired air distribution.
Q: What benefits does the automatic/manual drain system provide?
A: The automatic drain option simplifies maintenance by periodically flushing the system without manual intervention, preventing sediment build-up. Manual drainage allows targeted cleaning, giving operators more control depending on operating requirements.
Q: How does the air washer support continuous operation during variable ambient conditions?
A: With operational support for temperatures ranging from 5C to 55C and features such as an overload protector, water level sensor, and durable construction, the unit is built for reliable year-round use, regardless of environmental fluctuations.
Q: What energy-efficiency and safety features are included in this unit?
A: The air washer is designed for low power consumption, incorporates overload protection for electrical components, uses a submersible pump to optimize water circulation, and provides water level sensing to avoid dry runsensuring both user safety and reduced operational costs.