EVA-290 HS
Add Zip code to check availability
Select Quantity
Features
Additional Information
Marketplace Benefits
Year-long Helpdesk
Verified Sellers
Easy Payment
Warranty & Return Policy
Warranty Policy
Return Policy
Description
The EVA-290 HS is a high static cooling unit offered by EVA-POLER designed for industrial ventilation and cooling applications. It is part of their “High Static Cooling Unit” range, intended to deliver substantial airflow under pressure, enabling cooling, ventilation, and air-quality improvement in industrial facilities.
This model supports multiple configurations — referred to as Side, Top, or Down orientation — which gives flexibility for installation depending on spatial constraints and duct-layout.
Key Specifications & Features
Here are some of the technical highlights based on published catalog data:
For model EVA-290 HS (Side/Top/Down), the unit capacity is listed at 29,000/17,500 units (presumably CFM) for one configuration.
Blower: Centrifugal type.
Motor: Rated 7.5 kW, three-phase power supply 415 V / 50 Hz.
Cooling pad / air delivery section: Example size 800 × 800 (mm) for one version.
Unit configuration: Body design allows side/top/down orientation, making the system adaptable.
Designed for industrial installations, where high static pressure and long-distance air delivery may be required. EVA-POLER highlights that their high static cooling units deliver substantial temperature drop (up to ~15 °C in certain conditions) while saving power.
Application & Benefits
Industrial cooling & ventilation: Ideal for factories, assembly lines, workshops, canteens, large spaces requiring airflow and temperature drop. The high static design means the unit can push air further into ductwork or into large open spaces with some resistance.
Energy efficiency: The manufacturer claims up to ~80% electricity cost savings compared to some conventional systems by using evaporative cooling and reducing reliance on heavy refrigeration systems.
Flexible mounting/orientation: With Side/Top/Down configurations, installers can adapt the unit to available roof or wall space, making it suitable for retrofits or new installations with constrained layouts.
Improved indoor air quality: Because these systems can move large volumes of air, they help with dust, fumes, and odor removal – beneficial in light manufacturing, textile, food-processing, or electro-panel rooms.
Considerations & Installation Tips
Space & orientation: When selecting the Side/Top/Down configuration, check clearance, duct entry/exit, and maintenance access.
Static pressure & ductwork: Because this is a high-static unit, the duct design must be compatible (e.g., minimal bends, properly sized). Oversizing ductwork or heavy elbows can reduce performance.
Water & pad maintenance: Evaporative cooling units require regular maintenance of wet pads, distribution systems, and drain systems to keep efficiency high and avoid clogging or microbial growth.
Power & supply: Ensure the correct three-phase supply (415 V/50Hz) and adequate motor protection (7.5 kW motor) as specified.
Ambient conditions: While evaporative cooling is very efficient in dry/hot climates, performance may vary in high humidity environments (less temperature drop).
Warranty & support: Check manufacturer warranty and availability of spare parts (pads, filters, motors) especially if installed in remote locations.
