Fans are electrical devices used for air exchange, cooling of machine and device components, and ensuring proper air circulation in industrial systems, HVAC, server rooms and electronics.

We offer:

• Ebmpapst fans
  • Axial fans
  • Radial (centrifugal) fans
  • Cross-flow fans
  • Accessories
• Fandis fans
  • Axial fans
  • Radial (centrifugal) fans
  • Accessories
• NMB MinebeaMitsumi fans
  • Axial fans
  • Radial (centrifugal) fans

Key technical parameters:

Airflow (m³/h or CFM)

Indicates how much air the fan can move over time. Important for cooling and ventilation of rooms.

Static pressure (Pa)

Relevant in systems with air resistance (ventilation ducts, filters). Radial fans achieve higher pressures than axial ones.

Rotational speed (RPM)

Affects noise, lifespan, and power.

Motor power (W) and supply voltage (V)

Selection depends on available power supply (e.g., 230 V, 400 V, 1~ or 3~).

Noise (dB(A))

Important in office, residential, or environments with acoustic standards.

Housing and material

Aluminium, steel, weather-resistant plastics; IP protection (e.g., IP54, IP65) if required.

Bearing

Sleeve, ball; affects lifespan and vibrations.

Why DACPOL?

• Wide assortment – from compact fans to large industrial units.
• Specialized solutions – types dedicated for HEPA filters, aggressive agents, high temperatures.
• Technical support – fan selection for specific applications.
• Quality and certificates – compliance with CE, UL, ISO standards; materials and workmanship ensuring durability.

Applications

Fans from our offer are used in:

• cooling systems for motors, converters, transformers
• air conditioning, HVAC systems, ventilation units
• server rooms and IT equipment
• industrial plants, metalworking, dryers, cooling tunnels
• … and many other places.

How to choose a fan?

1. Determine the required airflow and pressure in the system.
2. Check operating conditions – temperature, humidity, presence of dust or chemicals.
3. Decide on material and protection class (IP, corrosion resistance).
4. Consider noise level, power, and operating costs.