Sodeca CMR2271-4T Centrifugal fan

• Ventilation within food production areas to control temperature and humidity.
• Extraction of process-generated fumes, vapours, or dust from specific workstations.
• Air circulation in drying rooms or cooling tunnels for food products.
• Supply of fresh air for combustion processes in industrial ovens or boilers.
• Integration into pneumatic conveying systems for light materials.

Typical Airflow Range

For this class of medium-pressure centrifugal fan, airflow can typically range from 2,000 to 15,000 m³/h, depending on static pressure requirements.

Typical Static Pressure

Units of this type commonly achieve static pressures between 500 and 2,500 Pa.

Impeller Type

Sodeca CMR series fans typically feature backward-curved impellers, known for their high efficiency and non-overloading characteristics.

Motor Power

As indicated, this unit has an 11 kW motor. For this model range, motor powers commonly vary from 2.2 kW to 30 kW.

Power Supply

This unit is 3-phase. For industrial applications in the UK, this typically means 400V, 50Hz.

Construction Material

Casings and impellers for industrial centrifugal fans are commonly constructed from painted steel or galvanised steel. For food contact or corrosive environments, stainless steel variants are available in the market.

Noise Level

Noise levels for industrial fans of this size typically range from 80 to 95 dB(A) at 1 metre, depending on operating point and installation.

• What is a single inlet centrifugal fan?

  A single inlet centrifugal fan draws air from one side of the fan housing into the impeller. This design is common for general ventilation and extraction applications.

• What does 'medium pressure' signify for a fan?

• Can this fan be used outdoors?

• What maintenance is typically required for a centrifugal fan?

• Is this fan suitable for high-temperature applications?

HVAC drives and controllers are valued for reliable temperature and humidity regulation in controlled laboratory environments. Buyers typically prioritise units with precise calibration history and minimal downtime records. When purchasing used equipment, inspecting control boards, sensor functionality and documentation of maintenance schedules proves essential. These systems gain strong reputation for durability when properly serviced, though older models may lack advanced digital interfaces. Compatibility with existing facility infrastructure remains a common purchasing consideration.

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