What is a centrifugal blower, and what is it used for?

Santrifuge blower, by rotating the wheel with power taken from the motor, is an air transfer device that sucks in air and compresses it with helical motion to the outlet line, providing high-flow or low-medium pressure air. It offers a reliable, oil-free air source for many processes such as food washing and drying, granule and powder conveying, vacuum gripping and suction, bottle filling and drying, purification plants, printing-paper handling, car wash, jacuzzi, and similar applications.

Should single-stage or two-stage be preferred?

Single-stage models provide an economical solution in flow rates ranging from 40–1370 m³/h and pressures from 0–460 mbar; sufficient for general conveying, drying, and ventilation applications. Dual-stage models offer advantages in lines where higher pressures up to 670 mbar are required in the range of 88–2500 m³/h, where vacuum and pressure are critical; ensuring more stable performance in processes with high losses due to long piping or narrow filters.

What are the capacity limits and working conditions?

MIT centrifugal blowers can generate a maximum air flow rate of 2050 m³/h and pressures up to 600 mbar, operating in hot air up to 110°C. The dynamically balanced design provides quiet operation in the range of 50–85 dBA and low vibration; oil-free operation prevents oil vapor from mixing into the process, achieving environmentally friendly operation.

What information is needed for the correct blower selection?

First of all, the necessary air flow rate and the pressure or vacuum level at which the line needs to be renewed should be determined; pipe diameter-length, filter and equipment losses should be taken into account. Ambient and process air temperature, mode of operation (pressure or vacuum), supply voltage, and mounting direction (horizontal-vertical) play a critical role in the selection. These data direct to the appropriate single or double-stage model and the correct motor power.

What should be considered during assembly and use?

Placing a filter in the appropriate micronage towards the suction side prevents the wearing of the fan; safety elements should be preferred against blockages and line closures. Blower should not be operated in reverse direction, vibration should not be transmitted to the building structure with flexible compensator and correct alignment. Avoid sharp elbows in the inlet and outlet channels, provide sufficient fresh air supply, and connect according to the manufacturer's direction arrows to inc...

What are the maintenance and operation recommendations?

MIT blowers, designed to operate without maintenance for 3-5 years thanks to high-efficiency fan, AC motor, and SKF/NSK bearings, periodic filter cleaning, inspection of suction-discharge lines, monitoring of unusual noise-vibration and temperature increases is recommended. Regular replacement of the suction filter in dusty environments, re-validation of pressure-flow rate during process changes, and checking the tightening of assembly bolts ensure long life and stable performance.

Centrifugal Blowers | Ekin Industrial

Name: Centrifugal Blowers
Brand: Ekin Industrial
Availability: InStock

Fluid Transfer Products / Centrifugal Blowers

Centrifugal Blowers

Blowers are installation equipment that enables the transfer of air in the emitted environment at high flow rate or low pressure and rotates the fan with the force received from the engine.

The fan inside the blowers rotates and vacuums the air in the suction section. The trapped air is then pushed towards the outlet side. Blowers are generally used to move air. MIT brand blowers offer the most reliable service for their application areas in terms of size, performance and technology.

Blower Pump Advantages

Maximum 2500 m3/h air flow
Maximum 670 mbar pressure
Ability to work at high temperatures (maximum: 130°C)
Provides a quiet working environment (50-85 dBA)
Environmentally friendly thanks to oil-free operation
Minimum vibration with dynamic balancing
Easy and diverse assembly

General Information

Usage Areas

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Although blowers operate differently depending on the power of the engine they contain, basically all blowers are installation equipment that provides the transfer of air in the emitted environment at high flow rate or low pressure and rotates the fan with the force it receives from the engine.

Blowers increase the pressure of the absorbed gas as a result of a series of vortex movements created by the centrifugal movement of the impeller. As the wheel rotates, the channels in the wheel push the air forward in a centrifugal motion and a helical movement occurs. During this movement, the gas is constantly compressed along the channel and the pressure increases linearly. The pressurized air is transferred to the installation to be used from the outlet channel of the blower.

What are the Blower Types?
Blowers are divided into two as single-stage and double-stage.

Single-Stage Blowers
Single-stage blowers have a flow rate of 40-1370, 0-460 mbar pressures and 0.2 - 18.5 kW. It is a type of blower that varies in engine powers in the range of 0.7 - 25 kW.

Double Stage Blowers
Double stage blowers are a type of blower in the range of 88-2500 flow rates, pressures of 0-670 mbar and engine powers in the range of 0.7 - 25 kW.

How to Choose a Blower?
Information to be taken into consideration when choosing a blower.

The required air flow rate
If it will be used to transfer air, the positive pressure that the blower must overcome (such as mbar, bar, mSS)
If it will be used for vacuum, the vacuum value of the blower (such as mbar, bar)
Ambient Temperature

Why MIT Blower Pump?
The features that make MIT Centrifugal Blowers frequently preferred are as follows:

It uses a high-efficiency fan.
It has an easy-to-install and maintenance-free AC electric motor.
It uses Swedish SFK or Japanese NSK bearings.
Thanks to the above parts, it can be used without any problems for 3-5 years.
It does not require maintenance.
It provides high pressure and vacuum
Oil-free air.
Vibration is minimal with dynamic balancing adjustment.
It can be installed horizontally and vertically.

How Should Blower Be Used?
Although MIT Blowers are long-lasting machines that do not require maintenance, thanks to the high-efficiency fans, AC electric motors and Swedish SFK or Japanese NSK bearings, the suitability of auxiliary equipment can further extend the life of the blower.

Careful When Using Blowers. What are the issues that need to be taken into consideration?
Since blockages may occur at the suction and discharge points, the presence of safety valves or a system that protects the transfer are among the factors that extend the life of the blower. Another important issue is to use it at the appropriate capacity and to transfer the air in the blower by filtering it to prevent dirt accumulation. Not using a filter will cause the fans inside the blowers to wear out. Blowers should not be used in the opposite direction of the motor rotation. Since the air at the outlet will not be sucked, the life of reversed blowers is shorter.

Food

Hygiene, safety, and process efficiency are top priorities in the food industry. Our hygienically designed, easy-to-clean, and stainless-steel-compatible solutions are ideal for applications ranging from dairy and beverage processing to juice, beer production, and food handling lines.

Automotive

In the automotive sector, temperature regulation and fluid control are critical in production lines, testing systems, and paint applications. Our compact and high-performance solutions help ensure process continuity, energy efficiency, and system reliability.

Maritime

Marine applications require durable, low-maintenance systems that can withstand harsh environmental conditions. Our corrosion-resistant solutions support efficient cooling, heating, and fluid management in various shipboard systems, even under demanding operating environments.

Heating, Ventilation, and Air Conditioning

Energy efficiency and system longevity are essential in comfort heating and hot water systems. Our engineered solutions support heating, cooling, ventilation, and domestic hot water applications, delivering optimal performance and sustainable energy use in building technologies.

Petrochemicals and Pharmaceuticals

These industries demand equipment capable of operating under high temperatures and pressures, and resistant to corrosive or aggressive gases and liquids. Our robust and chemically compatible system solutions ensure safe, continuous, and efficient operation in sensitive process environments.

Metal Industry

Metal processing involves exposure to extreme temperatures and pressures, requiring highly durable and reliable equipment. Our industrial-grade solutions provide stable performance and increased efficiency across production lines such as rolling, melting, and cooling systems.

Energy

In power generation, cogeneration, and heat recovery systems, energy efficiency and system durability are essential. Our high-efficiency solutions contribute to sustainable energy production and help reduce operational costs by enhancing thermal performance and system resilience.

Textile

Processes such as printing, dyeing, finishing, and drying require precise temperature control and energy management. Our specialized thermal solutions support textile operations by optimizing energy usage and improving overall process reliability and product quality.

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