210T16 Single Stage Blower Three Phase (380V) 0.37 kW 80 m³/h

What is a Blower?

A blower is an equipment used in installations to transfer air in environments with emissions at high flow rates or low pressure. It operates by rotating the fan through the force it receives from the motor.

In short, blowers are devices that transport air by blowing it.

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Where Are Blowers Used?

• For gas flow through sewer systems, process piles, etc.
• In applications requiring exhaust, aspiration, cooling, ventilation, transmission, etc.
• Wastewater Treatment Plants
• Car Washes
• Paper Cutting
• Bottle Drying
• Jacuzzis
• Drying after Printing in Printers
• Fermentation
• Providing Oxygen in Pools
• Furnace Ignition
• Vegetable and Fruit Washing
• Pipe Cleaning
• Dust and Particle Transport

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How to Choose a Blower?

Selecting the wrong blower can lead to poor performance and unnecessary electricity costs. To choose the right blower for industrial applications, the following steps should be followed:

1. Determine the location of the blower.
2. Measure the area where it will be used.
3. Decide on the direction of airflow.
4. Design a project for the installation layout, including the blower, ducts, equipment, and processes.
5. Decide on the required airflow values for the application area.
6. Answer questions about the air entering the blower, such as the temperature of the air, where it will enter from, and how it will enter.
7. Learn about the pressure drop in the airflow outside the duct.

After preparing all these calculations, the key information needed for selecting the blower (for air applications) is as follows:

• Required air flow rate
• Positive pressure the blower needs to overcome for air transfer (e.g., mbar, bar, mSS)
• Vacuum value if the blower is used for vacuum purposes (e.g., -mbar, -bar)
• Ambient temperature

Based on the answers to these questions, you can determine a rough idea of the type of product you need. For more detailed product analysis, please contact us.

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Model

• Power (kW): 0.37
• Voltage: 380
• Connection: 1.1/4"
• Max Air Flow (m³/h): 80
• Max Vacuum/Pressure (mbar): -120/+130