Three-Phase Vacuum Cleaner

Industrial Vacuum Cleaners and Vacuum Machines

Industrial vacuum cleaners and vacuum machines are specially designed products to meet the cleaning needs of businesses and industrial facilities. Unlike household vacuum cleaners, industrial versions are equipped with more powerful motors, larger chambers, and more durable bodies. This allows them to effectively clean heavy dirt, dust, and debris found in industrial environments.

Continuous Operation Feature

The non-stop operation feature of industrial vacuum cleaners is ideal for various industrial businesses operating under heavy conditions that require continuous cleaning. With powerful suction, durability, and continuous operation capabilities, these machines enable businesses to clean effectively without interrupting their workflow and maintain high hygiene standards.

Dass Global Industrial Vacuum Cleaners and Vacuum Machines

Dass Global is a leading brand in Turkey for industrial vacuum cleaners and vacuum machines, offering high-performance and reliable products suitable for a wide range of industrial cleaning needs:

• Wet Dry Vacuums: Suitable for cleaning both dry and wet surfaces.
• Industrial Vacuum Machines: Designed for applications requiring high suction power.

Advantages

• High Performance: These machines allow businesses, construction sites, mining companies, and others to operate without interruption.
• Durability: Built with durable bodies and quality materials, industrial vacuum cleaners can be used for many years without issues.
• Safety: Dass Global industrial vacuum cleaners and vacuum machines are manufactured in compliance with safety standards.

Asynchronous Motors and Three-Phase Asynchronous Motors

Industrial vacuum cleaners require powerful motors for efficient operation with high suction power and robust vacuuming capabilities. Asynchronous motors are well-suited for these requirements:

Asynchronous motors operate based on the induction principle. This begins with three-phase alternating current passing through the motor's stator, creating a magnetic field. The alternating current in three different phases is staggered 120 degrees apart, generating a rotating magnetic field inside the stator. The rotor of the induction motor starts rotating under the influence of this magnetic field. As the rotor spins, it causes the magnetic field to rotate, enabling the motor to perform work externally.

Three-phase asynchronous motors are preferred for industrial vacuum cleaners due to their ability to provide powerful and continuous rotary motion. The use of three-phase systems also ensures balanced power generation and distribution, enhancing overall efficiency and effectiveness of the motor.

Asynchronous and three-phase motors in industrial vacuum cleaners offer advantages such as strong performance, durability, low maintenance, and long service life. These motors provide the high suction power and robust vacuuming properties necessary to meet industrial cleaning needs.