Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy ssący z siatką FSS300
Wentylator osiowy ssący z siatką FSS300
Wentylator osiowy ssący z siatką FSS300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy tłoczący z siatką FST300
Wentylator osiowy ssący z siatką FSS300
Wentylator osiowy ssący z siatką FSS300
Wentylator osiowy ssący z siatką FSS300

Axial Blower with Grid - 300 mm

209
Na stanie
zł259.00 netto
zł318.57 brutto
  • type - axial blower fan with grid
  • portable: no.
  • installation: on walls or ventilation ducts
  • diameter: 300mm
  • model: FST300
  • power: 65 W
  • performance: 2350 m3/h:


 Delivery time - 98% within 24 h
Return - within 14 days

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Axial Blower with Grid - 300 mm

This type of blower is commonly used for air circulation in various applications such as industrial ventilation, cooling of electronics, or air conditioning. Axial blowers are characterized by the fact that air is pushed along the axis of rotation, making them effective in moving large volumes of air.

Axial Blower

HOW DOES AN AXIAL BLOWER WORK?

An axial blower is a type of fan that moves air along the axis of rotation. It operates by generating an airflow through the rotation of blades mounted on the rotor. Here is a general description of its operation:

  1. Rotor: The central element of the axial blower is the rotor, which is placed inside a cylindrical housing. The rotor consists of blades mounted parallel to the axis of rotation.

  2. Drive: The rotor is driven by a motor usually located on the axis of rotation. The motor can be electrically or mechanically driven, depending on the type of blower.

  3. Blade Rotation: When the motor is turned on, the rotor begins to rotate, causing the blades to move around the axis of rotation. This movement generates a force that moves the air.

  4. Air Blowing: During the rotation of the blades, air is drawn into the blower through the inlet and then moved along the axis of rotation. The blades act like a windmill, pushing the air forward.

  5. Air Outlet: The air exits the blower through the outlet, creating a directed airflow.

FUNCTION AND STRENGTHS:

Ferono axial blowers, due to their ability to be mounted horizontally or vertically, are used in general ventilation of industrial facilities.
Axial blowers are used in various applications where it is necessary to move large amounts of air from one place to another, such as in ventilation systems, cooling of electronics, air conditioning, or in industry. Their design allows for efficient air movement at relatively low operating costs.

  • The motor and fan blades are made of metal,
  • The state-of-the-art design of the blower allows for high performance with low noise levels,
  • Double ball bearing extends the blower's lifespan,
  • Electrical strength: 1500VAC/50-60Hz for 1 min with current leakage <5mA,
  • Insulation resistance: 10 MOHM at 500V DC between wire and frame,
  • High insulation class of copper wire: F,
  • Operating temperature: -20 °C to 80 °C,
  • Voltage: 230V/50Hz
  • Protection class: IP44

TECHNICAL DATA:

Model: FST300
Diameter: 300
Voltage (V) 230
Frequency (Hz) 50
Power (W) 65
Current (A) 0.32
Speed (RPM) 1350
Capacitance (uF/V) 3
Airflow (m³/h) 2350
Air Pressure 42
Noise Level (dB) 59

APPLICATION:

  • industrial facilities;
  • warehouses;
  • storage rooms;
  • workshops;
  • production halls;
  • greenhouses;
  • breeding rooms.



ADDITIONAL INFORMATION:

Please contact us directly at tel. 697026236.

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