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Acrylic Rotameter

Pioneers in the industry, we offer acrylic tube rotameters from India.
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
  • Acrylic Tube Rotameters
Acrylic Tube Rotameters

Acrylic Tube Rotameters

Rs 2,999  / PieceGet Best Price

Minimum Order Quantity: 50 Piece

Model Name/NumberR700
BrandPinea
Usage/ApplicationIndustrial
Range Ability250 M3/HR
Power Supply230 VAC
Accuracy+/- 4%
MaterialAcrylic

Acrylic tube rotameters are a type of flow meter that uses a tapered tube made of clear acrylic to measure the flow rate of fluids. They are commonly used in industrial applications for measuring the flow of gases and liquids.

The basic design of an acrylic tube rotameter consists of a vertical tube with a conical taper. Fluid flows through the tube, and the flow rate is indicated by a float that is suspended in the tube by a guide rod. The float rises as the flow rate increases and falls as the flow rate decreases, providing a visual indication of the flow rate on a graduated scale on the outside of the tube.

Acrylic tube rotameters have several advantages over other types of flow meters, including:

  1. Easy to read: The graduated scale on the outside of the tube makes it easy to read the flow rate, even from a distance.

  2. Low pressure drop: Acrylic tube rotameters have a low pressure drop, which means that they do not impede the flow of the fluid being measured.

  3. Corrosion-resistant: The clear acrylic material is resistant to most chemicals and does not corrode, making it suitable for use with a wide range of fluids.

  4. Low cost: Acrylic tube rotameters are relatively inexpensive compared to other types of flow meters.

However, acrylic tube rotameters also have some limitations. They are typically not suitable for high-pressure applications or for measuring fluids with high viscosities or high solids content. In addition, the accuracy of the measurement is dependent on the position of the float, which can be affected by factors such as vibration and changes in fluid temperature.

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