-68%

Acrylic Tube Rotameter for CO2, Range 0 to 30 LPM, Connection 1/4″ SS Nozzle at Side Top & Bottom with Control Valve

(3 customer reviews)

Original price was: ₹8,250.00.Current price is: ₹2,625.00.

2 in stock (can be backordered)

Compare

Your Gateway to Precision Control. Explore Our Online Store for Cutting-edge Instrumentation Solutions. Reliable Quality, Unparalleled Performance.

Upgrade your CO2 flow control with our Acrylic Tube Rotameter. Ranging from 0 to 30 LPM, it features dual 1/4″ SS nozzles at the side, top, and bottom, providing versatile installation options. The integrated control valve allows precise adjustments, making it ideal for various applications.

Trust in the accuracy and durability of your CO2 processes with this efficient and compact rotameter. Elevate your operations – order now!

Japsin Instrumentation – Since 1974

Description

Acrylic Tube Rotameter for CO2: Precision Flow Control

Introducing our Acrylic Tube Rotameter designed specifically for accurate and reliable measurement of Carbon Dioxide (CO2) flow rates, featuring a broad range from 0 to 30 Liters Per Minute (LPM). This precision instrument is engineered with advanced components to ensure optimal performance in various industrial applications where precise CO2 flow control is paramount.

The transparent acrylic tube provides a clear view of the gas flow, allowing for quick and easy monitoring. The tube is robust and resistant to chemical corrosion, ensuring durability in diverse environmental conditions. The 0 to 30 LPM range caters to a wide spectrum of flow requirements, making this rotameter a versatile solution for applications such as carbonation systems, gas chromatography, and beverage dispensing.

One of the key features of this Acrylic Tube Rotameter is its 1/4″ SS (Stainless Steel) nozzle connection at both the side top and bottom. This dual-nozzle design offers installation flexibility, allowing users to choose the orientation that best suits their setup. The Stainless Steel material enhances corrosion resistance, ensuring a longer lifespan for the rotameter and maintaining the integrity of the measurements over time.

To facilitate precise flow control, this rotameter comes equipped with a control valve. The integrated control valve allows users to fine-tune the CO2 flow within the specified range, providing an added layer of control and customization. Whether you’re dealing with delicate laboratory processes or industrial applications requiring strict adherence to flow parameters, this rotameter is designed to meet your needs with precision.

The 1/4″ SS nozzle connections ensure compatibility with standard CO2 tubing, streamlining the integration process into existing systems. The secure and leak-proof connections contribute to the overall reliability of the rotameter, preventing any loss of gas and maintaining the accuracy of flow measurements.

The Acrylic Tube Rotameter is engineered with user convenience in mind. The clear markings on the tube, along with a well-calibrated scale, make it easy for operators to read and interpret flow rates accurately. The scale is designed for quick and straightforward readings, reducing the potential for errors and ensuring efficient operation in time-sensitive processes.

In addition to its operational prowess, this rotameter is built with durability in mind. The acrylic material used in the tube construction is known for its robustness and resistance to impact, making the rotameter suitable for challenging industrial environments. The Stainless Steel nozzles enhance the overall structural integrity, ensuring that the rotameter can withstand prolonged use and maintain its accuracy over the long term.

The compact and space-efficient design of the Acrylic Tube Rotameter adds to its versatility, allowing it to be seamlessly integrated into various setups. The instrument’s dimensions are optimized to minimize the space required for installation, making it suitable for both small-scale applications and larger industrial processes.

Our commitment to quality extends to rigorous testing and quality assurance processes. Each Acrylic Tube Rotameter undergoes comprehensive testing to ensure that it meets or exceeds industry standards for accuracy and reliability. This commitment to quality assurance provides our customers with the confidence that they are investing in a precision instrument that will deliver consistent and dependable performance.

In conclusion, our Acrylic Tube Rotameter for CO2 with a range of 0 to 30 LPM, 1/4″ SS nozzle connections at both the side top and bottom, and an integrated control valve represents a pinnacle of precision and reliability in flow measurement technology.

Whether you’re engaged in laboratory research, industrial processes, or beverage dispensing, this rotameter offers the accuracy, durability, and flexibility needed to meet the demands of your application.

Invest in quality, invest in precision – choose our Acrylic Tube Rotameter for unparalleled performance in CO2 flow measurement.

Japsin Instrumentation – Since 1974

Additional information

Make:

"Ji" Japsin Instrumentation

Item:

Acrylic Tube Rotameter for CO2 ( Carbon Dioxide )

Flow Rate Range:

Precision gas flow measurement within the range of 0 to 30 LPM for accurate monitoring.

Tube Material:

Transparent acrylic tube construction allows clear visualization of CO2 gas flow.

Nozzle Material:

1/4" Stainless Steel (SS) nozzle ensures durability and corrosion resistance.

Connection Type:

Side Top & Bottom Connection for flexible and convenient installation.

Control Valve:

Included for precise regulation and control of CO2 gas flow.

Application:

Specifically designed for accurate and reliable measurement of CO2 gas flow.

Mounting:

Suitable for both industrial and laboratory use, offering versatility in various applications.

3 reviews for Acrylic Tube Rotameter for CO2, Range 0 to 30 LPM, Connection 1/4″ SS Nozzle at Side Top & Bottom with Control Valve

  1. Anjali Gupta

    Very reliable

  2. Adit Chatterjee

    Good Product

  3. Aisha Kapoor

    Good Service

Add a review

Your email address will not be published. Required fields are marked *