Acrylic Tube Rotameter for Hydrogen (H2), Range 0 to 50 LPM, Connection 1/4″ BSP (M) SS at Side Top & Bottom with Control Valve

Description

Acrylic Tube Rotameter for Hydrogen (H2): Precision Hydrogen Flow Measurement

The Acrylic Tube Rotameter designed for Hydrogen (H2) is a precision instrument engineered to measure flow rates in a range of 0 to 50 liters per minute (LPM). Featuring a robust construction and innovative design, this rotameter ensures accurate and reliable flow measurements for applications involving hydrogen gas. The inclusion of a 1/4″ BSP (M) stainless steel connection at both the side top and bottom, along with a convenient control valve, enhances versatility and ease of use in various industrial settings.

Acrylic Tube Rotameter for Hydrogen (H2)

Key Features:

1. Acrylic Tube Construction: The rotameter boasts a transparent acrylic tube that allows for a clear visual inspection of the fluid flow. This not only facilitates easy monitoring but also provides a direct view of the hydrogen gas passing through the instrument. The use of acrylic ensures chemical resistance and durability, making it suitable for a wide range of industrial environments.
2. Hydrogen Gas Compatibility: Engineered specifically for Acrylic Tube Rotameter for Hydrogen (H2) gas, this rotameter is designed to handle the unique properties and characteristics of hydrogen, ensuring accurate and safe flow measurement. It is a reliable solution for applications where precise control and measurement of hydrogen gas flow are critical.
3. Wide Flow Range: With a flow range spanning from 0 to 50 LPM, this rotameter accommodates a broad spectrum of flow rates, catering to diverse industrial requirements. The wide range makes it suitable for applications ranging from laboratory setups to industrial processes where hydrogen flow must be closely monitored and controlled.
4. 1/4″ BSP (M) Stainless Steel Connections: The inclusion of 1/4″ BSP (M) stainless steel connections at both the side top and bottom enhances the rotameter’s adaptability to different system configurations. Stainless steel ensures corrosion resistance and durability, making it suitable for demanding industrial conditions.
5. Side and Bottom Connections: The dual connections on the side top and bottom provide flexibility in installation, allowing users to choose the orientation that best suits their setup. This feature ensures seamless integration into various systems and facilitates easy connection to existing pipelines.
6. Control Valve for Precise Regulation: The integrated control valve allows for precise regulation of the hydrogen gas flow. This feature is invaluable in applications where fine-tuning of flow rates is essential. The control valve enhances the overall functionality of the rotameter, providing users with the ability to adjust and maintain optimal flow conditions.
7. High Accuracy and Reliability: Precision engineering ensures high accuracy and reliability in flow measurement. The rotameter is calibrated to deliver dependable results, making it a trustworthy instrument for critical processes where precise control and monitoring are paramount.
8. Versatile Industrial Applications: Suitable for a wide range of industrial applications, including but not limited to gas chromatography, chemical processing, research laboratories, and manufacturing processes. The rotameter’s versatility makes it a valuable tool in diverse settings where hydrogen gas flow must be accurately measured and controlled.
9. Durable and Long-lasting Design: Constructed with durability in mind, this rotameter is built to withstand the rigors of industrial use. The materials used ensure longevity and the robust design contributes to a reliable and low-maintenance instrument.
10. Easy Installation and Maintenance: The rotameter is designed for easy installation and minimal maintenance. Clear markings on the acrylic tube, along with user-friendly connections, simplify setup. Routine maintenance is streamlined, ensuring that the instrument remains in optimal working condition with minimal effort.

Acrylic Tube Rotameter for Hydrogen (H2)

Conclusion:

In conclusion, the Acrylic Tube Rotameter for Hydrogen (H2) with a range of 0 to 50 LPM, 1/4″ BSP (M) SS connections at the side top and bottom, and an integrated control valve is a versatile and reliable solution for precise flow measurement and control of hydrogen gas. Its transparent acrylic tube, wide flow range, stainless steel connections, and durable construction make it an excellent choice for various industrial applications where accurate monitoring and regulation of hydrogen flow are essential. This rotameter combines precision, durability, and ease of use, making it a valuable instrument for industries requiring dependable flow measurement of hydrogen gas.

Japsin Instrumentation – Since 1974