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CASH VALVE Cryogenic Pressure Regulator, For Cryogenic Converter, A-32 Series

Cash Valve A-32 Series cryogenic pressure reducing regulators are ideal for ensuring precise control of pressure in cryogenic systems, maintaining optimal conditions for converting gases into ...Read More

Filter
StyleModelInlet SizeLengthOutlet SizePressure Adjustment RangePrice
A
16856 (7337)
1/4"3.25"1/4"75 to 175 psi£363.62
A
16856 (4765)
1/4"5.25"1/4"15 to 65 psi£352.19
A
16856 (10661)
1/4"6.25"1/4"100 to 250 psi£352.19
A
22063 (7337)
3/8"2.25"3/8"75 to 175 psi£352.19
A
22063 (10661)
3/8"4.25"3/8"100 to 250 psi£375.66
A
22063 (4765)
3/8"7.25"3/8"15 to 65 psi£352.19

Working Mechanism

  • It features an adjustable spring-loaded diaphragm that responds to changes in outlet pressure.
  • When the outlet pressure increases, the diaphragm compresses the spring, reducing the flow of cryogenic fluid.
  • If the outlet pressure decreases, the spring pushes the diaphragm to allow more fluid flow.
  • This mechanism guarantees precise control of the outlet pressure, making it ideal for critical applications in cryogenic environments.

Features

  • These cryogenic pressure reducing valves offer a pressure adjustment range of 15 to 250 psi, allowing precise control of pressure.
  • They are equipped with an NPT connection type, ensuring secure and reliable attachment.
  • These A-32 Series cryogenic safety relief valves can withstand a maximum initial pressure of 650 psi.
  • They feature brass construction, ensuring sturdiness and corrosion resistance for reliable performance.
  • These valves offer PTFE seal material to ensure compatibility with various substances and effective sealing properties.

Frequently Asked Questions

In what temperature ranges are these A-32 Series cryogenic pressure regulators designed to operate optimally?

These A-32 Series cryogenic pressure regulator is designed to operate within a temperature range of -320 to 150 degrees F.

How to install these cryogenic pressure reducing regulators?

  • Choose a well-ventilated and accessible location for installing the regulator, ensuring compatibility with cryogenic conditions.
  • Clear the installation area of obstructions, debris & hazards and consider protective barriers if needed.
  • Confirm that the regulator matches the specific cryogenic fluid and pressure range of your application.
  • Connect inlet and outlet lines with proper fittings and seals, securing leak-free connections.
  • Install and vent any integrated pressure relief valve according to safety guidelines.
  • Set the desired outlet pressure using the regulator's adjustment mechanism as per manufacturer's instructions.
  • Conduct thorough leak checks and pressure tests post-installation to ensure proper functionality.
  • Adhere to cryogenic safety regulations, using appropriate personal protective equipment during installation.

Can these cryogenic pressure regulators handle various types of cryogenic fluids?

Yes, these regulators are engineered to handle a wide range of cryogenic fluids, including liquefied gases like nitrogen, oxygen, helium and hydrogen.

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