Contact Us Call us Today (973) 838-6500

BI-Lok Tube Fittings Cryogenic Products Check Valves Needle Valves Quarter Turn Valves Relief Valves Regulators Cryogenic Liquid Cylinder Accessories Custom Solutions
     Cryogenic Products

     Check Valves

     Needle Valves

     Quarter Turn Valves

     Relief Valves

     Regulators

     Cryogenic Liquid Cylinder Accessories

    Home    >    Products    >    Regulators    >    Cryogenic / Pressure Build Regulator

Cryogenic / Pressure Build Regulator



Enlarge Image

3/8” and 1/2" NPT, BSPT
Inlet 400 Psig (28 Bar)

Description

The Generant Series CR Cryogenic Regulator provides high flow during Cryogenic Vessel Pressure Build function and increased sensitivity to downstream pressure changes as a function of our pre-formed all metallic diaphragm and optimized spring design. The unique diaphragm is unlike anything on the market today and results in less decrease in Cryogenic vessel pressure and faster recovery during periods of higher demand, thus decreasing the potential for flooding the pressure build coil. The unit features a 304 SS Inlet Strainer/Filter to aid in reducing contaminant related failures. Optional Cleaned and Packaged for Oxygen Service Series CR Regulators utilize Monel Inlet Strainer/Filters. All Series CR Cryogenic Regulators are 100% Factory Tested and are supplied factory pre-set.

Resources
Print this page
CR Literature
Additional Resources
Catalogs
Certifications
Cv Calculator
Flow Calculator
Need Help ?
(973) 838-6500
Contact Us

Features

  • Designed for High Flow Liquid Service
  • Can be installed Upstream or Downstream of the Vaporizer
  • Unique Pre-Formed Multiple Stacked Phosphorous Bronze Diaphragms
  • Can be Supplied Factory Preset
  • Hex Head Adjustment Screw with Locknut
  • 304 SS Inlet Strainer/Filter
  • Optional Cleaned and Packaged for Oxygen Service (includes Monel Inlet Strainer/Filter)

Materials of Constructions

  • Forged Brass Body and Chamber, ASTM 377
  • Brass Bar Stock Components, ASTM B16
  • Phosphorous Bronze Diaphragms, ASTM B103
  • PTFE Valve, Diaphragm and Bottom Plug Seal, ASTM D1710
  • PCTFE Valve Stem Bearing, ASTM D1430
  • 17-7PH Stainless Steel Adjustment and Valve Spring, ASTM A313
  • Stainless Steel Adjustment Screw and Locknut, ASTM A276
  • 304 SS Inlet Strainer/Filter (Monel Inlet Strainer/Filter when specified for Oxygen Service)

Dimensional Data

Technical Data

Maximum Inlet Pressure: 400 Psi (28 Bar) Outlet Pressure Range: 0 to 235 Psi (0 to 16 Bar) Temperature Range: -320° to 225° F (78° to 380° K) Fail Open Cv: 3/8” NPT Ports – 2.4 1/2” NPT and BSPT Ports – 2.9

Flow Capacity

Flow Capacity is system dependent. For accurate flow capacity data, consult Generant with your specific system characteristics for more information.

How To Order


PROPER COMPONENT SELECTION - When specifying a component, the total system design must be considered to ensure safe and trouble-free performance. Intended component function, materials compatibility, pressure ratings, installation, environment and maintenance are the responsibility of the system designer.

Repair Kits

Includes:

  • Valve Assembly, Bottom Plug O-Ring, Valve Spring, 304 SS Inlet Strainer/Filter (Monel Inlet Strainer/Filter for Oxygen Service Kits), Valve Stem, Preformed Phosphorous Bronze Diaphragms (2) and Diaphragm O-Ring.
Specify:
  • CR-RK-500 (304 SS Inlet Strainer/Filter for Standard Service)
  • CR-RK-500-X (Monel Inlet Strainer/Filter for Oxygen Service)


Note: Repair Kit fits all port sizes.


PROPER COMPONENT SELECTION - When specifying a component, the total system design must be considered to ensure safe and trouble-free performance. Intended component function, materials compatibility, pressure ratings, installation, environment and maintenance are the responsibility of the system designer.

Replacement Spring Kits

Includes: Adjustment Screw and Spring Specify: CR-SK-500-A, 0-35 PSI Range CR-SK-500-B, 25-135 PSI Range CR-SK-500-C, 100-235 PSI Range Note: Adjustment Screws are sized according to Springs. Spring Code is engraved on the Adjustment Screw (A, B, C).

PROPER COMPONENT SELECTION - When specifying a component, the total system design must be considered to ensure safe and trouble-free performance. Intended component function, materials compatibility, pressure ratings, installation, environment and maintenance are the responsibility of the system designer.