Product Description
| Brand |
REGO |
| Model Name/Number |
Cryogenic Pressure Builder RG Series |
| Material |
Brass/Bronze |
| Media |
Liquid |
| Valve Size |
1/4", 3/8, 1/4" |
ApplicationRG series cryogenic regulators are primarily designed to maintain pressure on cryogenic liquid within cryogenic containers. They may also be used in cryogenic lines, vaporizer and converter applications. They are especially useful in installations where space and cost limitations are important.
Features
- All parts are copper alloy (brass), PTFE and stainless steel materials selected specifically for compatibility with cryogenic temperatures down to -320 F. (-196 C )
- PTFE seat helps assure a positive shut-off at cryogenic temperatures down to -320 F. (-196 C )
- High and low pressure regulators are the same compact size designed to fit in close quarters.
- Interchangeable with existing cryogenic regulator units.
- Inlet filter helps prevent foreign material from entering the regulator.
- Locknut is provided to maintain adjusting screw setting.
- RG125C and RG175C Series available with flat inlet screen.
- RG000090AG is available with T handle adjustment screw and gauge ports.
- Maximum inlet pressure of 550 psig. (37.9 barg)
- Cleaned for oxygen service per CGA G-4.1
- 100% Factory Tested
Materials
- Body Brass
- Bonnet Brass
- Seat PCTFE
- Diaphragm Gasket PTFE
- Backcap Gasket Copper
- Springs Stainless Steel
- Diaphragm Bronze
Ordering Information
| Part Number |
Inlet / Outlet Connections (F.NPT) A |
Width B |
C |
D |
Operating Range (psig) |
| RG022A |
|
2 1/16 |
3 |
1 |
0-30 psig (0-2.1 barg) |
| RG125A |
25-250 psig (1.7-17.2 barg) |
| RG125C3 |
??? |
2 1/8 |
3.33 |
0.80 |
| RG175C3 |
| RG300A |
|
2 1/16 |
3 |
1 |
125-350 psig (17.2-24.2 barg) |
| RG000090AG |
High-Precision Pressure ControlThe REGO RG Series regulator offers reliable and accurate pressure management, making it suitable for demanding cryogenic environments. Its wide range of outlet pressures allows customization according to specific system requirements, ensuring optimal operation for tanks, vaporizers, and micro-bulk storage.
Compliance and Quality AssuranceEvery RG Series Pressure Builder is engineered in adherence to rigorous CGA and ASME standards. This commitment to compliance guarantees safety, durability, and consistent performance, making it a trusted solution for businesses in the cryogenic industry.
Ease of Maintenance and InstallationWith its field-serviceable design and in-line mounting configuration, the RG Series simplifies both installation and upkeep. Custom factory settings further enhance convenience, so users can deploy the regulator with minimal adjustments.
FAQs of REGO RG Series Cryogenic Pressure Builder or Regulator:
Q: How is the REGO RG Series Cryogenic Pressure Builder or Regulator installed?
A: The regulator is designed for in-line mounting, facilitating easy integration into existing cryogenic tank, vaporizer, or micro-bulk storage systems. Installation procedures should follow manufacturer guidelines and safety standards.
Q: What pressure ranges are available for the RG Series regulator?
A: The RG Series offers three outlet pressure variants: 40200 psig, 100350 psig, and 300550 psig. This flexibility allows users to select the most suitable range for their application requirements.
Q: When should I consider custom factory pressure settings?
A: Custom factory settings are recommended when your application requires precise pressure control outside the standard factory presets. You can request tailored settings during the ordering process to ensure optimal performance.
Q: Where can the RG Series regulator be used in cryogenic setups?
A: It is typically implemented in cryogenic tanks, vaporizer systems, and micro-bulk storage setups. Its usage is prevalent in industries needing stringent pressure management for handling cryogenic liquids.
Q: How does the Cv value of 0.75 benefit system performance?
A: A Flow Coefficient (Cv) of 0.75 ensures efficient flow rates, minimizing pressure drops while maintaining precise control. This contributes to reliable, energy-efficient operation in cryogenic applications.
Q: What maintenance process is required for the RG Series regulator?
A: Thanks to its field-serviceable design, routine maintenance can be conducted on-site using standard tools. This reduces downtime and service costs, ensuring prolonged product life and consistent performance.
Q: What advantages does compliance to CGA and ASME standards offer?
A: Adherence to CGA and ASME standards assures high safety, quality, and industry acceptance. Using compliant equipment enhances confidence in system reliability and regulatory assurance.