CO2 Gas Regulator
Introduction to CO2 Gas Regulators
CO2 gas regulators are essential devices designed to control and maintain the flow and pressure of carbon dioxide gas in various applications. Crafted from durable forged brass, these regulators ensure sturdiness and longevity under a range of operational conditions. With a capability to handle a CO2 flow rate of 30 liters per minute, they are particularly useful in environments where precise gas management is crucial.
The construction of CO2 regulators includes high-capacity safety relief valves that provide ultimate protection by swiftly releasing excess pressure, ensuring safe operation. Equipped with an “O” ring seal, these regulators offer enhanced inlet leak protection, maintaining a secure and efficient system. The regulators operate effectively within a temperature range of -20°C to +60°C, accommodating various environmental conditions.
Additionally, CO2 gas regulators feature easy-to-read gauges that allow for convenient monitoring of pressure and flow, facilitating accurate adjustments and consistent performance. They are designed with special threads and seals that minimize the risk of leaks, crucial in applications involving odorless gases like CO2. Each regulator also includes internal filters to capture impurities, ensuring the purity and consistency of the gas flow.
CO2 Gas Regulator Specifications
| CO2 Gas Regulator | Single Stage |
| Regulator Model/Type | Hargo Regulator |
| Max. Inlet Pressure (Bar) | 300 |
| Max. Outlet Pressure (Bar) | N/A |
| Max. Flow (LPM) | 25 |
| Inlet Connections | BSW 0.86 X 14 TPI LH (Female) |
| Outlet Connections | 3/8” BSP RH (Male) |
CO2 Gas Regulator latest price
| OCO2 Gas Regulator Latest Price: |
Features of CO2 Gas Regulator
- High Capacity Safety Relief Valve: Ensures ultimate protection by swiftly releasing excess pressure.
- Forged Brass Construction: These regulators are crafted from forged brass, enhancing durability and sturdiness.
- Inlet Leak Protection with “O” Ring Seal: Equipped with an “O” ring seal to prevent leaks at the inlet.
- Temperature Range: Designed to operate within a temperature range of -20°C to +60°C.
- Pressure and Flow Control: This traditional gauge regulator is engineered to manage both pressure and flow.
- C02 30LPM Flow Gauge Side Inlet: Capable of accommodating a CO2 flow rate of 30 liters per minute with a side inlet configuration.
- Easy-to-Read Gauges: The gauges are designed for easy readability, facilitating convenient monitoring.
- Inlet Filter: Features an inlet filter to capture impurities and prevent their entry.
- Accuracy: Provides accurate pressure and flow control.
- Internal Self Resetting Safety Relief Valve: Contains an internal safety relief valve that resets itself after activation.
- Forged Brass Body: The body is constructed from forged brass to ensure maximum strength and resilience.
- Smooth, Steady Adjustment: Enables smooth and steady adjustments to pressure and flow settings.
- Special Threads and Seals: Designed with special threads and seals to minimize the risk of leaks, especially with odorless gases.
- Harris Capsule Seat with Filter: Incorporates a Harris capsule seat with an accompanying filter to enhance reliability.
- Outlet Nipple Filter: Features a filter before the outlet nipple to guarantee consistent flow.
- Snap Safe Inlet Stem: Equipped with a Snap Safe inlet stem for added safety and ease of use.
- 5/8-18 UNF Outlet Thread: The outlet thread conforms to the 5/8-18 UNF standard.
- Conforms to AS 4267: Designed in accordance with the AS 4267 standard.
Application of CO2 Gas Regulator
Beverage Industry
- Carbonation: CO2 gas regulators are crucial in the beverage industry for carbonating drinks like soda, beer, and sparkling water. They ensure the correct amount of CO2 is infused into the beverages, maintaining consistent carbonation levels.
Aquariums and Aquaculture
- Aquarium Maintenance: CO2 regulators are used in aquariums to control the CO2 levels, promoting healthy plant growth and maintaining a balanced aquatic environment.
- Fish Farming: In aquaculture, CO2 regulators help manage the water chemistry, enhancing the growth and health of fish by optimizing CO2 levels.
Welding and Metal Fabrication
- Shielding Gas: CO2 is commonly used as a shielding gas in MIG welding. CO2 regulators ensure the correct flow of gas to protect the weld area from atmospheric contamination, improving weld quality and strength.
Greenhouse Cultivation
- Plant Growth Enhancement: In greenhouses, CO2 regulators control the amount of CO2 released into the environment, enhancing photosynthesis and promoting faster and healthier plant growth.
Scientific and Laboratory Applications
- Controlled Experiments: In laboratories, CO2 regulators provide precise control over gas flow in experiments and procedures that require specific CO2 concentrations, ensuring accurate and reliable results.
Fire Suppression Systems
- Fire Extinguishers: CO2 gas regulators are used in fire suppression systems to control the discharge of CO2, effectively smothering fires without leaving residue.
Why Choose Hargo Industries for CO2 Gas Regulator?
Choose Hargo Industries for your CO2 gas regulator needs and experience unmatched quality and reliability. At Hargo Industries, we pride ourselves on crafting CO2 gas regulators from durable forged brass, ensuring long-lasting performance and resilience. Our regulators feature high-capacity safety relief valves for ultimate protection and easy-to-read gauges for precise monitoring. Designed to operate within a wide temperature range and equipped with advanced leak protection, our CO2 regulators deliver consistent and accurate gas control. Trust in Hargo Industries to provide the safety, efficiency, and precision you need for your applications. Contact us today to learn more or visit our website to explore our product range and discover how we can support your specific requirements with our top-tier solutions.
Why Choose Hargo Industries for CO2 Gas Regulator?
Primary Regulators - A primary regulator is the most standard option available. They are anticipated to regulate CO2 or Nitrogen and have at least 1 gauge.
But at Hargo We provide 2 gauges Co2 regulator
10-30 PSI
Setting up a CO2 gas regulator involves securely attaching it to the CO2 cylinder, ensuring all connections are tight to prevent leaks, and adjusting the output pressure using the regulator knob while monitoring the gauges for accurate readings.
Regular maintenance includes checking for leaks, inspecting the regulator for any damage, ensuring the inlet filter is clean, and replacing worn-out parts like O-rings and diaphragms to maintain optimal performance and safety.
No, CO2 gas regulators are specifically designed for carbon dioxide and should not be used with other gases.
Ensure the regulator is properly installed and securely connected to the CO2 cylinder. Avoid oil or grease near the regulator, as these substances can cause fires in the presence of high-pressure CO2.
Note: Please note that the information on this document is for illustration purposes only as information may vary with individual products, their grade and applications, industries or uses and therefore cannot be guaranteed as accurate. © Copyright 2022 © Hargo Industries Pvt. Ltd. All Rights Reserved (Terms of Use). Recreation of any materials from the site is strictly prohibited without permission. Hargo Industries Pvt. Ltd. products are sold exclusively through Hargo Industries Pvt. Ltd. website. Use Terms | Privacy. Please contact us to discuss precise product specifications and requirements and obtain advice on which products are required to suit your exact application needs contact us at [email protected].