OXY-REG Regulator

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An oxy-reg regulator tool, short for oxygen regulator, is a specialized device designed to control and regulate the flow of oxygen from a supply source, such as a compressed gas cylinder, to a desired level for specific applications. Oxy-reg regulators are commonly used in various industries, including healthcare, welding, cutting, and other processes where precise control of oxygen flow is essential. These regulators ensure a safe and controlled delivery of oxygen, maintaining the required pressure levels for optimal performance in applications ranging from medical oxygen therapy to industrial welding operations.


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  1. Medical Oxygen Therapy:
    • Oxy-reg regulators are extensively used in healthcare settings to control the flow of oxygen to patients undergoing therapy for respiratory conditions. These regulators ensure a safe and controlled delivery of medical-grade oxygen.
  2. Welding and Cutting Operations:
    • In welding and metal cutting processes, oxy-reg regulators play a critical role in controlling the flow of oxygen to the torch. This is essential for maintaining the optimal conditions required for combustion and cutting through metals.
  3. Brazing and Soldering:
    • Oxy-reg regulators are employed in brazing and soldering applications where precise control of oxygen flow is necessary to achieve the desired temperature for joining metals.
  4. Metal Heating and Hardening:
    • Industries involved in metal heat treatment and hardening use oxy-reg regulators to control the oxygen flow for heating processes, such as in the manufacturing of metal components.
  5. Glassworking and Flame Polishing:
    • Artists and professionals working with glass use oxy-reg regulators to control the oxygen flow in torches for glassworking and flame polishing applications.
  6. Aquaculture and Water Treatment:
    • Oxy-reg regulators are used in aquaculture systems and water treatment processes to control the oxygen levels in water, promoting the health of aquatic organisms and facilitating water treatment reactions.
  7. Laboratory Applications:
    • Oxy-reg regulators find use in laboratories for various applications, including providing controlled oxygen environments for experiments and supporting combustion reactions.
  8. Aerospace Industry:
    • Oxy-regulators are utilized in the aerospace industry for applications such as fuel combustion in propulsion systems and controlled environments for testing.
  9. Oxygen Bar and Recreational Use:
    • In recreational settings, such as oxygen bars, oxy-reg regulators are used to control the flow of oxygen for individuals seeking recreational oxygen inhalation experiences.
  10. Emergency Services:
    • Emergency services and rescue operations may use oxy-reg regulators to supply controlled oxygen to individuals in emergency situations, such as in confined spaces or high-altitude environments.
  11. Scuba Diving:
    • Oxy-reg regulators are employed in scuba diving equipment to regulate the flow of oxygen to the diver, ensuring a safe and controlled breathing environment underwater.
  12. Metal Production and Refining:
    • In metal production and refining processes, oxy-reg regulators are used to control oxygen flow for various applications, including oxidation reactions and refining metal alloys.
SKU: AHS81182 Category:

Safety Precautions

  1. Read and Understand the Manual:
    • Familiarize yourself with the manufacturer’s instructions and guidelines provided in the user manual. Follow recommended procedures for installation, operation, and maintenance.
  2. Inspect the Regulator:
    • Before use, visually inspect the oxy-regulator for any visible damage, signs of wear, or leaks. Ensure that all components are in good condition.
  3. Use the Right Regulator for the Gas:
    • Ensure that you are using the correct oxy-regulator designed specifically for oxygen. Using regulators designed for other gases can result in compatibility issues and safety hazards.
  4. Check Compatibility:
    • Confirm that the oxy-regulator is compatible with the oxygen supply system and other equipment. Ensure proper fittings and connections.
  5. Secure Attachment:
    • Securely attach the oxy-regulator to the oxygen cylinder or supply system. Follow proper installation procedures and ensure that there are no leaks around the connections.
  6. Avoid Contaminants:
    • Keep the regulator and connections free from oil, grease, or any other contaminants that may pose a fire hazard or compromise the purity of the oxygen.
  7. No Smoking or Open Flames:
    • Prohibit smoking and the presence of open flames in the vicinity when using an oxy-regulator, as oxygen supports combustion, and the risk of fire is high.
  8. Use Personal Protective Equipment (PPE):
    • Wear appropriate personal protective equipment, including safety glasses and flame-resistant clothing, to protect against potential hazards.
  9. Check for Leaks:
    • Perform a leak check after installation. Use a suitable leak detection solution or method to identify any leaks around connections and joints.
  10. Set the Correct Pressure:
    • Set the regulator to the correct pressure level required for the specific application. Avoid exceeding the recommended pressure to prevent equipment failure and leaks.
  11. Avoid Over-Pressurization:
    • Do not exceed the rated pressure capacity of the oxy-regulator. Over-pressurization can lead to regulator failure and pose serious safety risks.
  12. Store and Transport Safely:
    • When not in use, store oxy-regulators in a cool, dry place away from direct sunlight, heat sources, or potential physical damage. During transportation, secure the regulator to prevent damage.
  13. Emergency Procedures:
    • Be familiar with emergency procedures, including how to shut off the oxy-regulator in case of a malfunction or emergency. Have access to emergency equipment such as fire extinguishers.
  14. Training and Competence:
    • Ensure that operators using oxy-reg regulator tools are properly trained and competent in their use. Knowledge of the specific regulator and associated safety procedures is essential.
  15. Regular Maintenance:
    • Schedule regular maintenance according to the manufacturer’s recommendations. This may include inspections, cleaning, and replacing worn components.


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