Alberth Aviation Oxygen Booster Wall Mount (O2-AL-1000-02 - Wall Mount)

The Alberth Aviation Oxygen Booster Wall Mount securely mounts the OB-30 oxygen booster in a fixed location for use in aircraft maintenance facilities. It serves as a bottle charging station, allowing technicians to boost partially depleted oxygen cylinders from a full source without relying on portable carts. This setup supports efficient high-pressure oxygen fills in hangars and workshops. By centralizing oxygen boosting, it streamlines servicing operations.

Wall mounting the oxygen booster frees up floor space and keeps booster equipment organized and accessible. Technicians can park aircraft or carts nearby and connect hoses directly from the wall mount, reducing the time spent between workstations. This fixed setup also minimizes clutter on the maintenance floor, improving safety and efficiency. A centralized location helps establish a dedicated oxygen servicing area.

Yes, the wall-mounted booster allows technicians to extract more usable pressure from a source oxygen bottle by boosting the remaining pressure into another bottle. This extends the service life of each cylinder and reduces the need to purchase or swap bottles frequently. Extended bottle life translates to cost savings and fewer interruptions during servicing. It’s especially valuable in busy maintenance operations where oxygen demand is frequent.

Technicians should ensure that the oxygen booster and regulator settings align with the aircraft OEM's servicing requirements before operation. High-pressure oxygen filling poses a fire risk if contaminated with oil, grease, or other foreign materials, so all connections must be clean and free of contaminants. Routine inspection of hoses, seals, and fittings is recommended to prevent leaks. Appropriate PPE should be worn during high-pressure gas handling.

The wall mount is designed to work with the OB-30 oxygen booster system, but can typically interface with standard aviation oxygen fill hoses and regulators. As long as the connected components match the appropriate CGA fittings and pressure ratings, the wall mount can be part of a larger oxygen servicing setup. This compatibility makes it flexible to integrate into existing maintenance workflows. Always verify connection standards before use.

The Oxygen Booster Wall Mount should be securely anchored to a structural wall or column capable of supporting the weight and operational forces of the booster assembly. Installation should follow Alberth Aviation’s instructions and facility safety codes to ensure stability. Positioning the mount near full oxygen bottles and within reach of common service areas improves convenience. Professional installation ensures safe operation and compliance with maintenance facility standards.

Yes, the Oxygen Booster Wall Mount includes integrated storage for the 12-foot, 3000 PSI stainless-braided hose, keeping lines protected, clean, and organized when not in use. Proper hose storage prevents damage from kinks, abrasion, and accidental impact in busy hangar environments. Organized hoses also reduce setup time during servicing and help maintain a tidy work area. This feature contributes to both safety and operational efficiency.

Yes, the Oxygen Booster Wall Mount is scalable and useful in a variety of maintenance environments. Smaller facilities benefit from the space-saving design and organized oxygen servicing station, while larger MROs and FBOs can install multiple wall mounts across service bays. Its flexibility allows it to function as a centralized filling location or part of a distributed oxygen servicing network. Tailoring placement to operational needs enhances workflow.

By keeping the booster, regulator, and hoses in a fixed, secure location, the Oxygen Booster Wall Mount reduces the need for technicians to maneuver heavy carts around aircraft. This helps minimize the risk of trips, falls, or collisions with equipment during servicing. Properly stored hoses and secured connections also mitigate the risk of pressurized leaks or accidental disconnections. Centralized operation improves overall workplace safety.

Routine maintenance includes inspecting mounting hardware, hoses, fittings, and seals for signs of wear or damage. Keeping all connections clean and dry helps prevent corrosion and maintains oxygen purity during fills. Periodic testing of the booster’s performance ensures it continues to deliver accurate pressure boosting. Regular maintenance extends the system's lifespan and ensures reliable oxygen service.