Alberth Aviation O2-AL-1000-01 Single-Bottle Oxygen Cart with Regulator

The Alberth O2-AL-1000-01 Single-Bottle Oxygen Cart with Regulator is designed for safe and efficient servicing of aircraft oxygen systems. It delivers controlled oxygen from a single cylinder to onboard pressure systems. This mobile cart assists technicians in filling, topping off, and maintaining oxygen supplies used for crew and passenger breathing systems or emergency oxygen packs. Its portability makes it suitable for hangar or ramp operations.

Portable oxygen carts allow maintenance teams to service aircraft oxygen systems where the aircraft is parked, without relying on fixed installations. Aircraft oxygen systems require precise pressure delivery to ensure safety and compliance with OEM and regulatory standards. Using a cart like the O2-AL-1000-01 enhances operational flexibility and reduces aircraft downtime. Technicians can complete oxygen servicing quickly and efficiently in diverse environments.

The included regulator is selected based on the CGA connection of the oxygen bottle being used, ensuring compatibility and correct pressure control. A matched regulator helps technicians deliver oxygen at the precise pressures required by aircraft systems. This controlled delivery supports safe and compliant servicing procedures. Proper regulation also reduces the risk of over-pressurization or system damage.

Technicians should always verify regulator settings and hose integrity before servicing an aircraft oxygen system to ensure accurate pressure delivery. Because high-pressure oxygen can accelerate combustion, care should be taken to avoid oil, grease, or contaminants on connections. The cart’s handwheel bottle fitting with nylon seal enables a secure, tool-free connection to reduce leak risk. Adhering to proper PPE and safety protocols further supports safe operation.

The O2-AL-1000-01 features omnidirectional front wheels that allow a zero-degree turning radius, making it easy to navigate around aircraft and tight hangar spaces. Maintenance-free, air-free-filled tires ensure reliable movement without the concern of flats or regular tire maintenance. This maneuverability streamlines oxygen servicing and repositioning during multiple aircraft operations. Quick handling improves workflow and productivity.

Yes, the O2-AL-1000-01 optionally supports a cart-mounted or wall-mounted booster, which is useful when higher pressures are required than the regulator alone can provide. A booster enhances the usable pressure range of the oxygen bottle. This is particularly valuable for servicing systems that require elevated pressure for rapid fill or for larger-capacity aircraft systems. Adding a booster increases versatility without compromising portability.

Regularly inspect the regulator, hoses, and fittings for wear, cracks, or debris to maintain reliable oxygen delivery. Clean connections and seals after each use to prevent contamination or buildup. Storing the cart in a dry, protected area away from environmental extremes helps preserve its components. Routine checks of the crank-style jack and wheels also support long-term performance.

Yes, the design of the O2-AL-1000-01 makes it suitable for both hangar floor and ramp servicing. Its portable frame and robust wheel system make it easy to move across typical maintenance surfaces. However, technicians should take care when using the cart outdoors in adverse weather to protect regulators and fittings. With proper handling, the cart supports oxygen servicing in diverse operational settings.

Supplying oxygen with accurate pressure control supports proper crew and passenger oxygen system readiness, which is critical for flight safety. Inaccurate servicing can lead to inadequate oxygen availability during flight, potentially compromising emergency systems. A dedicated oxygen cart helps ensure consistent service quality and adherence to OEM requirements. Reliable oxygen provisioning is a key part of preflight maintenance and operational safety.

Before connecting to an aircraft system, technicians should confirm the correct CGA connection and regulator setup for the specific oxygen bottle. Inspect the stainless braided hose and fittings for signs of wear, leaks, or contamination. Ensure the bottle is secured in the cart and the regulator gauges are functioning properly. Verifying setup against the aircraft manufacturer’s maintenance manual helps ensure compliant oxygen servicing.