60L/min Low-Power Consumption PSA Oxygen Generator for Remote Areas Oxygen Plant Generator

The PSA Oxygen Generator (Oxygen Plant Generator) is a low-power oxygen supply device designed for remote areas. Based on pressure swing adsorption technology, it adopts a high-efficiency and energy-saving molecular sieve system to stably produce 60L/min oxygen at low power (≤500W), featuring core advantages of temperature resistance, shock resistance, and easy maintenance.

As a portable model of medical oxygen generation plant, it can operate without stable mains power (supporting solar energy + storage battery power supply), meeting the oxygen supply needs of outpatient emergency care and chronic disease management in remote medical stations. It completely solves the problems of "difficulty and high cost of oxygen use" in remote areas.

The extreme environments in remote areas (low temperature, high humidity, voltage fluctuations) impose special requirements on oxygen generators. The PSA Oxygen Generator achieves adaptation through four design optimizations:

• Wide temperature operation: The working temperature range of -10℃ to 45℃ can adapt to the low temperature of plateaus in winter and high temperature of tropical areas.
• Moisture-resistant design: The molecular sieve undergoes special drying treatment, enabling stable oxygen production even in environments with humidity above 80%.
• Wide voltage adaptation (160V to 240V): It can withstand voltage fluctuations common in remote areas.
• Shock-resistant structure: Internal components of the equipment are fixed with shockproof measures, capable of withstanding 30° inclination and slight collisions during transportation, suitable for mountain road transportation.

For installation, the equipment has extremely low site requirements:

• Only 1㎡ of flat space is needed, away from heat sources and open flames.
• No complex pipelines are required; it can be used by connecting the oxygen inhalation tube after unpacking.
• The solar energy + storage battery system can be wall-mounted without occupying additional space.

It is recommended to equip a voltage stabilizer (for areas with unstable voltage) and a rain shelter (when placed outdoors) during installation, and fix the equipment on a shockproof base to reduce the impact of ground vibration on internal components.

To adapt to the lack of maintenance resources in remote areas, the PSA Oxygen Generator adopts a "low-maintenance" design, with core strategies including:

• Extended consumable life: The air intake filter is made of washable material (rinsed once a week, reusable for 6 months), and the molecular sieve has a service life of up to 3 years (2 years for ordinary models).
• Simplified maintenance process: Key components (such as compressors and valves) are designed as "plug-and-play" type, requiring no professional tools for replacement.
• Intelligent early warning: The equipment is equipped with fault indicator lights and voice alarms (e.g., filter blockage, insufficient purity), allowing village doctors to quickly identify problems.

• Avoid frequent startup and shutdown: The equipment has a large current during startup; frequent operation is prone to damaging the compressor. It is recommended to operate at fixed times every day.
• Regularly clean heat dissipation holes: Use a brush to remove dust every two weeks to prevent high temperature from affecting component life.
• Storage battery maintenance: Perform deep charging and discharging once a month to avoid capacity attenuation caused by long-term floating charging.
• For long-term idleness: Start the equipment to run for 2 hours every month to prevent the molecular sieve from dampness.

In case of complex faults, contact the PSA medical oxygen generator manufacturer's "remote diagnosis + component delivery" service. No need to wait for engineers to visit; operation can be restored within 24 hours at the fastest.

With its 60L/min flow rate and low-power consumption advantage, the PSA Oxygen Generator has become a reliable oxygen supply guarantee for medical stations in remote areas. Its oxygen plant generator technology breaks geographical and resource limitations, enabling people in remote areas to enjoy stable medical oxygen services, and is an important equipment for improving primary medical service capabilities.