How Much Compressed Air Does an Oil-Air Lubrication System Consume?


Release time:

2022-12-23

The compressed air consumption of an oil-air lubrication system depends on several operating factors, including:

  • Bearing size
  • Bearing housing sealing design
  • Required cooling and sealing effect of the compressed air

In most industrial applications, the compressed air consumption is approximately:

1.5 Nm³/h per lubrication point

This relatively low air consumption is one of the key efficiency advantages of oil-air lubrication systems.

Much Lower Air Consumption Than Oil Mist Lubrication

Compared with traditional oil mist lubrication systems, oil-air lubrication requires significantly less compressed air.

Typical oil mist lubrication systems may consume approximately:

  • 6–63 m³/h of oil mist or compressed air

This means oil-air lubrication can achieve effective lubrication and cooling with only a fraction of the air consumption.

Why Lower Air Consumption Matters

Reduced compressed air usage provides several practical benefits:

  • Lower energy consumption
  • Reduced operating costs
  • Less load on the plant air compressor system
  • Improved system efficiency

Since compressed air generation is one of the major energy costs in many industrial plants, lower air consumption can create noticeable long-term savings.

Compressed Air Still Provides Excellent Cooling and Protection

Even with relatively low air consumption, oil-air lubrication systems still provide excellent performance.

The compressed air helps:

  • Transport lubricant accurately to the lubrication point
  • Remove heat from bearings and friction surfaces
  • Maintain positive pressure inside bearing housings
  • Prevent contamination from water, dust, and scale

This combination of lubrication, cooling, and sealing protection is one of the reasons oil-air lubrication performs so well in harsh industrial environments.

Efficient Lubrication with Lower Energy Demand

Oil-air lubrication systems are designed to deliver:

  • Precise lubrication
  • Minimal lubricant waste
  • Lower compressed air consumption
  • Stable long-term operation

For industries seeking energy-efficient and reliable lubrication solutions, oil-air lubrication offers an excellent balance between performance and operating cost.

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