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Air receivers as a component of the compressed air station
An air receiver stores compressed air and acts as a buffer between air generation and consumption. This allows short-term consumption peaks to be partially covered by the stored air volume and helps reduce rapid pressure fluctuations in the system. However, the effectiveness depends on the vessel capacity, operating pressure, compressor power, and consumption profile.
The current product range includes vertical air receivers with capacities ranging from 500 to 3,000 liters and a maximum operating pressure of 11 bar. Powder-coated and hot-dip galvanized versions are available, allowing for a variety of system configurations and installation conditions.
Select vessel capacity based on usage profile
The correct size of an air receiver cannot be reliably determined based solely on the compressor’s motor power. A system with relatively steady air consumption has different requirements than a system with short, very high consumption peaks. The type of control and operating mode of the compressor also play a role.
When sizing the system, it is therefore important to consider the average air demand, the peaks that occur, how long these peaks last, and how stable the network pressure needs to remain. A larger storage volume can buffer load fluctuations, but it is no substitute for a compressor that is undersized if the average air demand consistently exceeds the compressor’s delivery capacity.
500 to 3,000 liters at a maximum of 11 bar
The current product range covers several tank sizes between 500 and 3,000 liters. The maximum permissible operating pressure for this series is 11 bar. Actual system operation must remain within the tank’s permissible operating parameters.
In addition to volume, the available connection options and integration into the compressed air network are important. Pipes and fittings should be sized so that the tank is not disconnected from the rest of the network due to unnecessarily small cross-sections.
Powder-coated or hot-dip galvanized
The containers are available in powder-coated or hot-dip galvanized finishes. Which option is appropriate depends on the installation location, environmental conditions, and the desired level of corrosion protection. The surface finish should be chosen carefully, especially for more demanding environments.
Take condensate in the air receiver into account
When compressed air cools, moisture can condense and collect in the tank. A suitable condensate drainage system should therefore be included in the system design. The store offers a variety of condensate drains and drain valves for this purpose, as well as systems for subsequent condensate treatment.
Consider the following when selecting containers
✅ Determine average air consumption and consumption peaks
✅ Determine the required buffer volume based on the system design
✅ Verify the maximum operating pressure of the container and the entire system
✅ Ensure that connections and pipe diameters are adequately sized
✅ Plan for the condensate drain from the very beginning
✅ Take into account the installation location, accessibility, and applicable testing requirements
An air receiver does not replace proper compressor sizing
A storage tank can provide compressed air for limited peak loads. However, if the continuous air consumption is consistently higher than the compressor’s free air delivery rate, even a large tank will eventually run empty over the long term. The compressor, storage tank, and compressed air network must therefore be sized as an integrated system.
Buy air receivers
Anyone looking to purchase an air receiver should not consider volume and pressure rating in isolation. Usage patterns, compressor control, available installation space, corrosion protection, connections, and condensate management should all be taken into account when making a selection. With air receiver sizes ranging from 500 to 3,000 liters, the storage volume can be adapted to various professional compressed air systems.
