
OIL CHECK 500 – Oil vapour analyser
Maximum safety thanks to maximum sensitivity - continuous monitoring of the critical parameter vaporous residual oil content in accordance with ISO 8573.
The quality of gas or compressed air within a system largely depends on the continuous monitoring of residual oil content and particle count. Our systems for determining the residual oil content and for the measurement of particles in compressed air and gas are available in both stationary and mobile versions. In this way, we offer the right system for every application, making it as easy as possible to meet the requirements of ISO 8573.

Maximum safety thanks to maximum sensitivity - continuous monitoring of the critical parameter vaporous residual oil content in accordance with ISO 8573.

The Portable version of our monitoring system is supplied directly in a practical case.

Residual oil - particles - residual moisture. Compact trolley with wheels.

Residual oil - particles - residual moisture. For measuring at the consumers/end points.

PC 400 particle counter up to 0.1 µm for compressed air and gases in a service case.

The highly precise optical particle counter PC 400 measures particles from a size of 0.1 µm and is therefore suitable for monitoring of the compressed air quality class 1 ISO 8573.

The residual oil content sensor OILCHECK measures the vaporous residual oil content in the compressed air. For a mobile solution we offer you a combination with the particle counter PC 400 and mobile chart recorder DS 500 mobile.

The residual oil content sensor OILCHECK measures the vaporous residual oil content in the compressed air. For stationary solution we offer you a combination with the chart recorder DS 400.

Compressed air is generated by a Compressor compressing ambient air. If impurities in the compressed air come into contact with the end product, this can lead to higher rejects. This often turns what at first glance appears to be a cost-effective solution into a very expensive way of generating compressed air. It is therefore essential for the user to treat the compressed air after it has been generated, as this air contains water, Oil, dust particles and other impurities. Depending on the required Compressed air quality, these ingredients can cause problems during production and increase operating costs.