How does the Automatic compressed air condensate drain, NEW DEAL series operate safely at a working pressure of 10 bar and temperatures up to +50Â°C?

The Automatic compressed air condensate drain, NEW DEAL series operates safely at 10 bar and up to +50Â°C by combining robust materials, pressure-rated components and an automatic control sequence designed for those conditions. Key safety aspects: - Pressure-rated body and seals: components are engineered and tested for continuous service at 10 bar, preventing leakages or ruptures under operating pressure. - Temperature-resistant materials: elastomers and plastics used in valves and seals tolerate temperatures up to +50Â°C without loss of sealing performance or accelerated ageing. - Float and valve mechanism sized for high-pressure discharge: the internal float/valve arrangement reliably opens to evacuate condensate and closes under system pressure, avoiding compressed air loss and water blow-by. - Automatic operation minimizes manual intervention: condensate is drained only when liquid accumulates, preventing pressure disturbances and reducing risk of improper handling. - Built-in pressure balance and drainage path: discharge components are designed to equalize pressures and prevent backflow, ensuring safe, controlled release of condensate even at maximum working pressure. - Corrosion and wear protection: materials and coatings resist corrosive condensate at elevated temperatures, maintaining long-term integrity and safe operation. Together these design features allow the Automatic compressed air condensate drain, NEW DEAL series to operate reliably and safely at 10 bar and temperatures up to +50Â°C.

Can the Automatic compressed air condensate drain, NEW DEAL series be used continuously at 10 bar and +50Â°C without reducing service life?

Yes. The Automatic compressed air condensate drain, NEW DEAL series is specified for a working pressure of 10 bar and an operating temperature up to +50Â°C. Using it continuously at 10 bar and +50Â°C is within its stated limits and therefore should not inherently reduce service life, provided installation, filtration and maintenance recommendations are followed and the condensate chemistry does not introduce corrosive or abrasive conditions beyond the productâs design.