The Epsea Vacuum Regenerative Modular Adsorption Air Dryer combines advanced adsorption technology with energy-saving vacuum regeneration to deliver high-quality, ultra-dry compressed air. By reducing regeneration gas consumption to as little as 2%, it offers significant operational cost savings without compromising performance. Designed for stable, long-term operation, this dryer is built with a compact, low-maintenance structure and intelligent monitoring controls, making it an ideal choice for industries that require reliable moisture removal with minimal downtime.
Note: Other special standards can be customised; for more details please contact us. Your generosity is hugely appreciated and it’s people like you, doing little things like this that help keep our small schools afloat. So thank you so much for all of your help – I can’t wait to pop outside (once the sun gets through the fog) and blow up the tyres pf our sports gear trolley!!! Thanks very much for coming in and getting that job sorted not only on a Saturday but with such short notice, the team really appreciated that. Thanks for the compressor Darren. We are blessed to have you just down the road! I wanted to thank you for the detail you put on our invoices as it makes our job easier. Also the service received from our local branch is outstanding. Call us on 0800 886 755 or if you’d like us to get in touch with you, please fill in this form and we’ll get back to you ASAP.Vacuum Regenerative Modular Desiccant Air Dryer
This system uses vacuum regeneration to cut regeneration gas consumption down to just 2%. The integrated vacuum pump operates with minimal vibration and low noise, ensuring sustainable, stable performance over extended periods.
An intelligent computer board monitors system performance in real time, while the user-friendly man-machine interface provides clear operating data and straightforward control.
The modular structure makes installation and maintenance simple, saving space and reducing service time, while maintaining a consistently low dew point for dependable air quality.
Parameter
Specification
Intake Temperature
≤ 38 °C
Working Pressure Range
0.6–1.0 MPa
Inlet Oil Content
≤ 0.1 ppm
Regenerative Air Consumption
≤ 2%
Pressure Dew Point
-20 to -40 °C
Adsorbent
Alumina molecular sieve
Regeneration Mode
Vacuum Regeneration
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