ADSORPTION DRYER ALM-CCDA
The ALM-CCDA series of compact adsorption dryers cost-effectively provides the highest air quality at the desired extraction point. With reliable technology, the ALM-CCDA offers the assurance that the production process will operate without interruption – without wear or faults on compressed air tools and with more safety for the downstream machines and manufacturing processes.
This ALM-CCDA series comes complete with built-in pre- and post-filters. The PCB controller with indicator lights is used to monitor the drying process.
Description
The ALM-CCDA series of compact adsorption dryers cost-effectively provides the highest air quality at the desired extraction point. With reliable technology, the ALM-CCDA offers the assurance that the production process will operate without interruption – without wear or faults on compressed air tools and with more safety for the downstream machines and manufacturing processes.
This ALM-CCDA series comes complete with built-in pre- and post-filters. The PCB controller with indicator lights is used to monitor the drying process.
The dryers are completely ready for use and only need to be connected to the power supply and the compressed air system. Alternatively, both a potential-free start/stop control and a load-dependent control are available to save energy.
The compact adsorption dryers of the ALM-CCDA series meet the requirements of ISO 8573.1 class 1.2.1 as standard. Higher quality classes are available on request.
Features and benefits:
- Use at the extraction point: Air quality where it is needed.
- Easy installation: Connection to power and compressed air supply only required.
- Compact design: Designed for point-of-use, small footprint.
- Easy maintenance: Designed for quick replacement of standard components.
- Universal connection: Can be mounted on the wall or on the floor possible.
Application:
- ALM-CCDA dryers provide clean air directly at the point of use.
- Sensitive measuring instruments
- Dental air
- Medical air
- Food packaging
- Prefiltration for gas separation membranes
- Breathing air without CO or CO2 removal
- Paint spraying
Technical information
ALM-CCDA
| Type | Max. Volume flow inlet1 | Length | Width | Height | Weight | Connection |
| m3/min | mm | mm | mm | kg | ||
| 02 | 8,4 | 366 | 226 | 420 | 14 | 1/4″ |
| 04 | 15,6 | 366 | 226 | 670 | 18 | 1/4″ |
| 07 | 25,2 | 366 | 226 | 920 | 24 | 1/4″ |
| 10 | 34,8 | 366 | 226 | 1120 | 28 | 1/4″ |
| 15 | 56,4 | 550 | 273 | 993 | 51 | 1/2″ |
| 20 | 72 | 550 | 273 | 1243 | 51 | 1/2″ |
| 30 | 108 | 755 | 338 | 1036 | 93 | 1″ |
| 45 | 162 | 755 | 338 | 1386 | 114 | 1″ |
1) based on 1 bar (abs); -40°pressure dew point and 20°C; 0%rH at 7 bar (g) operating pressure and inlet temperature 35°C
