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Adsorption dryer MDC-250

The MDC-250 adsorption dryer is designed for general dehumidification such as room air drying and process drying…

Featured specs
Dry air volume (nominal) 290 m³/h at 160 Pa
Regeneration air 80 m³/h at 100 Pa

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Description

The MDC-250 adsorption dryer is designed for general dehumidification such as room air drying and process drying.

Due to its small size, this machine can be used in hard-to-reach places to work there for long periods of time with minimum maintenance. Its low weight of 18 kg makes this adsorption dryer easy to be moved by 1 person.

The MDC-250 adsorption dryer is designed for: drying buildings, dehumidifying room air, dry air storage, water works and pumping stations. Especially suitable for operation at low temperature and low desired humidity.

For temporary climate solutions for business, industry, construction and ATEX environments, you have come to the right place at CSrental B.V.

CSrental B.V. has professional advisors who will work with you to find the best rental solution for your business.

Call or e-mail us for a tailor-made quotation.

Minimum rental period: 7 days

Amount of dry air (nominal) 290 m³/h, at 160 Pa

Regeneration air volume 80 m³/h, at 100 Pa

Dehumidification capacity at 20 °C / 60% R.H. 26.4 kg / 24 h

Power input 1.4 kW / 6.1 A

Plug connection CEE 7/7 type E/F

Connection voltage 230V / 50 Hz

Hygrostat optional

Noise level 61 dB(A)

Mobility portable

Dimensions L x W x H345 x 370 x 490 mm

Weight 18 kg

Process air hose connection 100 mm

Regeneration air hose connection 80 mm

Warning:

In polluted environments where the adsorption dryer is active, it is essential to change the filters regularly. This ensures that the adsorption dryer continues to function optimally.

Before commissioning the adsorption dryer, survey the room and take any measures where necessary. The adsorption dryer must not be used in:

  • Environments where particles, gas, smoke and the like may be sucked in due to negative pressure created, which may adversely affect chimneys, furnaces or other similar equipment;
  • In areas with a potentially explosive atmosphere;
  • In rooms with an aggressive atmosphere (which is e.g. caused by chemicals);
  • In rooms containing water with a pH value below 7.0 or above 7.4;
  • In areas with salt or liquids with a salt content > 1% e.g. salt baths;
  • In humid areas of indoor swimming pools;
  • In rooms with ozone-treated air, high solvent concentra