Laboratory Fume Cupboard Workstation^evo

Requirements

• Personal and environmental protection against chemicals, solvent vapours and active substances
• Low extract airflow, limited building duct capacity
• Energy-saving and resource-saving
• Nothing deposited in the outgoing airflow ducts

• Solution

  The Workstationevo is a fume cupboard with partial airflow recirculation and an integrated filter system (activated carbon/HEPA).
  E-loop technology achieves some of the lowest airflow consumption levels of any fume cupboard (approx. 60% less fresh and outgoing airflow volumes), which contributes to significant energy savings. The proven partial airflow recirculation
  system also boasts useful features which improve occupational safety. Operators can, for instance, use filter type detection to determine whether the filter installed is suitable for the application. Monitoring filter saturation eliminates the risk of a saturated filter being used. An optional electric front sash comes with a motion sensor. If the system is not in use, the front sash closes automatically and
  standby mode is activated.
  The materials employed and the overall construction are designed to make cleaning as easy as possible.

• Functional principle

  Air is drawn in from the environment through the front opening. An air curtain at the opening prevents contaminants from escaping. Fresh air mixes with contaminated air from the work zone and is extracted directly to the filters
  through the two air intake grilles on the work surface.
  Cleaned and free of contaminants, all extract airflow first goes to the internal ventilation unit and then to the top section of the workstation. There the airflow is split: half is extracted into the building’s extract airflow, the other half is returned to the work zone. Extract airflow from the workspace is filtered constantly in both normal and reduced operating modes. Contaminants are therefore removed efficiently directly at source without contaminating the building’s extract airflow.

• Characteristics
  • Approx. 60 % lower fresh and exhaust air volumes
  • Reduction of energy costs
  • Continuous filter saturation monitoring
  • Recognition of the filter type
  • Flow monitoring
  • Wide range of filters
• Field of application
  • Laboratories and Research
  • Biotech and Life Sciences
  • Hospitals and Pharmacies
• Additional products and options
  • Combined activated carbon/HEPA H14 filters
  • SafeChange filter system
  • Media fittings
  • Electric sash
  • Table top made of glass or plastic
  • Sink
  • Measuring port for HEPA filter testing
  • Electronic front screen with motion sensors for standby mode

Focus on the future

E-loop
Resource-saving partial recirculation principle
Special filter technology

The ‘e’ in e-loop stands equally for economic (economical) and ecological (ecological).

The SKAN development combines all technical measures for the cost-saving and resource-conserving partial air circulation principle of the Workstation evo. When working, you will not notice any difference in terms of safety and ergonomics compared to conventional fume cupboards. The main differences lie in the unique air routing and the special filter technology. Compared to conventional fume cupboards, the amount of exhaust air and the energy used is reduced many times over.

This extends building utilisation, saves costs and is sustainable.
In addition, less supply and exhaust air needs to be treated in the room, which saves enormous operating costs over long periods of time and conserves resources.

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