BIM configurator

Building Information Modelling. Your arwus air separation installation in 3D format.

With our BIM configurator, you can quickly and easily configure a 3D model of your new air separation installation. Simply select your application and you will be provided with a Revit model.

Follow the necessary steps to receive your required BIM components as a download.

Select your application:*

arwus air barrier technology:

  • Efficient reduction of outflowing warm air in the upper area of a door entrance
  • prevents the inflow of cold air in the lower opening area of the door
  • Improves comfort thanks to integrated heating

Detailed configuration arwus air barrier system

Typ *

Depending on the area of application, the arwus air barrier system can be configured heated or unheated.

Area of application *

Enter your area of application here.

Example industrial door
Example "Industrial door"
Example passageway customer area
Example "Passageway customer area"

arwus air sealing technology:

  • reliable separation of areas with different temperatures
  • Significant reduction of cold air outflow from the cold storage/freezer room
  • Reduction of hot air inflow from the pre-zone
  • Misting of the interface between the partitioning air flows

Detailed configuration arwus air barrier system

Area of application *

Enter your area of application here.

Example frozen food logistician
Example deep-freeze logistician
Heating type *

Depending on the area of application, the arwus air barrier system can be configured heated or unheated.

arwus air barrier technology:

  • Protection against the entry or exit of flying insects, chemical substances, unpleasant odors or similar pure and impure air qualities

Detailed configuration arwus air barrier system

Protection target *

Indicate your use case/protection goal here.

Example of protection against odors and pollutants
Example protection against odor and pollutants

arwus air sealing technology:

  • Reduction of free gas exchange at the open passageway to an inertized area
Example of inertized document storage
Example of inertized document storage

Detailkonfiguration arwus Luftschottanlage

Passage data

Der Wert wurde auf den nächstmöglichen Wert gerundet! ×

Der Wert wurde auf den nächstmöglichen Wert gerundet! ×

The draught coefficient 1.0 m/s is the standard assumed draught to be prevented at the passage in the dimension of the velocity of the contaminated air escaping. This value is decisive for determining the performance of the air barrier system and may deviate.

The draught coefficient 2.0 m/s is the standard assumed draught to be prevented at the passage in terms of speed. This value is decisive for determining the performance of the air barrier system and may deviate.

The draught coefficient 2.5 m/s is the standard assumed draught to be prevented at the passage in the dimension of the velocity of the contaminated air escaping. This value is decisive for determining the performance of the air barrier system and may deviate.

Please enter the temperatures in the freezer area and in the pre-zone.

Please enter the temperatures in the refrigerated area and in the pre-zone.

Please enter the temperatures in the protected area and in the outer/pre-zone area.

Heating type *

Depending on the area of application, the arwus air barrier system can be configured heated or unheated.

Collision protection

Optimal protection of the
arwus air deflector nozzles against collision damage.

View of the collision protection

Our BIM service at your disposal

Sebastian Wünschmann

Phone: +49 3726 78436-13 E-Mail: s.wuenschmann@arwus.de

Florian Schmiedel

Phone: +49 3726 78436-18 E-Mail: f.schmiedel@arwus.de

Contact

Email: info@arwus.de

Tel.: +49 3726 78436 0
Fax: +49 3726 78436 10

Email: info@arwus.de

Contact