- JUPITER air handling unit is a high-tech air handling unit designed with energy efficiency.
- Full automation features.
- The use of supporting components in accordance with the current European norms.
- It has high-level technical values according to EN 1886, its own air handling unit selection program.
- Low air leakage
- Low air temperature leakage
- High lifetime
- Aesthetic look
- Low operation costs
Air Handling Unit
HS Code : 841480
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BSK - JUPITER AIR HANDLING UNIT
JUPITER air handling unit Profile structure is a high strength air handling unit designed on steel profile structure. The general frame
structure is made of 25 x 25 x 2 mm, 25 x 50 x 2 mm dip galvanized steel profile. There are joining pieces made of plastic material used
in profile corner and intermediate record section. As a standard, all galvanized parts of profile are manufactured as electrostatic oven
painted over them. High corrosion resistance can be achieved in this view.
Jupiter AHU selection software is a selection software that meets the needs of users and designers in the best possible way,
with web-based features.
JUPITER air handling unit is made of 3 mm galvanized sheet as a standard and has a continuous foot structure which allows the total
weight of the air handling unit to be transferred homogeneously to the floor.
JUPITER AIR HANDLING UNIT air passage cross sections are designed according to EN775 standard filter measurements for the following benefits.
It conforms to all filter cross section measurements used in the standard.
Filter surfaces can be fully used as they are the same as air passages.
As there is no dead space around the filter frames, the surface area of the COIL, heat recovery and similar equipment can be used to the maximum.
Filter surface areas can be used fully, so that it can be filtered correctly. In this way both the air quality is increased and the equipment which
performs the heat transfer is kept clean and the heat transfer can be achieved at maximum efficiency.
The deflection amount of the AHU body structure is measured under ± 1000 Pa pressure and ± 2500 Pa pressure is measured
to determine whether permanent deformation occurs in the AHU body structure.
