Großes Airbox Lüftungsgerät von Rosenberg auf einem Dach eines Logistikzentrums installiert

AIRBOX
Air Handling Units

Modular air handling units for all areas of application.

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Energy-efficient Air Handling Units for a Wide Range of Applications

Ventilation requirements are as individual as their locations. Airbox air handling units from Rosenberg offer the right energy-efficient solution for every application. Whether simple air exchange or precise control of temperature, humidity and purity – the requirements for ventilation systems vary greatly. The air handling units in the Airbox series have a modular design and can be individually configured, so that the optimal solution for every application can be quickly realised using a modular principle.

Air Handling Units for all areas
of technical building equipment

Whether for high-tech areas or classic building services engineering: Airbox air handling units always ensure clean, optimally tempered indoor air. They are available in weatherproof, explosion-proof and TÜV-certified hygienic designs and meet the energy efficiency requirements of EN 1253/2014 Ecodesign – for maximum economy, quality and flexibility.

Overview of the Airbox Series

The air handling units consist of a frame construction with double-shell sound and heat insulated panels. The individual modules for filters, fans, heaters, coolers, heat recovery, sound insulation and frame materials are flexibly assembled according to customer requirements. The F40 series is manufactured in a frameless design. The panels are screwed together from the outside, so that the units have a smooth interior surface and are therefore hygienically safe. The air handling units equipped with frames (Airbox S60 and T60) feature a frame construction made of aluminium or galvanised rolled steel profile and die-cast aluminium corner connectors or plastic corner connectors.

  • AIRBOX-F40

    • Panel thickness: 40 mm
    • Frame: frameless design
  • AIRBOX-S60

    • Panel thickness: 60 mm
    • Frame: 1.5 mm galvanised steel or stainless steel
  • AIRBOX-T60

      • Panel thickness: 60 mm
      • Frame: 1.5 mm aluminium and thermally decoupled
Technical comparison of the device series

AIRBOX-F40

AIRBOX-S60

AIRBOX-T60

Minimum air volumes (V=1 m/s)

800 - 5.600 m³/h

810 - 33.000 m³/h

810 - 33.000 m³/h

Optimal air volumes
(V=2 m/s)

1.600 - 11.200 m³/h

1.610 - 66.000 m³/h

1.610 - 66.000 m³/h

Maximum air volumes
(V=4 m/s)

3.200 - 22.400 m³/h

3.200 - 132.100 m³/h

3.200 - 132.100 m³/h

Heat transfer [W/m²K]

1,0 (T2)

1,00 (T2)

0,70 (T2)

Thermal bridge factor kb

0,5 (TB3)

0,48 (TB3)

0,60 (TB2)

Housing Design in Detail

The Airbox-F40 units feature a frameless design. They are a cost-effective alternative to the S60/T60 series in small sizes up to a housing cross-section of 1313 (external dimensions 1344 mm x 1364 mm). All panels in the F40 series have a double-shell construction with an inner sheet, outer sheet and insulation in between. The insulation thickness of the side panels and cover is 40 mm. The base of flat units with bottom operation is also insulated to a thickness of 40 mm. For all other variants, the base insulation thickness is 60 mm. The inside surfaces of the unit are completely smooth. In the standard version, 1.0 mm thick galvanised sheet steel is used for the panels. Alternatively, galvanised steel sheets with a plastic coating, V2A stainless steel (1.4301) or AlMg3 aluminium can be selected for the exterior and interior surfaces separately. The standard colour of the plastic coating is light grey RAL 7035. Other RAL colours are available at any time. The rock wool used for heat and sound insulation is non-combustible and is partially bonded to the double-shell panel. The units can be fitted with folded base frames in heights from 100 mm to 500 mm made of 3 mm thick galvanised sheet steel. The F40 series is certified according to the RLT energy efficiency label and EUROVENT and is suitable for compliance with the hygiene regulations of VDI 6022.

Airbox Air Handling Units in Pictures

Rosenberg Airbox air handling units can be found worldwide in all areas of comfort air conditioning in residential and administrative buildings, hospitals, exhibition and conference centres, hotels and restaurants, museums and galleries, leisure centres, airports and many other areas.

Airbox air handling units on the roof of a production facility
Airbox air handling units at a manufacturer of feedstuffs
Airbox air handling units for an event building
Airbox air handling units at a manufacturing company
Airbox air handling units on the roof of a logistics center
Airbox air handling units for the production facility of a pharmaceutical manufacturer
Airbox air handling units on the roof of an industrial plant
Airbox air handling units at an automotive supplier
Airbox air handling units on the roof of a residential building
Airbox air handling units on the roof of a large bakery
Airbox air handling units in a hospital
Airbox air handling units on an oil platform

Highest Energy Efficiency

The energy efficiency of an air handling unit is mainly determined by the air velocity in the clear cross-section of the unit and, as a result, the pressure losses at the components and the electrical power consumption of the fan, depending on the volume flow and pressure increase. In the case of a combined air handling unit with heat recovery (HR), the efficiency and pressure loss of the HR are also taken into account. When dimensioning the air velocities in the air handling unit, the electrical power consumption of the fans and the efficiency of the HR, we comply with the legal requirements of the Building Energy Act (GEG) and the requirements of the German Association of Manufacturers of Ventilation and Air Conditioning Equipment (RLT). The criteria of the RLT energy efficiency label comply with the DIN EN 13053:2020-05 standard. This standard defines seven air velocity classes from V1 to V7, five heat recovery classes from H1 to H5 and seven classes for fan power consumption from P1 to P7.

We determine the specific power consumption of a fan installed in a box air conditioner (SFPv) in accordance with the specifications of the current EN 16798-3.

Efficiency Classes according to RLT Guideline 01

 

Efficiency Classes according to RLT Guideline 01

Criteria

A+

A

B

Air velocity class without thermal air treatment

V5

V6

V7

Air velocity class with air heating and/or heat recovery

V4

V5

V6

Air velocity class with additional functions

V2

V3

V5

Air Velocity Classes
according to EN 13053 A1 (2011)

Air Velocity Classes according to EN 13053 A1 (2011)

Class

Velocity [m/s]

V1

max. 1.6

V2

> 1.6 to 1.8

V3

> 1.8 to 2.0

V4

> 2.0 to 2.2

V5

> 2.2 to 2.5

V6

> 2.5 to 2.8

V7

> 2.8 to 3.2

Controls for Airbox air handling units

The controls, which are tailored to Airbox units, ensure maximum ease of use, safety and efficient operation. They are manufactured in accordance with VDE and EC guidelines and, together with the air conditioning units, form an optimal unit for maximum comfort with minimum energy consumption. The controller series are suitable for supply, room and exhaust air temperature control and control fans, standard motors, frequency converters and EC motors. Microprocessor-based technology ensures precise and reliable control.

Information Material

Here you will find information material and certificates relating to our Airbox air handling units.

  • Air Handling UnitsOperating- and Maintenance Manuals

    Operating manual: Airbox S60 and T60

    PDF, 4 MB
  • Certifications

    Certificate according to Eurovent (Airbox)

    PDF, 199 KB
  • Certifications

    Certificate of hygiene compliance (Airbox T60)

    PDF, 301 KB
  • Certifications

    Certificate of hygiene compliance (Airbox F40)

    PDF, 301 KB
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