Powerful due to high temperature differential of down to -8 K for energy efficient operation.
Creative displacement air solutions that meet technical requirements.Customised to meet user requirements and room geometry.
The combination of a displacement outlet with inductive air guide elements creates a low ambient air velocity in the occupied zone, even with large temperature differentials.
In the case of conventional displacement air systems, the supply air is channelled into the interior gently with low turbulence. Conventional displacement ventilation systems are typically characterised by low air velocities and small temperature differentials between the supply air and ambient air in the occupied zone. By contrast, the INDUQUELL enables high temperature differentials of down to -8 K, with greater thermal comfort when used in combination with the inductive air guide elements developed by Kiefer.
|Temperature difference||Down to -8 K|
|Type||Individual design as surface, pillar or base displacement outlet|
|Colours||RAL colour of choice|
|Air guide elements||Black or light grey (RAL 7035); other colours available on request|
|Optional||Decorative perforated sheet cover|
Whether deployed as an architectural highlight in the form of a freestanding pillar, or discreetly integrated into balustrades, cabinets or skirting, the INDUQUELL offers a wide variety of creative options with its range of designs, sizes and shapes.
Kiefer Klimatechnik GmbH is a leading company in the field of ventilation, air handling and air conditioning technology. Our range of services includes consulting, planning and execution of systems for thermal comfort and industrial air conditioning, as well as the associated installation and maintenance. For more than three decades, Kiefer has also been selling high grade ventilation components worldwide, such as linear diffusers, wall passages, displacement outlets, chilled ceiling panels and concrete core cooling systems, developed in the company's own laboratories.
© 2020 Kiefer Klimatechnik GmbH