KKS 240 - Climatic chamber with steam humidifier

SKU
EQM-KKS240

Applications

  • Plant growing and tissue culture
  • Seeds germination
  • Microorganisms and insects breeding
  • Any kind of research that requires a stable temperature and humidity environment
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Product description

The KKS climatic chambers with a steam humidifier do not emit ultrasounds and therefore allow insects breeding (e.g. Drosophila melanogaster). Compared to the KK chambers, they feature an extended temperature and humidity range and can be used for tests of electronics, plastic or building materials.

The steam humidifier (steam generator) is a closed boiler that produces steam with higher pressure than atmospheric. The heat required to produce steam is obtained by a heater placed in a boiler. Much higher temperature and humidity range is used in more applications in comparison to KK units.

Models and features

Model Interior Exterior Temperature protection Controller
Standard Acid-proof stainless steel to DIN 1.4301 Powder coated sheet Class 3.3 Smart PRO
IG Stainless steel linen finish Class 3.3 Smart PRO

 

Technical data

Technical data  
Air convection Forced
Chamber capacity (L) 240
Working capacity (L) 240
Controller Microprocessor PID
Display 7" full-color touchscreen
Temperature range [°C] 0...+100
Temperature resolution every [°C] 0.1
Temperature variation at 25°C and 60%rH [+/-°C]* 2.0
Over temperature protection class 3.3 to DIN 12880
Realive humidity range % 30...90
Humidity variation at 25°C and 60%rH [+/-°C]* 5.0
Humidity resolution (%) 1.0
Door type Double (external solid, internal glass) / external glass (option)
Shelves (standard | max) 3 | 10
Max shelf workload [kg] /1/ 10
- Reinforced shelf version (PW) [kg] /2/ 100
Max unit workload [Kg] 90
Weight [Kg] 140
Power supply** 230V 50-60Hz
Nominal power [W] 3,250
Refrigerant R290 / GWP=3

All the above technical data refer to standard units (without optional accessories)
* - Fluctuation measured in centre of the chamber; in space, variation (K) calculated for chamber as: K= +/- (T average max. - T average min. ) / 2
** - Other power supplies on request
1 - On uniformly loaded surface
2 - Reinforced shelf