- Hoge kwaliteit en uitgebreide service
- Al meer dan 100 jaar een begrip
- Een breed assortiment
Afmeting intern (bxdxh): 640 x 500 x 1200 mm
Afmeting extern (bxdxh): 824 x 788 x 1720 mm
Temperatuurbereik 0 tot 70°C
Verwarmen en koelen met Peltier techniek
TwinDisplay bediening & AtmoControl software
RVS uitvoering met glazen tussendeur
Energiezuinig en trillingsvrij
Inclusief 2 draadroosters (maximaal 14 stuks mogelijk)
Gewicht circa 157 kg
Aansluiting 220V circa 1200 watt
Merk | Memmert |
---|---|
SafeSens pH monitoring | Nee |
Stapelbaar | Nee |
Timelapse functionaliteit | Nee |
Licht | Nee |
Volume | 384 liter |
Min. Temperatuur | 0 |
Max. Temperatuur | 70 |
Peltier-cooled incubator IPPeco
Sets eco standards for cultivation below room temperature: unmatched energy efficiency, best values for heat-up, cool-down and recovery times.
Thanks to the sophisticated Advanced Peltier Technology from Memmert, the IPPeco is the most energy-efficient and simultaneously the most powerful cooled incubator of its kind. Compared to similar appliances, its heat-up, cool down and recovery times are much shorter. The Peltier-cooled incubator from Memmert saves on operating costs, ensures sample quality and makes work in a microbiological laboratory significantly more efficient. Common applications are microbiological analyses, bacterial count determination, cultivation above and below room temperature, beer stability accelerated ageing test, or shelf life tests of dairy products.
temperature range 0°C up to +70 °C9 model sizes (32 to 2140 litres volume)
2 model variants: SingleDISPLAY and TwinDISPLAY
double doors as standard with fully insulated stainless steel, inside glass: prevention of contamination and drops or rises in temperature, and at the same time an optimal view of the sensitive load through wide-area interior glass doors (size 1400/2200 stainless steel doors with glass sector; sizes 750, 1060 and 1400 two leaves, size 2200 three leaves)
fans integrated in the Peltier elements ensure rapid energy transfer and optimum temperature distribution