Campart Thermoelectric Cooler 29 l
- VendorCampart
Description
Campart Thermoelectric Cooler 29 l
Portable Cooler
Product Details
Since the cooler can be powered by 230 V, 12 V, or a USB power bank, you can enjoy cold drinks not only at the campsite, but also in the park or at the beach!
EPREL Energy Efficiency Class
Products with the EU energy label are registered in the EPREL database (European Product Registry for Energy Labelling) and thus meet the minimum legal requirements of the EU Ecodesign Regulation. If the energy consumption exceeds the specified reference value, the product may not be registered in EPREL or placed on the market. Products in energy efficiency class A have a particularly low energy consumption compared to other appliances in the same product category. This reduces the environmental impacts associated with the use phase, in particular energy demand and the resulting emissions. Information on testing methods, energy consumption and comparison values is publicly available in the EPREL database. Compliance with the requirements is verified by standardised tests and testing institutes. In addition, for products with an EPREL classification, the privacy policy under point 7 (https://www.brack.ch/unternehmen/datenschutz) must be observed within the framework of the directive on energy efficiency improvements by electricity suppliers.
Thermoelectricity
Thermoelectricity is ideal for small to medium cooling volumes. As the name suggests, thermoelectric coolers are powered by electricity. The advantage of thermoelectricity is that certain devices can both cool and heat. The cooling capacity depends on the ambient temperature: depending on the device, it can cool to 15–30 °C below ambient temperature. The energy consumption is moderate, but noise levels tend to be high. Thermoelectric coolers can easily be used at an angle and have a relatively low weight.
Specifications
- Scope of delivery:
- Arendal cooler box, 12 V plug, 230 V plug, USB plug and user manual
- Color:
- Blue
- Heating function:
- Yes
- Power supply:
- Mains
- Cooling technology:
- Thermoelectric
- Sustainability:
- Not specified
- Depth:
- 45.2 cm
- Width:
- 29.3 cm
- Height:
- 43.4 cm
- Volume:
- 29 l
- Weight:
- 4.3 kg
- Energy efficiency class:
- F
- EPREL number:
- 846909
Campart Thermoelectric Cooler 29 l
- VendorCampart
155.40
Volume: 29 l | Cooling technology: Thermoelectric | Weight: 4.3 kg | Heating function: Yes
Description
Campart Thermoelectric Cooler 29 l
Portable Cooler
Product Details
Since the cooler can be powered by 230 V, 12 V, or a USB power bank, you can enjoy cold drinks not only at the campsite, but also in the park or at the beach!
EPREL Energy Efficiency Class
Products with the EU energy label are registered in the EPREL database (European Product Registry for Energy Labelling) and thus meet the minimum legal requirements of the EU Ecodesign Regulation. If the energy consumption exceeds the specified reference value, the product may not be registered in EPREL or placed on the market. Products in energy efficiency class A have a particularly low energy consumption compared to other appliances in the same product category. This reduces the environmental impacts associated with the use phase, in particular energy demand and the resulting emissions. Information on testing methods, energy consumption and comparison values is publicly available in the EPREL database. Compliance with the requirements is verified by standardised tests and testing institutes. In addition, for products with an EPREL classification, the privacy policy under point 7 (https://www.brack.ch/unternehmen/datenschutz) must be observed within the framework of the directive on energy efficiency improvements by electricity suppliers.
Thermoelectricity
Thermoelectricity is ideal for small to medium cooling volumes. As the name suggests, thermoelectric coolers are powered by electricity. The advantage of thermoelectricity is that certain devices can both cool and heat. The cooling capacity depends on the ambient temperature: depending on the device, it can cool to 15–30 °C below ambient temperature. The energy consumption is moderate, but noise levels tend to be high. Thermoelectric coolers can easily be used at an angle and have a relatively low weight.
