Dometic NRX 35E
Pairs well with
Dometic NRX 35E
Product details
Description
Dometic NRX 35E
Compressor refrigerator, 32 l, black front
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Value for money
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High energy efficiency
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Frameless door
Specifications
Model NRX0035E
Model on label NRX0035
SKU replaced by 9620017087
Scope of delivery 1 refrigerator, 1 drain elbow, 1 SOM manual, 1 INM manual
Product Description Compressor refrigerator, 32 l, black front
Refrigeration technology Compressor
Dimensions product height 20.67 "
Dimensions product width 14.96 "
Net weight 29.77 lbs
Total volume (IEC 62552-3) 32.00 l
Rated input power (DC) 50 W
Climate class (EN 62552) T
Dimensions parcel depth 23.07 "
Dimensions parcel height 23.27 "
Dimensions parcel width 19.88 "
Parcel weight 36.38 lbs
Smart closing mechanism to create a gap between the fridge and door for airing out
Energy-efficient, light, compact compressor with 3 operating modes (Eco/Boost/Silent)
Can be installed up to 1.3 m away from the refrigerator to save space
- Reliable entry-level compressor fridge
- Energy-efficient variable speed compressor reduces power consumption
- Frameless door with black front panel and full-width handle
- Beveled rear side for maximal utilization of space on board
- Reversible door hinge – can be fitted left or right as required
- Dual function locks can also act as vents for your fridge
- Standard or flush-mount installation frame available as accessory
Cool simplicity, always reliable
Modern look outside, energy-efficient technology inside: the Dometic NRX 35E compressor refrigerator provides 32 l of cool storage for your travel provisions. Its frameless black door with the convenient full-width handle cuts a good figure in the kitchenette or galley. The interior has been reduced to the very essence: two shelves organize the cabinet, while the door rack gives a firm hold to tall bottles. Featuring state-of-the-art compressor technology, the NRX 35E is a highly efficient performer – always reliable, even if you are travelling in warmer regions. The compressor speed automatically adapts to the ambient temperature to save energy.