Portable Refrigerator CFF20 Dometic
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- เผยแพร่เมื่อ 1 ต.ค. 2024
- Hello again!
This time we show you the Dometic CFF20 portable refrigerator, the cables included, the handles to be assembled and the manual. We show it to you together with the Ecoflow River 2 MAX portable battery.
What is CFF20?
Dometic CFF 20 is a portable freezer with a digital display and temperature adjustable from +10°C to -18°C.
The refrigerator is suitable for:
• cool and freeze food
• camping use and mobile applications.
What is Ecoflow River 2 MAX?
it is a portable power station with a 516Wh lithium battery. 4 charging ways and 9 outputs: AC, USB-C, USB-A, DC5521. 500 watts max output and with x-boost mode up to 1000 watts. Wifi or Bluetooth connection with smartphone app.
Found out our prices on our site! Fast delivery time and great service. Write to us or call us for any advice.
CFF20 Dometic:
www.frigolab.e...
ECOFLOW:
www.frigolab.e...
#camping #offgrid #fridge #ecoflow #4x4 #weekend #dometic #van #camper #frigolab #jointlab
why this music and no explaining?
and why are you using it with 230V and not 12V, completely unefficient!
Hi! For deeper info, price and technical spec, you can visit the product page: www.frigolab.eu/gb/dometic-portable-freezers/887-cff-20-dometic-4015704286083.html
It would be more efficient to run the fridge from the 12V outlet rather than the AC.
Hello! Thank you for the hint. Could you explain to the viewers also the reason?
@@FRIGOLAB_Cold_Technology The fridge is probably using 12V DC internally, so by using the AC outlet on the power supply, and the AC inlet on the fridge there are *two* voltage conversions involved - lithium battery voltage (DC) to 120/240V AC at the power supply, followed by conversion in the fridge of the AC back to 12V DC again.
If you use the 12V DC outlet on the power supply (either the 5521 or the cigar lighter), and the 12V DC input on the fridge, there is only *one* (simpler) conversion involved - lithium battery voltage (DC) to 12V DC.
Each additional voltage conversion means a level of inefficiency, i.e. power loss.
@@drdomestos very comprehensive explanation, thank you.