Seeking info on GE chest freezer FCM16DLWW

Brand:GE
Model Number:FCM16DLWW
Main Symptom: want to run from pure sine wave inverter
What happens & when: need any relavent data/manuals

Hi All,

During power outages (which happen too often if you are a DTE customer), I use a 1kW inverter to power small loads PLUS my freezer, fridge, and furnace (one at a time!). The inverter uses my electric car’s 12V battery as the source of DC.

My freezer is from 1994. That alone is reason enough to replace it.

When I replace it I’m hoping it’s characteristics will be at least as good as the existing one.

Specifically: The existing one, I think, is running about 60% of the time when at 0 degF. This duty cycle is quite awkward (and a sign of age, I know). The existing freezer also draws a high current, 6A I think, when starting and this means it can’t be on the inverter with either of my other major loads.

I’m attracted to the GE FCM16DLWW which runs on 277 kWh/yr in DOE test. Quite good. But I’d really like to know what the duty cycle would be and current drawn when it starts. I have looked for service or installation manual but failed to find. Maybe I’m inept.

Thanks for any finding ANY technical data on this GE FCM16DLWW.
Questions welcome.

Ron

The GE chest freezer typically draws 1.5-2.5 amps when running; however, it will draw roughly 5 to 8 amps briefly upon start-up. The compressor shows the LRA (locked rotor amps) as 13.8.

FCM16DL-Mini-Manual.pdf (115.2 KB)

Thanks! Two questions: 1) I see R 134a in the image and I read R600a in the Mini-Manual. Is that a contradiction? 2) What’s a Mini-Manual?

Thanks again!

This is not a contradiction; the image and the Mini manual are from variations of the model number. The model number you referenced was FCM16DL*WW, which is not coplete and seems to be a variation of one of these: FCM16DLAWW, FCM16DLBWW, or FCM16DLACWW. The R134a vs R600 is the refrigerant type used by the manufacturer. The mini manual is the manufacturer’s technical data sheet.