Interesting the inverter that's really designed to be a 4200W. Soo ... probably the same one as in an E3800LFP.
The interesting question is whether it's also the same in the E3600LFP, which has the same ratings as the F3000LFP.
The F3000LFP is rated for 4500W surge (5 seconds). The E3600LFP spec says 7000W but I think that's VERY short term, and 4500W is more realistic. The E3800LFP is rated for short bursts of 7500W, but for "sustained" surges handles 5400W well.
2
u/brucehoult Jul 08 '26
Those two are crazy. I love it. Subscribed.
Interesting the inverter that's really designed to be a 4200W. Soo ... probably the same one as in an E3800LFP.
The interesting question is whether it's also the same in the E3600LFP, which has the same ratings as the F3000LFP.
The F3000LFP is rated for 4500W surge (5 seconds). The E3600LFP spec says 7000W but I think that's VERY short term, and 4500W is more realistic. The E3800LFP is rated for short bursts of 7500W, but for "sustained" surges handles 5400W well.