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- Jan 6, 2017
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Yup I need to do that. Now sure what do I check exactly but will figure it out.Check the intervals to see if the plastic is melted?
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Yup I need to do that. Now sure what do I check exactly but will figure it out.Check the intervals to see if the plastic is melted?
Yup I need to do that. Now sure what do I check exactly but will figure it out.
Agree with you,Take a look at this thread, I have been through two Vectra L1 pumps. The changes seem to have helped a lot, still not the best pump ever, and I may go RD3 one of these days, but I'll never go Abyzz unless I win the lottery. My personal opinion is that the value just isn't there, at half or 2/3 that price it would be solid.
I ended up getting an RD80 which like 200$ above vectra. Totally get how hard it is to spend 500 on a pump just to start thinking of the fact u need an extra spare pump lol.Yeah, I have phobias about my vectra dying again. I am going to probably dig deep and get an RD3 in the near future and when the vectra does crap out i'll swap them out. Man I wish the RD3 control box wasnt the size of a lunchbox, space on my control panel is limited.
Well one thing for sure, ecotech vectra is bad.
I tested my L1 vectra that is suppose to be 3100gph, on my 5 feet 1" return pipe flow reads 380gph on 100% setting.
I hooked my old syncra 4.0(900gph) flow jumped to 550gph.
Super disappointed with the performance of such a pricey pump.
Well one thing I learned is that no all pumps are the same.Interesting. It looks like AC pump does hold a big advantage over DC pumps when it comes to head pressure. I am considering getting the Syncra line for the 300G now. Thank you for sharing the data.
Well one thing I learned is that no all pumps are the same.
I used an RD3 100 which is rated the same as vectra and it gave me 1600gph.
Also tested RD3 80 it gave me solid 1200 1300gph...
What am trying to say is that not all pumps perform the same.
If you like dc which I do, I would recommend you go with RD or something else that is also tested.
Otherwise indeed AC pumps naturally handle head pressure well...
Cheers
Take a look at the latest in the saga of my L1 return pumps. Basically the cooling/flushing system failed again with just simple biofilm (that accumulates on any and all surfaces in your tank).
I ordered an RD3 and will report on whether it is an improvement over the Vectra L1.
Try tellin that to the water company, your metering slows my flow rate down..I got the feedback from eco tech customer service...
" I have reviewed them with the rest of our service team and we have determined that the amount of flow you are getting is due to the amount of plumbing in your sump. The flow meters are going to significantly restrict the Vectras flow rate."
So basically ecotech do not want me to measure flow)
and
want me to simplify my 1"pipe 5 feet head pressure straight to tank return plumbing lol...I guess they want me to lay the tank on the ground for vectra to work.
What a poor pump this is..
I cannot believe they admit that 5 feet head pressure bring the flow from 3100 to 380gph....wow
.....Huh...?!Try tellin that to the water company, your metering slows my flow rate down..
Been running RD3 80 for 2 weeks now. Super happy with it.Take a look at the latest in the saga of my L1 return pumps. Basically the cooling/flushing system failed again with just simple biofilm (that accumulates on any and all surfaces in your tank).
I ordered an RD3 and will report on whether it is an improvement over the Vectra L1.
I did the same.Take a look at the latest in the saga of my L1 return pumps. Basically the cooling/flushing system failed again with just simple biofilm (that accumulates on any and all surfaces in your tank).
I ordered an RD3 and will report on whether it is an improvement over the Vectra L1.