The Osmolator is operated on 11 V safety extra-low voltage

[benf]

Roger whats the part number for the ac adapter and price? Is it something i could get from radio shack?

 

[shawnz28]

Part number is 5012.01. I believe it to be a standard 9v DC adaptor

 

[benf]

thats what i thought, but for some reason the manual says 11v

 

[shawnz28]

Not sure the parts list on page 57 says 9v

 

[benf]

I agree...but on there website it says 11v...thats why i am confused

http://www.tunze.com/149.html?&L=1&C=SE&user_tunzeprod_pi1[predid]=-infoxunter036

 

[Lutefisk]

<a href=showthread.php?s=&postid=12411998#post12411998 target=_blank>Originally posted</a> by benf
I agree...but on there website it says 11v...thats why i am confused

http://www.tunze.com/149.html?&L=1&C=SE&user_tunzeprod_pi1[predid]=-infoxunter036

Those are German Volts - They're better (Just kidding!)

 

[benf]

Question #2 for Roger...any idea if the osmolator (pump only) can be triggered by the Neptune Controller? The Neptune has I/O on it for 2 wire connections, but think its only 5v. though

 

[rvitko]

The pump needs 9V at a minimum and can handle up to 12V. When we switched to the electronic power supplies 11V was the standard that was available. We used to use a switching 9-12V power supply. As long as it does at least 9V and 800mA it should be fine.

 

[benf]

i do have some 9 &12v adapters at the house, if i use one , whats the max mA i want to use. Just to be clear...this is for connecting to the osmolator controller and not the second question i asked about the pump by itself.

thanks

 

[rvitko]

There really is no maximum, just a minimum, the pump will draw the amps it needs. anything between 800mA and 1600mA should be fine. 1000-1200mA would be ideal.

 

[benf]

Cool...thanks....
Thats goes for both, pump without the Osmolator controller and with, right?

 

[rvitko]

Yes.

 

[benf]

OK, thank you Roger!