Aquaero and Poweradjust from Aquacomputers (need ppl with info or experience on them)

Hello there!

I have been pending back and forth with this choice but I never can seem to decide. First I was sure that it was a Mcubed I needed. Then it was aquaero. And then I changed again and bought a mcubed but sold it directly. Then I was about to buy the aquaero and the Koolance TMS came along. And It looked like it had everything. Although it didn't. It isn't independent (I.e. totally failsafe regarding software). So now I'm back with the aquaero... I made this thread 6 months ago and it still gets bumped with questions. One thing I never got an answer to was how to solve the problem with controlling a pump and going with the aquaero. But I think that the poweradjust can be the solution (more info further down in my post).


Goal
My goal is to be able to control the fans according to water temperature. And I want a totally failsafe shutdown of my system if the temps get to high or one of the pumps fails (gives no rpm or flow dropped to 0LPH). And I want to be able to set the pump speed with a program (no manual stuff with knobs or switches). I want to control it via my computer. Since you don't need more than 1,5GPM in a loop I want to set the pumps to that and quiet them down a bit.

Aquaero

http://img213.imageshack.us/img213/483/524804a.jpg

I have been thinking about getting a aquero for some time now. I know that is a great unit and offers really good features. The only real issue It has is that its not that powerful. Maximum wattage is 10W per channel and with a maximum of 30watts on the whole unit combined .

But you cant connect your pump to it because of the low wattage output. And strong fans is also a problem. Although recent tests from martin has showed that one of the best fans the "Gentle typhoon 15". Draws less than 1W per fan. Therefor I can connect 30 of them if I wanted to.

So the only issue is the pump. I want to control it according to temps if thats even possible?!?. And I want to monitor flow/rpm for shutdown if they break down. Its okay if I can set the pump speed manually but I need to have a failsafe shutdown feature if it fails.

Aquacomputers poweradjust USB

http://img54.imageshack.us/img54/488...djustlt500.jpg

So I have been looking at the Aquacomputer poweradjust USB. It says it was developed specially for the control of Laing DDC pumps.

Have anyone used this unit? Can I control my pump speed via the program (some talk about preset jumpers?). And most importantly, will this unit shutdown my system if it indicates no flow or loss of rpm signal?

"Passing the rpm-signal of the pump to the mainboard, or generate an artificial rpm-signal which stops in case of errors" Does this mean I can connect the pump to the unit and then just have a rpm cable to another unit if I want to shut it down via the motherboard or an aquaero?

Temperature sensor

http://img54.imageshack.us/img54/9187/asdasdads.jpg

Aquacomputers have a temp-sensor that I haven't seen before. The temperature sensor seems to have no "pin" sticking out and an think this might be a good thing because it cant hinder flow. It's just a ring with G1/4" on both sides. I.e you can fasten it on a outlet from the pump,block, rad or wherever.

Flow meter

http://img383.imageshack.us/img383/9386/53068.jpg

Aquacomputers have released a new flow meter. But from what i have heard flow meters can be a bit tricky. They have a habit of breaking down and/or cause very high restriction. But according to the description it seems good (if you believe the manufactures numbers).

Quote:

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This flow rate sensor from aquacomputer has an extremely low flow resistance and is therefore perfectly suited even for High-flow systems. The Sensor is made from Delrin and stainless steel and is therefore not only technically but also optically exceptionally well-made. The symmetrical design with two identical nozzles allows integration into the system without having to use a certain direction of flow through the sensor. The connection threads are G1/4" in size and therefore allow the use of the sensor with all common fitting and hose sizes and types. The sensor also has four M3 threads integrated into the bottom of the casing to allow easy fixation. The sensor provides accurate data from 40l/h and is therefore perfect for systems with aquastream pumps.

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If it can report down to 40L/h it cant be that restrictive.40L/h is nothing right. A DDC3.2 can deliver 120 GPH (454 LPH) according to its data.

But have anyone this flow meter? Is it crap like most of them or can this be something good? I don't want to waste 37€ on a flow meter thats bad. And also, Is the the holes on this one just going right through? Like this >--->-- And no ->---^


So the real question is, Will I be able to do that with these items:
Aquaero 100€
Poweradjust USB 2*30€
Flow meter 2*38€
Temperature Sensor 2*9€
Total of 254€

A similar setup would cost 230$ if I went with the Koolance instead. (but not software independent as it looks right now)

Thanks if you made it this far (you might have learned some stuff to :p:)

Have a nice day!

Regads
Brodholm

But why, oh why, didn't you stay with the BigNG? I does, exactly what you are asking for, without fuss, with my BigNG... Yeah, I know, not fancy graphs like the Aquareo, but it really is set and forget. Ramp up the fans when you game, cool'n'quite when surfing the web. Automatic shut off in case of malfunction. What more can you ask fore?

Totally :off:, I know...

Quote:

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Originally Posted by biggles1

But why, oh why, didn't you stay with the BigNG? I does, exactly what you are asking for, without fuss, with my BigNG... Yeah, I know, not fancy graphs like the Aquareo, but it really is set and forget. Ramp up the fans when you game, cool'n'quite when surfing the web. Automatic shut off in case of malfunction. What more can you ask fore?

Totally :off:, I know...

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Yeah I know :)

But I sold it for a higher price than i bought it for anyway :P

I sold it so I could have the choice again if you see what i mean.

This have also gotten even more complicated... The TMS 200 also seem to work without OS if dean is correct.

So Aquaero vs Mcubed vs Koolance TMS-200
:horse:

Good to hear you made a good deal at least! If Koolance get a grip on their software, they might be on to something... BTW, I think it's a pity that Aquaero, who has quite a lot of interesting products, is so unspoken of in the English-speaking word (that is, outside central Europe...). They good really get a fair market share if they started to participate for real in forums and so on...

Quote:

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Originally Posted by biggles1

Good to hear you made a good deal at least! If Koolance get a grip on their software, they might be on to something... BTW, I think it's a pity that Aquaero, who has quite a lot of interesting products, is so unspoken of in the English-speaking word (that is, outside central Europe...). They good really get a fair market share if they started to participate for real in forums and so on...

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Yeah, I really think so to. Get a REAL translation on the site. Some things are still in German when you select English and stuff.

If I would list the pros of each unit It would be something like this:

Aquacomputer Aquaero
+ Really good software.
+ Independent. (I.e fail-safe).
+ Easy interface and really good settings.
+ Display (and can also be chosen without display).
+ Support for flow-meters, temp sensors etc.
+ Sevral other units can be implemented in the same software (poweradjust, multiswitches etc).
+ Good support from manufactures (new updates come from time to time)
- Not powerful enough for pumps and high wattage fans.

Koolance TMS-200
+ New and fresh unit (I.e good support with updates and stuff)
+ Powerful (20W at each channel and one specified for pumps).
+ Good software.
+ Offers a real good "all in one" solution.
+ Have the ability to add a extension board for controlling of another pump and 3 more fan channels.
+ Support for flow-meters, temp sensors etc.
- Not really done when released (still isn't)
- Have trouble with software (crashes and boot problems BUT a new version is on the way though)
- Not 100% independent (According to info dean got it should the shutdown feature be independent. Although not confirmed)
- Need some polish on the software (this comes with time though)
- No display if you want one.

Mcubed T-Balancer BigNG
+ Powerful (20w per channel) Can control pumps but need good cooling then.
+ Huge amount of sensors and stuff can be connected. Flow meters, temp-sensors, digital temp-sensors
+ Other units such as MiniNG, sensorhubs can be connected to the unit and control even more fans.
- No display (can be implemented though)
- Bad support from manufactures (discontinued support from manufactures?)
- Not so good program (needs polishing and is hard to navigate in)

Thats what I can come up with now...

This video always makes me want to buy the aquaero http://www.youtube.com/watch?v=eyffbCvnyyU&fmt=18

2 Loops, if i am correct?

The AC gear should provide you with everything you want ;)

On the other side, the bigNg only lacks on the software side (and the display...) ;)

Quote:

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I want to control it according to temps if thats even possible?!?. And I want to monitor flow/rpm for shutdown if they break down. Its okay if I can set the pump speed manually but I need to have a failsafe shutdown feature if it fails.

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A flow control according to the temperature is not possible. You might be able to use it with the scripting feature from the aquaero but that will be VERY complicated. A better way would be the SDK to develop your own little tool for that.

A manual control of the pump is no problem. To get a better idea of the controlling and monitoring features:

http://ac.shoggy.de/poweradjust_screenshot_1.png

http://ac.shoggy.de/poweradjust_screenshot_2.png

http://ac.shoggy.de/poweradjust_screenshot_3.png

http://ac.shoggy.de/poweradjust_screenshot_4.png

btw: you can also download the aquasuite from our website and start it in demo mode (add -demo to the end of the sortcut, e.g. ...aquasuite.exe" -demo) to see every window of all devices even if they are not connected in reality. Like in the screenshots above many values will not make sense or you will miss graphs etc. but it will allow you to have a look on everything :)

As you can see in the second screenshot you can realy the rpm signal of the pump or generate a static signal by the controller. So depending on your settings the signal will stop when the pump will not work anymore. You can connect the rom signal to the mainboard (e.g. CPU fan header) or a fan channel of the aquaero.

Quote:

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Does this mean I can connect the pump to the unit and then just have a rpm cable to another unit if I want to shut it down via the motherboard or an aquaero?

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Yes, that will work when you forward the rpm signal. Unfortunately the poweradjust controller does not have an aquabus like the aquastream XT pump which would offer much more controlling and monitoring options.

Well, the flow meter... Maybe you want to see a few more pics from the internals:

http://forum.aquacomputer.de/images-...sssensor_4.jpg

http://forum.aquacomputer.de/images-...sssensor_5.jpg

The nozzle has a diameter of 7 mm. The 40l/h should be the absolute minimum because otherwise you won't get any values or they will be useless. After some tests it seems that the best accuracy is reached with a flow of 70l/h and up.

Malik is currently using this sensor in his latest mod:
http://www.xtremesystems.org/forums/...&postcount=710

I have all three. I have not played with the Aquaero or Poweradjust.

Shoggy can help here. (Shoggy beat me to my response, thanks Shoggy)

I would download the demo of Aquasuite here:

http://www.aqua-computer.de/e_index.htm

and you can play around with the various tabs to see what and what you cannot do with the software.

Quote:

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Originally Posted by Snyxxx

I have all three. I have not played with the Aquaero or Poweradjust.

Shoggy can help here.

I would download the demo of Aquasuite and you can play around with the various tabs to see what and what you cannot do with the software.

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Yeah i have done that. I cant really understand if i can set the speed of the pump via the software on the poweradjust?

And if I can use auto shutdown with the poweradjust.


@Shoggy

Will i be able to set pump speed from the program? Or will I have to do this with the jumpers?

As said, speed control is no problem but the shutdown will only work when you forward the rpm signal to the mainboard or aquaero.

I use the BigNG to control MCP355 pumps.. just set the voltage corresponding to the water temp (i.e. 8V at 30C water, 9V at 33C and so on) and it'll scale your pump automatically according to your water temps. Theoretically the poweradjust should be abl to do the same.
However, you'll need to solder the wires of the pump to a 3pin fan connector first.

Quote:

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Originally Posted by Shoggy

As said, speed control is no problem but the shutdown will only work when you forward the rpm signal to the mainboard or aquaero.

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Yeah I just wanted it confirmed that i had understood correctly. Because I don't want to use any manual switches and stuff. Just go in the program and set the pump to lets say 20% and 56% if i want to. Just with the help of the software and my mouse.

Forwarding the rpm's signal is easy? Or does it require some special stuff?

Quote:

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Originally Posted by jcool

I use the BigNG to control MCP355 pumps.. just set the voltage corresponding to the water temp (i.e. 8V at 30C water, 9V at 33C and so on) and it'll scale your pump automatically according to your water temps. Theoretically the poweradjust should be abl to do the same.
However, you'll need to solder the wires of the pump to a 3pin fan connector first.

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Yeah, This will be no problem. I just want 1,5 GPM at the pumps and leave it like that. Because after that there is almost no gain in temperature i have been told. Maybe thats incorrect.

Quote:

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Originally Posted by Brodholm

Forwarding the rpm's signal is easy? Or does it require some special stuff?

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Just plug in the blue RPM wire of the DDC into a spare motherboard fan header. Maybe the CPU header is better where you can have a shutdown on too low of an RPM.

Quote:

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Originally Posted by Snyxxx

Just plug in the blue RPM wire of the DDC into a spare motherboard fan header. Maybe the CPU header is better where you can have a shutdown on too low of an RPM.

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Is it blue on the DDC? I think mine was yellow.

If I do this I have to sacrifice 2 fan headers on the aquaero for rpm shutdown. Or if I use flow meters and connect them to the aquaero. Then I wont need the rpm shutdown.

How many flow meters can you connect to the aquaero? 1 or 2?

You can connect two. The second one can be connected to fan channel 4 if you configurate it to be used with a flow sensor.

since i read this section here is my take on it

the aquareo is weak in terms of power but i have question on monitering the rpm speed of the D5, do just make a T with a flow meter or something
can the power adjust handle 2 d5 pumps with additional cables?

since i know bigNG more then the aquareo

in a big Ng you can connect your extensions to the main bigNG but can you do that to the aquareo as well to do a shut down?

Quote:

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Originally Posted by Shoggy

You can connect two. The second one can be connected to fan channel 4 if you configurate it to be used with a flow sensor.

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Ok, But that leaves me with just 3 fan headers left right? And if I'm redirecting the rpm wires from the two pumps I only have 1 fan header left!

But maybe the rpm shutdown is unnecessary if you have flow meters. Or the other way around. I guess flow meters is safer.

The poweradjust also says this:

Quote:

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Moreover, the poweradjust USB also has an alternative power output which can be used for other pumps or very efficient fans with rpm-signal. The maximum load capacity is 2.5A at 12V (30W total load capacity).

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That would be enough for another 18W pump. If you can connect it? If so that would mean I could use one poweradjust instead of 2 right?

You dont have any plans on a new unit like the aquaero but with more power! Like the TMS 200 but with your software and a totally independent unit? That would be a dream come true... Not really but it would be awesome!

Quote:

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Originally Posted by Brodholm

You dont have any plans on a new unit like the aquaero but with more power! Like the TMS 200 but with your software and a totally independent unit? That would be a dream come true... Not really but it would be awesome!

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:up:

Quote:

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Originally Posted by Brodholm

...You dont have any plans on a new unit like the aquaero but with more power! Like the TMS 200 but with your software and a totally independent unit? That would be a dream come true... Not really but it would be awesome!

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Shoggy already knows this dream of many users by forumdeluxx.de ... :p:
But he (or his bosses) is/are so bullheaded not to listen to us ;) :rolleyes:

Don´t know why Shoggy is not talking about it, but:
In the download section of Aquacomputer you can find a little plugin for a software called Samurize. With this plugin you are able to monitor any data of the Aquaero and/or the Poweradjust in addition to the original Aquasuite, let it be logged or displayed on your monitor. The format and look of the display on the monitor could be designed free acc. your liking.

What is more you can create a link for each data received to an alarm. What this alarm will be doing could also been defined free (e.g. sounds or even a link to shutdown.exe).

My sys with Aquero and Poweradjust @DDC will shutdown without any query if
- the pumps rpms undercut 2200
- the flow undercuts 50 l/h
- liquids temperature exceeds 38°
- the rpms of the fan of the power supply undercut 400

But we want Aquaero and Poweradjust in one system, too :wave:

Some related news:

For displaying the data of the Aquaero directly in Vista´s sidebar a small software will be created by KRambo of forumdeluxx.de
http://www.hardwareluxx.de/community...d.php?t=605017

Perhaps there will be an additional "Laingbooster" available soon. It could be connected to the Aquero directly and will be able to run and control the pump directly with the Aquaero. But it will not be an Aquacomputer product (Shoggy: :p: ;))

all we need is a poweadjust with an aquabus connector :(

i canceled the order of my poweradjust as i see no benefit in using it over running the pump @100% and plugging the RPM wire into the aquaero :rolleyes:

Quote:

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Originally Posted by scamps

Shoggy already knows this dream of many users by forumdeluxx.de ... :p:
But he (or his bosses) is/are so bullheaded not to listen to us ;) :rolleyes:

Don´t know why Shoggy is not talking about it, but:
In the download section of Aquacomputer you can find a little plugin for a software called Samurize. With this plugin you are able to monitor any data of the Aquaero and/or the Poweradjust in addition to the original Aquasuite, let it be logged or displayed on your monitor. The format and look of the display on the monitor could be designed free acc. your liking.

What is more you can create a link for each data received to an alarm. What this alarm will be doing could also been defined free (e.g. sounds or even a link to shutdown.exe).

My sys with Aquero and Poweradjust @DDC will shutdown without any query if
- the pumps rpms undercut 2200
- the flow undercuts 50 l/h
- liquids temperature exceeds 38°
- the rpms of the fan of the power supply undercut 400

But we want Aquaero and Poweradjust in one system, too :wave:

Some related news:

For displaying the data of the Aquaero directly in Vista´s sidebar a small software will be created by KRambo of forumdeluxx.de
http://www.hardwareluxx.de/community...d.php?t=605017

Perhaps there will be an additional "Laingbooster" available soon. It could be connected to the Aquero directly and will be able to run and control the pump directly with the Aquaero. But it will not be an Aquacomputer product (Shoggy: :p: ;))

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But you are using the poweradjust? The second output can you run a another ddc from that?

I have used samurize before so thats nothing new to me. But the shutdown you get via samurize is a soft shutdown right? If samu fails your shutdown also fails. How do you think that the poweradjust is? Any good? And also do you change speed on your pump? Or does it run at full speed every time? I have heard that most ppl set them at full speed after some weeks and then let it be.

But how much do you actually gain with the pump at full speed? I have heard somewhere that you don't gain much after 1,5GPM? How much does a DDC3.2 get in a normal loop?

"Perhaps there will be an additional "Laingbooster" available soon. It could be connected to the Aquero directly and will be able to run and control the pump directly with the Aquaero. But it will not be an Aquacomputer product (Shoggy: :p: ;))"

Is there someone that it developing this or is it just your wishes?

1 Poweradjust can only run 1 DDC :(

I modded my DDC to a DDC+ (max. approx. 4400 rpm). 24/7 it runs (at approx. 2800 rpm to avoid the noise of a DDC at full speed. Full speed is only needed for some testing and for deaeration of the system. The Poweradjust does its work very well. Flow is still beyond 100 l/h most of the time in 24/7 with 2 triplerads, Heatkiller, EK FC on GTX and nb-cooling (13/10 = 3/8" system).

What you said about Samurize is absolutely right. But you have to see it in addition to the built-in alarms of the Aquaero and the Poweradjust, that are working fine, too.

The Laingbooster is not only a wish, it will be ready for beta-testing soon.

Quote:

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Originally Posted by scamps

1 Poweradjust can only run 1 DDC :(

The Laingbooster is not only a wish, it will be ready for beta-testing soon.

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Can you give me a link? And who is producing it? and how soon is soon?!? Maybe ill just get a aquero now and run the pumps at full speed now and then later get the laningbooster :).

What functions are we looking at here? You connect it to the aquaero? and then you can get shutdown and stuff? flow meters?

Also, what flowmeter are you doning. And about temp-sensors will any work with the aquaero? Im thinking of these http://www.sidewindercomputers.com/big1tesestfi.html

"1 Poweradjust can only run 1 DDC :("

What about this then?
"Moreover, the poweradjust USB also has an alternative power output which can be used for other pumps or very efficient fans with rpm-signal. The maximum load capacity is 2.5A at 12V (30W total load capacity). "

Can´t give you a link to the Laingbooster, because it is still a private project. But in case of positive testing it will be more than that for sure.
You will be able to connect it to the Aquero and to control it like a fan, but you will have a lot more power available. Boosting ...

Flowmeters can be connected to Aquaero AND/OR Poweradjust. I prefer the Digmesa: http://www.aquatuning.de/product_inf...-FHKUC-70.html
Noiseless with high flow, easy to handle with 3/8" and a low pulse rate.

I did also test the GMR with the Aquero: http://www.aquatuning.de/product_inf...nic-incl-.html
A little bit noisy beyond 200 l/h, hard to connect to tubing, high pulse rate.

The pulse rate is important for use with the Aquero. It can handle only 144.000 pulses/hour. So with the GMR with 492 pulses/l you will get nonsens already @ 290 l/h.

Perhaps you should download the manual for the Poweradjust to understand its functionality: http://www.aquacomputer.de/handbuecher.html

It has only 1 power-output (3-PIN-Molex, with adapter to DDC-4-pin + rpm). This output can be used for a pump OR whatever else ...

Quote:

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Originally Posted by scamps

Can´t give you a link to the Laingbooster, because it is still a private project. But in case of positive testing it will be more than that for sure.
You will be able to connect it to the Aquero and to control it like a fan, but you will have a lot more power available. Boosting ...

Flowmeters can be connected to Aquaero AND/OR Poweradjust. I prefer the Digmesa: http://www.aquatuning.de/product_inf...-FHKUC-70.html
Noiseless with high flow, easy to handle with 3/8" and a low pulse rate.

I did also test the GMR with the Aquero: http://www.aquatuning.de/product_inf...nic-incl-.html
A little bit noisy beyond 200 l/h, hard to connect to tubing, high pulse rate.

The pulse rate is important for use with the Aquero. It can handle only 144.000 pulses/hour. So with the GMR with 492 pulses/l you will get nonsens already @ 290 l/h.

Perhaps you should download the manual for the Poweradjust to understand its functionality: http://www.aquacomputer.de/handbuecher.html

It has only 1 power-output (3-PIN-Molex, with adapter to DDC-4-pin + rpm). This output can be used for a pump OR whatever else ...

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Who is making the laningbooster? Is it you? :P
And how far along are the project? Have you done some testing yet? And most importantly, how big is the booster? I building my own chassis so i need to make space for things if they are big. Or will it be like a fan amps size?

But when you connect something to the aquabus that doesnt take up any fan headers right? I'm still pretty new to the aquacomputer stuff.

What about the new flow meter. It looks really nice an unrestrictive. Heard anything about it?

Edit: my bad abut the aquabus :S

Does the male to male come with the temperature sensor shoggy?

http://img54.imageshack.us/img54/9187/asdasdads.jpg

I think the Laingbooster scamps is talking about doesnt use the aquabus at all....

its just a simple device which "reads" the voltage on a fanheader and adjust its output to the same (or nearly the same ;) ) voltage.

At least thats what i did with my booster (but its for fans, not for a Laing, but its basicly the same...)...

The circuit itsself only consumes around 5mA from the Aquaero, so you can connect additional fans to that channel ;)

My Booster looks like this:

http://www.abload.de/thumb/booster_2dh6n.jpg http://www.abload.de/thumb/booster_1ah10.jpg

Quote:

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Originally Posted by Brodholm

Does the male to male come with the temperature sensor shoggy?

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??? This IS a temperaturesensor.

That boosting thing can't use the aquabus since this is an undocumented interface and it would also require modifications to the firmware which is closed source.

To use more devices on the aquabus you will only need more y-adapters. This is a real bus system which can handle many devices (like USB for example).

Quote:

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Originally Posted by Dr.Joe

I think the Laingbooster scamps is talking about doesnt use the aquabus at all....

its just a simple device which "reads" the voltage on a fanheader and adjust its output to the same (or nearly the same ;) ) voltage.

At least thats what i did with my booster (but its for fans, not for a Laing, but its basicly the same...)...

The circuit itsself only consumes around 5mA from the Aquaero, so you can connect additional fans to that channel ;)

My Booster looks like this:

http://www.abload.de/thumb/booster_2dh6n.jpg http://www.abload.de/thumb/booster_1ah10.jpg

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Nicely done! Do you have some scematics for that? And does the voltage regulation work nicely with the aquaero? I know fanamps is a PITA. Maybe I can build me something like yours but thats able to control a ddc3.2. Does the rpm signal get through to the aquaero with that booster?

I think I misunderstood scamps about the aquabus.

Edit: By looking at the back side of the booster I see that you have what it looks like to be rpm cables from 2 fans in one wire? But if one stopped working the other would still send a rpm signal? Isnt it just waste to have 2 or more rpm signals connected to one cable?

Quote:

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Originally Posted by Shoggy

??? This IS a temperaturesensor.

That boosting thing can't use the aquabus since this is an undocumented interface and it would also require modifictions to the firmware which is closed source.

To use more devices on the aquabus you will only need more y-adapters. This is a real bus system which can handle many devices (like USB for example).

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Do you have any plans on new units? A Aquaero 5,0 or something? with more power hopefully :)

And also what i meant was if you get the "Male" to "Male" fitting (two threaded G1/4" on each side) thats on the picture with the temperature sensor. Or if you just get the temperature sensor if you buy one?

http://img148.imageshack.us/img148/9187/asdasdads.jpg

You will get the the connector with the integrated sensor like it is shown in the photo above :)

Quote:

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Originally Posted by Shoggy

You will get the the connector with the integrated sensor like it is shown in the photo above :)

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Nice! Then I don't need a extra male to male fitting for the temperature sensor. Its really clever to make a sensor that way this one is made. You can fit it right after a block if you want to. Other sensors need a T or something to be inserted in a loop.

Will these BP sensors work with the aquaero: http://www.sidewindercomputers.com/big1tesestfi.html

And you don't have any plans on making some kind of booster yourselves?

No experience with this sensor but it should work because almost all sensor are 10 kOhm NTCs.

We have no plans to develop or produce a booster.

Quote:

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Originally Posted by Brodholm

Nicely done! Do you have some scematics for that? And does the voltage regulation work nicely with the aquaero? I know fanamps is a PITA. Maybe I can build me something like yours but thats able to control a ddc3.2. Does the rpm signal get through to the aquaero with that booster?

I think I misunderstood scamps about the aquabus.

Edit: By looking at the back side of the booster I see that you have what it looks like to be rpm cables from 2 fans in one wire? But if one stopped working the other would still send a rpm signal? Isnt it just waste to have 2 or more rpm signals connected to one cable?

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Actually, it's not what it looks like ;)

There are 4 Connectors, 1 3pin from the Aquaero, 1 3pin wired 1:1 to that connector (for a fan or something), 1 3pin to the load and 1 2pin for 12V feed and ground

Edit: So the rpm signal just goes from the fan to the aquaero, and is not "touched" by the circuit at all

Quote:

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Originally Posted by Dr.Joe

Actually, it's not what it looks like ;)

There are 4 Connectors, 1 3pin from the Aquaero, 1 3pin wired 1:1 to that connector (for a fan or something), 1 3pin to the load and 1 2pin for 12V feed and ground

Edit: So the rpm signal just goes from the fan to the aquaero, and is not "touched" by the circuit at all

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Ok, Nice. How powerful can you make these? Can you make a one enough powerful for a ddc? It must handle 18w.

I just checked, its speced for up to 3A....

With no more than 20W Heat at the Chip...

Quote:

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Originally Posted by Dr.Joe

I just checked, its speced for up to 3A....

With no more than 20W Heat at the Chip...

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well thats enough! And I can make a custom waterblock for 2 if i want to.

Does this allow you to control your fans just as they where connected to the aquaero?

If possible can you send a list of components and some schematics? I would REALLY appreciate it.

Because normal fanamp doesn't work with a aquaero.

Yes, the voltage on the output is the same as the voltage on the Aquaero...

About the List and stuff: Just give me a little time ;)

Quote:

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Originally Posted by Dr.Joe

Yes, the voltage on the output is the same as the voltage on the Aquaero...

About the List and stuff: Just give me a little time ;)

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Thanks!!! Just give me a pm or post in the thread so others can benefit from it!

Shoggy or this temperaturesensor should calibrate with aquaero? I've such two sensors and both show in same the place different temperature... or 70C on poweradjusc voltageregulator then safe temperature?

Regards ;)

http://img5.imageshack.us/img5/3481/s5000789.th.jpg

my booster circuit is pretty simple....

It's basicly the same as in this thread (watchout, german language ;) )

It uses this OpAmp ( Datasheet )

The connections:

"+Vs" is 12V supply from the PSU
"-Vs" is ground from PSU
"Output" goes to the Pump or fans
"non-Inverting Input" is connected to the Aquaero
"inverting Input" is connected to "Output"

Theres some things to consider:

With 12V Supply and Aquaero Fan Voltage at max, the OpAmp gives ~11,5V ;)
With an Laing DDC+ connected to the Output, you better attach a :banana::banana::banana::banana:*** big Heatsink, because this thing gets quite hot ;)

Quote:

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Originally Posted by Dr.Joe

my booster circuit is pretty simple....

It's basicly the same as in this thread (watchout, german language ;) )

It uses this OpAmp ( Datasheet )

The connections:

"+Vs" is 12V supply from the PSU
"-Vs" is ground from PSU
"Output" goes to the Pump or fans
"non-Inverting Input" is connected to the Aquaero
"inverting Input" is connected to "Output"

Theres some things to consider:

With 12V Supply and Aquaero Fan Voltage at max, the OpAmp gives ~11,5V ;)
With an Laing DDC+ connected to the Output, you better attach a :banana::banana::banana::banana:*** big Heatsink, because this thing gets quite hot ;)

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okay! Can you get a more powerful one? So you have some marginal.

And also, You can get any bigger than 3A? And also thanks! I may be giving you a pm for some assistance :)

Edit: What is the components name? Amplifier? I cant seem to find one on elfa.
http://img507.imageshack.us/img507/7...sasddasasd.jpg this one?