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Tuesday, November 24th 2015, 4:15am
This post has been edited 1 times, last edit by "GTXJackBauer" (Nov 24th 2015, 4:19am)
This post has been edited 1 times, last edit by "GTXJackBauer" (Nov 24th 2015, 4:23am)
Quoted
Passive heat sink and Real Time Clock module (art. no. 53127) can be installed simultaneously, additional mounting material is included in delivery of the passive heat sink.
AC SHOP
Quoted
aquabus version:
The aquabus version of the farbwerk can be connected to an aquaero 5 or aquaero 6 controller. The aquaero can then be configured to control the outputs of the farbwerk or to transmit sensor data from the aquaero to the farbwerk to be processed by the farbwerk. Up to two farbwerk controllers can be connected to an aquaero 5/6 simultaneously. As a matter of course, this version can also be used as an USB device without aquabus connection.
AC SHOP
Hope to clear some Questions.
- The AE6 can be used with the realtime clock an the heatsinkQuoted
Passive heat sink and Real Time Clock module (art. no. 53127) can be installed simultaneously, additional mounting material is included in delivery of the passive heat sink.
AC SHOP
- the LED output at the AE6 is only designed for one RGB LED - to use the NZXT strip you have to use the farbwerk. not sure if you need this adaptor. btw you dont need an extra USB port for the farbwerkQuoted
aquabus version:
The aquabus version of the farbwerk can be connected to an aquaero 5 or aquaero 6 controller. The aquaero can then be configured to control the outputs of the farbwerk or to transmit sensor data from the aquaero to the farbwerk to be processed by the farbwerk. Up to two farbwerk controllers can be connected to an aquaero 5/6 simultaneously. As a matter of course, this version can also be used as an USB device without aquabus connection.
AC SHOP
- every AE6 output can handle up to 30W - pumps need 18W. But you need to purchase thisconnector to connect the pumps to the AE6.
- the A can handle every 3-Pin flow meter. you need a custom value for the software to work. But im not sure if your product will work because i have no clue if this is only an display or a flowmeter or a combination of these.
If you have more Questionn, just ask
This post has been edited 14 times, last edit by "GTXJackBauer" (Nov 24th 2015, 10:04pm)
Quoted
Comaptible LED strips:
LED strips for 12 V, common anode. Suitable LED strips and connectors are available from Aqua Computer.
Maximum current per channel: 2,5 A
Maximum combined current (all channels): 8 A (resulting in a maximum total power of 96 Watts at 12 Volts)
Quoted
Aqua Computer currently supplies a basic Android demo app (compatible with Android 4.4 KitKat or higher) including source code that can be used to set the outputs of the farbwerk. Other mobile operationg systems are not supported!
Quoted
Comaptible LED strips:
LED strips for 12 V, common anode. Suitable LED strips and connectors are available from Aqua Computer.
Maximum current per channel: 2,5 A
Maximum combined current (all channels): 8 A (resulting in a maximum total power of 96 Watts at 12 Volts)
This post has been edited 1 times, last edit by "GTXJackBauer" (Nov 25th 2015, 1:05am)
This post has been edited 4 times, last edit by "Jakusonfire" (Nov 25th 2015, 5:25am)
Can I also use these cables since they aren't AQ certified?
Can I also use these cables since they aren't AQ certified?
We can not promise that they will work trouble-free. I can already see a possible problem on their photo that our cables do better. I don't want to provide further details here for those copycats
Source code |
|
1 2 3 |
1 l/min = 3,25 1/s 1 l/min = 195 1/min 1 l = 195 |
Wow, thank you for breaking it down.Hello.
Sorry about the statment with the additional cabe; missed that your pumps are pmw controlled.
I tried to wrap my head around your flow problem, thats what i could figue out.
Acc to the specsheet of the flow meter the formula to calculate the impulserate is: LPM = 0.307 x Hz
So the raw Data (coming from the flowmeter) is: 1 liter per minute = 3,25 Hz (Hertz is based per second) - which would be 195 Impulse per liter (you have to extend HZ by 60 to get to minutes)
Source code
1 2 3 1 l/min = 3,25 1/s 1 l/min = 195 1/min 1 l = 195
Your second device multiplies the 195 Impuls by 10 to get to a value which is roughly 1l/min.
Because a fan has 2 pulses per revolution the value is twice your actual flowrate.
1950 impulse per liter (the value you get out of your adapter display) is to big for the AE6 - maximum is 1000
people that buy the aquaero and farbwerk would seemingly expect the 2 to work together but they dont so setting it up to relay temps is just a guessing game
why is is it made so complicated.its as tho it was purposeful ,i mean why should the average joe have to deal with gradients,low pass filter.timeout value,fallback values,scale,rescale and to top it off
THERES NO DOCS AVAILABLE TO EXPLAIN THINGS
i came from a link commander and light nodes hoping to move up with something better
at least the link was easy to diagnose any arising issues and designed to be usable by the average user.
This post has been edited 2 times, last edit by "GTXJackBauer" (Nov 28th 2015, 11:44pm)
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