Aqua Computer high flow NEXT Operating manual

high flow NEXT
User and installation manual
User and installation manualUser and installation manual
User and installation manual
high flow NEXT
aquasuite version X.27
Current as of October 2 2
All information contained in this manual is subject to change without prior notice.
All rights reserved.
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DEUTSCH: SEITE 26

high flow NEXT
Table of contents
Table of contentsTable of contents
Table of contents
1. Preface.........................................................................................4
2. Safety precautions.........................................................................4
3. Assembly instructions.....................................................................4
4. Electrical connections....................................................................4
4.1. Connector “USB”..........................................................................4
4.2. Connector “aquabus”...................................................................5
4.3. Connector “temp”.........................................................................5
4.4. Connector “RGBpx”......................................................................5
4.5. Connector “signal”.......................................................................6
5. aquasuite software........................................................................6
5.1. Installation of the aquasuite software...............................................6
5.2. Basic operation............................................................................7
5.3. Symbols in the headlines................................................................7
6. Overview pages (aquasuite)...........................................................8
6.1. Desktop mode..............................................................................8
6.2. Creating new overview pages and activating edit mode....................8
6.3. Adding new elements....................................................................8
6.4. Editing existing elements................................................................9
6.5. Values and names........................................................................9
6.6. Detailed data elements..................................................................9
6.7. Log data chart..............................................................................9
6.8. User defined: Images, text, drawing elements...................................9
6.9. Export and import of overview pages.............................................1
7. Data quick view and data log (aquasuite).....................................1
7.1. Log settings................................................................................11
7.2. Analyze data..............................................................................11
7.3. Manual data export.....................................................................12
7.4. Automatic data export.................................................................12
8. Sensor configuration...................................................................13
8.1. Coolant quality...........................................................................13
8.2. Flow rate...................................................................................13
8.3. Water temperature......................................................................13
8.4. External temperature...................................................................13
8.5. Conductivity...............................................................................13
8.6. Volume counter..........................................................................14
8.7. Power measurement....................................................................14
8.8. Software sensors.........................................................................14
9. Display configuration..................................................................15
9.1. General display settings...............................................................15
9.2. Diagrams...................................................................................15
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9.3. Display screens...........................................................................16
1 . RGBpx configuration.................................................................16
1 .1. Create and configure additional LED controllers...........................16
1 .2. Modify existing LED controllers...................................................16
1 .3. Modify LED assignments............................................................16
1 .4. Duplicate LED controllers...........................................................17
1 .5. Delete LED controllers...............................................................17
1 .6. Sound controlled effects.............................................................17
1 .7. AMBIENTpx effect.....................................................................17
11. Alarm configuration..................................................................17
11.1. Signal output configuration........................................................18
11.2. Alarm reporting and alarm limits................................................18
12. Profiles.....................................................................................18
12.1. Manual profile selection............................................................18
12.2. Automatic profile selection.........................................................18
12.3. Profile configuration..................................................................19
13. System settings high flow NEXT..................................................19
13.1. Device information....................................................................19
13.2. Factory defaults........................................................................19
13.3. Basic RGBpx settings.................................................................19
13.4. USB power supply.....................................................................19
13.5. aquabus configuration..............................................................19
13.6. Standby behavior......................................................................2
13.7. Firmware update and language selection (aquasuite only).............2
14. Playground (aquasuite)..............................................................2
14.1. Virtual Software Sensors.............................................................2
14.2. Global profiles.........................................................................21
14.3. Hotkeys...................................................................................21
15. aquasuite web..........................................................................21
15.1. Data export..............................................................................22
15.2. Data access.............................................................................22
15.3. Data import..............................................................................22
16. Basic settings (aquasuite)...........................................................23
16.1. Language................................................................................23
16.2. Reorder menu items..................................................................23
16.3. Units.......................................................................................23
16.4. Application start-up...................................................................23
16.5. Service administration...............................................................23
16.6. Audio and video.......................................................................23
16.7. Updates and update service.......................................................24
17. Technical details and care instructions........................................25
17.1. Technical details.......................................................................25
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17.2. Care instructions.......................................................................25
17.3. Waste disposal.........................................................................25
17.4. Contact Aqua Computer............................................................25
1.
1.1.
1. Preface
PrefacePreface
Preface
The high flow NEXT is a high precision USB enabled flow sensor with integrated
coolant temperature sensor as well as conductivity sensor for coolant quality moni-
toring. It features integrated RGBpx lighting and a connector for additional RGBpx
components as well as an OLED display.
Considering the fast technical development, we reserve the right to perform alter-
ations to the products at any time. It therefore is possible that your product does
not correspond precisely to the descriptions or especially the illustrations in this
manual.
2.
2.2.
2. Safety precautions
Safety precautionsSafety precautions
Safety precautions
The following safety precautions have to be observed at all times:
●Read this manual thoroughly and entirely!
●Save your data onto suitable media before working on your hardware!
●This product is not designed for use in life support appliances, devices, or
systems where malfunction of this product can reasonably be expected to re-
sult in personal injury. Aqua Computer GmbH & Co. KG customers using or
selling this product for use in such application do so at their own risk and
agree to fully indemnify Aqua Computer GmbH & Co. KG for any damages
resulting from such application!
3.
3.3.
3. Assembly instructions
Assembly instructionsAssembly instructions
Assembly instructions
Integrate the sensor into your cooling system, directions of flow can be freely cho-
sen. For optimum performance and minimum noise, the buttons and the white illu-
minated area of the sensor should be facing upwards.
4.
4.4.
4. Electrical connections
Electrical connectionsElectrical connections
Electrical connections
ATTENTION: Completely turn off your power supply or disconnect the mains pow-
er cord from the wall outlet before connecting or disconnecting any cables to/from
the device!
4.1.
4.1.4.1.
4.1. Connector “USB”
Connector “USB”Connector “USB”
Connector “USB”
This connector is used for USB communication with a PC. Connect to an internal
USB header of your motherboard. Take special care to make sure the pin align-
ment matches your motherboard!
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Pin assignment: Pin 1 GND (black), optional
Pin 2 GND (black)
Pin 3 D+ (green)
Pin 4 D- (white)
Pin 5 +5 V (red)
The corresponding connector on the motherboard is usually
a 9 pin connector with two independent USB ports. Both
rows of 4/5 pins can be used to connect an USB device.
The black wires (GND) are to be connected to the side of
the missing pin, see picture with colored pin assignment.
4.2.
4.2.4.2.
4.2. Connector “aquabus”
Connector “aquabus”Connector “aquabus”
Connector “aquabus”
Connector for communication with other Aqua Computer devices. USB and
aquabus interface can be used at the same time.
Please note: Without USB connection, all RGBpx functions are deactivated!
Pin assignment: Pin 1 GND
Pin 2 aquabus SDA
Pin 3 aquabus SCL
Pin 4 +5 V
Compatible aquabus devices:
●aquaero 6 XT (53146, 532 6, 5325 , 53251, 53262, 53263)
●aquaero 6 PRO (53145, 53253)
●aquaero 6 LT (53234)
●aquaero 5 XT (53 89, 53125, 53249)
●aquaero 5 PRO (53 9 , 53252)
●aquaero 5 LT (53 95)
4.3.
4.3.4.3.
4.3. Connector “temp”
Connector “temp”Connector “temp”
Connector “temp”
Connector for a temperature sensor.
Compatible sensors:
●Temperature sensor inline G1/4 for VISION (53218)
●Temperature sensor inner/outer thread G1/4 for VISION (53219)
●Temperature sensor G1/4 for VISION (5322 )
●Temperature sensor 7 cm for VISION (art. 53211)
●Temperature sensor 5 cm for VISION (art. 53227)
4.4.
4.4.4.4.
4.4. Connector “RGBpx”
Connector “RGBpx”Connector “RGBpx”
Connector “RGBpx”
Connector for up to 9 addressable LEDs.
If the RGBpx product to be connected has more than one RGBpx connector, the
connector marked with the word “IN” must be used! Additional RGBpx products
may be connected to the “OUT” connector.
Compatible RGBpx products:
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●RGBpx LED-Strip (53268, 53269, 5327 )
●RGBpx lighting set (53271, 53272)
●RGBpx Splitty4 (53267)
●RGBpx LED ring for ULTITUBE (34115)
●RGBpx LED ring for aqualis (53274, 53276)
●RGBpx LED ring for 6 mm reservoir (53277)
●RGBpx cable (53259, 5326 , 53261, 53266)
4.5.
4.5.4.5.
4.5. Connector “signal”
Connector “signal”Connector “signal”
Connector “signal”
Depending on configuration, this connector can supply either a RPM signal or a
switch signal.
Utilization as RPM signal output
The header can be connected to a fan output (of a motherboard or fan controller
for example) or to a flow sensor input of an Aqua Computer device, enabling
monitoring flow or configured alarms by this device. Compatible interconnecting
cables are optional accessories and not included in delivery.
Pin assignment: Pin 1 GND
Pin 2 not connected
Pin 3 speed/flow sensor signal
Compatible interconnecting cables:
●Signal cable for devices with fan connector (53294)
●Signal cable for devices with miniature connector (53295)
Utilization as alarm output
The header can be connected to the power switch header of the motherboard us-
ing an additional specialized cable (53216, not included in delivery).
Pin assignment: Pin 1: GND
Pin 2: not connected
Pin 3: open drain max 3.3 V / 5 mA
5.
5.5.
5. aquasuite software
aquasuite softwareaquasuite software
aquasuite software
The Windows software aquasuite is an extensive software suite and can be used
for configuration and monitoring. The software is not required for operation
though. All configuration parameters can be saved into the device's memory.
Please note: Depending on the type of product you are using, some features may
not be available for your device.
5.1.
5.1.5.1.
5.1. Installation of the aquasuite software
Installation of the aquasuite softwareInstallation of the aquasuite software
Installation of the aquasuite software
For configuration and monitoring of our products with USB interface, the aqua-
suite software is available for download from our website www.aqua-computer.de.
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You will find the setup program in the support section of the website under Down-
loads/Software.
The setup program checks all connected USB devices for embedded update ser-
vice periods and offers various aquasuite versions depending on detected devices.
If no device with update service for the latest aquasuite version is found, a warning
is displayed and older aquasuite versions that do not require an update service
purchase can be selected for installation. For installation and update service vali-
dation, an internet connection is required.
The latest aquasuite version may also be installed if no suitable update service pe-
riod has been found in a device. Subsequently, update service may be purchased
or an existing key may be entered within the aquasuite. These functions can be ac-
cessed in the aquasuite/Updates tab.
5.2.
5.2.5.2.
5.2. Basic operation
Basic operationBasic operation
Basic operation
The program window is divided into two main areas. On the left side, a list of
“overview pages”, data quick view, data logger, device pages, aquasuite web and
aquasuite configuration is displayed, the right side shows the details of the current-
ly selected list element. The list can be hidden or restored by clicking the arrow
symbol in the upper left corner.
List elements may be minimized or maximized for easier access by clicking the title
bar. The title bars may contain various symbols that will be explained in the follow-
ing chapter.
5.3.
5.3.5.3.
5.3. Symbols in the headlines
Symbols in the headlinesSymbols in the headlines
Symbols in the headlines
Click the plus symbol in the “Overview pages” headline to create a new
overview page.
Clicking the monitor symbol will toggle desktop mode for this overview
page. While desktop mode is active, the color of the symbol will change
to orange.
Overview page: Clicking the padlock symbol will unlock or lock this over-
view page for editing. Device: Device can not be used due to update ser-
vice problems, see “Updates and update service” for details.
Clicking the gear symbol will access the basic configuration page of the
selected list element.
In order to save all settings into a device, click the disk symbol in the
headline.
This symbol indicates that communication with this device is not possible
at the moment. Check USB connection and power supply of the device if
necessary.
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6.
6.6.
6. Overview pages (aquasuite)
Overview pages (aquasuite)Overview pages (aquasuite)
Overview pages (aquasuite)
Current sensor readings and diagrams from all supported devices can be dis-
played in overview pages. For each device a pre-configured overview page is au-
tomatically generated the first time the device is connected to the PC. These pages
can be individually modified and new pages can be created. Within one overview
page, data from all connected devices can be accessed.
6.1.
6.1.6.1.
6.1. Desktop mode
Desktop modeDesktop mode
Desktop mode
Each overview page can be displayed directly on your desktop. You can enable
desktop mode for an overview page by clicking the monitor symbol in the list of
overview pages. Desktop mode can only be enabled for one overview page at a
time. With desktop mode enabled, elements of the overview page may cover pro-
gram symbols on your desktop, but mouse clicks are transmitted to underlying
desktop symbols.
If a overview page is unlocked for editing while desktop mode is active, the page
will be displayed in the aquasuite window for editing and the current desktop will
be displayed as background for your convenience.
6.2.
6.2.6.2.
6.2. Creating new overview pages and activating edit mode
Creating new overview pages and activating edit modeCreating new overview pages and activating edit mode
Creating new overview pages and activating edit mode
In order to create a new overview page, click the plus symbol in the headline
“Overview pages”.
Existing overview pages can be unlocked for editing by clicking lock symbol in the
page listing.
6.3.
6.3.6.3.
6.3. Adding new elements
Adding new elementsAdding new elements
Adding new elements
If the currently selected overview page is unlocked for editing, a plus symbol is dis-
played in the top right corner of the screen. Click the symbol to add a
new element to the page and select the desired element from the follow-
ing list. All available data is displayed in a tree diagram, click the arrow
symbols to access individual items.
Confirm your selection by clicking the check symbol in the bottom right corner.
The new element will be displayed in the upper left corner and the configuration
window is displayed. Configure the element as described in the next chapters.
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6.4.
6.4.6.4.
6.4. Editing existing elements
Editing existing elementsEditing existing elements
Editing existing elements
If the currently selected overview page is unlocked for
editing, right-clicking an element will access a context
menu.
To access the settings of an element, select “Settings”
in the context menu or simply double click the element.
If you want to move an element, “drag” this element
while holding down the mouse button. Release the
mouse button when the element is at the desired posi-
tion.
6.5.
6.5.6.5.
6.5. Values and names
Values and namesValues and names
Values and names
If the currently selected overview page is unlocked for editing, right-click an ele-
ment and select “Settings”. You may also double click the element.
Font face, size and color as well as position, decimal places and unit can be con-
figured for individual values.
6.6.
6.6.6.6.
6.6. Detailed data elements
Detailed data elementsDetailed data elements
Detailed data elements
If the currently selected overview page is unlocked for editing, right-click an ele-
ment and select “Settings”. You may also double click the element. Apart from po-
sition, size and color, the style of the element can be selected and configured. The
following styles are available:
●Headline only: Compact display as a headline.
●Text: Displays the numerical value in a box with a headline.
●Bar graph: Displays numerical value as well as bar graph.
●Chart: Displays the value in chronological sequence as a chart.
●Gauge: Displays the value as a analog gauge.
All display styles offer extensive configuration options, additionally statistical data
such as minimum, maximum and average can be displayed.
6.7.
6.7.6.7.
6.7. Log data chart
Log data chartLog data chart
Log data chart
This element can be used to display charts on overview pages. The charts have to
be created using the data log functionality of the aquasuite before they become
available for overview pages. Please refer to the next chapter for details. Once a
chart has been configured, it can be selected from the “Chart selection” list on the
“Display” tab of the settings dialog.
6.8.
6.8.6.8.
6.8. User defined: Images, text, drawing elements
User defined: Images, text, drawing elementsUser defined: Images, text, drawing elements
User defined: Images, text, drawing elements
By using user defined controls, simple drawing elements such as circles, rectangles
and texts as well as images and more sophisticated elements can be added to an
overview page. To do so, add an “User defined” element to an overview page.
Switch to the “Display” tab in following dialog box, select the type of element to be
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created from the drop down menu and confirm your selection by clicking the
“Load preset” button. Depending on the type of element, an additional dialog may
appear before the code (XAML, Extensible Application Markup Language) of the
new element is displayed in the lower part of the dialog window. You may want to
customize the code. By clocking the “Ok” Button, the new control is saved to the
overview page.
Step-by-step example to add an image: Select “Image” from the drop down menu
and click the “Load preset” button. Select an image file using the following file se-
lection dialog. The code is then displayed in the lower part of the dialog window
an can be modified. Save the new control by clicking the “Ok” button. The picture
will be displayed on the overview page.
More complex controls such as data bindings and animations are also available
but will require some programming experience for configuration.
6.9.
6.9.6.9.
6.9. Export and import of overview pages
Export and import of overview pagesExport and import of overview pages
Export and import of overview pages
Elements and complete overview pages can exported from the aquasuite and can
then be imported either on the same PC or on other PCs. For export as well as im-
port, the overview page must be in edit mode.
To export a complete page, right click a free spot of the page and select “Export
page” from the context menu. To export individual elements, select the element or
elements, perform a right click and select “Export selected” from the context menu.
For import, right click a free spot of the page and select “Import page” or “Import
items”from the context menu. Using “Import page”, the current page will be delet-
ed and only the imported page items will be displayed, using “Import items” will
add the items from file to the current page without altering the existing items. Dur-
ing import, the elements will be assigned to devices using the following scheme:
If a device with identical serial number is found on the computer, no changes are
made.
If no device with identical serial number is found on the computer, the element will
be assigned to the first device found of identical type.
When importing complex pages with elements referring to more than one device, it
is recommended to edit the device assignment in the file using a text editor prior to
importing.
7.
7.7.
7. Data quick view and data log (aquasuite)
Data quick view and data log (aquasuite)Data quick view and data log (aquasuite)
Data quick view and data log (aquasuite)
All data currently monitored by the aquasuite can be accessed in the “Data quick
view” section. This includes data from connected USB devices as well as hardware
data supplied by the Aqua Computer background service. Displayed data may be
filtered using the text box next to the magnifier icon, a chart shows the develop-
ment over a maximum of ten minutes. All data shown here is not stored perma-
nently.
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In contrast, the “Data log” may be used to selectively and permanently store data
from all connected Aqua Computer devices and hardware data supplied by the
background service. Logged data can then be analyzed by creating charts or be
exported to files. Data is only logged while the aquasuite software is being execut-
ed.
7.1.
7.1.7.1.
7.1. Log settings
Log settingsLog settings
Log settings
The log settings can be accessed by clicking the “Log settings” element
below the “Data log” headline in the listing. To log data, create a new
log data set by clicking the plus symbol in the upper right corner of the
settings window. Enter name, time interval and configure automatic deletion of old
data to meet your requirements. You may then add the data sources to log by
clicking the plus symbol in the “Data sources” window section. You may add an
unlimited number of data sources to each log data set, the total number of log
data sets is also unlimited.
7.2.
7.2.7.2.
7.2. Analyze data
Analyze dataAnalyze data
Analyze data
Logged data can be visually evaluated as charts. To do so, select “Ana-
lyze data” below the “Data log” headline in the listing. The chart will ini-
tially be empty, directly below the chart are eight buttons to modify the
chart. In the lower section of the window, the chart data can be configured.
To add data to the chart, first select the “Data sources” tab in the chart configura-
tion and select a data set to be displayed. If no data sources are available, you
will have to configure the log settings as described in the chapter “Log settings” of
this manual. Select the time period to be displayed on the right side of the window
and add the data to the chart by clicking the “Add data to chart” button. Repeat
this procedure if you want to display more than one data set in the chart.
You may modify the chart using the “Chart setup” and “Data series setup” tabs.
Finally, you can use the “Chart manager” tab to save the current chart configura-
tion and to load or delete previously saved configurations. All saved chart configu-
rations will be available on overview pages for the “Log data chart” element.
The currently displayed chart can be edited by using the buttons directly below the
chart and may also be saved as an image file. The button corresponding to the
currently selected function is highlighted by an orange frame. Please refer to the
following list for details on each function:
To save the currently displayed chart as an image file, click the floppy
disk symbol and select a name and location in the following dialog.
This function can be used to add horizontal lines to the chart. While this
function is activated, simply click into the chart to add a line at the current
cursor position.
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This function can be used to add vertical lines to the chart. While this
function is activated, simply click into the chart to add a line at the current
cursor position.
This function can be used to add annotations to the chart. While this
function is activated, simply click into the chart to add an annotation at
the current cursor position. By clicking into the text box, you may edit the
text. You may also drag the little circle beside the text box to move the connecting
line to the desired position. Use drag and drop to move existing annotations.
This function can be used to remove horizontal/vertical lines or annota-
tions from the chart. While this function is activated, simply click the ele-
ment to be removed.
This function can be used to move the visible portion of the chart. Press
and hold the mouse button while moving the cursor in the chart to select
the position to be displayed, then release the button.
This function can be used to zoom in and out. Use the mouse wheel or
select the area to be displayed. You can reset the zoom settings by dou-
ble-clicking in the chart area.
This function can be used to reload and update the chart.
This function will completely remove the chart.
7.3.
7.3.7.3.
7.3. Manual data export
Manual data exportManual data export
Manual data export
Saved data can be exported from the data log into a XML file. To do so, select
“Analyze data” below the “Data log” headline in the listing. Select the “Data
sources” tab in the chart configuration and select a data set to be exported. If no
data sources are available, you will have to configure the log settings as described
in the chapter “Log settings” of this manual. Select the time period to be exported
on the right side of the window and start the export process by clicking the “Export
data” button. Enter a file name and path in the following dialog window.
7.4.
7.4.7.4.
7.4. Automatic data export
Automatic data exportAutomatic data export
Automatic data export
The automatic data export feature can be used to save data from the
aquasuite into an XML file on the hard disk or in the RAM (“memory
mapped file”) in a regular time interval. The automatic data export will al-
ways overwrite the previously saved data, so the file always contains only the most
recent data set. Select “Automatic data export” below the “Data log” headline in
the listing to access the settings screen. Create a new export data set by clicking
the plus symbol in the upper right corner of the screen. Enter name, path and time
interval to meet your requirements. You may then add the data sources to log by
clicking the plus symbol in the “Data sources” window section. You may add an
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unlimited number of data sources to each export data set, the total number of ex-
port data sets is also unlimited.
8.
8.8.
8. Sensor configuration
Sensor configurationSensor configuration
Sensor configuration
Select “Sensors” from the device list below the “high flow NEXT” entry. In
the upper area, the fifteen available sensors are displayed including cur-
rent data. In the lower area, the currently selected sensor can be config-
ured.
8.1.
8.1.8.1.
8.1. Coolant quality
Coolant qualityCoolant quality
Coolant quality
The first sensor in the list shows the current quality of the coolant. The high flow
NEXT is equipped with a coolant conductivity sensor, the coolant quality is deter-
mined by comparing conductivity with the configured limits. Limits are pre-config-
ured for DP Ultra in default configuration.
8.2.
8.2.8.2.
8.2. Flow rate
Flow rateFlow rate
Flow rate
The second sensor in the list shows the current flow rate. The high flow NEXT
comes with a set of predefined calibration curves for different hose diameters and
coolants for very high accuracy.
The flow rate can be displayed either in liters or gallons per hour, please see
chapter 9.1. for details.
If necessary, the flow rate can be calibrated manually.
8.3.
8.3.8.3.
8.3. Water temperature
Water temperatureWater temperature
Water temperature
The third sensor in the list represents the integrated water temperature sensor of
the high flow NEXT. The temperature can be displayed either in degree Celsius or
Fahrenheit, please see chapter 9.1. for details.
If necessary, the sensor can be calibrated by adding an offset of ±15 °C/°F.
8.4.
8.4.8.4.
8.4. External temperature
External temperatureExternal temperature
External temperature
The fourth sensor in the list represents the external temperature sensor input of the
high flow NEXT. The temperature can be displayed either in degree Celsius or
Fahrenheit, please see chapter 9.1. for details.
If necessary, the sensor can be calibrated by adding an offset of ±15 °C/°F.
8.5.
8.5.8.5.
8.5. Conductivity
ConductivityConductivity
Conductivity
The fifth sensor in the list shows the current conductivity of the coolant. This value
is also the basis for coolant quality monitoring.
If necessary, the conductivity sensor can be calibrated by adding an offset of ±5
µs/cm.
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8.6.
8.6.8.6.
8.6. Volume counter
Volume counterVolume counter
Volume counter
The sixth sensor in the list is a volume counter, constantly counting the coolant
flow. The counter can manually be reset to zero.
8.7.
8.7.8.7.
8.7. Power measurement
Power measurementPower measurement
Power measurement
The seventh sensor in the list can be configured to calculate dissipated or ab-
sorbed power in the liquid cooling loop. Prerequisite is an additional water tem-
perature sensor connected to the external temperature sensor input of the high
flow NEXT (e. g. item code 53219, not included in delivery). The high flow NEXT
and additional water temperature sensors are optimally installed into radiator inlet
and outlet port.
The high flow NEXT calculates the current power dissipation using the temperature
difference between internal and external temperature sensor and the current flow
rate.
The automatic offset calibration during standby can be activated for improved ac-
curacy. When active, internal and external temperature sensor readings will be
matched during prolonged shutdown of the PC.
8.8.
8.8.8.8.
8.8. Software sensors
Software sensorsSoftware sensors
Software sensors
The last eight sensors in the list are software sensors and can be used to transmit
sensor data that is not physically available to the high flow NEXT from the comput-
er by USB connection.
Select the appropriate unit for each configured data source. For manipulation of
the displayed sensor value, a scale factor and an offset may be configured. Data
from third party software regularly requires the scale factor to be adjusted.
Transmission of sensor data via USB interface
During installation of the aquasuite, the background service “Aqua Computer Ser-
vice” is also installed. This service supplies various data from PC components and
imported data from aquasuite web, additionally sensor data provided by third par-
ty software can be accessed. In order to access third party software data, the third
party software has to be correctly installed, configured and running.
Currently, the “Aqua Computer Service” supports data transfer from “HWiNFO”
(REALiX, Freeware, www.hwinfo.com) and “AIDA64” (FinalWire Ltd., subject to li-
cense fees, www.aida64.com).
HWiNFO automatically exports all sensor values, the “Sensor Status” Window has
to be open.
In the AIDA64 preferences menu, writing to WMI must be activated in the “external
applications” sub-menu:
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By clicking the plus symbol labeled “Data source”, one of the provided sensors
can be assigned to the selected software sensor.
9.
9.9.
9. Display configuration
Display configurationDisplay configuration
Display configuration
Select “Display” from the device list below the “high flow NEXT” entry. In
the upper area, basic configuration options are displayed. In the middle,
the four available diagrams can be configured. In the lower area, the
available screens are displayed and can be activated or deactivated.
9.1.
9.1.9.1.
9.1. General display settings
General display settingsGeneral display settings
General display settings
Display brightness and automatic change of the displayed screen can be config-
ured.
As with all OLED displays, the brightness of active pixels will reduce over time. For
a homogeneous wear of all pixels, the display can automatically be inverted half
of the time. In order to counteract existing wear, the inverted mode can be perma-
nently activated.
The preferred unit for displaying temperature and flow values can also be selected.
9.2.
9.2.9.2.
9.2. Diagrams
DiagramsDiagrams
Diagrams
Data source and log interval can be set for each of the four available diagram
screens. The log interval determines the time difference between sensor data con-
tinuously stored in memory and thereby the time period displayed in charts.
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9.3.
9.3.9.3.
9.3. Display screens
Display screensDisplay screens
Display screens
By clicking the depictions of the available screens, each screen can be activated or
deactivated.
1 .
1 .1 .
1 . RGBpx configuration
RGBpx configurationRGBpx configuration
RGBpx configuration
Select “RGBpx” from the device list below the “high flow NEXT” entry. The
integrated RGBpx lighting (1 LEDs) as well as optionally connected
RGBpx products (up to 9 LEDs) can be configured.
1 .1.
1 .1.1 .1.
1 .1. Create and configure additional LED controllers
Create and configure additional LED controllersCreate and configure additional LED controllers
Create and configure additional LED controllers
New LED controllers can be added by clicking the plus symbol. Alterna-
tively, use the right mouse button and select “New” from the context
menu. Select the desired effect from the superimposed list of available ef-
fects. The controller name can be altered from its default as well. Confirm you se-
lection by clicking the check symbol in the lower right corner.
The configuration of the newly added LED controller can be modified in the lower
area of the window. Most effects offer extensive customization options such as col-
or selection or speed adjustment. Additionally, many effects can be configured to
modify effect parameters depending on current sensor data.
In total, up to eight LED controllers (two for integrated lighting, six for external
components) can be configured.
1 .2.
1 .2.1 .2.
1 .2. Modify existing LED controllers
Modify existing LED controllersModify existing LED controllers
Modify existing LED controllers
Existing LED controllers can be selected by clicking the corresponding col-
or bars, the configuration of the selected controller can then be modified
in the lower area of the window.
By clicking the gear symbol, the effect to be displayed can be changed and the
controller name can be altered. Confirm you selection by clicking the check sym-
bol in the lower right corner.
1 .3.
1 .3.1 .3.
1 .3. Modify LED assignments
Modify LED assignmentsModify LED assignments
Modify LED assignments
Existing LED controllers can be moved by using “drag&drop”on the corre-
sponding color bars. The horizontal position of the color bar defines the
position of the effect on the connected LEDs. The vertical position deter-
mines the priority of the LED controllers, if multiple controllers are assigned to a
range of LEDs. Controllers positioned further up in the list have higher priority than
controllers further below.
The length of the bar (corresponding to the number of LEDs assigned) can be
changed by moving the right/left edge of the color bar.
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1 .4.
1 .4.1 .4.
1 .4. Duplicate LED controllers
Duplicate LED controllersDuplicate LED controllers
Duplicate LED controllers
Select the LED controller(s) to be duplicated and click the duplicate sym-
bol to create new LED controllers using identical configurations. Alterna-
tively, use the right mouse button and select “Duplicate” from the context
menu.
In total, up to eight LED controllers (two for integrated lighting, six for external
components) can be configured.
1 .5.
1 .5.1 .5.
1 .5. Delete LED controllers
Delete LED controllersDelete LED controllers
Delete LED controllers
Select the LED controller(s) to be deleted and click the delete symbol to
delete the selected controllers. Alternatively, use the right mouse button
and select “Delete” from the context menu.
1 .6.
1 .6.1 .6.
1 .6. Sound controlled effects
Sound controlled effectsSound controlled effects
Sound controlled effects
Sound controlled effects can be used to visualize the current audio output of the
computer. A warning in the LED configuration area will notify you if audio analysis
has been disabled in the aquasuite. In this case, please enable the feature in the
general aquasuite configuration. The general aquasuite configuration can also be
used to modify existing audio filters and define custom audio filters.
1 .7.
1 .7.1 .7.
1 .7. AMBIENTpx effect
AMBIENTpx effectAMBIENTpx effect
AMBIENTpx effect
The AMBIENTpx effect replicates the border area of the current monitor content on
the configured LEDs. This effect is meant to be used with LED strips installed to the
rear of the monitor for background lighting. A warning in the LED configuration
area will notify you if video analysis has been disabled in the aquasuite. In this
case, please enable the feature in the general aquasuite configuration.
For each configured AMBIENTpx effect, please select the correct monitor, edge
and desktop range to evaluate for the effect.
Prerequisites and limitations:
●The AMBIENTpx effect requires Microsoft Windows operating system version
8.1 or newer.
●Screen content preventing analysis by DRM or similar methods cannot be
analyzed.
●Multi monitor setups must be configured using standard procedures of the
operating system. Special features of the graphics card driver like “NVIDIA
Surround” or “AMD Eyefinity” must be disabled.
●AMBIENTpx is not available while “NVIDIA G-Sync” is active.
11.
11.11.
11. Alarm configuration
Alarm configurationAlarm configuration
Alarm configuration
Select “Alarms” from the device list below the “high flow NEXT” entry.
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11.1.
11.1.11.1.
11.1. Signal output configuration
Signal output configurationSignal output configuration
Signal output configuration
The signal header can be configured as a speed signal output or as a switching
output.
Option “Power switch (53216)”: This mode can be used for emergency shutdown
of the PC, if the “signal” header is connected to the power switch header of the
motherboard using a suitable cable (art. 53216). Before connecting the cable,
make sure the signal output is configured correctly! After connecting the cable, test
the setup by deliberately creating an alarm condition. If the PC is not shut down,
the cable header connected to the motherboard must be rotated by 18 degrees
and the test has to be repeated. Emergency shutdown may result in data loss as
operating system and running programs are not shut down properly!
11.2.
11.2.11.2.
11.2. Alarm reporting and alarm limits
Alarm reporting and alarm limitsAlarm reporting and alarm limits
Alarm reporting and alarm limits
If desired, activate alarm monitoring and set an appropriate alarm limit. If the cur-
rent reading is higher/lower than the limit, an alarm can be raised.
While an alarm condition is detected, the device display will permanently show a
corresponding information screen. Additionally, the RGBpx illumination can be
configured to flash red.
On the alarm page within the aquasuite, all sources that currently raise an alarm
are highlighted with a red background color. Alarms that have been active at least
once since device start-up, but are not active presently, are highlighted with a yel-
low background color.
12.
12.12.
12. Profiles
ProfilesProfiles
Profiles
Select “Profiles” from the device list below the “high flow NEXT” entry.
The profile management can be used to to save four configurations as
profiles and activate them manually or automatically. Profile manage-
ment is a software feature of the aquasuite and requires a USB connection to the
high flow NEXT.
12.1.
12.1.12.1.
12.1. Manual profile selection
Manual profile selectionManual profile selection
Manual profile selection
Select the profile to be activated by clicking the corresponding button.
12.2.
12.2.12.2.
12.2. Automatic profile selection
Automatic profile selectionAutomatic profile selection
Automatic profile selection
Profiles can be activated automatically using the global profiles feature of the
aquasuite, see chapter 14.2. for details.
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12.3.
12.3.12.3.
12.3. Profile configuration
Profile configurationProfile configuration
Profile configuration
All configuration changes are automatically stored in the currently active profile.
The current configuration can also be stored in any other profile by clicking the
corresponding button.
13.
13.13.
13. System settings high flow NEXT
System settings high flow NEXTSystem settings high flow NEXT
System settings high flow NEXT
Select “System” from the device list below the “high flow NEXT” entry.
13.1.
13.1.13.1.
13.1. Device information
Device informationDevice information
Device information
The details displayed here might be required when you contact our service for sup-
port. You may enter a “Device description” for easier identification, this text will be
displayed in the device list and in the data quick view.
13.2.
13.2.13.2.
13.2. Factory defaults
Factory defaultsFactory defaults
Factory defaults
Click the button “Reset device to factory defaults” in the aquasuite or select the
“Factory defaults” entry from the menu for a complete reset of all settings. You will
have to completely reconfigure the device after resetting it to factory defaults!
13.3.
13.3.13.3.
13.3. Basic RGBpx settings
Basic RGBpx settingsBasic RGBpx settings
Basic RGBpx settings
The RGBpx illumination can be completely disabled and the brightness can be re-
duced using a slider.
13.4.
13.4.13.4.
13.4. USB power supply
USB power supplyUSB power supply
USB power supply
The high flow NEXT is supplied with power through the USB connection. In default
configuration, power consumption is limited to a maximum current of .5 Amps.
This value complies with the maximum allowed current according to the USB spec-
ification. If a large number of LED is integrated, the brightness is automatically re-
duced accordingly.
Alternatively, the current can be limited to a higher value of 2 Amps by activating
the check box. Do not use this function unless the connected USB port is explicitly
Do not use this function unless the connected USB port is explicitlyDo not use this function unless the connected USB port is explicitly
Do not use this function unless the connected USB port is explicitly
specified for a current of at least 2 Amps by the manufacturer! If the maximum
specified for a current of at least 2 Amps by the manufacturer! If the maximumspecified for a current of at least 2 Amps by the manufacturer! If the maximum
specified for a current of at least 2 Amps by the manufacturer! If the maximum
permissible current of the USB port is exceeded, permanent damage is possible!
permissible current of the USB port is exceeded, permanent damage is possible!permissible current of the USB port is exceeded, permanent damage is possible!
permissible current of the USB port is exceeded, permanent damage is possible!
Consult the manual of your motherboard/hub for details or contact customer sup-
port of the manufacturer/importer.
13.5.
13.5.13.5.
13.5. aquabus configuration
aquabus configurationaquabus configuration
aquabus configuration
Before connecting multiple high flow NEXT devices simultaneously to an aquaero
5/6 via aquabus, each device has to be configured to a unique aquabus address.
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If only one device is connected via aquabus, this step may be skipped. Addresses
58, 59, 6 and 61 are available.
Changes to the bus address configuration are effective within a few seconds. How-
ever, it may take up to five minutes for a connected aquaero to update its configu-
ration.
13.6.
13.6.13.6.
13.6. Standby behavior
Standby behaviorStandby behavior
Standby behavior
The standby settings determine, for which USB conditions the high flow NEXT will
enter standby mode. Depending upon configuration, display, alarm evaluation
and RGBpx illumination can be disabled for standby mode.
13.7.
13.7.13.7.
13.7. Firmware update and language selection (aquasuite only)
Firmware update and language selection (aquasuite only)Firmware update and language selection (aquasuite only)
Firmware update and language selection (aquasuite only)
The most up to date firmware for all supported devices is always included in the
current version of the aquasuite software. The button “ Update firmware now” will
start the update process for the device firmware.
During the firmware update process, do not disconnect the device from the PC
and do not power down the PC! After the firmware is successfully updated, the
aquasuite software will be automatically closed.
14.
14.14.
14. Playground (aquasuite)
Playground (aquasuite)Playground (aquasuite)
Playground (aquasuite)
Click the entry “Playground” to configure Virtual Software Sensors, global profile
management and hotkeys.
14.1.
14.1.14.1.
14.1. Virtual Software Sensors
Virtual Software SensorsVirtual Software Sensors
Virtual Software Sensors
Virtual Software Sensors can be used for extensive yet easy to use adapta-
tion and calculation of sensor values using mathematical and logical
functions as well as filters.
Create a new Virtual Software Sensor by clicking the plus symbol in the upper right
corner of the “Virtual Software Sensors” window. Each Virtual Software Sensor al-
ways has an “Out” element which will provide the resulting sensor value. In the
settings dialog of this element, the name and unit of the sensor can be configured.
You can now add data sources and function blocks to the lower area of the sensor
window and connect inputs and outputs of the blocks with lines. Connect the out-
put of the last function block with the “Out” element.
The resulting virtual sensor can be used within the aquasuite software, for example
for overview pages, additionally it may be transmitted via USB connection to con-
nected devices that feature software sensors.
The following (very simple) example calculates the average out of two tempera-
tures:
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