The MFD32 transforms your air vent into an intelligent display with features you won't want to miss. Our displays are designed so that they can be installed by anyone. For most displays there are illustrated installation instructions so you can install your display yourself.
Configure your own page or choose from several predefined views:
With Wagner Tuning Dsiplay DSS (Wagner Tuning Dsiplay.com/dss) you can fully customize your display. With the integrated log viewer you can download and view log files. Furthermore a Can-Logger is integrated. The heart is the integrated "TRI Editor" with which you can adjust the sensors (no matter if Can Bus or internal): Assign min-/max-values for warnings and change the names of your sensors.
Many customers always ask: "Which values can I get from my ECU". The answer: "ALL".
We have reverse-engineered the data to most engines here and can offer in-depth data. Our display supports Can Bus data query (UDS, TP2, manufacturer specific protocols) as well as data query via K-Line (ISO 9141).
By default your display is delivered with predefined TRI/TRX files. In the files all sensors are defined, which are queried. These are different from engine to engine. Here is an extract of what is possible:
Temperatures:
Pressures:
Lambda/mixture
Other
If values are missing, they can be added later.
Included with every delivery
Any sensors can be connected via the four analog inputs - we support linear 0-5V as well as NTC sensors.
Our in-house Wagner Tuning Dsiplay sensors are stored in the TRI/TRX files by default and only need to be connected:
For the connection you can use our pre-assembled AIN wiring harness.
Beside the analog sensors you can also connect our external shift light with 8 LEDs. This can flash in different colors and the speed limits and colors can be configured directly on the display.
You connect the ethanol sensor directly to the display. You need a pullup resistor (10K) between 5V and signal. Then you can view and log the ethanol content and temperature directly on the display.
With the Math-Channels you can calculate sensors with each other. The User-Table gives you the possibility to generate further sensors with 2D or 3D maps.
The MFD32 transforms your air vent into an intelligent display with features you won't want to miss. Our displays are designed so that they can be installed by anyone. For most displays there are illustrated installation instructions so you can install your display yourself.
Configure your own page or choose from several predefined views:
With Wagner Tuning Dsiplay DSS (Wagner Tuning Dsiplay.com/dss) you can fully customize your display. With the integrated log viewer you can download and view log files. Furthermore a Can-Logger is integrated. The heart is the integrated "TRI Editor" with which you can adjust the sensors (no matter if Can Bus or internal): Assign min-/max-values for warnings and change the names of your sensors.
Many customers always ask: "Which values can I get from my ECU". The answer: "ALL".
We have reverse-engineered the data to most engines here and can offer in-depth data. Our display supports Can Bus data query (UDS, TP2, manufacturer specific protocols) as well as data query via K-Line (ISO 9141).
By default your display is delivered with predefined TRI/TRX files. In the files all sensors are defined, which are queried. These are different from engine to engine. Here is an extract of what is possible:
Temperatures:
Pressures:
Lambda/mixture
Other
If values are missing, they can be added later.
Included with every delivery
Any sensors can be connected via the four analog inputs - we support linear 0-5V as well as NTC sensors.
Our in-house Wagner Tuning Dsiplay sensors are stored in the TRI/TRX files by default and only need to be connected:
For the connection you can use our pre-assembled AIN wiring harness.
Beside the analog sensors you can also connect our external shift light with 8 LEDs. This can flash in different colors and the speed limits and colors can be configured directly on the display.
You connect the ethanol sensor directly to the display. You need a pullup resistor (10K) between 5V and signal. Then you can view and log the ethanol content and temperature directly on the display.
With the Math-Channels you can calculate sensors with each other. The User-Table gives you the possibility to generate further sensors with 2D or 3D maps.