«  
  »

Volkswagen Climatronic Diagnostics

Climatronic Diagnostics

Climatronic Diagnostics

The Climatronic display on the Mark V Golfs has a wealth of information that can be easily accessed. The information below has been put together from bits and pieces, the original document was translated into another language and I’ve attempted to translate from that, as I find errors I’ll clean them up.

Golf Mark VI Information is here – Volkswagen Climatronic Diagnostics – Mark VI

To access the information follow the steps as shown on the image.

  1. Hold down the “ECON or AC” button and press the “Window Vent” button, release when both displays change to indicate zeros.
  2. The left hand knob (Left Temperature) adjusts the Main Channel, the centre knob (FAN) adjusts the Sub Channel.
  3. To exit press the “ECON or AC” button.
The left hand number below indicates the Main Channel, the second number indicates the Sub Channel.

For example 19 – 0 is your digital speedometer in KPH, 19 – 1 is your digital speedometer in MPH. The type column indicates the type of data that is expected.

0. System Data Type
0 – 0 Program number Digital
0 – 1 ERL Left Digital
0 – 2 ERL Right Digital
0 – 3 Point being used Digital
0 – 4 Recirculating Automatic Digital
0 – 5 Stationary Heating Active Digital
0 – 6 Air Quality (7 = Fresh Air) Digital
0 – 7 Derived Digital
0 – 8 Country Acronym Digital
0 – 9 Sensor Zone Head °C
1. UIF
1 – 0 Internal Temperature °C
1 – 1 External Temperature °C
1 – 2 Temperatura? Piastrine? In? Platino? °C
1 – 3 Correttore? Piastrine? In? Platino? °C
1 – 4 Uif-Sonnenint? Digital
1 – 5 Sun Intensity Corrected °C
1 – 6 Correttore? Dinamico? °C
1 – 7 Correttore? ricircolo? °C
1 – 8 correttore? termico? °C
1 – 9 Compensazione accensione UIF? °C
2. Sun Intensity Sensor Left
2 – 0 Sun Intensity Not Corrected W/m2
2 – 1 Sun Intensity Corrected W/m2
2 – 2 Fan Correction W/m2
2 – 3 Value Digital
3. Sun Intensity Sensor Right
3 – 0 Sun Intensity Not Corrected W/m2
3 – 1 Sun Intensity Corrected W/m2
3 – 2 Fan Correction W/m2
3 – 3 Value Digital
4 . External Temperature
4 – 0 Temperature External °C
4 – 1 Temperature External CANBUS °C
4 – 2 Temperature Intake °C
5. Temperature Left Setpoint
5 – 0 Temperature Output °C
5 – 1 Difference between temp and temp setpoint °C
5 – 2 Regulator Setting (½%)
5 – 3 Pi-Stell-Max? (½%)
5 – 4 Defrost Digital
6. Temperature Left Actual
6 – 0 Temperature °C
6 – 1 Footwell °C
6 – 2 Vents °C
7. Temperature Right Setpoint
7 – 0 Temperature Output °C
7 – 1 Difference between temp and temp setpoint °C
7 – 2 Regulator Setting (½%)
7 – 3 Pi-Stell-Max? (½%)
7 – 4 Defrost Digital
8. Temperature Right Actual
8 – 0 Temperature °C
8 – 1 Footwell °C
8 – 2 Vents °C
9. Evaporator Temperature Setpoint
9 – 0 Evaporator temperature °C
9 – 1 Difference between temp actual and temp Setpoint °C
9 – 2 Evaporator value settings 5mA/Dig
9 – 3 Sensor Sight
10. Evaporator Temperature Actual
10 – 0 Evaporator Temperature °C
10 – 1 Liquid refigerant pressure bar
10 – 2 Liquid refigerant temperature °C
11. AC Compressor
11 – 0 Power setpoint mA
11 – 1 Power actual mA
11 – 2 Power maximum mA
11 – 3 Compressor PWM Digital (0-200)
11 – 4 Power offset compressor
11 – 5 Power value Digital
11 – 6 Compressor code
12. Climate Control Fan
12 – 0 Fan Setpoint Voltage V
12 – 1 Manual regulation
12 – 2 Code anomaly
12 – 3 Reduction impeller V
12 – 4 Impeller offset 0.1V
13. Temperature Air Vent Left
13 – 0 Setpoint value %
13 – 1 Setpoint temperature Digital
13 – 2 Actual Temperature Digital
13 – 3 Maximum Temperature Digital
13 – 4 Minimum Temperature Digital
14. Temperature Air Vent Right
14 – 0 Setpoint value %
14 – 1 Setpoint temperature Digital
14 – 2 Actual Temperature Digital
14 – 3 Maximum Temperature Digital
14 – 4 Minimum Temperature Digital
15. Temperature Air Vent Diffuser
15 – 0 Setpoint value %
15 – 1 Setpoint temperature Digital
15 – 2 Actual Temperature Digital
15 – 3 Maximum Temperature Digital
15 – 4 Minimum Temperature Digital
16. Temperature Air Vent Defrost
16 – 0 Setpoint Value %
16 – 1 Setpoint temperature Digital
16 – 2 Actual Temperature Digital
16 – 3 Maximum Temperature Digital
16 – 4 Minimum Temperature Digital
17. Temperature Internal Recirculation
17 – 0 Setpoint Value %
17 – 1 Setpoint temperature Digital
17 – 2 Actual Temperature Digital
17 – 3 Maximum Temperature Digital
17 – 4 Minimum Temperature Digital
18. Temperature External Air
18 – 0 Setpoint Value %
18 – 1 Setpoint temperature Digital
18 – 2 Actual Temperature Digital
18 – 3 Maximum Temperature Digital
18 – 4 Minimum Temperature Digital
19. Engine Data
19 – 0 Vehicle Speed (kph) kph
19 – 1 Vehicle Speed (mph) mph
19 – 2 Engine Temperature °C
19 – 3 Engine speed RPM
19 – 4 AC compress speed RPM
20. CANBUS Data
20 – 0 Additional Heating 1=on
20 – 1 PTC Confirmation 1=on
20 – 2 Effective Power PTC A
20 – 3 Air requested from external %
20 – 4 External air percentage cooler %
20 – 5 Performance heating 1=no external provision
21. Air Distribution
21 – 0 Defrost %
21 – 1 Face %
21 – 2 Feet %
21 – 3 Air Vent Diffuser %
21 – 4 Recirculated %
21 – 5 Air Sensor %
22. Time
22 – 0 Engine Off Time minutes
22 – 1 Engine Operating Time seconds
22 – 2 Operating Time with Ignition On seconds
22 – 3 ?
22 – 4 ?
22 – 5 ?
23. Special. Channel
23 – 0 Inner Lighting Sensor Digital
23 – 1 Air Quality Sensor
24. Software Version
24 – 0 Development State
24 – 1 Software Version
24 – 2 Type of Software
24 – 3 Keep Frozen 0/1 – Diagnosis
24 – 4 Version K Matrix
24 – 5 EEP – Testflags
24 – 6 Encryption Vag (2)
25. Test Channels
25 – 0 Channel 0
25 – 1 Channel 1
25 – 2 Channel 2
25 – 3 Channel 3
25 – 4 Channel 4
25 – 5 Channel 5
25 – 6 Channel 6
25 – 7 Channel 7
25 – 8 Channel 8
25 – 9 Channel 9
26. Parameters for inventory on crystals
26 – 0 Delay seconds
26 – 1 Step/udm? (Digital) Digital
26 – 2 Minimal Limit (Digital) Digital
26 – 3 Maximum Limit (Digital) Digital
26 – 4 Step/udm? HellaKit? 1=connected
27. Direct Ventalation
27 – 0 Setpoint Value %
27 – 1 Setpoint temperature Digital
27 – 2 Actual Temperature Digital
27 – 3 Maximum Temperature Digital
27 – 4 Minimum Temperature Digital
28. Humdity
28 – 0 Setpoint Humdity %
28 – 1 Relative Humdity %
28 – 2 Temperatur Crystal WSS °C
28 – 3 Dewpoint temperature °C
28 – 4 Melting point °C
29. Raw Humdity
29 – 0 Tempertaure crystals corrected °C
29 – 1 Tempertaure crystals uncorrected °C
29 – 2 Humdity Sensor %
29 – 3 Temperature sensor °C
29 – 4 Dewpoint temperature (measurement test) °C
29 – 5 Code anomaly
30. Humdity Values
30 – 0 Thermophilic sensor value Digital
30 – 1 Thermophilic sensor reference Digital
30 – 2 Moisture duration 10 to the power of -4 sec
30 – 3 Humdity reference temperature Digital
30 – 4 Humdity sensor %
30 – 5 Temperature sensor °C
30 – 6 Temperature sensor (uncorrected) °C
November 9th, 2008 | Tags: , , , | Category: Air Conditioning, Interior, Mark V, Model Specific, Reference

8 comments to Volkswagen Climatronic Diagnostics – Mark V

Leave a Reply

 

 

 

You can use these HTML tags

<a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <strike> <strong>