티스토리 뷰

VW Climatronic Readouts


폭스바겐 차량들은 히든 서비스 메뉴를 통해 차의 특정 정보를 조수석 온도창 화면에 나타나게 할 수 있다.

서비스센터 직원들이 가끔 사용할듯한 이 기능은 차에 무리를 주거나 설정을 변경하는게 아닌 열람만을 하는거라

일반 오너들도 누구나 설정하여 열람할 수 있는 기능이다.


겁먹지 말고 아래의 방법을 따라해보면 신기한 경험을 할 수 있을 것이다. ㅋ 







VW Climatronic Readouts

1. Hold down "ECON", and press the "up-vent" button (next to recirculation). Both temperature displays will read 00 or 00'0, and you can release the buttons once they do.
2. Twist the LEFT temperature knob until the display above reads 19’0.
3. Twist the FAN knob until the left temperature display reads 19’1 (like 19.1).
4. The right temperature display is now a digital speedometer! HOW COOL IS THAT!!!

--- For tach (in x100), twist the FAN knob until the left temperature display reads 19’3 (like 19.3)

--- To reset and go back to normal operation, hit the ECON button once.




발번역을 해보면 

1. 에어콘 버튼과 앞유리 풍향버튼(앞유리로 바람 나오게 하는것) 2개를 동시에 1초정도 누른다.

   - 양쪽 온도창에 00 , 00`0 이런식으로 변할 것이다.

2. 운전석 온도조절 다이얼을 돌려서 숫자 19에 맞춘다. 

3. 가운데 파랭이를 돌려서 19.3 이 되게 맞춘다.

4. 끝~ 그러면 조수석 온도창에 설정한 정보가 노출된다.

5. 원복하려면 에어콘 버튼을 누르면 해제된다.



위치는 사진을 참조하자.










여기서 19, 19.3 은 정보채널의 값이다.

즉 보고싶은 정보에 대한 값이므로 본인이 원하는 정보를 아래 리스트에서 찾아 설정하면 된다.


일단 주요 채널은 아래와 같고 전체 채널도 함께 적어본다.



These are the different settings the Climatronic can display. The numbers on the left indicate the “CHANNEL” it MUST be SET to:

• 1.0: Temp as read by sensor in middle fan speed knob.
• 1.4: Light intensity falling on same sensor.
• 4.0: Outside Temp – front bumper
• 4.1: Outside Temp – roof.
• 4.2: Outside Temp – rear bumper (inside temp?)
• 15.0: Oil Temp
• 19.0: Uncorrected Speed (Km/h)
• 19.1: Uncorrected Speed (Mp/h)
• 19.2: Coolant Temp
• 19.3: Tachometer (x100rpm)
• 19.4: Oil Pressure
• 25.0: Voltage






전체 ---


Main channel: 0 - System data
0 Number program
1 Left ERL
2 Skillful ERL
3 Point of job accensione/avvio
4 I recirculate automatic rifle (motor)/I recirculate automatic rifle Bit
5 Heating from active detention
6 Air Quality (7 = fresh air)
7 Deriving
8 Acronym country
9 Sensor zone head

Main channel: 1 - UIF 
0 Inner temperature (°C)
1 Surface Temperature (°C) (I think it means external)
2 Temperature piastrine in platinum (°C)
3 Corrector piastrine in platinum (°C)
4 Uif-Sonnenint
5 Corrector radiation (°C)
6 dynamic corrector (°C)
7 OrrettoreC I recirculate (°C)
8 thermal corrector (°C)
9 Compensation ignition (°C)

Main channel: 2 - Sensor radiation SX
0 Radiation not delayed (W/m2)
1 Corrector radiation for regolator temperature (W/m2)
2 Corrector radiation for impeller (W/m2)
3 Value TO

Main Channel: 3 - Sensor radiation DX
0 Radiation not delayed (W/m2)
1 Corrector radiation for regolator temperature (W/m2)
2 Corrector radiation for impeller (W/m2)
3 Value TO

Main Channel: 4 - External Temperature
0 External temperature (°C)
1 Temp. External line CAN (°C)
2 Temperature inhaled air climate (°C)

Main Channel: 5 - Theoretical temperature SX
0 Theoretical Temp. air in escape SX (°C)
1 Theoretical difference between temp. and temp. effective (°C) 
2 Value regulation the sx. (½% )
3 Pi-Stell-Max (½%)
4 Defrost SX

Main channel: 6 - Found temperature SX
0 Temp. Found SX (°C)
1 Temp. Feet SX (°C)
2 Temp. Facade SX (°C)


Main channel: 7 - Theoretical temperature DX
0 Theoretical Temp. air in escape DX (°C)
1 Theoretical difference between temp. and temp. effective DX (°C)
2 Values of regulation regolator (½% )
3 Pi-Stell-Max (½% )
4 Defrost 

Main channel: 8 - Found temperature DX
0 Found Temp. air in escape DX (°C)
1 Temp. Feet (°C)
2 Temp. Facade (°C)

Main channel:9 - Theoretical temperature evaporator
0 Theoretical temperature evaporator (°C)
1 Theoretical difference between temp. and temp. effective evaporator (°C)
2 Values of regulation evaporator (5mA/Dig)
3 Modality Regolator evaporator (you see under)

Main channel: 10 - Effective temperature evaporator
0 Effective temperature evaporator (°C)
1 Pressure coolant climate (bar)
2 Medium temperature coolant climate (°C)

Main channel:11 - Climate control compressor
0 Power theoretical electrical worker
1 Power effective electrical worker
2 Power electrical worker max
3 Kompressor PWM (0... 200) (Dig)
4 Power electrical worker offset compressor
5 Values power electrical worker
6 Code disinserito compressor (you see system)

Main channel:12 - Climate control impeller
0 Theoretical tension of the electric impeller (V)
1 Manual regulation
2 Code anomaly
3 Reduction impeller (V)
4 Impeller offset (0.1V)

Main channel: 13 - Temperature bocchette air SX
0 Formattato theoretical value (%)
1 Real theoretical value temp. Bocchette sx.(Dig)
2 Confirmation el. temp. Bocchette sx (Dig.)
3 The maximum limit temp. Bocchette sx. (Dig) 
4 Limit min. temp. Bocchette sx. (Dig)

Main channel: 14 - Temperature bocchette air DX
0 Formattato theoretical value (%)
1 Real theoretical value temp. Bocchette dx (Dig)
2 Confirmation el. temp. Bocchette dx (Dig)
3 The maximum limit temp. Bocchette dx (Dig)
4 Limit min. temp. Bocchette dx. (Dig)

Main channel: 15 - Piedi/centrale temperature bocchetta
0 Formattato theoretical value (%)
1 Real theoretical value temp. Bocchetta centers them (Dig)
2 Confirmation el. temp. bocchetta centers them (Dig)
3 The maximum limit temp. bocchetta centers them (Dig)
4 Limit min. temp. bocchetta centers them (Dig)

Main channel:16 - Defrost Shovel
0 Formattato theoretical value (%)
1 Theoretical value real Defrost shovel (Dig)
2 Confirmation el. Defrost shovel (Dig)
3 Limit maximum Defrost shovel (Dig)
4 Limit min. Defrost shovel (Dig)

Main channel: 17 - Shovel I recirculate inner
0 Formattato theoretical value (%)
1 Theoretical value real shovel I recirculate (Dig)
2 Confirmation el. shovel I recirculate (Dig)
3 Limit maximum shovel I recirculate (Dig)
4 Limit min. shovel I recirculate (Dig)

Main channel: 18 - Shovel cold air
0 Formattato theoretical value (%)
1 Theoretical value real Shovel cold air (Dig)
2 Confirmation el. Shovel cold air (Dig)
3 Limit maximum Shovel cold air (Dig)
4 Limit min. Shovel cold air (Dig)

Main channel: 19 - Data Motor
0 Vehicle velocity (km/h)
1 Vehicle velocity (Mph)
2 Motor temperature (°C)
3 Engine speed (RPM)
4 Air con compressor speed (RPM)

Main channel: 20 - Data sent by CAN
0 Additional heating (upon request) (1 = on) 
1 Confirmation el. PTC (1 = on)
2 Power el. effective PTC
3 % air demanded from radiating climate (%)
4 Relationship % of radiating peak air (%)
5 No performance demanded to the disp. of heating (1=no performance heating)


Main channel: 21 - Ripartitore of air Climate
0 Defrost (%)
1 Facade (%)
2 Feet (%)
3 Bocchetta areazione (%)
4 I recirculate fresh air/cleaned up (+ bocchetta...) (%)
5 Appraisal sensor (%)

Main channel: 22 - Data timer
0 Period of pause (min)
1 Motor operating time (sec)
2 Operating time with inserted key (Sec)

Main channel: 23 - Special channel
0 Sensor inner lighting system (Dig)
1 Air quality sensor

Main channel:24 - Version software
0 Development state
1 Software version
2 Type SW
3 Keep Frozen (0/1 = Values of refrigeration come maintained ad.eccezione.della Diagnosis )
4 Version K Matrix
5 EEP- Testflags
6 It codifies Vag (2)

Main channel: 25 - Test channels
1 - 9

Main channel: 26 - Parameters for surveys on crystals
0 Delay (sec)
1 Passo/udm (digit)
2 The minimal limit (digit)
3 Limit max. (digit)
4 Passo/udm on HellaKit

Main channel: 26 - Bocchetta direct areazione
0 Formattato theoretical value (%)
1 Theoretical value real Bocchetta direct areazione (Dig.)
2 Confirmation el. Bocchetta direct areazione (Dig.)
3 Limit max. Bocchetta direct areazione (Dig.)
4 Limit min. Bocchetta direct areazione (Dig.)

Main channel: 28 - Umidita
0 Theoretical Umidita (%)
1 Relative Umidita on temperature UIF (%)
2 Temp. Crystals WSS (°C)
3 Temperature condensation point (°C)
4 Difference temperature of the melting point (°C)

Main channel: 29 - Crude values umidita
0 Temp. Crystals, corrected (°C)
1 Temp. Crystals, not corrected (°C)
2 Sensor umidita (%)
3 Temperature sensor (°C)
4 Temperature condensation point (test measure) (°C)
5 Code anomaly

Main channel: 30 - Values indicated to you umidita
0 Value sensor termofilo (Dig.)
1 Temperature rif. termofilo (Dig.)
2 Periodic duration umidita (10 (to the power of -4) sec)
3 Temp. Reference umidita (Dig.)
4 Umidita Rel. on the sensor (%)
5 Temperature sensor umidita (°C)
6 Temperature crystals (not corrected) (°C)



차란게 참 복잡한 놈이구나 ㅋㅋㅋㅋㅋ

대충 만드는건 아닌듯..



출처 : http://forums.vwvortex.com/showthread.php?5075482-VW-Climatronic-Readouts#/enter


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