|
|
Re: Работа климата зимой
Цитата:
Добавлено через 12 минут читал статью пару лет назад о влиянии кондиционера на расход топлива. общая картина была, что чем двигатель больше, тем влияние кондея меньше. грубо говоря, на моторах от 2,0 и выше расход возрастал на 1 литр на 100 км. а на моторах 1,0-1,2 расход повышался до 2 раз! в частности, на форде фиесте. с 6 литров до 12!!! речь шла о бензиновых двигателях, на дизелях влияние кондиционера минимально. |
Re: Работа климата зимой
AleksanDER, а обороты ХХ меняются? И звук мотора меняется с возрастанием оборотов на 50 об/мин.
|
Re: Работа климата зимой
Цитата:
|
Re: Работа климата зимой
Цитата:
возможно летом будет больше. |
Re: Работа климата зимой
Цитата:
|
Re: Работа климата зимой
AleksanDER, а можно глянуть (если будет возможность), а то бесит немного, так как машина начинает быстро ехать в пробках.
|
Re: Работа климата зимой
Цитата:
В иных случаях нагрузка на кондиционер будет незначительна. Добавлено через 1 минуту Цитата:
|
Re: Работа климата зимой
Arnage, у меня в салоне не слышен звук вентиляторов. Именно изменение звука от нагрузки. Похожее бывает при включении драйва зимой, когда масло холодное.
|
Re: Работа климата зимой
Цитата:
|
Re: Работа климата зимой
Вложений: 2
Цитата:
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) Все каналы не проверял, влажности у нас нет, но температуры работают. |
| Текущее время: 14:50. Часовой пояс GMT +3. |
|
Перевод: zCarot