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DPF = DIESEL PARTICULATE FILTER diesel particulate filter.The DPF temperature sensor measures the temperature of the exhaust gas discharged from the turbocharger and provides the information needed to evaluate the DPF temperature before the exhaust gas passes through the DPF. Use this information a...
DPF = DIESEL PARTICULATE FILTER diesel particulate filter.The DPF temperature sensor measures the temperature of the exhaust gas discharged from the turbocharger and provides the information needed to evaluate the DPF temperature before the exhaust gas passes through the DPF. Use this information a...
DPF = DIESEL PARTICULATE FILTER diesel particulate filter.The DPF temperature sensor measures the temperature of the exhaust gas discharged from the turbocharger and provides the information needed to evaluate the DPF temperature before the exhaust gas passes through the DPF. Use this information a...
DOC diesel oxidation catalyst. DOC generally uses metal or ceramic as the carrier of the catalyst.When the diesel exhaust passes through the catalyst, hydrocarbons, carbon monoxide, etc. can quickly react with oxygen in the exhaust at a lower temperature to produce non-polluting water and carbon di...
DOC diesel oxidation catalyst. DOC generally uses metal or ceramic as the carrier of the catalyst.When the diesel exhaust passes through the catalyst, hydrocarbons, carbon monoxide, etc. can quickly react with oxygen in the exhaust at a lower temperature to produce non-polluting water and carbon di...
The inlet temperature and humidity sensor is a thermistor with a negative temperature coefficient. As the resistance changes in the circuit, the voltage changes, resulting in different voltage signals to complete the automatic operation of the control system. It is used to detect the intake air tem...
In the automobile automatic air conditioning system, the most important is the control of the temperature gradient and relative humidity in the car. The performance of the temperature and humidity sensor directly affects the performance of the air conditioning system. Because the relative humidity ...
The refrigerant conducts heat energy in the refrigeration system to realize the refrigeration cycle: the refrigerant condenses into a liquid after passing through the condenser, passes through the throttling action of the expansion valve, evaporates and absorbs heat in the evaporator to achieve ref...
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