DQ380/DQ381/DQ500
PHC Valeo
TPS1001
TTO1M001
109700K1K2
122*1.60*24T
1.57
Cross
Yellow Black
| Quantity: | |
|---|---|
The DQ500 DQ380 Transmission Clutch Pressure Sensor plays a vital role in ensuring smooth gear shifts, fuel efficiency, and overall driving safety. It monitors clutch pressure in real-time, providing precise feedback to the transmission control unit (TCU). With advancements in vehicle electrification, this sensor is evolving towards higher accuracy and better integration, offering improved reliability and support for modern automotive systems, ensuring a seamless driving experience and extended vehicle lifespan.
| Model No. | Dq380 Dq381 Dq500 |
| Application | Auto Transmission Parts |
| Applicable Car | VW Magotan, Tiguan, Passat, Polo, Audi, etc. |
1Durability: The DQ500 DQ380 Transmission Clutch Pressure Sensor is made of high-quality, corrosion-resistant materials, ensuring long-lasting durability and reliable performance even under harsh conditions. It withstands wear and tear, making it a dependable component for automotive systems.
Easy Installation: Designed for user convenience, this sensor is easy to install, minimizing installation time and effort. Its straightforward design ensures that even non-expert users can quickly set it up without complications.
Compatibility: Specially designed for DQ381 and DQ500 transmissions, the sensor ensures perfect fit and seamless integration with compatible vehicle models, offering precise and reliable data transmission to the transmission control unit (TCU).
Clutch Protection: By continuously monitoring clutch pressure, the sensor prevents clutch slippage and excessive wear. It helps the vehicle's transmission system adjust pressure in real-time to avoid clutch damage and prolong its lifespan.
Enhanced Performance: The sensor optimizes power transmission, ensuring efficient torque management, smooth shifting, and improved fuel economy, especially in dual-clutch systems. It helps the vehicle adjust its power distribution according to driving conditions, enhancing overall driving performance.
Shift Control Optimization:The DQ500 DQ380 Transmission Clutch Pressure Sensor monitors clutch pressure in real-time and transmits this data to the Transmission Control Unit (TCU). The TCU uses this information, along with vehicle speed and engine speed, to determine the optimal shift timing. This ensures smooth, seamless gear transitions, minimizing power interruptions and shift shock, enhancing the overall driving experience.
Adaptive Shift Logic:The sensor enables adaptive shift logic, adjusting the shift behavior based on the selected driving mode (e.g., economic or sports mode). By providing accurate pressure data, the sensor allows the TCU to tailor shift points and engine speed, ensuring the most suitable shift strategy for the current driving conditions. This results in enhanced driving performance and fuel efficiency.
Clutch Slippage Prevention:The sensor plays a crucial role in preventing clutch slippage by detecting any drop in clutch pressure. When low pressure is detected, it triggers the TCU to increase the hydraulic pressure, preventing slippage that could cause excessive clutch wear and potential damage. This contributes to longer clutch life and improved system reliability.
Clutch Wear Monitoring:Over time, the clutch undergoes wear, which can lead to changes in clutch pressure. The sensor continuously tracks pressure variations and alerts the TCU when these changes fall outside normal ranges. This early detection allows drivers and maintenance personnel to take timely action, such as scheduling maintenance or replacing worn components, to avoid costly damage to the transmission system.
Fault Detection and Early Warning:By continuously monitoring clutch pressure, the sensor detects irregularities such as excessive pressure, low pressure, or abnormal fluctuations. These anomalies are recorded by the TCU, which can alert the driver via a fault indicator light on the dashboard. Additionally, gradual pressure declines can trigger early warnings, enabling proactive vehicle checks before a fault develops into a critical issue.
Torque Transmission Control:During heavy torque conditions, such as during acceleration, starting, or climbing, the pressure sensor ensures the clutch operates with sufficient pressure to transmit the engine's torque effectively to the wheels. This ensures smooth power delivery while preventing engine strain or vehicle frustration. The sensor also helps manage power distribution in dual-clutch systems like DQ500 and DQ380, ensuring balanced power transfer between clutches for optimal performance.
The DQ500 DQ380 Transmission Clutch Pressure Sensor plays a vital role in ensuring smooth gear shifts, fuel efficiency, and overall driving safety. It monitors clutch pressure in real-time, providing precise feedback to the transmission control unit (TCU). With advancements in vehicle electrification, this sensor is evolving towards higher accuracy and better integration, offering improved reliability and support for modern automotive systems, ensuring a seamless driving experience and extended vehicle lifespan.
| Model No. | Dq380 Dq381 Dq500 |
| Application | Auto Transmission Parts |
| Applicable Car | VW Magotan, Tiguan, Passat, Polo, Audi, etc. |
1Durability: The DQ500 DQ380 Transmission Clutch Pressure Sensor is made of high-quality, corrosion-resistant materials, ensuring long-lasting durability and reliable performance even under harsh conditions. It withstands wear and tear, making it a dependable component for automotive systems.
Easy Installation: Designed for user convenience, this sensor is easy to install, minimizing installation time and effort. Its straightforward design ensures that even non-expert users can quickly set it up without complications.
Compatibility: Specially designed for DQ381 and DQ500 transmissions, the sensor ensures perfect fit and seamless integration with compatible vehicle models, offering precise and reliable data transmission to the transmission control unit (TCU).
Clutch Protection: By continuously monitoring clutch pressure, the sensor prevents clutch slippage and excessive wear. It helps the vehicle's transmission system adjust pressure in real-time to avoid clutch damage and prolong its lifespan.
Enhanced Performance: The sensor optimizes power transmission, ensuring efficient torque management, smooth shifting, and improved fuel economy, especially in dual-clutch systems. It helps the vehicle adjust its power distribution according to driving conditions, enhancing overall driving performance.
Shift Control Optimization:The DQ500 DQ380 Transmission Clutch Pressure Sensor monitors clutch pressure in real-time and transmits this data to the Transmission Control Unit (TCU). The TCU uses this information, along with vehicle speed and engine speed, to determine the optimal shift timing. This ensures smooth, seamless gear transitions, minimizing power interruptions and shift shock, enhancing the overall driving experience.
Adaptive Shift Logic:The sensor enables adaptive shift logic, adjusting the shift behavior based on the selected driving mode (e.g., economic or sports mode). By providing accurate pressure data, the sensor allows the TCU to tailor shift points and engine speed, ensuring the most suitable shift strategy for the current driving conditions. This results in enhanced driving performance and fuel efficiency.
Clutch Slippage Prevention:The sensor plays a crucial role in preventing clutch slippage by detecting any drop in clutch pressure. When low pressure is detected, it triggers the TCU to increase the hydraulic pressure, preventing slippage that could cause excessive clutch wear and potential damage. This contributes to longer clutch life and improved system reliability.
Clutch Wear Monitoring:Over time, the clutch undergoes wear, which can lead to changes in clutch pressure. The sensor continuously tracks pressure variations and alerts the TCU when these changes fall outside normal ranges. This early detection allows drivers and maintenance personnel to take timely action, such as scheduling maintenance or replacing worn components, to avoid costly damage to the transmission system.
Fault Detection and Early Warning:By continuously monitoring clutch pressure, the sensor detects irregularities such as excessive pressure, low pressure, or abnormal fluctuations. These anomalies are recorded by the TCU, which can alert the driver via a fault indicator light on the dashboard. Additionally, gradual pressure declines can trigger early warnings, enabling proactive vehicle checks before a fault develops into a critical issue.
Torque Transmission Control:During heavy torque conditions, such as during acceleration, starting, or climbing, the pressure sensor ensures the clutch operates with sufficient pressure to transmit the engine's torque effectively to the wheels. This ensures smooth power delivery while preventing engine strain or vehicle frustration. The sensor also helps manage power distribution in dual-clutch systems like DQ500 and DQ380, ensuring balanced power transfer between clutches for optimal performance.
