[Hot Item] Vehicle Universal 6 26 Wheels Motorcycle Truck 6 Sensor External Tyre Monitor Tire Pressure Monitoring System TPMS for Trucks

1,The main functions of the tire pressure monitoring system

1. Prevent tire blowouts
   • Real - time monitoring: The Tire Pressure Monitoring System (TPMS) can monitor the air pressure inside the tires in real - time. When there is an abnormal change in tire pressure, such as too high or too low air pressure, the system will issue a timely alarm. Under normal circumstances, the air pressure of car tires is clearly specified in the vehicle's user manual, generally between 2.2 - 2.5 bar.
   • Case: When driving on a highway, if the tire pressure is too low, the contact area between the tire and the ground will increase, and the generated heat will increase rapidly, causing the tire temperature to rise sharply. The strength of the rubber material will decrease, which can easily lead to a tire blowout accident. The tire pressure monitoring system can issue a warning when the air pressure starts to drop but has not yet reached the critical value of a tire blowout, allowing the driver time to take measures, such as slowing down and finding a safe place to stop and check.
2. Extend the service life of tires
   • Uniform wear: By monitoring the tire pressure, the driver can ensure that the air pressure of each tire remains within the normal range. When the tire pressure is normal, the contact area of the tire with the ground is uniform, and the wear is also relatively uniform.
   • Data explanation: If the tire pressure is chronically insufficient, the two - side edges of the tire will be excessively worn; while when the air pressure is too high, the central part of the tire will wear more severely. According to statistics, maintaining normal tire pressure can extend the service life of tires by 20% - 30%.
3. Improve fuel economy
   • Reduce rolling resistance: Normal tire pressure can keep the tires in an appropriate shape, reducing rolling resistance when the vehicle is running. The smaller the rolling resistance, the less resistance the engine needs to overcome when the vehicle is running.
   • Fuel savings: Generally speaking, when the tire pressure is 20% lower than the standard value, fuel consumption will increase by about 10%. The tire pressure monitoring system helps drivers adjust the tire pressure in a timely manner, thereby reducing fuel consumption and saving fuel costs.
4. Ensure driving safety
   • Vehicle handling: Normal tire pressure helps to maintain the vehicle's handling performance. For example, when turning, a tire with normal air pressure can provide sufficient lateral support force, enabling the vehicle to turn stably. If the tire pressure is too low, the vehicle may have under - steering or over - steering problems when turning, affecting driving safety.
   • Braking performance: When braking, tires with normal tire pressure can have good contact with the ground, ensuring effective braking force. Insufficient tire pressure will lead to an increase in braking distance, which may cause rear - end collisions and other traffic accidents in emergency situations. The tire pressure monitoring system can ensure that the tire pressure is in an appropriate state, ensuring the vehicle's braking and handling performance, and thus ensuring driving safety.

2.The extended functions of the tire pressure monitoring system

• Assist vehicle maintenance
  • Fault troubleshooting: In addition to monitoring tire pressure, some advanced tire pressure monitoring systems can also monitor parameters such as tire temperature. Through long - term recording and analysis of these data, it can help maintenance personnel troubleshoot some potential tire failures or vehicle suspension system problems. For example, if the temperature of a certain tire is always higher than that of other tires, it may mean that there is a slow leak in the tire or damage to the hub bearing.
• Integration with intelligent transportation
  • Future development: With the development of intelligent transportation systems, tire pressure monitoring data can be collected and analyzed together with other vehicle data (such as vehicle speed, driving trajectory, etc.). This helps traffic management departments better understand road conditions and vehicle driving states, achieving more efficient traffic management and accident prevention. For example, by analyzing the tire pressure data of a large number of vehicles, it can be found whether certain road sections are likely to cause tire damage, and then road maintenance measures can be taken.