- Oleh Sensor WF
The WF162A is a sensor commonly used in tyre pressure monitoring solutions and it has the following features and advantages:
Katalog
1. High-precision measurement
The WF162A sensor can achieve high-precision tyre pressure and temperature measurements. It uses advanced sensing technology to accurately pick up changes inside the tyre — both pressure and temperature — and outputs those readings as precise numerical values. This accuracy is crucial for reliable tyre-pressure monitoring: it helps spot abnormal tyre pressure in good time and prevents safety risks caused by tyres being over- or under-inflated.
2. Stability and reliability
The sensor is designed with stability and reliability in mind. It can operate normally in a variety of harsh environmental conditions, such as high or low temperatures, humidity and vibration. The WF162A has been rigorously tested and validated, showing long service life and stable performance, which reduces the chance of tyre-pressure monitoring failing because of sensor faults.
3. Low-power design
WF162A adopts a low-power design that effectively reduces energy consumption. That matters a lot for tyre-pressure monitoring systems, because sensors usually need to run for long periods. Low power usage extends battery life, cuts down how often batteries need replacing, and improves overall system reliability and convenience.
4. Wireless transmission capability
The WF162A typically includes wireless transmission capability, allowing measured tyre pressure and temperature data to be sent wirelessly to a receiver. Wireless transmission avoids the hassle of complex wiring and makes installation and use easier. It also enables real-time data transfer so drivers can stay informed about tyre condition as they drive.
5. Compatibility and scalability
The sensor offers good compatibility and scalability and can work with different types of tyre-pressure monitoring systems. It can connect to in-car displays, mobile apps and standalone receivers, supporting multiple ways of monitoring and showing tyre data. In addition, the WF162A can be integrated with other vehicle electronic systems to provide broader safety protection for the vehicle.
When using the WF162A sensor in a tyre-pressure monitoring solution, the system will usually include the following aspects:
1. Sensor installation
The WF162A sensor needs to be installed inside the tyre, commonly via the valve stem. Installation requires professional skill and tools to make sure the sensor is mounted securely, sealed properly and does not affect the tyre’s normal use or safety.
2. Receiver device
A tyre-pressure monitoring system needs a receiver to pick up the wireless data sent by the sensor. The receiver can be an in-car display, a mobile app or an independent receiver unit. The receiver processes and displays the incoming data so the driver gets a clear readout of tyre pressure and temperature.
3. Alert/ alarm function
When tyre pressure or temperature goes out of the normal range, the tyre-pressure monitoring system should have an alert function to warn the driver so they can take action. Alerts can be auditory, visual (lights) or messages on the display. These warnings help raise the driver’s awareness of tyre issues and reduce the risk of accidents.
4. Data analysis and management
Some advanced tyre-pressure monitoring systems also analyse and manage the sensor data. For example, they can record historical data, analyse tyre usage patterns and even predict tyre life. These functions help drivers better understand tyre condition and plan maintenance or replacement more effectively.
Kesimpulan
In short, the WF162A sensor is a high-performing tyre-pressure monitoring sensor that provides accurate, reliable tyre pressure and temperature monitoring. When choosing a tyre-pressure monitoring solution, you might consider using the WF162A together with a suitable receiver and alert functions to give strong support for driving safety.
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