Panhua has delivered a comprehensive test system for automotive sensor and target wheel magnetization and final inspection for a customer. Based on the 'flexible test' technology, the system is designed to optimize the test solution Sensor of the target wheel magnetization, magnetization wheel inspection and automobile crankshaft sensor. System function is perfect, stable and reliable performance, simple operation, high test precision, fast test speed, can meet the sensor production line for a long time, mass production testing needs.

The system consists of magnetization wheel feeding station, magnetizing wheel magnetization and final inspection station, magnetized wheel unloading station, magnetization wheel coding station and sensor detection station 5 station, key test items Fuel Rail Pressure Sensor meet MSA test requirements, and To meet the difference in target wheel magnetization. The main interface of the test can display real-time test environment parameters, test items, test status, test waveform and pass rate, user-friendly, simple operation.

Compared with the traditional single car crankshaft / camshaft sensor test, the system has the following advantages:

Magnetization of the magnetization and the final detection of one, and integrated sensor final inspection, the greatest degree of sharing of hardware resources, such as mechanical structure, coding fuel metering valve machine, to achieve cost optimization;

In addition to the sensor by the manual feeding, the magnetized wheel from the material to the material completely automatic completion, greatly reducing the manual input, reducing the risk of manual operation, saving labor costs;

The sensor is independent of the magnetized wheel and ensures the accuracy of the sensor test.

Magnetron wheel, sensor test are modular design, can quickly change the type, compatible with follow-up products to  ensure product consistency and system versatility;

The sensor final inspection module is designed to be compatible with the existing terminal, and the Pressure Sensor resource utilization is optimized.