In modern industrial production, product quality is the key to the survival and development of enterprises. To ensure the quality and performance of products, various types of testing instruments have emerged, and the PQL ferromagnetic index meter PQ100 is one of the outstanding ones. As an efficient and accurate device for detecting the content of ferromagnetic metal particles, the PQ100 plays a significant role in product quality supervision, especially in the training and application at the Sichuan Chengdu Product Quality Supervision and Inspection Institute, where it has demonstrated its unique advantages.
The PQL ferromagnetic index meter PQ100 is based on the principle of electromagnetic induction and is equipped with a sensitive electromagnetic coil. When the oil is placed in the magnetic field, the ferromagnetic wear particles in the oil will cause changes in the magnetic field strength. The magnitude of the electromagnetic induction intensity of the coil has a good correlation with the content of ferromagnetic wear particles. This technical principle enables the PQ100 to conveniently and quickly detect the content of ferromagnetic metal particles in lubricating oil, hydraulic oil, and grease.
The PQ100 has several significant features, including a robust structure, a streamlined design, stable performance, and an easy-to-operate and maintain interface. Moreover, the PQ100 is not limited by particle size or distribution and can accurately measure the quantity of iron wear debris in the oil sample and convert it into a PQ index for reporting. This index is proportional to the quantity of iron debris, providing reliable data support for product quality supervision.
The PQ100 is particularly suitable for monitoring wear debris in lubricating oil and grease to predict mechanical wear rates. During the process of product quality supervision, by regularly testing the lubricating oil or grease samples of mechanical components, mechanical wear conditions can be detected in a timely manner, preventing product quality issues caused by mechanical failures.
The PQ100 can accurately measure the PQ index of the oil sample and compare it with industry standards. For example, in the testing of lubricating oil for engines, main reducers of trucks, and track drive systems, the PQ100 can make judgments based on the reasonable, cautionary, and warning ranges of the PQ index for different equipment, ensuring that the equipment is in good operating condition and thus guaranteeing product quality.
The PQ100 is equipped with an advanced data management system that can store the test results on a USB flash drive and support multiple data format exports. This makes the test data easier to manage and analyze. During the process of product quality supervision, by comparing and analyzing historical data, changes in product quality trends can be discovered, providing strong support for product quality improvement.
In the training at the Sichuan Chengdu Product Quality Supervision and Inspection Institute, the PQ100 is widely used as an important testing instrument. Through training, testing personnel can master the operation methods and data analysis skills of the PQ100, improving their testing level and product quality supervision capabilities. At the same time, the application of the PQ100 also provides more scientific and accurate testing methods for product quality supervision.
The PQL ferromagnetic index meter PQ100, with its efficient and accurate testing capabilities, plays a significant role in product quality supervision. In the training and application at the Sichuan Chengdu Product Quality Supervision and Inspection Institute, the PQ100 not only improves the professional level of testing personnel but also provides more reliable technical support for product quality supervision. In the future, with the continuous progress of PQ100 technology and the expansion of application fields, it will play an even more important role in product quality supervision.
