CJT688TGEI

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CJT688TGEI stands for Comprehensive Joint Test System for 6/8 Locomotive Gearbox Experiment Interface, which is a comprehensive system used for testing the performance of 6/8 locomotives\' gearboxes. This system integrates functions of various laboratory equipments for testing gearbox performance, including motor speed detection, vibration, noise division tests, vibration testing, and torque measurement. The system has been extensively used in the testing and development of locomotives’ gearboxes in many countries.

The CJT688TGEI incorporates a number of updated and sophisticated technology modules. It can quickly detect the value of load, rotation speed of motor, current, speed, acceleration, torque, stator vibration, rotor vibration, noise, bearing pressure, wear, position, etc. of a gearbox. All the technologies used in the system are capable of providing accurate test results, enabling users to accurately evaluate the performance of a gearbox with a comprehensive assessment.

The CJT688TGEI is mainly used for research and development and site experiments of gearbox. It primarily tests the dynamic characteristics of gearbox, such as acceleration, torsional vibration and noise. Moreover, it can also be used for various experiments on a detailed level. These experiments include temperature measurement, strain and vibration measurement, triaxial test, and load test.

The CJT688TGEI system works on the principle of computing the acceleration, displacement, and velocity of a gearbox from information collected from various sensors. First, the sensors measure the motion of the gearbox, which includes the angular velocity of the gearbox, the torque, and the torque variation. Then, using the measured data, the system can compute the acceleration, displacement, and velocity of the gearbox.

The CJT688TGEI is suitable for various industrial applications. It can be used to test the reliability, efficiency, and safety of a gearbox. It is well suited for tests such as load capacity test, vibration test, noise test, temperature test, and wear test. Further, it can also be used for research and development, and analyzing the problems of gearbox failure.

The CJT688TGEI system is easy to install and integrate with existing laboratory equipment. It supports real-time mode acquisition and allows flexible configuration of experiment signal modules. In addition, it has comprehensive and user-friendly interface, which makes it easy to operate. Also, it can be used for long time data collection and experiments continuously, successfully reducing testing costs for users.

In conclusion, the CJT688TGEI is an advanced, comprehensive system for the testing and development of 6/8 locomotives’ gearboxes. It incorporates a wide range of sophisticated technology modules and is suitable for various industrial applications. It can be used for research and development of gearbox, and testing of performance such as vibration, noise, wear, and load tests. The use of CJT688TGEI can ensure efficient, accurate, and safe tests of gearbox performance.

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