GL5000 Sensor training platform 

Ⅰ、Overview

The GL5000 sensor training platform is a new modular mature product launched by our company based on the advantages of various sensor technology test benches to meet the needs of different categories and levels of majors. The GL5000 sensor training platform should be used in the experimental teaching of courses such as "sensor principle", "automatic detection technology", "non-electrical quantity electrical measurement technology", "industrial automation instrumentation and control", and "mechanical quantity electrical measurement" offered by undergraduate colleges.

This sensor training platform is an innovative open experimental platform based on modularization. Most of them are industrial structures. Compared with other models, it is closer to industrial applications, which is convenient for students to cultivate basic operating skills and hands-on ability, and improve students' practical application level.

Ⅱ、Application courses

Sensor principle, non-electrical quantity detection technology, optoelectronic testing technology, mechatronics, electrical automation, engineering testing technology, process control and regulation technology, single-chip microcomputer, and embedded technology application.

Ⅲ、Experimental projects

 1. Single-arm bridge performance experiment of metal foil strain gauge

 2. Half-bridge performance experiment of metal foil strain gauge

 3. Full-bridge performance experiment of metal foil strain gauge

 4. Comparison experiment of single-arm, half-bridge and full-bridge performance of metal foil strain gauge

 5. Experiment on the effect of temperature on silicon semiconductor strain of metal foil strain gauge

 6. Application of DC full bridge - electronic scale experiment

 7. Application of AC full bridge - vibration measurement experiment

 8. Pressure measurement experiment of diffused silicon piezoresistive pressure sensor

 9. Performance experiment of differential transformer

10.Experiment on the effect of excitation frequency on the characteristics of differential transformer

 11. Zero-point residual voltage compensation experiment of differential transformer

 12. Application of differential transformer - vibration measurement experiment

 13. Displacement characteristic experiment of capacitive sensor

 14. Dynamic characteristic experiment of capacitive sensor

 15. Displacement characteristic experiment of Hall sensor under DC excitation

 16. AC excitation =Hall sensor displacement characteristic experiment

 17. Hall speed measurement experiment

 18. Magnetoelectric speed sensor speed measurement experiment

 19. Earthquake measurement using magnetoelectric principle

 20. Piezoelectric sensor vibration measurement experiment

 21. Eddy current sensor displacement characteristic experiment

 22.Influence of measured body material on eddy current sensor characteristics experiment

 23. Influence of measured body area size on eddy current sensor characteristics experiment

 24. Eddy current sensor vibration measurement experiment

 25. Eddy current sensor speed measurement experiment

 26. Displacement characteristic experiment of optical fiber sensor

 27. Optical fiber sensor vibration measurement experiment

 28. Speed measurement experiment of photoelectric speed sensor

 29. Other solutions for speed measurement using photoelectric sensor

 30. Temperature characteristic experiment of integrated temperature sensor

 31. Platinum resistor temperature characteristic experiment

 32. Copper resistor temperature characteristic experiment

 33. K-type thermocouple temperature measurement experiment

 34. E and J type thermocouple temperature measurement experiment

 35. Thermocouple cold end temperature compensation experiment

 36. Principle experiment of gas sensor sensitive to alcohol

 37. Humidity sensor experiment

 38. Data acquisition and analysis experiment

 39. Data acquisition and analysis experiment at both ends

 40. Data acquisition system experiment (static example)

 41. Data acquisition system experiment (dynamic example)

 42. Software calibration experiment

 43. Virtual oscilloscope experiment

 44. Spectrum analysis experiment

 45. Multifunctional rotor experiment

 46. Single-step acquisition experiment

 47. Timing acquisition experiment

 48. Bidirectional reset acquisition experiment

 49. Ring belt comprehensive measurement and control experiment

 50. Conveyor line transmission speed measurement: Use the beam infrared sensor to measure the number of workpieces on the conveyor line

 51. Product counting experiment: Use the reflection effect of infrared sensors. When objects pass through them, they will generate electric pulses, which will Pulse counting can complete the product counting experiment

 52. Liquid level flow measurement and control experiment

 53. Color recognition: Use the matching color recognition sensor to judge the color of the object

 54. Environmental condition monitoring experiment

 55. Sensor independent design experiment

 56. Data acquisition experiment

57. Single-step sampling, timed single-step, two-way single-step, low-frequency scanning, high-frequency scanning and other methods can be used to select and edit experimental projects, collect data, access and print data files, and display and print characteristic curves

 58. Software and hardware provide dynamic link library functions to complete the data collection of the host computer, realize the interface with other detection equipment, and develop detection control programs by themselves

 59. Intelligent sensor detection microsystem design

 60. Intelligent sensor detection object mathematical model experiment

 61. Actual detection and calculation of engineering models

 62. Actual detection and conversion of engineering models

Synchronous PC version:

 GL5000 Sensor training platform     https://www.biisun.com/home/category/detail/id/124.html