Innovative Design of BR-JXD Mechanical System Overlap Assembly Training Experimental Platform (New)

Overview:
This equipment is manufactured with a new concept of mechanical foundation innovation, teaching, experimentation, and training, utilizing modular and ergonomic design theories, and high-precision manufacturing technology. Equipped with multimedia simulation experimental teaching software, it is an essential experimental equipment for learners to consolidate their mechanical foundation theory and train them to master practical operational skills in mechanical installation, debugging, and measurement (suitable for undergraduate and vocational colleges).
1、 Purpose and significance of the experiment
1) Through experiments, dry mechanical concepts are intuitively reflected through the operation of entities. Enable learners to gain interest in learning and consolidate theoretical concepts.
2) Through experiments, learners can establish clear concepts of mechanical assembly, installation adjustment, coaxiality, parallelism, and other geometric tolerances.
3) Obtain practical ability through experiments to analyze and evaluate the impact of systematic comprehensive errors such as machining errors and assembly errors on mechanical transmission performance.
4) Through experiments, learners can learn and master the use of mechanical work cards and measuring tools, as well as acquire relevant knowledge of dimension and positional tolerance measurement such as length measurement and angle measurement.
5) This device can be operated by 6-8 students on both sides, with orderly storage of parts for easy experimentation and management.
2、 Experimental content
Experiment (Tutorial) 1. Composition of Mechanical Transmission System
Experiment (Tutorial) 2. Installation and Measurement of Chain Connection
Experiment (Tutorial) 3. Installation of Power Transmission System
Experiment (Tutorial) 4. Installation and Adjustment of V-belt Transmission
Experiment (Tutorial) 5. Installation and Adjustment of Chain Drive
Experiment (Tutorial) 6. Installation and Adjustment of Spur Gear Transmission
Experiment (Tutorial) 7. Installation and Adjustment of Multi axis Transmission
Experiment (Tutorial) 8. Comparison and Analysis of Performance between Compliance with Standards and Processing of Differential Transmission Components
Experiment (Tutorial) 9. Lapping and Operation Analysis of Axial Force Transmission Parts
Experiment (Tutorial) 10. Lapping, Operation, and Analysis of the Working System of the crank and Rocker
Experiment (Tutorial) 11. Lapping, Operation, and Analysis of the Working System of the crank slider
Experiment (Tutorial) 12. Combination of Belt Drive and Gear Drive
Experiment (Tutorial) 13. Combination of Gear Transmission and Chain Transmission
Experiment (Tutorial) 14. Belt and Chain Transmission Combination
Experiment (Tutorial) 15. Combination of V-belt Transmission and crank slider Mechanism
Experiment (Tutorial) 16. Analysis of Chain Transmission and crank connecting rod Mechanism Combination
Experiment (Tutorial) 17. Testing and Analysis of Mechanism Motion Parameters Experiment
★ The device has added a remote communication protocol module, which can achieve:

Remote teaching function:
1) Real time teacher and student one-on-one remote teaching, remote communication function;
2) Manufacturers and equipment administrators provide real-time guidance on equipment operation and maintenance;
Laboratory management functions:
1) The equipment is equipped with a set of laboratory management system software and hardware, implementing a one person, one account mode for administrators. Through the mobile APP communication protocol, administrators with more than 10 people can manage the equipment at any distance, including recording (automatic start) and playback of the equipment operation process, as well as automatically starting the infrared alarm function when the equipment is turned off.
3、 Function and Features
1) This experimental platform is capable of conducting single axis installation analysis, connection and operation measurement of collinear and parallel axis systems, installation, measurement, and comparative analysis of belt transmission, chain transmission, gear transmission, and mechanical transmission systems. Comparison of simple characteristics under different rotational speeds and load conditions.
2) This experimental platform breaks through the traditional static concept of shaft system overlap. After the shaft system overlap is completed, the installation related issues are experienced through actual operation.
The experimental platform is a device that connects mechanical measurements of the same energy and establishes an intuitive concept of accuracy in the operating environment.
4) During the installation process, mastering the use of relevant industrial measuring tools can directly improve hands-on ability.
5) Comparison and analysis of various transmission types to fully understand the characteristics and application scope of different transmission types.
6) Equipped with a detailed experimental guidebook.
4、 Main technical parameters of the system
1. AC motor A: 220V, power 250w, 1440 rpm
2. AC motor B: 220V, power 60w, 0-300 rpm
3. Level (capable of measuring horizontal, vertical, and 45 degrees)
4. External dimensions: 2100 × seven hundred and eighty × 2050mm
5. Weight: approximately 400kg