BR-JXD-B Mechanical System Comprehensive Training Device

summary
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 multiple types of sensors and data acquisition software, the collected data is displayed on the industrial touch screen computer on the cantilever control box. 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 junior colleges).
Composition modules: 1) Prannie brake module 2) Motor module 3) Shaft and coupling module 4) Belt transmission module 5) Chain transmission module 6) Gear transmission module 7) Lubrication module 8) Bearing module 9) Sealing gasket and ring module 10) Clutch and brake module 11) Ball screw and linear bearing module 12) Linkage mechanism module 13) Sensor data acquisition module
Sensor configuration: 1) Speed sensor 2) Linear displacement sensor 3) Dynamometer sensor 4) Torque sensor 5) Vibration sensor
Purpose and significance of the experiment
1) Through experiments, dry mechanical concepts are intuitively reflected through the operation of entities.
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 will learn and master the use of mechanical processing card measuring tools, as well as acquire relevant knowledge of size and positional tolerance measurement such as length measurement and angle measurement.
5) Enable learners to master the application of sensors in mechanical systems through experiments

Experimental content
Pranny brake module
Motor module
Shaft and coupling module
Belt transmission module
Chain transmission module
Gear transmission module
Lubrication module
Bearing module
Sealing gasket and sealing ring module
Clutch and brake module
Ball screw and linear bearing module
Linkage module
Sensor data acquisition module
Disassembly and assembly of reducer
Belt transmission system overlap
Chain transmission system overlap
Overlapping of gear transmission system
Lapping of crank slider mechanism
Combination overlap

Function and Features
1) Cantilever control box design, industrial grade touch screen computer operation control.
2) It has leakage voltage/current protection, safety grating protection, and complies with national standards.
3) Comparison and analysis of various transmission types to fully understand the characteristics and application scope of different transmission types.
4) After the completion of the shaft system overlap, experience the installation related issues through actual operation.
5) Collect and display parameter data such as speed, torque, linear displacement, torque, vibration, etc., and calculate transmission ratio and efficiency.

Main technical parameters of the system
1) Power supply: AC220V 50HZ
2) Working environment: Temperature -30 ℃~+40 ℃, relative humidity ≤ 80% (25 ℃)
3) Motor: stepper motor, output torque 12N. m, speed 600rmp
4) External dimensions: 2260x800x2000mm
5) Weight: approximately 400Kg