ZOPJX-SSJ Stepping conveyor simulation experiment platform

Steps conveyor simulation device, conveyor simulation demonstration model students can grasp the basic requirements of mechanical system motion solutions and structural design through the analysis of the transmission scheme and structure of the device, and cultivate the design capacity of the mechanical system motion scheme.

Experimental project content:
1. Draw a simple diagram of the system mechanism motion
2. Understand the mechanical transmission scheme, the application of various parts in machinery and the basic structure of various machinery;
3. Through the analysis of the mechanical transmission scheme and structure, Master the basic requirements of mechanical motion scheme and structural design, and cultivate mechanical system motion scheme design capabilities, structural design capabilities and innovation awareness.
4. Analyze the characteristics of each mechanical transmission scheme and propose other schemes to achieve the same function.
5. Analyze the application of various mechanisms and component devices on equipment, and propose alternative solutions.
6. Analyze the forms of various typical structures through disassembly and assembly, and point out which structures are designed according to strength and which structures are designed according to structural requirements.
7. Design and draw the electrical diagram of the control system
. M*n technical features:
This stepping conveyor experimental device is suitable for mechanical design experimental teaching and has distinctive characteristics.
(1) It corresponds to the m*n content of the course, including various commonly used mechanisms and general mechanical parts;
(2) It has a practical engineering background and obvious use functions;
(3) It has good intuitiveness;
(4) The structural complexity is moderate , the transmission scheme and structure are novel. By analyzing the transmission scheme and structure of the device, students can master the basic requirements of mechanical system motion scheme and structural design, and cultivate mechanical system motion scheme design capabilities, structural design capabilities and innovation consciousness.
M*n configuration and technical parameters:
1. Motor: power N= 180 W, speed n= 1400 r/min
2. Power supply: 380V +20% 50Hz
3. Worm reducer: transmission ratio i=50, center distance a=50
4. Pulley reciprocating speed: 14 times/min
5. Workbench size: 900x155 (mm)
6. Overall dimensions: 1370 x450 x485 (mm)