SL-DHT01 crank guide-slider and cam mechanism test bench

An experiment content
The physical assembly of the crank slider crank guide rod slider mechanism cam mechanism.
Detect the displacement velocity and acceleration of the slider. And display the change curve in real time.
Detect the speed, acceleration and angular velocity of the cam. And display the change curve in real time
Analysis of the motion trajectory of the connecting rod point
Two main technical parameters
Power supply/
DC gear reducer motor power
Cam base circle Radius, maximum lift, roller radius
Crank swing angle, adjustable crank length, adjustable guide rod length, adjustable connecting rod length, maximum slider stroke
Grating angular displacement sensor line
Appearance dimensions
Motor speed range/
One set of random tools and accessories
Three performance characteristics
Can be used to modify the crank slider mechanism and the crank guide rod slider mechanism cam mechanism Assemble.
Compare the performance differences between the crank slider mechanism and the crank guide slider mechanism.
The motion of the linear driven driven rod cam mechanism of various motion patterns (kinds) can be compared.
The length of all rod components and the eccentricity of the slider can be adjusted steplessly. Analyze the impact of changes in this parameter on the motion characteristics of the mechanism.
The detection system integrates data collection and motor adjustment control. The detection system adopts an advanced single-chip microcomputer system and uses serial port communication to ensure high accuracy, speed, and stability of test data.
The supporting software of the system is developed for the platform. It is rich in content, including experimental video, experimental platform introduction mechanism, virtual design mechanism, virtual motion mechanism, motion detection mechanism, motion simulation experiment result analysis, etc. It has the characteristics of comprehensive openness.
The driving DC motor can perform stepless speed adjustment to meet the different motion requirements of the experimental mechanism.