SL-QDH01 crank (guide rod) slider mechanism test bench

Main technical parameters
①DC motor power
②Speed regulation range~
③Linear displacement sensor
④Stepless speed regulation
⑤Grating encoder pulse/ Turn
⑥Adjustable range of crank length~
Adjustable range of guide rod length~
Adjustable range of connecting rod length~
Slider eccentricity~
⑦Can be assembled Mechanism type
⑧Outline dimensions
⑨Weight.
⒉Basic configuration
①The structure is a cabinet-type experimental bench frame
②DC motor and belt transmission device
③The experimental mechanism composed of crank guide rod connecting rod and slider and Its symmetrical mechanism
④Stepless speed regulation module
⑤One linear displacement sensor
⑥Two grating sensors
⑦One test control box
⑧A set of supporting test analysis software
⑨A set of random tools
Experimental content
①Virtual design of crank slider mechanism, crank guide rod slider mechanism and assembly of physical mechanism
②Crank motion detection, slider motion Comparative analysis of simulation and actual measurement
③ Frame vibration detection and symmetric and asymmetric mechanism balance experiments
④ Virtual analysis of the motion trajectory of the connecting rod upper point.
Performance features
① Can carry out simple assembly of crank slider mechanism and bullhead planer mechanism
And perform motion detection and simulation of crank and slider
②The length and slide of all rod components The eccentricity of the block can be adjusted steplessly
③The experimental mechanism is equipped with a symmetrical mechanism, which can test and analyze the balance performance of the symmetrical mechanism and the asymmetrical mechanism.
④The detection system integrates data collection and motor adjustment and control
⑤The test system adopts an advanced single-chip microcomputer system and communicates through serial ports. The test data has high accuracy, speed, and stability
⑥The DC motor can be driven Stepless speed adjustment to meet the different motion requirements of experimental institutions
⑦⑥The test analysis software is equipped with an experimental teaching interface to facilitate students to conduct experiments by themselves and adapt to the needs of open experimental teaching.
⑧The upper-layer software of the system is open source code to users, which facilitates users to develop the software for the second time
⑨The experimental platform uses channel steel as the main structure, and the experimental mechanism and transmission parts are assembled on the platform .
Shape and surface treatment
① Beautiful appearance and strong sense of reality
② Fine processing of moving components
③ Chrome plating on the exposed surface of main components and other components with anti-rust treatment and plastic spraying on the surface