Technical parameters: 
 A DC motor power: 125w/220v,; 
 2, the manner and extent of motor speed: stepless speed ,0-400 r / min.; 
 Crank length adjustable range: 20 ~ 60mm; the length of the guide rod adjustable range: 50 ~ 150mm; connecting rod length adjustable range: 50 ~ 220mm; rocker length adjustable range: 50 ~ 150mm; 
 4, the angular displacement sensor: 1000 gate / turn 
 Dimensions: 700 × 480 × 420; 
 6, Weight: 47kg 
 Basic configuration: 
 1, the motor: 1 set 
 2, the angular displacement sensor 2; 
 3, the control system 1 set 
 4, 1 set of instructional software 
 5 random a set of tools 
 The experiment: 
 1, the basic planar mechanism design and kinematics, dynamics analysis 
 Experimental projects: 
 1, four institutions, the virtual design of the crank (guide) rocker mechanism and physical bodies to fight (can be assembled to the crank-rocker mechanism, double-crank mechanism, double-rocker mechanism, crank guide institutions); 
 2, crank motion detection, rocker motion simulation and measured contrast analysis; 
 3, the rack vibration detection and institutional balance experiments; 
 4, the connecting rod movement plane trajectory point to map the virtual analysis. 
 Features: 
 An all pole member length can be adjusted steplessly; 
 Experimental body configuration symmetric bodies, the bodies of test analysis of symmetric and asymmetric bodies balance performance. 
 3, the detection system of data acquisition and motor adjustment control in one; 
 4 test system to the serial communication, test data accuracy, speed, and stability; 
 5, the drive DC motor stepless speed regulation, requirements of different sports to meet the experimental institutions; 
 6, the test analysis software set up experimental teaching interface, facilitate students hands-on experiment, to meet the needs of the experimental teaching; train student mechatronics design concepts