Equipment parameters 1,The working environment: 1) temperature: -10 ℃ ~ +40 ℃ 2) relative humidity: ≤ 90% (+20 ℃) 4)Clean air, no corrosive and explosive gases, no conductive and can damage the insulation of the dust 2,Equipment weight: 60kg 3,Dimensions:L×W×H=1000mm×750mm×1000mm
Equipment Overview
HR-QC14 Continuously Variable Transmission Dissecting Bench is made on the basis of CVT assembly, which includes: pulley assembly, steel belt, hydraulic control valve, sub-transmission, main reducer, differential and so on. And additional teaching aids: drive motor, movable frame, supporting frame instruction manual.
The equipment is suitable for undergraduate colleges and universities, colleges and universities, vocational colleges and technical colleges and universities and other automobile maintenance professional classroom teaching, skills training and practical training assessment needs. Teachers through the use of the equipment for CVT-related practical training projects classroom teaching, skills training and practical training assessment, can allow students to faster master the CVT structure and control principles, accelerate the understanding of students on the CVT, belong to the teaching of automotive maintenance specialties to help the most ideal auxiliary understanding of the equipment.
Through the study of the equipment, students can master the following skills:
1, can master the overall structure and principle of CVT;
2, can master the role and principle of the various components of the CVT
3, can master the stepless transmission of the various components of the operating state;
4, to be able to master the state of gear meshing of different gears of the continuously variable transmission
Practical training program
CVT practical training notes of learning;
CVT as a whole and parts cognitive learning;
Learning the role of the main components of the CVT;
The study of the role and principle of the CVT pulley assembly.
The study of the role and principle of CVT shift control mechanism;
The study of the role and principles of CVT shift hydraulic control valves;
The study of CVT power transmission in different gears;
The study of CVT hydraulic control system;
Contact: Gustavo Zhang
Phone: +86 18966252578
Tel: +86-577-67318236
Email: Gustavo@hengrytech.com
Add: Yongjia county, wenzhou city, zhejiang province ou the five-star industrial zone north street