Register
Sign in
About
Program
activities
Industry-Education Integration
Regular Activities
course
All Modules
Standard Programs
Flagship Courses
Resource
Textbook
Expert
News
Partner
Contact Us
CATECP HOME
About
Activities
Industry-Education Integration
Regular Activities
Course
All Modules
Standard Programs
Flagship Courses
Resource
Textbook
Expert
News
Partner
Contact
Register
Sign in
< [New Energy Vehicle Application and Maintenance] 1.Construction and Inspection of New Energy Vehicle Chassis
1.1 Master the basic knowledge of new energy vehicle chassis(Theory)
+
1.2 Identify the chassis system layout and features of new energy vehicles(Theory)
+
2.1 Structure, function, types of wheels(Theory)
+
2.2 Tire specifications and markings(Theory)
+
2.3 Common forms and causes of abnormal tire wear(Theory)
+
2.4 Wheel Removal and Installation(Theory)
+
2.4.1 Wheel and tire removal and mounting (practical)
+
2.5 Dynamic balancing of tires(Theory)
+
2.5.1 Specification of dynamic balancing of tires (practice)
+
2.6 Types, functions and principles of wheel alignment(Theory)
+
2.7 Procedure for wheel alignment(Theory)
+
2.7.1 Testing and adjustment of four-wheel alignment (practical)
+
3.1 Composition and working principle of steering system(Theory)
+
3.1.1 Routine maintenance checks of the steering system (practice)
+
3.2 Common Failure Analysis of Steering System(Theory)
+
3.2.1 Replacement of steering gear cross ties and ball joints (practice)
+
3.2 Motor temperature monitoring and fault diagnosis
+
3.3 Composition and working principle of electric power steering system(Theory)
+
3.3.1 Electric power steering with cross tie assembly replacement (practice)
+
3.3.2 Electric Power Steering (EPS) Indicator Light Always On Troubleshooting (practice)
+
4.1 Components, Types and Structures of Suspension Systems(Theory)
+
4.1.1 Routine inspection and maintenance of the suspension system (practice)
+
4.2 Structure and working principle of the shock absorber(Theory)
+
4.2.1 Replacement of shock absorber springs (practice)
+
4.3 Composition, working principle and overhaul method of electronically controlled susp
+
5.1 Overview of the braking system(Theory)
+
5.2 Wheel Brake Recognition (Theory)
+
5.2.1 Routine inspection and maintenance of brake systems (practical)
+
5.2.2 Measurement of Brake Disc Thickness and Rear Face Runout of Equipment (practice)
+
5.3 Recognition of vacuum boost systems(Theory)
+
5.3.1 Vacuum booster assembly repair and replacement(practical)
+
5.4 ABS system awareness(Theory)
+
5.4.1 Inspection and maintenance of ABS systems(practical)
+
5.5 ABS warning light always on troubleshooting(Theory)
+
5.6 Recognition of the brake pressure regulator(Theory)
+
5.6.1 Brake pressure regulator assembly replacement (practice)
+
5.7 Recognition of Electronic Parking Systems(Theory)
+
5.8 Troubleshooting EPB Warning Light Always On(Theory)
+
6.1 Functions, Types and Structures of Reducers(Theory)
+
6.2 Principle of operation of the speed reducer(Theory)
+
Please log in and play