Pump component anatomical model

Product Overview:

This pump component anatomical model is a teaching and training tool based on the core components of an engine's fuel supply system. It utilizes a real-object sectional design, color coding, and structural preservation process. Primarily used to visually demonstrate the internal structure, working principle, and oil circuit routing of various pumps, it is suitable for teaching demonstrations and skills training in automotive, internal combustion engine, and agricultural machinery fields.

Features:
1. The pump component assembly (with complete accessories) is dissected, with all parts present, comprehensively showcasing the assembly's internal and external structure.

2. Different colors are used for each section, clearly displaying the mechanical structure of the internal and external components and their assembly relationships.

3. The equipment base frame (with shock-absorbing pads) is made of 1.5mm cold-rolled steel sheet, stamped and coated. The shock-absorbing pads are secured to the base with M6*4 screws.

Practical Training Project:

I. Basic Training Information
Target Audience: Students majoring in automotive repair, internal combustion engine, and agricultural machinery repair in secondary/higher vocational schools; pre-job training for new employees of automotive repair companies.

II. Training Objectives

(I) Knowledge Objectives

(II) Skill Objectives

(III) Competency Objectives

III. Training Focus and Difficulties

1. Focus: Identification, assembly relationship, and working principle of the core components inside the pump element.

2. Difficulty: Understanding the dynamic process of oil suction and pressure in the pump element; analyzing the causes of failure based on anatomical structure.

IV. Training Content

Project 1: Training Preparation and Model Recognition (10 minutes)

Project 2: Identification and Pointing Out of Core Components of the Pump Element (20 minutes)

Project 3: Demonstration and Oral Explanation of the Working Principle of the Pump Element (25 minutes)

Project 4: Simulation and Analysis of Common Faults (20 minutes)

Project 5: Training Assessment and Recording (10 minutes)