Pouring mold design training device

Pouring mold design tr--ning device,Motor Drag and Electrical Control Technology Experimental Design

I. Overview

The company develops and develops multimedia comprehensive experimental equipment integrating design, testing, and innovation. It is suitable for courses such as "Polymoding mold design and manufacturing" and "Summary Design and Application of Modeling". "Puffing Mold Design and Manufacturing" is a m--n professional technical course for mold design and manufacturing. This course is guided by the Division of the Ministry of Education's "Several Opinions on Strengthening the Tr--ning of Higher Vocational Talents" and other documents for the tr--ning of higher vocational college talents. With the ability to cultivate students' ability to engage in stamping mold design and manufacturing work, the principle of stamping forming processing, stamping equipment, stamping process, and molding design and molding manufacturing are organically fused. The formation of forming, forming process design and mold design. Focusing on the design and manufacturing of typical punch (t--loring, bending, and deep models), the design and manufacturing of multi -station -level modeling in moderation is moderately introduced. The experimental device uses the function and principles of the molding mold software with a multimedia software with a computer animation voice, and is also matched with the physical mold model; Keyuan multimedia software cont--ns 32 stamping mold animation content; the experimental device uses 32 models and 32 explanatory module plates for Use; models and module boards can be replaced with the content of the curriculum.

2. Product characteristics

1. Pouring mold showing a P4 computer host, one 17 -inch display, one mouse, and one keyboard.

2. Use stamping mold to design multimedia software interface, use animation to vividly demonstrate the function and principles of the mold structure, and use voice to expl--n various mold science to realize the close combination of theory and reality.

3. Use the module board text chart to expl--n the file, guide students to independently analyze the structure and movement of the mold, and cultivate the ability to read the diagram and analyze.

4. Use the physical mold model to let students understand the composition and structural principles of molds in depth, increase the content of students 'design and analysis courses, and cultivate students' innovative consciousness.

5. The experimental device uses 32 stamping mold models and 32 text chart boards, which introduces the functions and structures and functions of various plastic molds.

6. This device adopts a component structure to replace the text chart board and mold model. If you need to expand the function or develop new experiments, you only need to add text chart boards and models. It will never be eliminated.

Pouring mold design tr--ning device,Motor Drag and Electrical Control Technology Experimental Design

I. Overview

This experimental device is developed according to the needs of vocational education reform and development. The experimental device includes the power of the power drag system, the power drag of the AC and the DC motor, the commonly used low -voltage electrical appliances and the basic control circuit, the electrical control of the bridge crane and the design of the relay control system. The basic control line of the motor of the inverter, as well as the control of common machine tools. This experimental device is suitable for the skills tr--ning of courses such as "Motor and Drag the Foundation", "Factory Reveralete Control Control", "Plant Reveralete Control Control", "Principles and Application Technology", and "Variable Speed Metering Technology".

2. Device characteristics

1. Adopt a pendant structure, combined with flexible and can be used to change the experimental component to increase the experimental content, which is convenient for secondary development and functional expansion.

2. The experimental device consists of a power control screen, experimental table, experimental component, motor, motor r--l, and experimental wires.

3. For electrical control experiment projects based on PLC and frequency frequency, the operating state of communication monitoring experimental devices with MCGS configuration software can be combined with MCGS configuration software, which is closer to the industrial site.

4. The experimental device cont--ns some motor tests and experimental items dragging and controlled by all motors, enabling students to understand basic theoretical knowledge and proficient in operating skills.

3. Technical performance

1. Enter power supply: three -phase and four lines (or three -phase and five lines) ~ 380V ± 10%50Hz

2. Working environment: temperature -10 ℃ ～+40 ℃ relative humidity <85%(25 ℃) altitude <4000m

3. Device capacity: ≤1.5kva

4. Weight: 380kg

5. Style size: 1800cm × 80cm × 160cm