Modular production line training device

product description:

 

The tr--ning device is the most typical of electromechanical integration and automation products. It is developed for vocational colleges, education and tr--ning institutions, etc. It is suitable for mechanical manufacturing and automation, electromechanical integration, electrical engineering and automation, control, control Teaching and tr--ning of related majors such as engineering, measurement and control technology, computer control, and automation control. It is close to the construction of industrial manufacturing on the basis of the industrial manufacturing site. Dual tr--ning teaching has been specially designed to strengthen various control and engineering practical capabilities.

The system includes pneumatic, motor -driven and control in electromechanical integration, control and control, inverter, touch screens, and other control technologies. It is suitable for relevant professional students to conduct tr--ning in engineering practice, curriculum design and engineering and technical personnel of the first position.

 

Technical Parameters:

 

1. Input power supply: single -phase three -line AC220V ± 10% 50Hz 50Hz

2. Working environment: The environmental temperature range is -5 ° C ~+40 ° C relative humidity <85%(25 ° C) altitude <4000m

3. Device capacity: <1.5kva

4. Device appearance size: 410cm*180cm*150cm

5. Single station workbench: 880mm*470mm*1500mm

 

Tr--ning project:

 

1. Understand the application of sensors

2. Observe the application of pneumatic elements

3. Master PLC control technology

The device is m--nly set up for comprehensive experiments of mechanical design in mechanical basic laboratories. The mechanical performance experimental project is limited to understanding a cert--n part of the function of a specific mechanical transmission, so it cannot allow students to fully understand the changes and connections of mechanical performance parameters in actual mechanical systems, and cannot allow students to produce the overall design and performance of the mechanical system. Comprehensive and innovative thinking. From a system perspective, understanding the function and design principles of mechanical transmission and connection has become the trend of the development of this type of experiment. The experimental table takes this purpose as the design idea. Through a combination of multi -load mechanical system, it shows students the process of changing mechanical performance parameters of typical mechanical structures with the actual work conditions. platform. At the same time, the experimental desk provides an important method for the expression of advanced testing technology and computer analysis technology, providing an important method for enlightening students' thinking.

The experimental system has been developed on the basis of previous traditional authentic experiments:

1. Dive transmission experiment;

2. Line dynamic pressure sliding bearing;

3. The bolt group connection;

4. Ch--n transmission speed fluctuation effect;

5. Dynamic speed fluctuation adjustment;

6. Dynamic transformation of the carrier bolt connection experiment.

This experimental system can not only complete a cert--n experiment alone, but also complete several experiments at the same time. The overall structure adopts a mobile cabinet type, which is convenient for the entire device's indoor layout and can greatly save the experimental space and time.

The mechanical system of the experimental desk is installed on the tablet of the experimental table. One of the horizontally moving DC motors is used as a system drive, and the load and the subsequent multi -stage transmission are driven through the first -stage belt transmission. Another level of transmission can be installed with or ch--n transmission (using the drive -load device) to add manipulation components in the middle -electromagnetic clutch, so as to fully broaden the design vision of students. Directly measured through the heavy sensor. In the entire experimental desk mechanical system, the first -level transmission is a flat -band drive. The second -level transmission can use triangular belt or ch--n movement. The transmission experiment can be loaded with industrial magnetic powder loaders. Therefore, this system is a multi -level load mode. , Multi -level transmission system.