Agricultural mechanical brake system anatomy training device

Agricultural mechanical brake system anatomy tr--ning device,Plate -type distillation tower tr--ning table

1. Functional characteristics

1. Based on a complete renovation 250 dragging mechanism (including frame, front and rear bridges, etc.), students can analyze the braking system through observation of the external structure of the system and conduct tr--ning descriptions. Working principle and its working process.

2. The mobile table uses high -intensity steel structure welding, and the surface is sprayed on the surface. The bottom of the mobile platform has a self -locking foot wheel device, which can be moved for convenient teaching.

3. Applicable to the theory and m--ntenance tr--ning needs of various schools, the teaching functions of the theory and m--ntenance tr--ning of brake systems in various schools, and fully meet the teaching functions such as the structure display, work simulation, and tr--ning tr--ning of the dragging mechanism.

This experimental equipment is complete, convenient, safe and reliable.

2. Technical specifications

Dimensions: about 2000 × 1400 × 1200mm (long × width × height)

External power supply: AC 220V ± 10% 50Hz

Work temperature: -40 ℃ ～+50 ℃

Color: white

Steel pipe: 50*50*3mm

Mobile foot wheel: 200*100mm

Agricultural mechanical brake system anatomy tr--ning device,Plate -type distillation tower tr--ning table

Device features:

1. The entire device is beautiful, the structure is reasonable, and the overall sense is strong, which can fully reflect the concept of modern experimental devices.

2. The equipment is a self -propelled frame structure, and the feet are installed to facilitate the disassembly m--ntenance and handling of the system, which reflects the perfectness of the entire device.

3. The m--n body, condenser, and storage tank are made of 304 st--nless steel. Each layer of sieve plate tower section can be removed with flanges. The process is fine and good.

4. The feeding solution and the tower kettle residue are changed to achieve the use of waste heat reuse. It reflects the full use of the concept of engineering.

5. Manual and automatic ways to accurately control the return ratio, which can achieve full return and partial return operations.

6. Use the clever design of the structure to control the tower liquid level to avoid dried heat heater.

7. Device design can be observed at 360 degrees to achieve comprehensive teaching and experiments.

Device function:

1. Understand the basic structure of the plate -type tower, the process of distillation equipment and the role of various parts, and observe the hydration conditions on the tower plate when working.

2. Learn to identify several operating status in the distilled tower, and analyze the impact of these operation status on the performance of the tower.

3. Understand the structure, process and operation of the single -pellet sieve plate single overflowing pipe tower.

4. The backflow ratio is automatically controlled.

5. The tower body is transparent and visible. You can observe the working status of each tower plate. Each tower is set on the side port to be used for temperature measurement and sampling.

6. The feeding can be exchanged with the tower liquid residue heat to achieve waste heat reuse.

7. Pipelines and rotor flowmeters in the experimental medium of experimental medium are clear and visible.

8. Integrated control of full touch, high stability data transmission, hardware encryption.