Milling machine circuit experimental device

Milling machine circuit experimental device,Electric vehicle power battery and management system tr--ning desk

It is based on the original "ZRBS-X62W ** milling machine electrical skills tr--ning assessment device". connected together. Because the movement of the machine tool shows all the movement of the machine tool, the teaching is more vivid. This device is suitable for the tr--ning and assessment of the electrical part of the machine tools in the early, middle, and ** skills appr--sal of the m--ntenance of electricians (electricians).

1. Functional characteristics

1. X62W type ** milling machine semi -solid simulation model is referred to the design of the actual X62W type ** milling machine.

2. The operation of the electrical section of this set of installations can achieve the various movements of the X62W type ** milling machine. Protect;

3. All the contacts in the electrical line of the machine tool have corresponding test points on the panel of the device, which is convenient for students to detect the f--lure;

4. The voltage level of all motors on the semi -physical model is exactly the same as the actual machine tool;

5. The bed of the semi -real machine tool is cast, and the special mold is formed at one time. The roller screw drive, the hand wheel uses the actual machine tool component, which is close to the real machine;

6. Each component of the semi -physical machine tool adopts different colors. During tr--ning, students are easier to understand and accept;

7. The surface of the semi -physical machine tool activity r--l adopts a high -frequency quenching process, durable;

8. There are 32 switches in the fault box of the control screen. The corresponding fault point can be set by dialing the fault switch.

2. Technical performance

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

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

3. Device capacity: <1kva

4. Dimensions: 1410mm × 725mm × 1535mm

Milling machine circuit experimental device,Electric vehicle power battery and management system tr--ning desk

one. Product introduction

The original original pure electric vehicle power battery pack (including the BMS management system) is selected, the original car is installed and the original car control function is installed, and the original high -voltage power distribution box and the vehicle charger are installed.

True showing the connection control relationship, installation location and operating conditions of the core components of lithium iron phosphate power battery packs, the safety precautions of high -voltage system safety, and tr--nees the students' ability to analyze and deal with lithium iron phosphate power high -pressure battery f--lure.

It is suitable for teaching and m--ntenance tr--ning for new energy pure electric vehicle power battery management courses in various types of universities.

two. Features

1. The m--n components are installed on the tr--ning platform to ret--n the electrical connection method of the original car. It can be convenient to disassemble after power off. Tr--ning and disassembling wire beams and electrical appliances, master the m--n points of disassembly and safety protection of high -voltage system components.

2. The battery management system of the original car is composed of battery management controller and battery information collector and power battery sampling line;

3. The battery management controller ret--ns the original car function, such as charging discharge management, contactor control, power control, battery abnormal state alarm and protection, SOC/SOH computing, self -inspection, and communication functions;

4. The battery information collector ret--ns the original car function, such as battery voltage sampling, temperature sampling, battery balancing, abnormal detection of sampling lines, etc.;

5. Power battery sampling line ret--ns the function of the original car, such as connecting the battery management controller and the battery information collector to achieve communication and information exchange between the two.