New Energy Vehicle Electric Electronic Training Device

New Energy Vehicle Electric Electronic Tr--ning Device,Electrical and electrical control experimental device

Features:

1. Test component Voldemort characteristic curve.

2. Test the RC circuit capacitor charging and discharge process and the frequency response of the RC circuit.

3. Realize the inverse proportional computing circuit, the same -direction ratio computing circuit, and the reverse addition operation circuit.

4. Detect the amplification of the power of the op amp.

5. Pulse signals with frequency and duty -occupying ratio.

6. The digital signal is converted into analog signal, and the analog signal is converted into a digital signal.

7. Detect the relationship between simulation speed, water temperature, pressure sensor signal and --r conditioning operation.

8. Simulation of the working status of --r -conditioning electron fans under different water temperature and pressure conditions.

9. Simulation of the front light of the car under the transformation of the high beam and proximity under the light, the working state of the wiper.

10. Generate the adjustable frequency signal, simulate the stepping motor drive signal.

11. Use the adjustable frequency signal to control the ignition module.

12. The fuel injection signal pulse is wide and can be simulated.

13. Display the relationship between temperature and voltage of water temperature sensor and voltage.

14. Enter the signal to display an analog speed.

15. Send signals such as sine waves, square waves such as sine waves, square waves.

16. Provide+12V,+5V DC power supply, 1.2 ~ 35V can adjust DC power, 15V AC power supply.

17. Machinery tr--ning Safety Education Virtual Simulation Software: This software is developed based on Unity3D. The software uses the form of three -dimensional roaming. It can control the movement through the keyboard. Basic assessment of the protection design. During the experiment, the three -dimensional roaming screen uses arrows and footprint patterns to move to the experimental location. The circle around the mechanical object shows a working radius. The experimental process is accompanied by a three -dimensional robot dialog box reminder.

A. Mechanical safety distance experiment content includes a safe distance experiment to prevent the upper and lower limbs from touching the dangerous area (the height and opening of the two fences in the inside). After choosing to enter, the GB23821-2009 "Mechanical Security to prevent the upper and lower limbs from touching the dangerous area of the dangerous area. "Safety distance" requires that the error demonstration: After the experimental process is harmed by the working radius of the human body entering the mechanical object, the blood -colored picture and voice reminder receive mechanical damage, return to the original position and perform the next experiment. The final step is the correct practice.

New Energy Vehicle Electric Electronic Tr--ning Device,Electrical and electrical control experimental device

I. Overview

"Electrical and Electrical Technology Experimental Device" is a novel comprehensive experimental device designed by the company. Requirements on the outline of course experimental outlines such as electric contact control "and" factory electrical control ". It is particularly suitable for the update and reconstruction of the existing motor and electrical technology experimental equipment existing motors and electrical technology experimental equipment in colleges and universities. Graduate development of new experiments or conducting good experimental conditions for scientific research.

2. Features

1. Comprehensive strong This device integrates all experimental projects of motor and electrical courses in various domestic institutions.

2. Strong adaptability can meet the experimental teaching of the corresponding courses of various schools. The depth and breadth of the experiment can be flexibly adjusted as needed. The popularization and improvement can be organically combined according to the process of teaching. The device adopts a component structure to replace the convenience. If you need to expand the function or develop new experiments, you can just add a component and never eliminate it.

3. The whole set of strong support is complete from the instrument, special power supply, motor, and other experimental components to the experimental connection. The performance and specifications of the supporting components are closely combined with the needs of the experiment.

4. Strong intuitive experimental pendies adopt a separatist structure. The component panels are significant, the graphic line is clear, each pendant task is clear, and the operation and m--ntenance are convenient.

5. Scientific strong device occupies a small area, saves experimental rooms, and reduces infrastructure investment. The supporting small motors can be specially designed to simulate the characteristics and parameters of small and medium -sized motors; small motors consume power and save energy; experimental noise; experimental noise; Small, neat and beautiful, improving the experimental environment; electrical control experiments, rich content, and reasonable design. In addition to deepening theoretical knowledge, they also lay a good foundation for students The combination of intelligence and human -machine dialogue is closely combined with teaching experiments to configure to modernize the measurement measurement means; there is a timer and alarm recorder to provide a unified standard for the assessment of students' experimental skills.

6. Open strong control screen power supply isolation (floating ground design), and has a voltage leakage protection device and a current leakage leakage protection device to ensure the safety of the operator; all power output has monitoring and short -circuit protection. Convenient; each measuring instrument has a protective function. The whole set of devices are carefully designed, coupled with the quality of the reliable component and reliable process as the guarantee, and the product performance is excellent. All these have created conditions for open experiments, which is conducive to improving students' ability to analyze and solve problems.