Multifunctional mechanical-electrical integration teaching equipment system

Abstract

The invention provides a multifunctional mechanical-electrical integration teaching equipment system, which comprises a transformer, a low-voltage distribution cabinet, a line inspection unit, a wiring operation platform, a circuit protection device, a PLC, an automation simulation unit and a mechanical unit, and is characterized in that the transformer is connected with the low-voltage distribution cabinet through a cable and controls the power supply voltage to be appropriate for teaching equipment; the line inspection unit is connected with the low-voltage distribution cabinet and plays a role of monitoring connecting circuits; the wiring operation platform is connected to the lower part of the low-voltage distribution cabinet; the circuit protection device is connected to the lower parts of the transformer and the low-voltage distribution cabinet; the PLC is connected with the automation simulation unit; and the mechanical unit is connected between the low-voltage distribution cabinet and the PLC. The circuit protection device, the automation simulation unit and the wiring operation platform of the system realize diversification in use function of the teaching equipment, the equipment utilization ratio is improved, the security level is high, the operation is convenient, and good teaching effects are provided.

Description

technical field [0001] The invention belongs to the technical field of teaching equipment systems, and in particular relates to a multifunctional mechatronics teaching equipment system. Background technique [0002] The power secondary system refers to the information system that controls, monitors and manages the power primary equipment, generally including power monitoring system, power dispatching operation management system, power communication and data network, etc. With the construction and development of the smart grid, the function, form, deployment architecture and implementation technology of the power secondary system have also undergone significant changes, mainly manifested in: the degree of integration is strengthened, that is, various business systems are deployed on the bus in the form of services , for service requesters to call; the deployment architecture is loosely coupled to maintain the independence of each business module (or service); the implementati...

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Problems solved by technology

[0005] In order to solve the above technical problems, the purpose of this case is to provide a multi-functional electromechanical integration teaching equipment system, which aims to solve the existing teaching equipment system with single system function, low equipment utilization rate, low safety factor, and inconvenient operation. , the problem of unsatisfactory teaching and learning effects, a multifunctional mechatronics teaching equipment system, including transformers, low-voltage power distribution cabinets, line inspection units, wiring operation platforms, circuit protection devices, PLC, automation simulation units and mechanical units, The transformer is connected to the low-voltage power distribution cabinet through a cable to control the appropriate power supply voltage for the teaching equipment; the line inspection unit is connected to the low-voltage power distribution cabinet to monitor the connection circuit; the wiring operation platform is connected to In the lower part of the low-voltage power distribution cabinet, students are allowed to practice wiring operations; the circuit protection device is connected to the lower part of the transformer and the low-voltage power distribution cabinet; the PLC is connected to the automatic simulation unit, which is convenient to provide a variety of simulation programs to help students practice and consolidation; the mechanical unit is connected between the low-voltage power distribution cabinet and the PLC to realize automatic control of the mechanical unit

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