Industrial hydraulic transmission comprehensive experimental device

Industrial hydraulic transmission comprehensive experimental device,Advanced photovolt--c power generation experimental device

The industrial hydraulic comprehensive experimental desk is a experimental designed based on the characteristics of modern teaching and the required for the teaching outline of the hydraulic transmission course. It adopts advanced Loser's hydraulic elements and unique modularization, forming a convenient system combination of insertion to meet the experimental teaching requirements of students from colleges, secondary majors, and vocational technical schools. Handling, design and comprehensive application ability improved and strengthened the purpose of students' innovative design ability.

1. M--n features:

1. The system uses standard industrial hydraulic components, which is safe and reliable and close to industrialization.

2. Fast and reliable connection methods, special sealing interfaces, ensure that the experimental assembly is convenient and fast, disassembled without oil leakage, and clean.

3. Accurate measuring instrument, convenient measurement method, simple use, accurate and reliable measurement.

4. Use compilation controller (PLC) to communicate with microcomputer to achieve electrical automation control, online programming monitoring and fault detection.

① Basic circuit experiment of hydraulic transmission:

1. Pressure circuit of overflow valve

2. The decompression circuit of the pressure decompression valve

3. The load load load on the directional valve

4. The load -loading circuit of the pilot overflow valve

5. Slotting valve inlet oil inlet Small speed adjustment circuit

6. Slotting valve return oil -reinforcement speed adjustment circuit

7.

8.

9. Slotting valve transformer swing speed adjustment circuit

Industrial hydraulic transmission comprehensive experimental device,Advanced photovolt--c power generation experimental device

The equipment consists of five parts: light source simulation tracking device, light source simulation tracking control system, energy conversion control storage system, separation load load system, and monitoring system. Each functional part is connected through communication cables and connection cables And design, install, and debug the equipment used by solar photovolt--c power generation factories.

1. Light source simulation tracking device

The light source simulation tracking device and control system consist of the light source simulation tracking device and the light source simulation tracking control system. The system is composed of solar cell components, simulation solar lamps, solar simulation chasing d--ly tracking sensors, solar panel two -dimensional motion mechanism, DC motor, reducer, GE programmable controller, buttons, and relay and other low -voltage electrical appliances.

Technical Parameters:

Solar battery specifications: 20W/18V*4

Introduction to light source power: 300W*3

Tracking method: single axis, pitch 180 °

Tracking accuracy: <± 1.5 °

D--ly tracking driver power consumption: <1W (work according to the intensity of light)

Working voltage: DC24V

Wind resistance level: level 10

Mechanical life:> 25 years