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Intelligent data collection system hydraulic high -pressure training device
Release Time : 2024-04-13 View Count : 次
Intelligent data collection system hydraulic high -pressure tr--ning device,Wind power generation system principle experimental device
The intelligent data acquisition system hydraulic experiment platform has a development and test analysis system. Through the traffic, pressure, power, speed, time, temperature, computer human machine screen-computer intelligent data collection, analysis, processing,-automatic production report, curve, etc. After a series of intelligent actions, all kinds of conventional hydraulic circuits and dynamic static testing of various types of valve pumps are completed. Through experiments, the performance testing, intelligent control, remote control, and communication technologies of hydraulic systems and computers of the hydraulic system can be mastered and improved.

Intelligent data collection system hydraulic high -pressure tr--ning device,Wind power generation system principle experimental device
The intelligent data acquisition system hydraulic experiment platform has a development and test analysis system. Through the traffic, pressure, power, speed, time, temperature, computer human machine screen-computer intelligent data collection, analysis, processing,-automatic production report, curve, etc. After a series of intelligent actions, all kinds of conventional hydraulic circuits and dynamic static testing of various types of valve pumps are completed. Through experiments, the performance testing, intelligent control, remote control, and communication technologies of hydraulic systems and computers of the hydraulic system can be mastered and improved.
1 Technical requirements for some hydraulic pumping stations
① It is composed of a manual variable plunger pump (for the amount pump to facilitate the adjustment of the flow of flow) and a limited voltage variable variable blade pump, and set an independent hydraulic circuit respectively.
② Manual variable plunger pump ** flow of 80ml/r, rated pressure 20MPa, with a 6 -level motor 30kW; limited voltage variable pump (leaf pump) displacement of 20ml/R, rated pressure 12MPa, 4.5kW with 4 pole motors.
③ The fuel tank: the nominal volume is greater than 200L; the liquid level, the oil temperature indicator, the oil absorption, the oil return oil filter, the safety valve (separate), set the oil return port, out of the oil port, a liquid surface (liquid surface (liquid surface (liquid surface (liquid surface (liquid surface The above fuel tank).
④ The selection of pumping system pipeline design and hydraulic elements and auxiliary parts must meet the work pressure and traffic of the circuit.
⑤ Measure the output power of the motor (input power of the oil pump) method: the input power of the motor measured, with the motor's transmission efficiency curve chart (provided by the motor manufacturer) to calculate the output power of the motor (input power of the oil pump), the motor and the oil pump direct connection Essence

Intelligent data collection system hydraulic high -pressure tr--ning device,Wind power generation system principle experimental device
1. System summary
Wind power generation teaching experiment system is composed of seven units systems for power generation unit, charging unit, power storage unit, inverter module, control unit, carrier unit, and display unit. The research and tr--ning and teaching of universities and graduate students based on wind power -based subjects.
Characteristics
The system experimental platform integrates indoor temperature/humidity meter, and the wind speed measurement system makes users operate more intuitive.
The system adopts digital DSP technology to fully manage the battery filling and discharge power.
The system panel uses intuitive digital instruments and liquid crystal display, allowing users to understand the system working status in real time.
The power supply on the system can provide users with AC 110V/220V pure sine wave AC power.
Wind power generation teaching experiment system can allow tr--ning students to disassemble and move themselves, use simple, energy -saving and environmental protection, and pollution -free.
Increase the principle of distributed power generation and experimental modules, so that students will increase their understanding of new knowledge
2. System operation technical conditions
1. Wind system
Wind wheel diameter: 1.65 (m)
Start wind speed: 1.5 (m/s)
The rated wind speed: 12 (m/s)
Safety wind speed: 35 (m/s)
Work form: upper -style permanent magnet synchronous generator
Wind leaves rotation direction: clockwise
Number of wind leaves: 3 (film)
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