主要规格及技术指标

数量：2台
Quantity: 2 units

技术参数
1. 集成PLC触摸屏一体机，配备不小于10英寸真彩液晶触摸屏，数据测量屏幕显示，全触摸式按键操作，预留远程控制升级接口。
2. 系统配备一键切换专用嵌入式实验测控软件。
3. 嵌入式伯努利实验测控软件，配备动态可视化全虚拟仿真人机交互动画界面，与硬件物理实验仪器实现虚实联动测控，具有流量压差全程自动校准和校准功能。
4. 变高程变直径有机玻璃实验管道，设有18个测压点，其中静压测压点12组，全压测压点6组。
5. 自循环供水系统：有机玻璃储水箱及恒压供水装置，动力采用防腐ABS全封闭防水绝缘安全壳水泵，功率45W，扬程2m，流量≥1500L/h。
6. 实验台：尺寸1500 mm×550 mm×800mm。
7. 压力测量系统：19管压力计，带滑动尺和校准镜。

Technical parameters
1. Integrated PLC touch screen integrated machine is equipped with no less than 10 inches true color LCD touch screen, data measurement screen display, full touch type touch type press, reserved remote control upgrade interface.
2. The system is equipped with one-button switch special embedded experimental measurement and control software.
3. Embedded Bernoulli experimental measurement and control software, equipped with dynamic visualization full virtual simulation human-computer interaction animation interface, virtual and real linkage measurement and control with hardware physical experimental instrument, with automatic calibration and calibration of full degree of flow pressure difference.
4. The plexiglass experimental pipeline with variable elevation and diameter is equipped with 18 measuring points, including 12 groups of static pressure measuring points and 6 groups of full pressure measuring points.
5, Self-circulation water supply system: plexiglass water storage tank and constant pressure water supply device, powered by anti-corrosion ABS fully closed waterproof insulation safety shell pump, power 45W, head 2m, flow more than 1500 L/h.
6, Experimental bench: size 1500 mm×550 mm×800mm.
7, Pressure measuring system: 19 tube manometer, with sliding rule and calibration mirror.

主要功能及特色

1. 具备触摸屏PLC操作及数据采集功能，嵌入式实验专用软件系统，实验内容多功能化，控制一体化。
2. 用于实验分析研究管道流量总扬程及压力管扬程沿程的变化规律，以及势能、压力能、动能和损失能之间的换算关系。
3. 验证流体恒流总流量的能量方程，分析能量方程的适用性。

1.With touch screen PLC operation and data acquisition functions, embedded experiment special software system, experiment content multi-function, control integration.
2.It is used for experimental analysis and research on the variation law of pipe flow total head and pressure pipe head along the way and the conversion relationship among potential energy, pressure energy, kinetic energy and loss energy.
3.Verify the energy equation of constant total flow of fluid and analyze the applicability of the energy equation.

主要附件及配置

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