Pneumatic Teaching Experiment Equipment 5990SAOZ Laboratory Trainer

★1. Equipped with multiple control technologies covering hydraulic pneumatic technology, relay control technology, PLC automatic control technology, sensor application technology, upper computer configuration control technology, and electronic simulation control; the modular structure design makes it simple and convenient to set up experiments. Each pneumatic component is an independent module, equipped with a base plate for easy installation. During experiments, various experimental circuits can be freely built on general-purpose aluminum alloy profile plates. Operation is simple and quick; (This equipment must be able to realize software and hardware communication and real-time control functions)

★2. Provides a matching interactive pneumatic multimedia teaching resource package (not Festo software). It uses Flash and other animation formats to present simulated scenes, not VCD audio-visual materials and books. This product is a packaged multimedia resource package that runs on a computer, while also having strong interactivity and operability, creating a new teaching and learning model. The content covers fundamental aerodynamic theory, the composition of common aerodynamic systems, basic gas properties, fundamental principles of fluid mechanics, dynamic demonstration of Bernoulli’s equation, effective cross-sectional area (S-value), Cv-value, B.C-value, gas state parameters and equations, air humidity, dew point, and pressure. It includes relevant printed instruction manuals and multimedia resources (one set per training room).

3. Main Technical Parameters: Silent air pump; Power supply: 220V AC 50HZ; Power: 465W; Noise: <=50db; Working pressure: 0.75Mpa; Dimensions: 40*40*52 (cm); Net weight: 22Kg.

Power Supply: National standard power supply—AC220V, 50HZ, with short-circuit protection, leakage protection, and overload protection; Control Voltage: Safety control voltage—DC24V; Environmental Requirements: Moisture-proof and dust-proof environment; Experimental Platform Dimensions (mm): 1500×820×1750; Experimental Platform Weight: Approximately 150Kg.

4. Requires an electronic simulation component library for various hydraulic and pneumatic components.

5. Requires pneumatic multimedia teaching software (not FETSO software), with main functions including but not limited to: basic pneumatic technology knowledge, air source system, air handling unit, actuator unit, pneumatic control unit, vacuum system, pneumatic auxiliary components, other components, circuit teaching, management, maintenance and troubleshooting, and a simulated examination system.

6. Experimental Items:

a. No fewer than thirty basic pneumatic circuit experiments

b. Relay-controlled pneumatic systems

c. Training content on electro-pneumatic circuits

d. Programmable Logic Controller (PLC) electrical control experiments, mechatronics integrated control experiments

e. Dozens of circuit experiments that students can design, assemble, and expand themselves.