China Modular Design Plc Learning Kit With PLC Programmable Controller for sale
China Modular Design Plc Learning Kit With PLC Programmable Controller for sale

Modular Design Plc Learning Kit With PLC Programmable Controller

Electrical Training Equipment Featuring Modular Design to Support Diverse Electrical Training Needs and Curriculum Requirements Ø Product Introduction 1. The hydraulic PLC control experimental platform mainly consists of training tables, training platforms, hydraulic components and electrical control devices, programmable logic controllers ( PLCs ) and other components. 2. The electrical main control unit is controlled by a PLC programmable controller, which can communicate

Place of Origin HENAN,CHINA
Packaging Details Wooden packaging
Dimensions 400mm x 300mm x 150mm
Material High-quality ABS Plastic and Metal
Model Number RM-F049
Certification ISO9001/ISO45001/ISO14001
Product Description

Electrical Training Equipment Featuring Modular Design to Support Diverse Electrical Training Needs and Curriculum Requirements

Ø Product Introduction

1. The hydraulic PLC control experimental platform mainly consists of training tables, training platforms, hydraulic components and electrical control devices, programmable logic controllers ( PLCs ) and other components.

2. The electrical main control unit is controlled by a PLC programmable controller, which can communicate with a PC to realize intelligent microcomputer control. At the same time, the hydraulic circuit is used as the control object to enhance the learning and application of PLC control programmable controller.

3. The experimental control unit can also adopt an independent relay control unit for electrical control. Through comparison, the superiority and advancement of PLC programmable control are highlighted, which further deepens the understanding and mastery of PLC programmers.

Ø Practical Training Projects

1. Reversing circuit using a manual directional valve.

2. Use a lock circuit for a mid-position functional directional valve.

3. Use a hydraulically controlled directional valve for the locking circuit.

4. Pressure setting circuit.

5. Two-stage pressure control loop.

6. Pressure reducing circuit using a pressure reducing valve.

7. Use a booster circuit with a booster cylinder.

8. Unloading circuit using H- type directional valve.

9. Oil inlet throttling speed control circuit.

10. Return oil throttling speed regulation circuit.

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