Comprehensive Detection and Sensing Technology Training Device Didactic Teaching Equipment Equipped With 22 Types of Sensors for University Lab Training

Product Introduction

The Detection and Conversion Technology Training Platform is a newly launched modular product based on our company's years of experience in producing sensor technology teaching and training devices, designed to meet the needs of different types and levels of professional training. The RM-F169 Detection and Conversion Technology Training Platform is mainly used for practical training in courses such as "Automatic Detection Technology," "Sensor Principles and Technology," "Non-electrical Quantity Measurement Technology," "Industrial Automation Instrumentation and Control," and "Mechanical Electrical Quantity Principles" offered in universities and vocational colleges . (Computer not required)

Product Features

• The conversion circuit board adopts a modular structure, allowing for the selection of different modules as needed, and also facilitating the addition of new training modules according to changes in the teaching syllabus.
• The sensor and conversion circuit modules have circuit diagrams printed on the front. This intuitiveness helps students increase their perceptual understanding and improve the effectiveness of practical training .
• Each module corresponds to one type of sensor, making wiring convenient for practical training , and the power supply has an automatic protection function.
• The sensor is made of imported transparent acrylic glass, making it easy to see.

Technical Specifications

1. Overall machine dimensions: 1400 *700 * 1480 mm + computer desk: 560 * 700 * 1150 mm

2. Total capacity: ≤1.0KVA;

3. Applicable power supply: 220VAC ±10% (50Hz)

Practical Training Projects

1. Practical Training 1: Half-Bridge Performance Training of Resistive Sensors
2. Practical Training 2: Full-Bridge Performance Training of Resistive Sensors
3. Practical Training 3: Performance Training of Half-Bridge and Full-Bridge Bridge Bridges
4. Training Exercise 4: Vibration Training with Resistive Sensors
5. Training Exercise 5: Electronic Scale with Resistive Sensor
6. Practical Training 6: Variable Area Capacitive Sensor Characteristics Training
7. Practical Training 7: Differential Capacitive Sensor Characteristics Training
8. Training Exercise 8: Vibration Training with Capacitive Sensors
9. Training Exercise 9: Electronic Scale with Capacitive Sensor
10. Practical Training 10: Characteristics of Differential Transformers
11. Practical Training 11: Characteristics of Self-Inductive Differential Transformers
12. Training Exercise 12: Vibration Training with Differential Transformers
13. Training Exercise 13: Electronic Scale Training with Differential Transformers
14. Practical Training 14: Rotation Speed Measurement Training Using Photoelectric Sensors
15. Practical Training 15: Rotation Direction Measurement Training with Photoelectric Sensors
16. Practical Training 16: Proximity Hall Sensor Training
17. Practical Training 17: Rotation Speed Measurement Training Using Hall Sensors
18. Practical Training 18: Displacement Characteristics Training of Eddy Current Sensors
19. Practical Training 19: The Influence of the Material of the Measured Object on the Characteristics of the Eddy Current Sensor