1. Overview
DLCG-DS140 intelligent sensor comprehensive training system, in order to meet the needs of professional teaching content such as optoelectronics, information engineering, physical electronics technology, electrical automation, industrial robots, etc., the sensor comprehensive experimental system launched recently,
The technical sensor system can be used as the basic equipment for photoelectric sensors, visual sensors, temperature and humidity sensors, gas detection sensor characteristics, and application experiment training.
The sensor training system is an innovative and open system with wide applicability, strong intuition, flexible methods, modular structure, and complete training using sensor components actually used in various aspects of industrial and agricultural production. The experimental instrument is equipped with various commonly used regulated power supplies, which are integrated with the technology of the Internet of Things. Sensors include photoelectric sensors, capacitive sensors, inductive sensors, electromagnetic sensors, ultrasonic sensors, pressure sensors, temperature sensors, visual sensors, industrial gateways, gas sensors, etc.
2.Main configuration
– Training bench, Test object box, Photoelectric sensor M18Photoelectric sensor (diffuse reflection type),Photoelectric Sensors (Transmitters),Photoelectric sensor (receiver),Mirror reflective, photoelectric sensor, mirror reflection unit, optical fiber amplifier ,Fiber optic sensor (through beam),Optical Fiber Sensor (Diffuse Reflection),Analog fiber optic sensor, Capacitive, proximity sensor M18,Inductive proximity sensors M18 flush, Inductive, proximity sensor M18 leakage type, Inductive proximity sensor M12,Capacitive proximity sensor M30,Capacitive proximity sensor M18,ultrasonic sensor, Analog Ultrasonic Sensor, Analog inductive sensor, Electromagnetic Induction Proximity Sensor………
3. Training contents
– Photoelectric sensor experiment.
– Capacitive sensor experiments.
– Inductive sensor experiment.
– Electromagnetic sensor experiments.
– Ultrasonic sensor experiments.
– Capacitive proximity sensor experiment
– Inductive proximity sensor experiment
– Electromagnetic proximity sensor experiment
– PT100 temperature detection experiment
– CO2 detection sensing experiment
– Methane gas detection sensor experiment
– Temperature and humidity sensing experiment
– Motor speed test
– Vision camera configuration and use
– RFID radio frequency module operation
