Sensor Applications
Industrial Control Technology
Core Sensor Applications: Photoelectric sensors, proximity sensors, vision sensors, pressure sensors, temperature sensors
Scenario Explanation:
On automated production lines, photoelectric and proximity sensors detect workpiece position and transfer status, ensuring precise robotic gripping and assembly.
Vision sensors enable inspection of product appearance defects, while pressure and temperature sensors monitor equipment operation in real time to provide early fault warnings.
Intelligent Low-Voltage Power
Core Sensor Applications: Current sensors, voltage sensors, temperature and humidity sensors, leakage sensors
Scenario Explanation:
Current and voltage sensors collect real-time electrical parameters of distribution circuits, supporting load analysis and energy efficiency management.
Temperature/humidity and leakage sensors monitor the operating environment of switchgear, providing early warnings for risks like overheating and electric leakage to prevent fire accidents.
Communication Industry
Core Sensor Applications: Inclination sensors, vibration sensors, temperature and humidity sensors, optical power sensors
Scenario Explanation:
In 5G base stations, inclination and vibration sensors monitor antenna posture and equipment operation to ensure stable signal coverage.
Temperature/humidity sensors manage room environments, while optical power sensors monitor fiber transmission quality to maintain smooth communication links.
Railway Industry
Core Sensor Applications: Speed sensors, pressure sensors, vibration sensors, infrared temperature sensors
Scenario Explanation:
Speed sensors provide real-time feedback on train speed, serving as the core sensing unit for Automatic Train Control (ATC) systems.
Pressure sensors monitor brake system air pressure, while vibration and temperature sensors enable fault early warning for critical components like bogies and traction motors.
New Energy Vehicle
Core Sensor Applications: Current/voltage sensors, temperature sensors, pressure sensors, millimeter-wave radar, cameras
Scenario Explanation:
Current/voltage and temperature sensors monitor power battery status in real time, preventing overcharging/over-discharging and ensuring battery safety and lifespan.
Millimeter-wave radar and cameras form the perception layer of autonomous driving, enabling obstacle detection and lane-keeping functions.
