The PCOPCO Magnetic Sensor Bar offers four configurable detection spans: 640mm, 480mm, 320mm and 160mm. It supports a detection height range of 0 to 50mm and delivers a positioning accuracy of 1mm. Optional detection point counts include 64, 48, 32 and 16 to match specific system precision needs.

The PCOPCO Magnetic Sensor Bar is optimized for AGV operations across warehouses, automotive assembly lines and logistics distribution centers. It provides consistent, precise path guidance in high-traffic industrial settings where reliable AGV movement is critical. It is compatible with standard magnetic navigation tape installations common in most industrial automation setups.

Compared to many competing magnetic sensors for industrial AGVs, the PCOPCO model offers a broader range of configurable detection spans and point counts to fit diverse project requirements. It also delivers a high 1mm positioning accuracy for tight-tolerance industrial tasks. Its robust construction ensures long-term stability in harsh factory conditions with minimal ongoing maintenance.

When purchasing the PCOPCO Magnetic Sensor Bar, first confirm your AGV’s required detection span to align with its platform width and magnetic guide layout. Next, match the detection point count to your system’s precision demands and verify the allowable installation height for your facility. Our global sales team can provide tailored recommendations to help you select the optimal configuration for your project.

The PCOPCO Magnetic Sensor Bar is a core component for industrial automated guided vehicles, specifically designed for magnetic navigation guidance. It helps AGVs accurately track pre-laid magnetic tape paths to complete automated material transfer tasks reliably.

This sensor bar provides four optional detection spans: 640mm, 480mm, 320mm and 160mm, with a detection height range of 0 to 50mm. It has a detection accuracy of 1mm and configurable detection points of 64, 48, 32 or 16 to match different AGV requirements.

This sensor bar is ideal for a range of industrial AGV applications, including manufacturing workshops, automated logistics warehouses and bulk material handling lines. It delivers stable performance in standard indoor industrial environments to support consistent AGV navigation.

Compared to generic AGV magnetic sensors, the PCOPCO model offers more flexible configuration options for detection spans and points. It also delivers a precise 1mm detection accuracy and a wide compatible detection height range of 0 to 50mm for varied installation setups.

First, confirm the required detection span based on your AGV’s width and guidance path layout. Then match the detection point count to your desired path tracking precision. Finally, check that the sensor’s 0 to 50mm detection height range aligns with your on-site magnetic tape installation setup.

The PCOPCO Magnetic Sensor Bar is a core industrial AGV component, designed to detect floor-embedded magnetic markers or tapes. It provides precise positioning data to help automated guided vehicles follow planned navigation paths accurately.

Its key specifications include four optional detection spans (640mm/480mm/320mm/160mm), a detection height range of 0~50mm, 1mm detection accuracy, and 64/48/32/16 optional detection points. These adjustable parameters let users select the optimal model to match their specific AGV deployment needs.

This sensor bar is ideal for AGV applications in automated warehouses, automotive manufacturing assembly lines, and bulk logistics distribution centers. It supports stable, high-precision navigation by reliably detecting magnetic guidance markers on the factory floor.

Compared to standard magnetic sensors for AGVs, the PCOPCO model offers flexible customisation of detection spans and points to fit diverse project scales. It also delivers 1mm high detection accuracy, ensuring consistent performance for long-term industrial operations.

Before procuring this sensor bar, you should confirm your AGV’s required detection span and positioning precision needs first. You also need to measure the installation gap between the sensor and floor magnetic markers to select the appropriate detection height.