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— IC芯片 | 连接器 | 传感器 | 被动器件 —
The SICK model 1612764 is a safety light curtain from the M2000 Standard series, designed for personnel protection in industrial environments. It features 22 vertical beams with a beam separation of 16 mm and a detection height of 8116 mm. The device utilizes cross-beam technology to ensure reliable object detection. It supports muting functions and automatic teach capabilities for flexible integration into safety circuits. The unit includes external device monitoring (EDM) functionality to enhance system reliability. Connectivity is provided via an M12 8-pin male connector, facilitating straightforward wiring within automated machinery setups.
Verify that the specific ordering code matches the required beam count and resolution for your safety application. Confirm compatibility with existing safety controllers regarding input/output requirements. Ensure environmental conditions such as ambient light and temperature fall within the specified operational limits for reliable performance during deployment.
Select this model based on the required detection height and beam resolution for personnel safety. Consider the need for muting if materials pass through the protected area. Evaluate the mounting configuration and cable connection type to ensure mechanical fit and electrical compatibility with the control system architecture.
This component belongs to the SICK M2000 Standard series, which offers scalable safety solutions for various industrial applications. The series provides configurable options for different detection heights and resolutions, allowing customization for specific machine safety requirements while maintaining consistent quality and reliability standards across the product line.
Direct substitutes within the same series may include models with similar beam counts and heights, such as those with 22 beams and comparable detection ranges. Verify functional equivalence regarding safety parameters and interface types before replacement to ensure continued compliance with safety regulations.