1104077

Overview

The SICK scanGrid2, identified by order number 1104077, is a safety multi-beam scanner designed for personnel protection. It features an I/O interface with local inputs and outputs via an M12, 8-pin male connector (A-coded). The device provides 8 beams and 4 local I/O channels. It operates as a safety light curtain to detect intrusions into hazardous zones, ensuring compliance with industrial safety standards through reliable beam monitoring and signal processing.

Feature Summary

• Provides multi-beam scanning for personnel protection in hazardous areas
• Features integrated local I/O for direct connection to control systems
• Utilizes robust M12 connector interface for secure data transmission

Applications

• Protection of access points to machinery
• Monitoring of hazardous work zones
• Safety interlocking in automated manufacturing lines

Procurement Notes

Verify the specific order number 1104077 against the latest SICK datasheet to confirm the exact configuration, including beam spacing and height options. Ensure compatibility with the intended controller interface. Check for any regional certification requirements or updated safety standards applicable to the installation site before finalizing procurement.

Selection Notes

Select this model based on the required number of protective beams and the need for local I/O functionality. Confirm that the M12 connector type matches the existing cabling infrastructure. Evaluate the physical dimensions and mounting constraints of the application area to ensure proper integration with the machine guard design.

Part Context

This component belongs to the scanGrid2 series from SICK, which specializes in safety scanners for industrial automation. The series offers various configurations to suit different safety distances and field sizes. It integrates seamlessly with SICK's broader portfolio of safety controllers and sensors, supporting digitalization efforts in smart factories.

Replacement Considerations

Consult official SICK documentation for cross-reference part numbers. Verify functional equivalence regarding beam count, resolution, and interface protocol before substituting.