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The SICK model 1613853 is a safety light curtain component designed for personnel protection in industrial environments. It functions as a receiver unit within a safety light curtain system, utilizing optical sensing technology to detect intrusions into hazardous zones. The device operates with a supply voltage range of 10 V to 30 V DC and features an NPN output configuration for signal transmission. Its detection field spans from 4 mm to 180 mm, providing precise monitoring capabilities. This component ensures compliance with safety standards by facilitating reliable machine shutdown upon obstruction detection.
Verify the specific revision level and connector type against the original equipment manufacturer's documentation before procurement. Ensure compatibility with the corresponding transmitter units and safety controllers within the existing SICK ecosystem. Confirm that the installation environment meets the required ingress protection ratings specified in the official datasheet to maintain operational integrity and safety certification validity.
Select this model based on the required resolution and height of the protective field needed for the specific application hazard analysis. Consider the mounting orientation and available space when choosing between receiver and transmitter variants. Ensure the electrical interface matches the control cabinet's input specifications. Evaluate environmental factors such as ambient light interference or potential physical obstructions that might affect optical performance during operation.
This component belongs to SICK's portfolio of safety sensors, specifically designed for machine safety applications. It is part of a broader system architecture where multiple sensors work in concert to provide comprehensive area protection. The product line emphasizes reliability and ease of integration into modern industrial automation setups, supporting various safety protocols and standards globally.
Consult official SICK documentation for direct cross-references. Verify functional equivalence regarding resolution, response time, and safety integrity level before substituting.