1091175

Overview

The SICK part number 1091175 corresponds to the OLM200-1009, an optical fiber cable assembly designed for industrial sensor networks. This component features a length of 10 meters and utilizes M12 connectors with D-coded pin configurations at both ends. The cable construction employs PUR material, ensuring resistance to oils and mechanical stress in demanding environments. It is engineered for reliable data transmission within SICK's optical laser measurement systems, supporting high-speed communication protocols required for precise distance and object detection applications.

Feature Summary

• Utilizes durable PUR cable material suitable for industrial environments
• Equipped with M12 D-coded connectors for standardized interface compatibility
• Designed for stable signal transmission in optical fiber sensor networks

Applications

• Connecting optical laser sensors to control units
• Industrial automation monitoring systems
• Safety technology network integration

Procurement Notes

Verify that the ordering number 1091175 matches the specific OLM200-1009 variant with 10-meter length and dual M12 D-coded connectors. Confirm environmental requirements align with the PUR jacket specifications. Ensure connector orientation and coding match existing system infrastructure before deployment.

Selection Notes

Select this model when a 10-meter reach is required between optical sensor nodes. The M12 D-coded interface ensures compatibility with standard SICK optical laser modules. Consider the PUR material properties for installations involving potential exposure to industrial fluids or abrasion.

Part Context

This component belongs to the OLM200 series of optical laser measurement accessories. It serves as a critical link in distributed sensing architectures, enabling extended range connectivity without signal degradation. The design supports modular expansion of safety and measurement networks.

Replacement Considerations

No direct substitute part numbers are documented in the provided reference data.