2045260

Overview

The SICK GSE10-P4212 is a block-shaped photoelectric sensor from the G10 series, designed for transmission mode detection. It features a polarized red light source and utilizes PNP output switching technology. The device employs a 4-pin connector interface for electrical connection and is engineered for panel mounting applications. This configuration supports reliable object detection in industrial automation environments.

Feature Summary

• Utilizes polarized red light source technology to enhance detection reliability against reflective surfaces
• Features PNP output switching logic for standard industrial control integration
• Designed with a compact block shape suitable for space-constrained installations

Applications

• Automated assembly line monitoring
• Packaging machine object detection
• Conveyor belt presence sensing

Procurement Notes

Verify the specific part number GSE10-P4212 against official SICK documentation to confirm compatibility with existing system voltage requirements and connector types. Ensure that the polarized retro-reflective or through-beam application matches the sensor's optical design specifications before procurement.

Selection Notes

Select this model when high reliability against shiny or reflective targets is required due to its polarized light source. The PNP output type must match the input logic of the connected PLC or controller. Consider the block form factor for mounting constraints and verify the 4-pin connector requirement for cabling infrastructure.

Part Context

This component belongs to the SICK G10 series, which offers robust photoelectric sensors for general industrial applications. The GSE10 variant specifically addresses transmission mode needs, providing a balance of performance and ease of integration for standard factory automation tasks requiring precise object detection.

Replacement Considerations

Consult SICK technical documentation for direct cross-references. Verify that any substitute maintains the same output type (PNP), connector style (4-pin), and optical range capabilities to ensure seamless system integration without hardware modifications.