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The SICK model 5320855 is a background suppression photoelectric sensor from the PowerProx series. It features a block-style housing with a plastic enclosure and a 5-pin M12 connector interface. The device utilizes a red light source for detection and provides an NPN output type. It operates within a DC voltage range up to 30V and supports a maximum current of 100mA. The sensor offers a detection range from 200 mm to 4 m, with a response time of 500μs. It is rated IP67 for protection and functions between -10°C and +50°C. Certified to CE and UL standards, it is designed for mounting on brackets.
Verify the specific part number against official SICK documentation to confirm compatibility with existing system voltage levels and output requirements. Ensure that the 5-pin M12 connector configuration matches the available cabling infrastructure. Confirm that the operating temperature range and detection distance specifications meet the intended application constraints before finalizing procurement decisions.
Select this component when background suppression is required to distinguish target objects from varying backgrounds. The NPN output and 30V DC rating suit standard PLC inputs. Consider the 200 mm to 4 m detection range and red light visibility for applications needing visual alignment. Verify that the block style and bracket mounting options fit the spatial constraints of the installation site.
This sensor belongs to the PowerProx series by SICK, designed for robust industrial detection tasks. The series emphasizes reliability in challenging environments through its IP67 rating and durable plastic housing. The background suppression feature distinguishes it from standard diffuse sensors, allowing consistent performance regardless of background reflectivity or color variations.
Consult official SICK substitution guides for verified equivalent models. Ensure any replacement maintains the same background suppression functionality, NPN output polarity, and 5-pin M12 connector interface to guarantee seamless integration without rewiring modifications.