Two AFH55M sensor oriented variants for flexible integration - AFH55M 10 and AFH55M 11 are two models in the AFH55M family. They are designed around a sensor core to support measurement and monitoring applications. - Reference identifiers linked to these models are 16014 86G03 and 1601786G03, which are used for identification and traceability in a sensor system. - Relationship to a sensor: both models are related to a sensor configuration and are intended to be used as part of a sensor setup. - Feature variation: AFH55M 10 and AFH55M 11 may offer different features to suit varying requirements. The exact differences between the two models are not specified here. - Functions of the reference numbers: the specific roles of 16014 86G03 and 1601786G03 within the sensor are not yet determined. Key benefits and why you might need this product - Flexible options: choose between AFH55M 10 and AFH55M 11 to align with specific sensor performance needs or system constraints. - Clear identification: separate model numbers and reference codes support accurate selection, installation, and maintenance within your sensor ecosystem. - Sensor system compatibility: designed to integrate with sensor-based applications, enabling data capture, monitoring, and feedback within your equipment or process. - Adaptability for future requirements: having two models provides a pathway to different capabilities as needs evolve, without changing the underlying sensor approach. Important attributes (based on available information) - Function: sensor related, intended to support measurement and monitoring within a sensor system. - Compatibility: associated with the AFH55M sensor family; exact compatibility details are not provided here. - Size, material, performance: not disclosed in the current information. - Documentation and references: specific identifiers 16014 86G03 and 1601786G03 are used for reference and traceability. Specific use scenarios 1) Industrial automation and equipment monitoring - Implement AFH55M 10 or AFH55M 11 in production lines to collect sensor data, monitor machine status, and support alerting or control decisions. 2) Laboratory testing and data collection - Use in experimental setups to capture sensor outputs, enabling accurate data logging and analysis for research or quality assurance. 3) Maintenance planning and fault detection - Deploy as part of a sensor monitoring strategy to support predictive maintenance and early fault detection through collected sensor information. Notes - The two models may offer different features, and the exact functions of the reference numbers linked to the sensor are not yet defined.