GSDML file for OLM200 PROFINET IO/RT

The SICK OLM200 is a high-performance laser distance sensor designed for precise distance measurement and object detection in industrial automation applications. The GSDML (General Station Description Markup Language) file for the OLM200 PROFINET IO/RT (Real-Time) interface provides detailed information about the device's capabilities, configuration parameters, and communication settings.### Key Technical Details:- **Device Type**: Laser Distance Sensor - **Model**: OLM200 - **Communication Protocol**: PROFINET IO/RT - **GSDML Version**: 1.0#### Features: - **Measurement Range**: Up to 200 meters, depending on the target surface. - **Accuracy**: ± 1 mm under standard conditions. - **Response Time**: < 10 ms for fast measurement updates. - **Operating Temperature**: -20 °C to +60 °C. - **Protection Class**: IP67, suitable for harsh industrial environments.#### PROFINET IO/RT Specifics: - **Device Identification**: Unique device ID and vendor ID for easy integration into PROFINET networks. - **I/O Data Structure**: Supports both input and output data for real-time measurement and status reporting. - **Parameterization**: Configurable parameters such as measurement mode, filtering options, and output format. - **Diagnostic Information**: Provides extensive diagnostic data for monitoring device health and performance.#### GSDML File Structure: - **Header Section**: Contains general information about the device, including vendor name, model number, and firmware version. - **Device Capabilities**: Lists supported features, including measurement modes and communication options. - **I/O Mapping**: Defines the mapping of input and output data to the PROFINET interface, including data types and sizes. - **Parameter Section**: Details configurable parameters with default values and valid ranges. - **Diagnostic Section**: Specifies diagnostic data available for monitoring and troubleshooting.The GSDML file is essential for integrating the OLM200 into a PROFINET network, allowing for seamless communication and configuration within automation systems.