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The SICK part number 1613107 corresponds to the DUSTHUNTER T200, a dust monitoring system designed for industrial environments. This device utilizes optical scattering technology to measure particulate matter concentrations in real-time. It is engineered for continuous operation and provides reliable data on air quality levels. The system supports integration into broader environmental monitoring networks through standard communication interfaces. Its robust construction ensures durability under challenging operational conditions.
Verify the specific configuration requirements against the official SICK datasheet before ordering. Confirm that the interface protocols match your existing control systems. Ensure the installation environment meets the specified operating temperature and humidity ranges. Check for any necessary accessories such as mounting brackets or communication cables listed in the product documentation. Validate that the firmware version aligns with your network security standards.
Choose this model when high-accuracy particulate measurement is required in dusty industrial settings. Consider the DUSTHUNTER T200 for applications needing continuous, reliable data without frequent maintenance. Evaluate the need for remote monitoring capabilities and integration with central management systems. Assess whether the device's sensitivity range matches the expected dust concentration levels in your specific application area.
The DUSTHUNTER series represents SICK's solution for comprehensive dust monitoring. Part 1613107 is a specific variant within this lineup, tailored for fixed installation scenarios. It complements other SICK sensors by providing critical environmental data. The product line emphasizes ease of use and long-term stability for industrial hygiene management.
Consult the official SICK replacement guide for direct substitutes. Verify compatibility with existing mounting structures and cabling. Ensure that any alternative model meets the same regulatory standards for dust measurement accuracy.