1613104

Overview

The SICK model 1613104 is a replacement transmitter unit for the DUSTHUNTER T200 dust measurement system. It functions as an optical sensing component designed to detect particulate matter in industrial environments. The device operates within the DUSTHUNTER T200 architecture, providing reliable data output for continuous air quality monitoring and emission control applications.

Feature Summary

• Optical transmission technology for precise dust concentration measurement
• Designed for integration into the DUSTHUNTER T200 maintenance framework
• Constructed for durability in harsh industrial conditions

Applications

• Replacement of worn or faulty transmitters in existing DUSTHUNTER T200 units
• Continuous dust monitoring in industrial processing facilities
• Emission control systems requiring calibrated optical sensors

Procurement Notes

Verify compatibility with the specific DUSTHUNTER T200 configuration before purchase. Confirm that the unit is intended for repair services rather than standalone deployment. Ensure the ordering number matches the required replacement part for your existing sensor housing. Consult official SICK documentation for installation guidelines and calibration procedures.

Selection Notes

Select this part specifically for servicing the DUSTHUNTER T200 series. It is not a general-purpose sensor but a specialized component for this measurement system. Consider professional repair services if firmware updates or comprehensive diagnostics are needed alongside hardware replacement.

Part Context

This component belongs to the DUSTHUNTER product family, which specializes in laser scattering dust measurement. The 1613104 identifier corresponds to the transmitter element, distinct from the receiver or the complete analyzer unit. It supports the system's ability to maintain accurate readings over time through replaceable optical parts.

Replacement Considerations

Officially confirmed substitute: None listed. This is a specific OEM replacement part for the DUSTHUNTER T200. Do not attempt to use generic optical sensors as they lack the necessary calibration and housing interface.