: Check cable entry glands and housing gaskets for signs of degradation caused by heat exposure. Tighten all fittings to preserve the IP-rated environmental seal. Diagnostics via LED Indicators

The ID6100 generally refers to a specific, high-capacity, automated hot strip mill configuration designed for both standard and specialty steel production. It integrates advanced automation (Level 1 and Level 2) with robust mechanical design to manage the intense thermal and mechanical stresses of hot rolling. Key Features

Ensure the scanning path is entirely clear of hot materials.

: The system focuses incoming thermal radiation onto a high-speed Charge-Coupled Device (CCD) linear-array photo sensor.

Route a shielded 24VDC cable to the dedicated power terminals.

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A2: The 0..10V analog output provides a linear signal that is proportional to the position of the material loop within the detector's field of view. This signal is used by the rolling mill's automation system for precise loop control.

The is an infrared hot metal detector and loop scanner specifically engineered for harsh industrial environments, such as hot rolling mills . It is used as a loop position detector between two mill stands to track the position of hot material. Overview of the Danieli ID6100

Beyond inter-stand loop scanning, the ID6100 functions as an automated edge position detector for flat rolled strips. When a strip exceeds 750°C, the sensor maps its boundaries, feeding spatial coordinates back into the automated mill guidance computer to prevent winding errors or edge deformation. Manual Calibration & Setup Instructions

: It includes a self-test function and a "healthy" output for remote diagnostics to ensure high reliability in automated lines.