Danieli Manual Hot: Id6100

Wiring must be conducted using shielded instrumentation cabling to prevent electromagnetic interference (EMI) from neighboring high-power mill motors or variable frequency drives (VFDs).

: The device uses a line CCD camera and an infrared filter to focus heat emissions onto a linear-array photo sensor. Key Features :

: Connect the analog output loop (typically 0–10V or 4–20mA) to the automated loop regulation controller to adjust inter-stand motor speeds dynamically.

While officially discontinued by the manufacturer, it is still widely available as a refurbished or "new-in-box" surplus item through industrial suppliers like Radwell International MRO Global Solutions Manual & Maintenance Resources id6100 danieli manual hot

If you possess or locate the manual for Danieli ID6100, it will likely cover the following technical specifications. You can use this checklist to verify you have the correct document:

The unit typically operates on 20-30VDC . It provides both analog (voltage/current) loop position signals and digital (NPN/PNP open collector) presence signals.

Root Cause: Lens is dirty, or internal ambient temperature of the scanner is exceeding safe operating limits. While officially discontinued by the manufacturer, it is

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Are you experiencing a specific or calibration issue on your hot rolling line?

Designed and manufactured by Danieli Automation—the automation and electrical systems division of the global plant-building giant the Danieli Group—this device is purpose-built to detect the position of a material loop (or "slack") between stands in a hot rolling mill. Its job is to act as the sensor for the Automatic Loop Control (ALC) system. By providing a precise, proportional analog signal that corresponds to the height of the hot steel as it exits one stand and enters the next, the ID6100 is the "eyes" of the mill, enabling real-time adjustments to maintain a stable and controlled rolling process. Root Cause: Lens is dirty, or internal ambient

: Connect the sensor housing to the mill's clean, regulated cooling air line or water-cooling jacket. This active thermal management keeps internal electronics within safe operating temperatures, even when positioned directly over 1000°C steel slabs.

: It utilizes a line CCD camera and an infrared (IR) filter to focus IR emissions from hot material onto a CCD linear-array sensor.

Features a high-accuracy, linear charge-coupled device ( CCD ) camera paired with an integrated infrared filter lens.

According to technical documentation from a steel plant, the :

: It triggers a digital output upon sensing material presence and delivers continuous analog outputs commeasured directly to the physical position of the hot material.