Instead of searching the part number, search the system the part belongs to. The ID6100 is likely a component of one of these larger systems:
: Mount a secondary reflective heat shield if the scanner sits in a direct path of radiant thermal loads exceeding standard tolerances.
The detector is housed in a robust die-cast aluminum enclosure. Recognizing the intense heat of a rolling mill, the ID6100 features an integrated liquid cooling circuit . Depending on the ambient conditions, this circuit can be supplied with air, water, or other cooling fluids to ensure the sensitive electronics remain within their 0 °C to +50 °C operating range. The enclosure is also equipped with a semi-circular support plate that allows for fixation and orientation on a vertical plane, with an adjustment range of approximately 30°. id6100 danieli manual hot
Root Cause: Sensitivity set too high, causing the scanner to detect residual heat from surrounding mechanical components or guiding structural elements.
Designed specifically for hot rolling mills. Instead of searching the part number, search the
: Supplies a continuous voltage or current signal directly proportional to the physical loop height or edge position relative to the mill's center line. Strategic Field Applications
: Includes a built-in self-test function and alignment laser to ensure precision during setup and operation . Recognizing the intense heat of a rolling mill,
This article aims to be a complete reference, compiling information from official documentation, maintenance guides, and industrial resources. We will explore the technical specifications of the ID6100, its critical role in loop control, practical installation and maintenance advice, and answers to common questions.
The Danieli ID6100 is engineered with highly specific electrical and mechanical thresholds to handle massive thermal radiating zones. Specification Details Danieli Automation Primary Category Heat Detector / Loop Scanner / Metal Detector Operational Voltage 20–30 VDC Scanning Range / FOV 830 mm to 1000 mm Target Temperature ≥is greater than or equal to 750 °C up to active molten steel states Sensor Type Linear Charge-Coupled Device (CCD) Array Output Types
For those operating with legacy systems, this article has provided a comprehensive reference covering its technical details, installation, and best practices for keeping it in optimal condition. For new installations or upgrades, plant engineers would now look toward Danieli's newer generation of automation solutions, which carry forward the legacy of quality and innovation embodied by the ID6100.
The manual dedicates a significant portion to the correct physical and electrical installation of the ID6100. Key highlights include: