The sensor should be positioned centrally above or below the rolling table, ensuring the optical path is clear of obstructions like excessive spray or heavy steam.
in harsh environments where moving parts would typically fail.
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Solution: Boost the air purge pressure to blow away steam; check and retighten all terminal screws within the junction box.
Even control voltages can create arcs in dusty, hot environments. Thermal Cycling: After a mill stop, the ID6100 chassis may be at 80°C. Allow a 15-minute cooling period before handling. Ground Integrity: In hot rolling, scale and water condensation require checking the functional ground (Terminal 3) every shift. The sensor should be positioned centrally above or
Proper maintenance will extend the life of the ID6100 and ensure it continues to provide accurate readings. Here are some best practices to follow:
Features a built-in alignment laser or pointing aid for easier installation This link or copies made by others cannot be deleted
The is a highly specialized loop scanner and infrared photodetector engineered specifically for the harsh environments of hot rolling steel mills. When operating under extreme manufacturing stresses, accessing the clear guidelines of a technical manual is essential for maximizing component longevity and mill safety.
is engineered for the typical of steel mills. Key installation guidelines from the manual include: