can be supplied in isolation or as part of system.  Sophisticated model based algorithms control strip shape by adjustments to mill level, roll bending, roll force, spray distribution and spray pressure actuators. Predictions of roll bending and work roll side-shift reference settings take into account roll stack deflections and ground and thermal roll camber.

has a number of features which distinguish it from other commercially available systems:

Actuator setup references for each coil are calculated with models and take into account conditions observed on previous coils by the application of adaptive learning algorithms.

Temperature compension:  Measured temperatures or product dependent temperature profile models are used to compensate for thermal expansions across the strip width.

The dynamic responses for all actuators are monitored continuously to detect any malfunction.

Feed-forward compensation for force fluctuations by roll bending adjustment

The spray control algorithm uses pulsed sprays to deliver appropriate lubrication of all zones to prevent friction marks, avoids excessive pressure variations and optimises switching to increase valve life.

For more information please contact us.

RESEARCH PAPERS - Hatch IAS engineers are well known presenters of technical papers internationally. Abstracts may be read online.