Eccentric Material Processing | CT701-Firmware | Motion Controllers

The CT701 firmware is used for control and regulation purposes for eccentric work processes, such as are required for eccentric shears in cross-sectional systems, rotating guillotine shears and other rotary machine applications.

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Together with the appropriate hardware, the MC700, the software is able to generate an optimal speed profile for a rotary guillotine cross-cutter for a suitable servo drive and thus to control the drive in a highly dynamic and precisely way.

Features:

MC700 is a universal motion controller for 1 to 4 axis, programmable for multiple motion applications by simple download of the corresponding function firmware
With use of our CT701 firmware (see Support) this unit provides excellent solutions with all kinds of guillotine cutters and rotary eccentric shears needing a cosine-compensated speed profile during the penetration of the tool
Extremely smooth motion to protect mechanical solution, by self-optimizing polynomial speed transitions
High cutting accuracy, even during line acceleration and at high speeds
Programmable cosine-compensated speed profile
Special torque control features to master the impact load when cutting hard materials like stainless steel etc.
Special profile features to avoid deadlock between tool and material
Embedded virtual master axis (selectable)
Black-box unit for cabinet mounting
Remote control and communication facilities via external operator terminal, serial PC communication, PROFIBUS or optional via CANBUS (MC700/CI) etc (see Accessories)

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Features:

MC700 is a universal motion controller for 1 to 4 axis, programmable for multiple motion applications by simple download of the corresponding function firmware
With use of our CT701 firmware (see Support) this unit provides excellent solutions with all kinds of guillotine cutters and rotary eccentric shears needing a cosine-compensated speed profile during the penetration of the tool
Extremely smooth motion to protect mechanical solution, by self-optimizing polynomial speed transitions
High cutting accuracy, even during line acceleration and at high speeds
Programmable cosine-compensated speed profile
Special torque control features to master the impact load when cutting hard materials like stainless steel etc.
Special profile features to avoid deadlock between tool and material
Embedded virtual master axis (selectable)
Black-box unit for cabinet mounting
Remote control and communication facilities via external operator terminal, serial PC communication, PROFIBUS or optional via CANBUS (MC700/CI) etc (see Accessories)