| BY801 | FIRMWARE FOR SYNCHRONIZATION OF DRIVES | |
| With the use of BY701 firmware, the MC700 controller provides excellent solutions with all kinds of multi-axes synchronizing applications. Numerous possibilities for control of relative phase, position, index and print mark evaluation are available. | ||
| Compared to the BY701 firmware, a significantly higher dynamic is achieved by using the combination BY801 firmware with MC800. In addition, processing to various sensor systems and fieldbus architectures is possible. | ||
| FS801 | FIRMWARE FOR FLYING SAWS, SHEARS, PUNCHERS, ETC. | |
| By using this application firmware, the MC800 controller is equipped for motion control tasks with typical “on-the-fly-processing” machines (e. g. sawing, cutting, punching, drilling, etc.). | ||
| Compared to the FS701 firmware, a significantly higher dynamic is achieved by using the combination FS801 firmware with MC800. In addition, processing to various sensor systems and fieldbus architectures is possible. | ||
| CT801 | FIRMWARE FOR ROTATING CROSS CUTTERS | |
| Rotary cutters and other rotary applications require high dynamic, precise cuts and short position loop time. These requirements will be complied by using the CT801 firmware and the MC800 motion controller. | ||
| Typical applications are intermittent or rotary operations like cutting, perforating,printing, sealing, adhesion, labeling and many more. | ||
| Compared to the CT703 firmware, a significantly higher dynamics is achieved by using the combination CT801 firmware with MC800 hardware. In addition, an adaptation to a variety of sensor systems and fieldbus architectures is possible. | ||
| Special highlight of this firmware is the integrated tandem drive controller which enables achieving the acceleration requirement of a slave axis by distributing the power on two independent drives. | ||
