Plate Feeder
For the feeding scenario of plate feeders in cement plants, INVT provides a highly adaptive variable frequency master-slave drive solution to ensure stable feeding and reduce wear of plate feeders.
For the feeding scenario of plate feeders in cement plants, INVT provides a highly adaptive variable frequency master-slave drive solution to ensure stable feeding and reduce wear of plate feeders.
Large start-stop impact, easy equipment damage
Large load fluctuation, unstable operation
Difficult manual speed regulation, low efficiency
Slow fault troubleshooting, long downtime
Uneven load and power imbalance in multi-motor drive
Complex master-slave control implementation and cumbersome debugging
INVT realizes command torque transmission, simplified debugging, load balancing and overload adaptation through CAN master-slave control communication card + master-slave variable frequency speed regulation solution, adapting to multi-motor drive scenarios.
Core Concept
Master-slave coordination, soft start and stable speed to ensure stable operation and long service life of the feeder.
Technical Proposition
CAN master-slave control: CAN communication realizes command torque transmission, balances multi-motor load and avoids overload.
Variable frequency soft start: Reduces mechanical impact of start and stop, and extends equipment service life.
Remote monitoring: Key parameters are fed back to the central control in real time, and the fault recording function enables quick fault troubleshooting.
Variable frequency soft start reduces mechanical shock, lowers equipment failure rate and cuts maintenance costs.
CAN communication balances multi-motor load, avoids overload, ensures smooth transmission and improves production continuity.
Key parameters are sent back to the central control in real time, and fault records help quick location, shortening downtime and reducing O&M costs.



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