High Dynamics. Digital control loops withhigh bandwidth response and advanced signalprocessing algorithms enable even greater peaktorque out of Moog’s high power density motors.You’ll be challenged to find any servo systemoffering an equivalent level of performance.
Flexible System Solutions.Integral motion control and programmableVO support cam profiling, electronic gearing andpinpoint positioning to eliminate separate motioncontrol hardware in a variety of applications. CANfieldbus interface simplifies coordinated multi-axismotion control solutions.
Quick and Easy Setup. The WinDriveWindows* based user interface, providesautomated self tuning, a virtual oscilloscope.data logging, and system diagnostics to expedite system setup and commissioning
Simplified Installation and WiringThe highly integrated design offers high voltageand logic power supplies, servo amplifier, motioncontrol platform, and EMC filters all within acompact enclosure to reduce wiring runs andfree-up valuable cabinet real estate.
GRobust Thermal Design. Conservative thermalmanagement approach with integral cooling fansand multi-tiered fault protection provides foryears of reliable operation in demanding industriaenvironments. Fully rated performance availablewith ambient temperatures up to 55°C.
Superior Control. High PWM switchingfrequency and reduced ripple current combineswith Moog’s high pole count, low cogging, motorsto provide smooth slow speed operation.
Current (Torque) Mode. Motor current (torque)controlled by +/- 10 VDC command reference.Velocity Mode. Motor speed controlled by +/- 10VDC command reference.
Programmable Speed Mode. Motor operatesat one of four preprogrammed speeds based on thestate of two discrete inputs.
Incremental Position Mode. Motor is positionedbased on step and direction or up and down countformat inputs from external signal source. Linkmultiple drives together as electronic gearing.CAN Position Mode. Provides multi-axis positioncontrol via high speed serial bus. Complex coordi-nated motion control profiles can be controlled viaseparate motion control hardware.
Simple POINT Position Mode. Supportspoint-to-point motion, via predefined controltemplates. Motion trajectories can be defined atdesign or run time and initiated via combinationsof discrete and serial interfaces. Supports bothsimple and complex motion profiles with homing.jogging, absolute and relative positioning.Custom POINT Position Mode. Providesmotion control via internal user defined motionprogram. Discrete, analog and serial interfacesallow sense and control of external devicesStand-alone or multi-axis motion control.
