Optimum Performance Servo Drives
M Series AC Bus Input Digital Servo Drives
for Brushless and Brushed Servomotors PDF Verion
Bus Voltage Input Communication
17-135 VDC USB
180-260 VDC Network
Control Modes Command Interface
Gearing Step/Direction
Position ± 10V velocity or torque command
Velocity 2 phase analog
Torque PWM
Master encoder(gearing)
Network (EtherCat, CANopen)
Descrete I/O
Servomotor Feedback
Incremental quadrature A/B encoder
Resolver
Serial encoder (BiSS, EnDAT 2.2)
Digital halls
The M Series servo drive is for powering brushless or brush servomotors. Logic control power is internally generated from the VDC bus. An option is available for 24 VDC isolated control power supplied externally by the end user. The small package design outputs up to 3.6 kW continuous power.
The M Series all digital servo drive utilizes a 32 bit digital signal processor (DSP) and 16 bit A/D’s and D/A’s for control loops and servomotor feedback inputs to provide ultimate high performance. The drive controls the failsafe brake and thermal sensing from the servomotor. Servomotor feedback is a determining factor in performance of a servo system. The M Series comes standard with BiSS and EnDAT 2.2 serial encoder or SSI interface.
The M Series supports EtherCAT, www.ethercat.org and CANopen, www.canopen.org. Other networks are available on request.
X Series servo drive is for powering brushless or brush servomotors. The VDC input bus allows for lower cost multi-axis solutions and space saving. Logic control power is internally generated from the dc bus. An option is available for 24 VDC isolated control power supplied externally by the end user. The small package design outputs up to 3.6 kW continuous power.
Setup and Commissioning
A USB port on the servo drive is used for communication between the servo drive and PC (personal computer). DSP Automation provides easy to us Window ™ software for setup and commission.
Setup requires setting the parameters for the servo driveand the servomotor. These parameters are easily set by the user or DSP Automation will preset for the customer if requested.
Commissioning the system for optimum performance is a challenge for most users. DSP Automation provides standard and advanced control adjustments for the optimum performance required for the application. An integrated two channel oscilloscope provides instantaneous feedback for visually viewing the dynamic performance of the system.
DSP Automation does not leave the task of commissioning the servo system to the experience of our customers. We provide full support to guarantee success. To qualified customers, a DSP Automation engineer will be at the customer’s location for commissioning and training for the first system.
Technical Specifications
M Series (120 VAC, 1 Ø)
Input Voltage
17-135 VAC , 1 Ø, 50/60 Hz
Output Current
Continuous current @ 40o C (A rms) 1 2 4 6 8 12 15
Peak (A rms) 3 6 12 18 30 30
Peak Current Time (sec.) 3
M Series (240 VAC, 1/3 Ø)
Input Voltage
180 VAC - 260 VAC, 1/3 Ø, 50/60 Hz
Output Current
Continuous current @ 40o C (A rms) 1 2 4 6 8 12 15
Peak (A rms) 3 6 12 18 30 30
Peak Current Time (sec.) 3
Performance Specifications
Performance Specifications
Examples:
45 VAC bus, 8 amps continuous with standard incremental encoder input _ M-120-8
220 VAC bus, 1 or 3 Ø, 4 amps continuous with standard incremental encoder input _ M-240-4
120 VAC bus, 6 amps continuous with resolver _ M-120-6-RS
240 VAC bus, 1 or 3 Ø, 12 amps continuous with BiSS serial encoder and EtherCAT_ M-240-12-BS-NEC
