Link to the website : Parker.
C3M100D6 multi-axis servo drives have power ratings of 6.6kVA and feature scalable technology functions from intelligent drives programmable in IEC 61131 to basic torque/velocity control.
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Link to the website : Parker.
C3M100D6 multi-axis servo drives have power ratings of 6.6kVA and feature scalable technology functions from intelligent drives programmable in IEC 61131 to basic torque/velocity control.
Brand : Parker
Drive Axis Type : Multi axis Technology
Input voltage : 3*400/480VAC
Compatible Motor Type :
Brushless servo
Direct drive servo
Frameless servo
Induction
Linear Servo
Spindle
Control modes:
Programmable controller – IEC 61131
Electric shaft
Electronic CAM
Position control (external control)
Speed control (external control)
Torque control (external control)
Analog control input
Command input
Step/Direction
Operating temperature: 0-45 °C, 32- 113°F
Product type : Servo amplifier
Product series : Compax3
Nominal continuous output current : 1.5A
Compatible feedback device : Resolver, Incremental encoder, Endat absolute encoder, Absolute encoder, Hiperface
Communication interface : RS232/RS485
CANopen
DeviceNet
Profibus
Profinet
PowerLink
Ethernet TCP/IP
EtherCAT
Specifications complied with :CE (EMC and LVD)
Recognized by UL
Recognized by cUL
RoHS compliant
Compax3 is Parker’s global servo drive platform – offering a range of high performance single and multi-axis servo drive modules, as well as hydraulic controllers. The ‘C3M’ series of multi-axis servo drives and servo drive/controllers offer output power ratings from 3 to 20kVA, a 3*400/480VAC input power supply and a common PSU and DC bus connection permitting energy exchange between drives. Furthermore C3M-series drives offer a cost reduction for multi-axis applications thanks to their space-saving compact panel footprint, reduced cabling requirements and the use of centralised shared components.
Based on scalable technology functions, Compax3 drives can solve a wide range of application types – from basic analogue torque/velocity and step/direction control up to intelligent drives with advanced electronic CAM control and PLCopen function modules, programmable in accordance with IEC 61131-3 using the CoDeSys development environment.
Markets:
◦ Factory Automation
◦ Packaging Machinery
◦ Miscellaneous Industrial
Features/Benefits:
◦ Drives all motor types – synchronous-, asynchronous, linear-and torque-motor technologies
◦ Support most feedback devices including resolver, rotary and linear incremental encoders, single/multi-turn Sine-Cosine absolute encoders (EnDat & Hiperface interfaces) and analogue/digital hall sensors.
◦ Standard IEC61131-3 programming
◦ Application software integrated
Extensive safety technology
Applications:
◦ Packaging machines
◦ Material forming machines
◦ Printing machines
◦ Handling machines
C3M100D6 Technical Specifications:
◦ Power Output Rating : 6.6KVA
◦ PSU Input Supply: 3*230-400/480VAC
◦ Drive Input Supply : 325…680 VDC
◦ 1 Encoder Output / 1 Encoder Input
◦ 8 Digital Inputs /4 Digital Outputs*
◦ 2 Analog Inputs (14 Bit)*
◦ 2 Analog Outputs (8 Bit)*
*expandable via fieldbus-based expansion 10 modules
Technology Functions:
◦ 110T10: Drive control via analog velocity/torque command, step/direction input, encoder input
◦ 11211: Positioning via digital I/Os, RS232/RS485, absolute/incremental positioning, registration mark related positioning, electronic gearbox, dynamic positioning
◦ T30: Programming based on IEC 61131-3 with CoDeSys
◦ PLCopen function modules
◦ IEC 61131-3 standard modules
◦ C3 specific function modules
T40: as per T30 features, plus advanced electronic cam functionality
Powerful multi-axis support software tool “Parker Integrated Engineering Tool”, with the “Compax3 ServoManager”:
◦ Guided configuration, with easy-to-use setup wizards
◦ Integrated 4-channel oscilloscope function
◦ Setup support
◦ Diagnostics/maintenance/service
◦ MotorManager
◦ Integrated CamDesigner for cam creation
ServoSignalAnalyzer for Compax3: PC-based signal analysis for mechatronic system optimisation
◦ Analysis and optimisation of the mechanical system
◦ Simple measurement of the mechanics dynamic behavior
◦ Vibration analysis of the mechanic construction
◦ Analysis and optimization of the control system
◦ Better and faster controller optimization
◦ Specific suppression of disturbances at the mechanic resonance points
Download Software :
Automation and variable speed drives
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