SPiiPlusCMxa
EtherCAT Master Motion Controller with up to 3 Integrated Servo Drives
The CMxa Control Module is designed to meet the needs of OEMs with demanding multi-axis motion control applications. Its unique multi-processor architecture leverages powerful profile generation and servo control algorithms to maximize motion system performance. At the same time, its universal servo drive technology allows the system designer to control almost any type of motor or stage. As an EtherCAT MainDevice, it can control any SPiiPlus Platform device (highest performance) and other 3rd party EtherCAT SubDevices.
- EtherCAT motion controller & drives solution
- Flexible EtherCAT control expansion
- Advanced control algorithms
- Engineered for precision gantry stage control
- Controller Axes: 4, 8, 16, 32 or 64
- Host PC/PLC/PAC Communication: TCP/IP, Ethernet/IP, Modbus, RS-232
- Max EtherCAT Cycle Rate: 5kHz
- Drive Axes: 2 or 3
- Drive Supply Input: 85-265 Vac
- Bus Voltage: Vin x 1.414
- Max Current Output Per Axis: 15/30 A
- Encoder Channels: Max 4 any combination (4 AqB, 3 SinCos, 3 Absolute)
Reduce application development effort with these and other ACS capabilities
Motion Profile Generation
Increase machine throughput & accuracy with advanced profile generation algorithms
Motion-to-Process Synchronization
Increase machine throughput and resolution with events and high-speed I/O synchronized to motion
Public Resources
- CMxa UDMxa STO/SS1 Functional Safety Certificate
- SPiiPlusCMxa UDMxa Functional Safety Original Instruction Manual
- CMxa UDMxa STO CE Declaration Jul 2024
- CMxa vs CMhpba Differences
- CMxa UDMxa UKCA Self Declaration
- CMxa UDMxa CE Self Declaration
- SPiiPlusCMxa & UDMxa 3D STEP Model
- CMxa UDMxa UL Electrical Safety Certification
- SPiiPlusCMxa UDMxa 2D Drawing
- SPiiPlusCMxa Datasheet
SPiiPlus Platform
The Universal Control Platform for Precision Motion Systems
The SPiiPlus Platform is an EtherCAT-based control platform consisting of motion controllers, servo drives, interfaces, and I/O built to meet the needs of OEM engineering teams developing equipment with precision motion control systems.
