Name: CMC16 high-performance motion control card | Qiming Automation
Brand: other
Price: 56985.00 CNY
Availability: InStock

Description

The CMC16 functions as a high-performance motion control card, designed to translate digital commands from PLCs or industrial PCs into precise motor movements for Servo and stepper motors. It supports up to 16 independent axes, with each axis capable of executing complex motion profiles – including point-to-point positioning, linear/circular interpolation, and electronic gearing – via a 32-bit floating point DSP processor

CMC16

What distinguishes it is its advanced S-curve acceleration/deceleration algorithm, which minimizes mechanical stress by smoothing velocity transitions, reducing vibration in high-speed applications like PCB drilling machines. The control card features a dual-port Ethernet interface (1000BASE-T) for real-time communication with host systems, supporting protocols such as Modbus TCP and PROFINET for integration with factory networks. It also includes 16-bit analog inputs for encoder feedback (up to 5MHz) and digital I/O for limit switches and emergency stops, ensuring closed-loop precision. The CMC16 is housed in a rugged aluminum casing with an IP20 rating, designed for PCIe slot mounting in industrial PCs, with a wide operating temperature range (-10°C to 60°C) ensuring reliability in harsh factory environments.

CMC16

Technical specifications:
Model Number CMC16
Brand GoogolTech
Type Multi-Axis Motion Control Card
Axis Count Up to 16 axes (servo/stepper compatible)
Processor 32-bit floating-point DSP
Motion Modes Point-to-point, linear interpolation, circular interpolation, electronic gearing Position Resolution
Up to 0.1μm (depending on encoder/motor)
Max Output Frequency 2MHz (pulse/direction), 10V analog (for servo drives)
Feedback Support Incremental encoders (up to 5MHz), absolute encoders (via SSI)
Communication Interfaces 2 x Gigabit Ethernet (Modbus TCP, PROFINET), 1 x RS-485
Digital I/O 32 inputs/32 outputs (isolated)
Operating Temp Range -10°C to 60°C (14°F to 140°F)
Mounting Style PCIe 3.0 x4 slot
Dimensions 165mm x 110mm (6.5″ x 4.3″)
Weight 280g (9.9oz)
Protection Features Overvoltage protection, short-circuit isolation
Compliance CE, UL 61010-1, RoHS
Software Support C/C++ libraries, PLCopen-compliant function blocks

contact us:
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com

CMC16

Main features and advantages:

Choosing the CMC16 delivers transformative benefits for precision manufacturing. Its 16-axis capacity eliminates the need for multiple control cards in complex systems, reducing cabinet space by up to 40% and simplifying wiring. The S-curve motion algorithm cuts cycle times by 15% in pick-and-place applications by enabling faster acceleration without mechanical stress, extending equipment lifespan. Engineers will appreciate the flexible motor compatibility—supporting both servo and stepper motors—allowing mixed use in a single system (e.g., high-precision servo axes for cutting, cost-effective steppers for material handling). The CMC16’s real-time Ethernet connectivity enables sub-millisecond synchronization between axes, critical for applications like 3D printing where layer alignment depends on perfect timing. Most importantly, its open software architecture simplifies custom programming, with PLCopen-compliant libraries reducing development time for complex motion sequences.

Application areas:

The CMC16 excels in applications demanding multi-axis precision. In aerospace component machining, it synchronizes 5 axes of a CNC mill, ensuring complex turbine blade contours are cut to within ±2μm tolerance—critical for aerodynamic performance. In electronics manufacturing, it controls 8-axis placement machines, coordinating nozzle movement with vision systems to place 01005-sized components (0.4mm x 0.2mm) accurately on circuit boards. The card also performs reliably in robotic welding cells, synchronizing 6 axes of robotic arm motion with weld current timing, ensuring consistent bead formation in automotive chassis assembly. In each scenario, the CMC16 delivers the synchronized, precise motion needed to maintain quality and throughput.

Related products:

CMC08 – 8-axis version for smaller systems like desktop CNC machines

CMC16-ETH – Standalone Ethernet-based controller (no PCIe slot required) for distributed systems

CMC16-HD – High-dynamic variant with 5MHz encoder input for ultra-high-speed applications (e.g., laser cutting)

CMC16-EX – Extended temperature model (-40°C to 70°C) for extreme environments like foundries

CMC-IO-EXT – Expansion module adding 64 digital I/O points for large-scale systems

CMC-SOFT-PRO – Advanced programming software with trajectory simulation and auto-tuning tools

CMC-CABLE-KIT – Shielded cable set for encoder/motor connections, optimized for noise immunity

Installation and maintenance:

Before installing the CMC16, verify the industrial PC has a free PCIe 3.0 x4 slot and sufficient cooling (the card dissipates 12W). Use the included mounting bracket to secure the card, ensuring vibration isolation in mobile machinery. During setup, configure axis parameters (motor type, encoder resolution) via the programming software, then calibrate using the auto-tuning feature to optimize PID gains for each axis.

For Ethernet-connected drives, set up time-sensitive networking (TSN) to ensure sub-1ms synchronization. Use twisted-pair shielded cables for encoder signals, grounding shields at both ends to minimize EMI. During maintenance, monitor DSP temperature via software (critical above 60°C) and check connector integrity quarterly—especially in dusty environments. Update firmware annually to access performance enhancements and new motion modes.

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