1. Delta PLC DVP-MC Series Network Type Motion Controller
Automation for a Changing World

2. Easy, Accurate, Powerful
CANopen based network  Makes wiring & communication easy
1Mbps communication speed  Enhances motion control accuracy
16 axes synchronous control  Powerful solution for more complex applications
CANopen based  high noise immunity enhances the control accuracy (pulse based controller is easy to be interfered)
1Mbps communication speed  8 axes can be controlled within 4ms, high efficiency, capable of higher level applications.
16 axes  16 axes motion control suits your needs of a more intricate motion control performance, such as robot arm.

3. Professional Motion Control
Various motion instructions
 Makes motion program easier
E-CAM (Electronic cam) function  Perfect for flying shear or rotary cut applications
Supports G-codes input function
 Easy to adapt Multi-axis applications
3 axes linear/arc interpolation  smooth positioning function improves the motion control quality
E-CAM function  Max 16 electronic cam curves editable and max 2048 points storable (higher E-CAM resolution), E-CAM works perfectly for flying shear and rotary cut applications
Supports the dynamic download of G code, highly adaptable for devices using G-codes

4. All-In-One Motion Solution
Dual CPU design with Multi-task processing
Enhancing Efficiency
PLC CPU
MC CPU
Tasks:
Executing motion control program
Controlling servo via Motion Bus
Acquiring encoder signal
Ethernet communication（MODBUS TCP)
RS485 communication
Tasks:
Collecting the data from connected modules
RS232& RS485 communication
Executing PLC ladder diagram
10MC contains two CPUs internally: PLC CPU and MC CPU. MC and PLC independently conduct parallel processing of their own tasks to enhance efficiency. The data exchange could be conducted between PLC CPU and MC CPU
PLC CPU is mainly in charge of processing the data in the extension modules of the left side and right side and logic programs.
MC CPU is responsible for processing the motion control programs.

5. All-In-One Motion Solution
Built-in Ethernet, CANopen, RS-485 and Encoder interface
 All-in-one design. Compact and powerful
Supports two-side extension modules  Makes configuration expanding easier
Powerful motion controller built-in with Ethernet, CANopen, encoder, and RS-485 interface.
Max 7 left-side high-speed modules, and max 8 right-side special modules connectable. Max I/O: 480 points 240 inputs and 240 outputs expendable by DIO modules. Abundant fieldbus networks are supported.
Such as CANopen(DS301), DeviceNet, PROFIBUS
Other functions (optional):
Offers speed, position and torque settings
Electronic gear function for tuning speed and position

6. Powerful Software-CANopen Builder
Configuration
Project
CAM
G codes
CFC
The CANopen Builder software can be used to configure the CANopen network, edit the e-cam curve, G codes and motion program.
CFC: Continuous Function Chart
Device Report

7. Provide Various Application Libraries
CANopen Builder provides single-axis, multi-axis, application and logic instruction library. Users can select the desired instructions in the corresponding instruction library.

8. Targeting Applications
Targeting & Successful applications
Package machinery
Food & beverage processing
Material handling system
Winding machines
Material handling Robot
Package Machine

9. CANopen Motion Controller DVP10MC
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