JMC-8012

12-Axis Pulse Motion Controller with AB Phase Encoder Inputs

Product Categories

JMC-8012

• 12 axes
• AB phase encoder input :6
• 1M RAM
• 128k Power-off storage
• CAN*1;RS232*1;RS485*2;USB2.0*1 ;EtherNet*1

Economical Multi-Axis Pulse Control

The JMC-8012 is an economical multi-axis pulse controller supporting 12 pulse axes, with the axis count expandable through RS485/CAN bus extension. Six AB-phase encoder inputs are available for position feedback from the driven axes.

Offline Programming

The controller supports offline programming in ladder diagram (Mitsubishi style), C language, and custom function blocks. Motion functions cover point-to-point motion, multi-axis linear interpolation, 2-3 axis circular interpolation, and spiral interpolation.

Memory and Interfaces

1 MB RAM is available for program execution and 128 KB of power-off storage retains programs and parameters when power is removed. Interfaces include one CAN, one RS232, two RS485, one USB 2.0, and one Ethernet port.

Specification Summary

  • Axes: 12 pulse axes (expandable via RS485/CAN bus)
  • Encoder input: 6 x AB phase
  • Memory: 1 MB RAM; 128 KB power-off storage
  • CAN: 1; RS232: 1; RS485: 2; USB 2.0: 1; Ethernet: 1
  • Programming: ladder (Mitsubishi style), C language, custom function blocks

Applications

The JMC-8012 is suitable for factory automation, robotics, packaging machinery, CNC machine tools, semiconductor equipment, inspection equipment, and material handling.

ModelJMC-8012
Number of pulse axes12
AB phase encoder input6
RAM1M
Control cycle1ms
Power-off storage128KB
Programming LanguageIEC61131-3 Ladder Diagram, Standard C Language
Digital Input DI64-channel NPN input
Digital Output DO32-channel Sinking Output
CAN1, supports CANOPEN protocol, supports custom CAN protocol
RS2321, Modbus-RTU protocol
RS4852, Modbus-RTU protocol
USB1, USB 2.0 (USB drive offline program download / firmware update)
Ethernet1,program download/debugging program/connecting touchscreen/Modbus-TCP/TCP/UDP
Motion ControlSingle-axis motion, axis coordination, linear interpolation, arc interpolation, electronic gear, multiple coordinate systems, multi-coordinate system interpolation

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