JMC-806P

6-Axis Pulse Motion Controller JMC-80X with AB Phase Encoder Inputs

Product Categories

JMC-806P

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

The JMC-806P is a 6-Axis Pulse Motion Controller JMC-80X series member designed for economical machines that need up to six pulse-controlled axes with encoder feedback. It provides six AB-phase encoder inputs, 1 MB RAM, and 128 KB of power-off storage, and shares the RS485/CAN expansion path of the JMC-80X family.

Multi-Axis Pulse Controller

For machine builders who already use step/direction drives, the JMC-806P offers a low-cost way to coordinate six axes without moving to a full fieldbus servo system. The RS485/CAN expansion path allows the axis count to grow when the machine grows.

Programming Flexibility

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

Memory and Interfaces

1 MB RAM and 128 KB of power-off storage hold the program and parameters. The interface set is one CAN, one RS232, two RS485, one USB 2.0, and one Ethernet.

Specification Summary

  • Axes: 6 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

Applications

The JMC-806P fits factory automation, robotics, packaging machinery, CNC machine tools, semiconductor equipment, inspection equipment, and material handling. It is especially useful in packaging and handling machines where a compact, offline-programmed controller drives several pulse-type axes. Typical machines include small pick-and-place units, rotary indexers, label applicators, and multi-axis feeding stations that run a fixed sequence once powered.

Why Offline Programming Matters

Because the controller stores its program in power-off memory, the machine can start its sequence as soon as it is powered without a host PC attached. This simplifies the control architecture on OEM-built equipment and reduces the number of components a technician must support in the field. The Mitsubishi-style ladder environment also shortens training time for maintenance staff who already know conventional PLC programming.

Selection Guidance

Verify the six encoder inputs match the feedback signals of your axes and that the pulse output level is compatible with your drives. Because the controller is part of the JMC-80X family, expansion modules and programming tools are shared across the series. Estimate the program and parameter size against the 1 MB RAM and 128 KB power-off storage budgets before writing the final sequence. Lyenwsin can help confirm the drive interface and memory requirements for your application.

ModelJMC-806P
Number of pulse axes6
AB phase encoder input6
RAM1M
Control cycle1ms
Power-off storage128KB
Programming LanguageIEC61131-3 Ladder Diagram, Standard C Language
Digital Input DI24-channel NPN input
Digital Output DO16-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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