product information
TOYOPUC PC3J series

Machine-friendly programmable controller
- Executing 3 independent programs
- Equipped with an equipment information memory enabling “Visualization”
- Built-in communication ports
PC3JX(CPU module)

- Optimal replacement for PC3J-CPU and PC3JL-CPU
- Rich visualization functions
- RoHS compliant
PC3JX-D(CPU module)

- Optimal replacement for PC3JD-CPU
- Equipped with the DLNK function
- Rich visualization functions
- RoHS compliant
Input/output module

Building-block type modules make economical systems to suit specific applications.
2Port-EFR (Communication module)

- Adoption of standard protocol for FA
- Adoption of global standard protocol
- Collection of I/O communication and diagnostic information
DLNK-M2 (Communication module)

Mater module for TOYOPUC-PC10G/PC3J
DLNK-S (Communication module)

Offering an abundance of I/O modules mounted on the PC10G/PC3J base.
PC link/computer link

The two functions of PC link and computer link are merged into one.
High-speed PC link

PC link enables both high-speed communication and high-speed processing.
High-speed remote I/O

Allows decentralized I/O arrangement in remote locations with greatly reduced wiring costs.
Serial I/O

Interface module sending and receiving data to devices with a serial communication port such as a barcode reader, ID controller and magnetic card reader.
High-speed counter

Module for counting and comparing the number of high-speed inputs that cannot be tracked with general input modules and counter commands.
Analog input/output

- 8-channel, 16-bit high-resolution mode.
- Offers a high conversion speed of 60 μsec/channel and high accuracy of ±0.3%.
Pulse output

Combined use of a pulse string input type motor driver enables independent single-axis simple position control of a servo motor or stepping motor.
TOYOPUC-MCML(Motion controller)

- Optimal for multi-axis transfer and positioning.
- Achieves motion control using ladder circuits alone.
TOYOPUC-MCSSC(Motion controller)

- Optimal for multi-axis transfer and positioning.
- Achieves motion control using ladder circuits alone.