Vision Systems

This page introduces KEYENCE’s lineup of vision systems in addition to the supported networks and connection examples.

Vision system lineup

Connection example

The controller’s internal communication interface can be used for EtherNet/IP®, PROFINET, or RS-232C connections with the XG-X, XG-8000, XG-7000, CV-X, and CV-5000 Series. A communication unit must be used for CC-Link connections.

Connecting the IV Series to an EtherNet/IP® or PROFINET network requires a dedicated cable.

(Ex.) XG-X Series
XG-X Series

Network example

Network example
  • A network-compatible unit or board is required for PLCs and PCs.
  • A 1:1 connection is used for connections via RS-232C.

Supported networks

Series Field network Other communication functions
EtherNet/IP®
CC-Link PROFINET
Ethernet
TCP/IP*
RS-232C*
RS-422A/
485
Customizable Vision System
XG-X Series
Field network

(CA-NCL20E)
Other communication functions

RS-232C
Customizable Vision System
XG-8000 Series
Field network

(CA-NCL10E)
Other communication functions

RS-232C
Customizable Vision System
XG-7000 Series
Field network

(CA-NCL10E)
Other communication functions

RS-232C
Vision System
CV-X Series
Field network
Other communication functions

RS-232C
Vision System
CV-5000 Series
Field network

(CA-NCL10E)
Other communication functions

RS-232C
Vision Sensor with Built-in AI
IV3 Series
Field network
Other communication functions
Vision Sensor with Built-in AI
IV2 Series
Field network
Other communication functions
Vision Sensor
IV Series
Field network
Other communication functions

PLC link connectivity of PLCs made by various other manufacturers is possible via RS-232C/Ethernet.

Typical connection example

Connecting to a network makes it possible to collect and manage various information from vision systems. This allows for the construction of information systems for saving image-based history, PLC-based calculations, changeovers, production management, and more.

The following example includes a network-connected vision system.

Centralized management and changeovers through PLC-based control of peripheral equipment

Alignment can be performed by collecting changeover information from network-connected PCs and vision system measurement results in the PLC. Control of peripheral equipment is also possible, including PCB position adjustments according to the position of targets, and using the touch panel to change the amount of adhesive to be applied.

Centralized management and changeovers through PLC-based control of peripheral equipment

Dispenser positioning

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