Omron FQ2-S, FQ2-CH User Manual

Download

Page 1

Smart Camera

FQ2-S/CH Series

User's Manual for Communications Settings

Cat. No. Z338-E1-02

Page 2

Introduction

Thank you for purchasing the FQ2-S/CH. This manual provides information regarding functions, performance and operating methods that are required for using the FQ2-S/CH. When using the FQ2-S/CH, be sure to observe the following:

• The FQ2-S/CH must be operated by personnel knowledgeable in electrical engineering.

• To ensure correct use, please read this manual thoroughly to deepen your understanding of the product.

• Please keep this manual in a safe place so that it can be referred to whenever necessary.

Page 3

APPLICATION CONSIDERATIONS (Please Read)

User's Manual for Communications Settings

Overview of Communication Specifications

Controlling Operation and Outputting Data with a Parallel Connection

Controlling Operation and Outputting Data with an Ethernet Connection

Controlling Operation and Outputting Data with an RS-232C Connection

Appendices

Smart Camera

FQ2-S/CH

Page 4

Product manuals

Important

Note

2-2 Par

FQ2-CH1

FQ2-S1 FQ2-S2 FQ2-S3

Shows the models that support the function being described.

Shows that the FQ2-S1 supports the function. Shows that the FQ2-S2 supports the function. Shows that the FQ2-S3 supports the function. Shows that the FQ2-S4 supports the function. Shows that the FQ2-CH supports the function.

FQ2-CH

FQ2-S4

FQ2-S3

FQ2-S2

FQ2-S1

The information required to use the FQ2-S/CH Series is divided into two manuals by objective: “FQ2-S/CH Series User’s Manual” and “FQ2-S/CH Series User's Manual for Communications Settings”. Read each manual as appropriate for your objective.

Manual Description Contents

FQ2-S/CH Series User's Manual (Cat. No. Z337)

(This manual) FQ2-S/CH Series User's Manual for Communications Settings (Cat. No. Z338)

Describes the product specifications, basic settings, and other information required to use the FQ2-S/CH Series.

Provides information required to operate the sensor by remote control.

Product specifications Connections, wiring Camera, image adjustment Inspection item settings Test measurement, operation Troubleshooting

System configuration Sensor control method Data input/output specifications Connectable network types Communication settings Output data settings

Editor's Note

■ Meaning of Symbols

Menu items that are displayed on the Touch Finder LCD screen, and windows, dialog boxes and other GUI elements displayed on the PC are indicated enclosed by brackets "[ ]".

■ Visual Aids

Indicates points that are important to achieve the full product performance, such as operational precautions.

Indicates application procedures.

Indicates pages where related information can be found.

FQ2-S/CH User’s Manual

for Communications Settings

Page 5

1. Overview of Communication Specifications

1-1 Confirming the System Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

FQ2-S/CH Series System Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

1-2 Communicating with an External Device . . . . . . . . . . . . . . . . . . . . . . . . . 10

Basic Control Operations of the Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Control Methods for the Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Communication Protocols for Communication with the Sensor . . . . . . . . . . . .12

1-3 Control Methods Using an External Device . . . . . . . . . . . . . . . . . . . . . . . 18

Control with Control Signals and Status Signals . . . . . . . . . . . . . . . . . . . . . . . . 18

Command/Response Method . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Data Output after Measurements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

2. Controlling Operation and Outputting Data with a Parallel Connection

2-1 Controlling Operation and Outputting Data

with the Sensor's Standard Parallel Connection . . . . . . . . . . . . . . . . . . . 34

Basic Operation with a Parallel Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Setting the Measurement Trigger . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Setting the Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

Controlling the Sensor from an External Device . . . . . . . . . . . . . . . . . . . . . . . . 46

2-2 Controlling Operation and Outputting Data

with a Parallel Interface Sensor Data Unit . . . . . . . . . . . . . . . . . . . . . . . . 60

Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

Setting the Measurement Trigger . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

Setting Output Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Aligning the Data Output Timing with the External Device . . . . . . . . . . . . . . . . 66

Changing the Settings of the I/O Signals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74

Controlling Operation from an External Device . . . . . . . . . . . . . . . . . . . . . . . . . 75

Table of Contents

FQ2-S/CH User’s Manual for Communications Settings

Page 6

3. Controlling Operation and Outputting Data with an Ethernet Connection

3-1 Controlling Operation and Outputting Data

with EtherNet/IP Communications. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88

Introduction to EtherNet/IP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .88

FQ2 Communications for EtherNet/IP Connections . . . . . . . . . . . . . . . . . . . . . 90

Setting Up EtherNet/IP Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92

Tag Data Link Setting Methods . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .95

Setting the Data to Output Automatically after Measurements . . . . . . . . . . . . . 97

Memory Assignments and Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102

Timing Chart for EtherNet/IP Communications . . . . . . . . . . . . . . . . . . . . . . . . 114

Sample Ladder Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119

Communicating with the Sensor Controller

with EtherNet/IP Message Communications . . . . . . . . . . . . . . . . . . . . . . . . . . 120

Command Setting Example . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 120

3-2 Controlling Operation and Outputting Data

with PLC Link Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121

Communications Processing Flow . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121

Setting Up PLC Link Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122

Setting the Data to Output Automatically after Measurements . . . . . . . . . . . . 124

Memory Assignments for PLC Link Communications . . . . . . . . . . . . . . . . . . . 129

Timing Chart for PLC Link Communications . . . . . . . . . . . . . . . . . . . . . . . . . . 137

Sample Ladder Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139

3-3 Outputting Data and Controlling Operation through PROFINET . . . . . 140

Overview of PROFINET . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140

FQ2 Communications for PROFINET Connections . . . . . . . . . . . . . . . . . . . . 144

Setting Up EtherNet/IP Communications (PROFINET) . . . . . . . . . . . . . . . . . . 145

Communication Settings Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147

Setting the Data to Output Automatically after Measurements . . . . . . . . . . . . 148

Memory Assignments and Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152

Timing Chart for EtherNet/IP Communications . . . . . . . . . . . . . . . . . . . . . . . . 161

Sample Ladder Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165

3-4 Control and Output in No-Protocol (TCP) / No-Protocol (UDP) . . . . . . 167

Communications Processing Flow . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 167

Setting Up No-protocol Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . 167

Setting the Data to Output Automatically after Measurements . . . . . . . . . . . . 169

Controlling the Sensor from an External Device

(Procedure for No-protocol Command/Response Communications) . . . . . . .176

Binary Data File Load and Save Commands . . . . . . . . . . . . . . . . . . . . . . . . . 183

FQ2-S/CH User’s Manual

for Communications Settings

Page 7

3-5 Controlling Operation and Outputting Data

with FINS/TCP No-protocol Commands . . . . . . . . . . . . . . . . . . . . . . . . . 188

Introduction to FINS Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .188

Setting Up FINS/TCP No-protocol Communications . . . . . . . . . . . . . . . . . . . . 189

List of FINS Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190

4. Controlling Operation and Outputting Data with an RS-232C Connection

4-1 Introduction to RS-232C Connections . . . . . . . . . . . . . . . . . . . . . . . . . . 196

4-2 Controlling Operation and Outputting Data

with RS-232C No-protocol Communications . . . . . . . . . . . . . . . . . . . . . 197

Communications Processing Flow . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197

Setting Up No-protocol Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197

Setting the Data to Output Automatically after Measurements . . . . . . . . . . . . 198

Controlling the Sensor from an External Device

(Procedure for No-protocol Command/Response Communications) . . . . . . .198

5. Appendices

5-1 Command Control. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200

Parameter Notation Examples for Command Control . . . . . . . . . . . . . . . . . . . 200

Command List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 202

Command Details . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 207

5-2 Detailed EtherNet/IP Communications Specifications . . . . . . . . . . . . . 433

Index. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 438

Revision History . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 440

FQ2-S/CH User’s Manual for Communications Settings

Page 8

FQ2-S/CH User’s Manual

for Communications Settings

Page 9

Overview of Communication Specifications

1-1 Confirming the System Configuration . . . . . . . . . . . . . . . . . . . . . . . . . .8

1-2 Communicating with an External Device . . . . . . . . . . . . . . . . . . . . . . . 10

1-3 Control Methods Using an External Device . . . . . . . . . . . . . . . . . . . . . 18

Page 10

1-1 Confirming the System Configuration

FQ2-S1

FQ2-S2

FQ2-CH

Parallel Interface Connection

Sensor Data Unit cable

Parallel Interface Sensor Data Unit

I/O cable

Basic configuration External devices

Setup Tool (Touch Finder or PC Tool)

Special Ethernet Cable (RJ45/M12)

Connection with Standard Parallel Interface of the Vision Sensor

I/O control PLC

I/O cable

Basic configuration

FQ2-S/CH Series

External devices

Trigger sensor

I/O control PLC

Trigger sensor

Setup Tool (Touch Finder or PC Tool)

Special Ethernet Cable (RJ45/M12)

A Parallel Interface Sensor Data Unit can be installed to enable output of measured values, parameters, calculation results, and other information.

Use an I/O cable for input of measurement triggers and communication commands, and for output of OK/NG judgement results.

Connection through a Parallel Interface Sensor Data Unit

FQ2-S1

FQ2-S3 FQ2-S4 FQ2-CH

FQ2-S2

FQ2-S3 FQ2-S4

The FQ2-S/CH series is Vision System that perform measurement processing through measurement objects that are imaged by a Camera. In a system configuration that is connected to a PLC, computer, or other external device, measurement commands can be received from and measurement results can be output to the external device.

FQ2-S/CH Series System Configuration

The following types of system configurations can be used with the FQ2.

Confirming the System Configuration

FQ2-S/CH User’s Manual

for Communications Settings

Page 11

Ethernet (EtherNet/IP, PLC Link, No-protocol, or PROFINET) Connection

Basic configuration External devices

I/O control PLC

Trigger sensor

Setup Tool (Touch Finder or PC Tool)

General-purpose Ethernet cable

Switching hub for EtherNet/IP (industrial Ethernet)

FQ2-S/CH Series

RS-232C Serial Connection

RS-232C

cable

RS-232C Interface Sensor Data Unit

Sensor Data Unit cable

Basic configuration External devices

Sensor control PLC I/O control PLC

Trigger sensor

Setup Tool (Touch Finder or PC Tool)

An RS-232C Interface Sensor Data Unit can be connected to the Sensor by RS-232C cable to enable input of measurement triggers and communication commands, and output of measurement results (judgement results, measured values). Measurement triggers can also be input from a parallel connection.

Ethernet cable can be used to connect to a variety of networks in order to input measurement triggers and communication commands, and to output measurement results (judgement results, measured values). Measurement triggers can also be input from a parallel connection. The data link function for each network (excluding no-protocol networks) can be used to periodically transfer data between the sensor and external devices.

Special Ethernet Cable (RJ45/M12)

General-purpose Ethernet cable

*1: A special Ethernet cable is used to connect to the sensor.

*2: A parallel cable (FQ-SDU2 special-purpose cable) can be used to connect to external devices from the Sensor Data Unit.

In this case, an ACK signal can be used as an additional output signal.

Special Ethernet Cable (RJ45/M12)

FQ2-S1

FQ2-S3 FQ2-S4 FQ2-CHFQ2-S2

FQ2-S3 FQ2-S4 FQ2-CH

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Confirming the System Configuration

Page 12

1-2 Communicating with an External Device

FQ2-S1

FQ2-S2

FQ2-CH

Trigger sensor

PLC

The measurement results are output.

• Status signals

• Overall judgement

• Measured values

• Character strings

Measurement triggers and other control commands are input.

Sensor

FQ2-S3 FQ2-S4

This section gives the communications specifications, describes the control methods that you can use for communications, and describes the settings that are required before starting communications with an external device.

Basic Control Operations of the Sensor

The following figure shows basic communications between an external device and the Sensor and the flow of signals and data.

The following methods can be used to exchange data between an external device and the Sensor.

Commands That Can Be Input to the Sensor from an External Device

Ty p e Description

Control commands

Control signals (input signals)

Communications command input

A measurement is executed when a measurement trigger (i.e., an ON TRIG signal) is input. For information on control signals, refer to Control with Control Signals and Status Signals: p.18.

Various commands can be executed, such as measuring commands and scene change. The communications commands depend on the communications protocol that you use. Refer to the section for each communications protocol for details.

Data Output to an External Device from the Sensor

Ty p e Description

Status signals When the Sensor confirms a control signal or communications command input

and begins measurement processing, the status of the Sensor is reported to the external device through status signals (e.g., a BUSY signal). For information on status signals, refer to Control with Control Signals and Status Signals: p.18.

Overall judgement NG is output whenever there is one or more NGs in the judgement results for mul-

Measured values The measured values from inspection items can be output. The output items must

Communicating with an External Device

tiple inspection items. The overall judgement can be output through the OR signal or through the JG output parameter.

*1: This behavior can be changed in the settings.

For information on the OR signal, refer to Control with Control Signals and Status Signals: p.18. For information on the JG output parameter.

be inspection items for output and registered as output data (data 0 to data 31). Refer to the following for details.

Settings Required for Data Output: p.61, 97, 124, 148, 169, 198.

You can also use commands to obtain results after a measurement is performed.

FQ2-S/CH User’s Manual

for Communications Settings

Page 13

Ty p e Description

Trigger sensor

External device

Status signal

Control signal

Sensor

Character output (FQ2-S4/CH series only)

You can output character strings and numbers that are read by inspection items such as OCR, Barcode, 2D-code, or 2D-code (DPM). Refer to Items That Can Be Output as Output Data: p.22 for details. You can also use commands to obtain results after a measurement is performed.

Control Methods for the Sensor

There are three methods that you can use to control the Sensor from a PLC or other external device. They are described in this section. For details on each control method, refer to their corresponding section.

Control Methods

Method Overview Trigger type or area Signals or area used

Control signals and status signals

Control with commands and responses

Data output after measurements

Operation is controlled by the ON/OFF status of the Measurement Trigger Signal (TRIG) and Command Request Bit (EXE).

Control is performed by sending control commands. The execution results of the command can be confirmed in the response from the Sensor.

After a measurement is performed, the previously specified measurement data is output automatically.

ON/OFF status of the control signals and status signals

The control command code is stored in the I/O memory of the PLC and then the Request Bit is turned ON.

Not required. (Output is performed automatically after measurement.)

Control signals and status signals

PLC I/O memory (Command Area and Response Area)

PLC I/O memory (Data Output Area)

1 Control with Control Signals and Status Signals (Refer to Control with Control Signals and

Status Signals: p.18)

Control and status confirmation for the Sensor is performed with the ON/OFF status of the control and status signals.

This method is best suited for basic operations such as measurement triggers or to check the operating status of the Sensor.

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Communicating with an External Device

Page 14

2 Command/Response Method (Refer to Command/Response Method: p.20)

External device

I/O memory

Sensor

Command Area Response Area

(1) Command

(3) Response

Output Area

(2) Command

execution

External device

I/O memory

Sensor

Command Area Response Area

(2) Measurement data

Output Area

(1) Measurement processing

Control is performed by storing the control command and the response to that command in the I/O memory of a PLC.

This method is best suited to send multiple commands to the Sensor without using PLC communications instructions.

3 Data Output after Measurements (Refer to Data Output after Measurements: p.21)

After a measurement is executed, the measurement data specified for output is automatically output to the specified words in the I/O memory of the PLC.

This is suited to reception of the measurement result data of each inspection item.

The Sensor can be controlled from a PLC, computer, or other external device using a variety of communication protocols. The communication protocols that can be used to control the Sensor from an external device are described below.

Communicating with an External Device

Communication Protocols for Communication with the Sensor

PLC

Computer

Control can be performed through different communications protocols.

Parallel

PLC Link

No-protocol (TCP)

EtherNet/IP

PROFINET

No-protocol (UDP)

No-protocol (FINS/TCP)

Sensor

FQ2-S/CH User’s Manual

for Communications Settings

Page 15

Applicable Communications Protocols

The communication protocols of each communication method that can be used with the Sensor are as follows:

OK: Supported, ---: Not supported.

Communications method

Contact inputs

Data sharing

Frame transmission

*1: When connected to a CJ-series PLC, specify the areas in the I/O memory. *2: This connection is via the RS-232C Interface Sensor Data Unit. Only supported on the FQ2-S3/S4/CH series.

Communi-

Overview Communications cable type cations protocol

Parallel Data is exchanged between an external device and the

Sensor through combinations of ON/OFF signals from

multiple physical contacts.

PLC Link This is OMRON’s communications protocol for Vision

System.

The control signals, Command Area/Response Area,

and area to store measurement data are assigned in

the I/O memory of the PLC, and data is exchanged

cyclically to share data between the PLC and the Vision

System.

EtherNet/IP This is an open communications protocol.

Tag data links are used for communication with the Sen-

sor.

On the PLC, structure variables are created that corre-

spond to the control signals, command/response data,

and measurement data. These variables are then used

as tags to input and output data through tag data links

to exchange data between the PLC and the Sensor.

PROFINET This is an open communications protocol.

RT (Real-time) of soft real-time communication (SRT) is

used for communication with the Sensor.

The control signals, Command Area/Response Area,

and area to store measurement data are assigned in

the I/O memory of the PLC, and data is exchanged

cyclically to share data between the PLC and the Vision

System.

No-protocol (TCP) No-protocol (UDP)

No-protocol (FINS/ TCP)

Command frames are sent to the Sensor and response

frames are received from the Sensor without the use of

any specific protocol.

Data can be exchanged between the PLC, computer, or

other external device and the Sensor by sending and

receiving ASCII or binary format data.

This is a command system (FINS) for message services

that can be used in common on OMRON networks.

Data can be exchanged between an OMRON PLC and

the Sensor by a command/response method.

Parallel I/O

OK --- OK

--- OK ---

Ethernet RS-232C

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Communicating with an External Device

Page 16

Connection Compatibility

Note

Yes: Supported, No: Not supported

Type of connection to FQ2-S/CH

EtherNet/IP --- No No Yes Yes Yes Yes Yes

PLC Link on Ethernet No --- No Yes Yes Yes Yes Yes

PROFINET No No --- Yes Yes Yes Yes Yes

TCP no-protocol communications on Ethernet, UDP no-protocol communications on Ethernet

FINS/TCP no-protocol communications on Ethernet

RS-232C

Parallel communications

*1: This applies when an RS-232C Interface Sensor Data Unit is connected. *2: This applies when a Parallel Interface Sensor Data Unit is connected.

Sensor’s standard parallel communications

Parallel Inter-

face

Other connection

EtherNet/IP PLC Link

Yes Yes Yes --- No No Yes Yes

YesYesYesNo --- No YesYes

YesYesYesNo No --- YesNo

YesYesYesYesYesYes--- No

YesYesYesYesYesNo No ---

on Ethernet

PROFINET

TCP no-protocol communications on Ethernet, UDP no-protocol communications on Ethernet

FINS/TCP no-protocol communications on Ethernet

RS-232C *1Parallel communications

Sensor’s standard parallel communications

Parallel Interface

Connections Across Network Routers You can connect to a Sensor on a different network than the Touch Finder or PC Tool through a router.

• To connect to a Sensor, directly specify the IP address of the Sensor. Automatic connection to a Sensor is not possible.

• Use a fixed IP address for the Sensor to connect to.

Communicating with an External Device

FQ2-S/CH User’s Manual

for Communications Settings

Page 17

Models That Are Compatible with the Communications Protocols

This section lists the external devices that can communicate with the FQ2-S/CH series for each communications protocol.

PLC Link

OMRON

❍: Can connect U: Only some models can connect ✕: Cannot connect

Series CPU Unit Interface

Direct connection with CPU unit (built-in port)

SYSMAC_CJ2 CJ2H or CJ2M U (Built-in port only.) CJ1W-EIP21 (PLC Link

SYSMAC_CJ1 CJ1H or CJ1G ✕ CJ1W-EIP21 (PLC Link

CJ1M U (Built-in port only.) CJ1W-EIP21 (PLC Link

SYSMAC_CS CS1H, CS1D, or CS1G ✕ CS1W-EIP21 (PLC Link

SYSMAC_CP1 CP1L U (Built-in port only.) ---

CP1H ✕ CJ1W-EIP21 (PLC Link

SYSMAC_One NSJ ✕ NSJW-ETN21

Connection via Ethernet unit

only) or CJ1W-ETN21

only) or CS1W-ETN21

only) or CJ1W-ETN21

Mitsubishi Electric

❍: Can connect U:Only some models can connect ✕: Cannot connect

Series Model name CPU Unit CPU name Interface

MELSEC-QnU Universal mod-

MELSEC-Q Series High-

els

Basic models QnCPU Q00JCPU,

performance models

QnUDECPU

QnUDCPU

QnUCPU Q00UJCPU,

QCPU Q02CPU,

Q03UDECPU, Q04UDEHCPU, Q06UDEHCPU, Q10UDEHCPU, Q13UDEHCPU, Q20UDEHCPU, or Q26UDEHCPU

Q03UDCPU, Q04UDHCPU, Q06UDHCPU, Q10UDHCPU, Q13UDHCPU, Q20UDHCPU, or Q26UDHCPU

Q00UCPU, Q01UCPU, or Q02UCPU,

Q00CPU, or Q01CPU

Q02HCPU, Q06HCPU, Q12HCPU, or Q25HCPU

Direct connection with CPU unit (built-in port)

❍ QJ71E71-100, Q71E71-B2,

Connection via Ethernet unit

or QJ71E71-B5

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Communicating with an External Device

Page 18

Series Model name CPU Unit CPU name Interface

MELSEC-QnAS Series

--- --- Q2ASCPU, Q2ASCPU-S1, Q2ASHCPU, or Q2ASHCPU-S1

Direct connection with CPU unit (built-in port)

✕ A1SJ71QE71N3-T

Connection via Ethernet unit

EtherNet/IP

❍: Can connect U:Only some models can connect ✕: Cannot connect

Series CPU Unit Interface

Direct connection with CPU unit (built-in port)

SYSMAC NJ NJ501 or NJ301 ❍ CJ1W-EIP21

SYSMAC_CJ2 CJ2M or CJ2H U (Built-in port only.) CJ1W-EIP21

SYSMAC_CJ1 CJ1H or CJ1G ✕ CJ1W-EIP21

CJ1M U (Built-in port only.) CJ1W-EIP21

SYSMAC_CS CS1H, CS1D, or CS1G ✕ CS1W-EIP21

Connection via EtherNet/IP unit

No-protocol (TCP), No-protocol (UDP)

OMRON

Series CPU Unit Interface

Direct connection with CPU unit (built-in port)

SYSMAC CJ2 CJ2H or CJ2M --- CJ1W-ETN21

SYSMAC CJ1 CJ1H or CJ1G --- CJ1W-ETN21

CJ1M --- CJ1W-ETN21

SYSMAC CS CS1H, CS1D, or CS1G --- CS1W-ETN21

SYSMAC CP1 CP1L U (Built-in port only.) ---

CP1H --- CJ1W-ETN21

SYSMAC One NSJ --- NSJW-ETN21

Connection via Ethernet unit

No-protocol (FINS/TCP)

OMRON

Series CPU Unit Interface

Direct connection with CPU unit (built-in port)

SYSMAC CJ2 CJ2H or CJ2M U (Built-in port only.) CJ1W-EIP21 or CJ1W-

SYSMAC CJ1 CJ1H or CJ1G --- CJ1W-EIP21 or CJ1W-

CJ1M U (Built-in port only.) CJ1W-EIP21 or CJ1W-

SYSMAC CS CS1H, CS1D, or CS1G --- CS1W-EIP21 or CS1W-

Communicating with an External Device

Connection via Ethernet unit

ETN21

FQ2-S/CH User’s Manual

for Communications Settings

Page 19

Series CPU Unit Interface

Direct connection with CPU unit (built-in port)

SYSMAC CP1 CP1L U (Built-in port only.) ---

CP1H --- CJ1W-ETN21

SYSMAC One NSJ --- NSJW-ETN21

Connection via Ethernet unit

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Communicating with an External Device

Page 20

1-3

FQ2-S1

FQ2-S2

FQ2-CH

Trigger sensor Sensor

(1) Measurement trigger input (TRIG signal: ON).

Control signal

(2) Command received.

(BUSY signal turned ON.)

(3) Judgement results are output.

(OR signal turned ON.)

Status signals

External device

Control Methods Using an External Device

FQ2-S3 FQ2-S4

This section describes the methods that you can use to control the Sensor from a PLC or other external device.

Control with Control Signals and Status Signals

Control and status confirmation for the Sensor is performed with the ON/OFF status of the control and status signals. Measurement triggers and other signals are input as control signals from the PLC. The operating status of the Sensor, judgement results, and other status information can be confirmed through status signals sent from the Sensor.

(1) The external device turns ON the TRIG signal to input a measurement trigger.

(2) When the Sensor confirms that the TRIG signal is ON, it outputs the BUSY signal to the external device

and begins a measurement.

(3) When the Sensor finishes the measurement, it outputs the judgement results on the OR signal.

Control Signals and Status Signals

The types of signals that are input to and output from the sensor as control signals and status signals are shown below. “Use of signal in each protocol” in the table below lets you check whether or not a signal is used in each protocol. Note that this table does not show whether simultaneous use of signals in differing communication protocols is possible. For restrictions on communication protocols that can be used simultaneously, refer to

Connection Compatibility on page 14.

Input Signals (PLC to Sensor)

Signal Signal name Function

EXE Control Com-

mand Execution Signal

TRIG Measure Bit Turn ON this signal to execute

DSA (Used only for handshaking output control.)

ERCLR Error Clear Bit

Control Methods Using an External Device

Data Output Request Signal

Turn ON this signal (from the PLC) to send a command to the FQ-S/CH series.

measurement.

Use this signal (from the PLC) during handshaking to request from the FQ-S/CH series the external output of the data output results.

Turn ON this signal to clear the ERR signal from the Sensor Controller.

Signals for each communications protocol

Parallel PLC Link

--- OK OK OK

OK --- OK OK

OK OK OK OK

--- --- OK OK

EtherNet/IP

FQ2-S/CH User’s Manual

for Communications Settings

PROFINET

Page 21

Signal Signal name Function

IN (IN0 to IN7) Command Input

Signals

These signals are used to input commands from a parallel interface.

Signals for each communications protocol

Parallel PLC Link

OK --- --- ---

EtherNet/IP

PROFINET

Output Signals (Sensor to PLC)

Signal Signal name Function

BUSY Busy Signal

FLG Control Com-

mand Completion Signal

GATE Data Output

Completion Signal

READY Camera Image

Input Enabled Signal

DO (DO0 to DO15)

ERR Error Signal The FQ2-S/CH series provides

Overall Judgement Output Signal

Data Output Signals

This signal tells when new commands and other external inputs cannot be acknowledged during processing of other external inputs. Just because this signal is ON does not necessarily mean that a command is being executed. To check whether a command is being executed, access the Command Completion (FLG) signal.

The FQ2-S/CH series uses this signal to tell the user (PLC) that command execution has been completed.

This signal tells the user (PLC) when to read the measurement results. Data output is enabled when this signal is ON.

This signal tells when the TRIG (Measurement Trigger) signal can be input.

This signal gives the results of the overall judgement.

These signals are used to output parallel data and parallel judgements through a parallel interface sensor data unit.

notification with this signal when it detects the following errors. Refer to Section 8 Trouble- shooting in Vision Sensor FQ2S/CH User's Manual (Cat. No. Z337).

• Communication timeout

• TRIG Input while measurement

The ERR signal does not turn OFF even after the error is eliminated. The signal turns OFF only when the error status is cleared by a control command.

Signals for each communications protocol

Parallel PLC Link

OK OK OK OK

--- OK OK OK

OK OK OK OK

--- --- OK OK

OK --- OK OK

OK --- --- ---

OK OK OK OK

EtherNet/IP

Overview of Communication Specifications

PROFINET

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 22

Signal Signal name Function

IN5IN4 through IN0

Execution

Command

Execution

Command

IN7IN6 through IN0

Standard Parallel Parallel Interface Sensor Data Unit

RUN Measurement

Mode Signal

ACK Command Com-

pletion Flag

SHTOUT Exposure Com-

pletion Signal

STGOUT Strobe Trigger

Output

*1: The execution of commands or other processing received through any other protocol cannot be detected.

The parallel BUSY signal can be used in all protocols. If you use more than one protocol and need to detect command execution, use the parallel communications BUSY signal.

*2: This signal is linked to the measurement processing.

It is not associated with the BUSY signal. It is not related to the parallel interface OR signal.

The FQ2-S/CH series turns ON this signal when measurements can be performed and it is in Run Mode.

This signal tells when execution of the DI command has been completed.

This signal tells when Camera exposure has been completed.

This is the trigger signal for the strobe.

Signals for each communications protocol

Parallel PLC Link

OK --- OK OK

OK --- --- ---

EtherNet/IP

PROFINET

Command/Response Method

Parallel

Commands are input to the Sensor by turning the IN signals (Standard Parallel: IN0 to IN5, Parallel Interface Sensor Data Unit: IN0 to IN7) ON and OFF. There is no direct response to these commands. Confirm whether a command was received by checking the BUSY signal. The command code is input with part of the IN signals (Standard Parallel: IN0 to IN4, Parallel Interface Sensor Data Unit: IN0 to IN6), and the command is executed by turning ON the execution bit (Standard Parallel: IN5, Parallel Interface Sensor Data Unit: IN7).

PLC Link, EtherNet/IP, or PROFINET

Command/response control signals can be exchanged by storing control commands from the PLC to the Sensor and responses from the Sensor to the PLC in the I/O memory of the PLC. This enables you to send single measurement and scene switch requests to the Sensor without any sequence control with communications commands from the PLC.

Control Methods Using an External Device

FQ2-S/CH User’s Manual

for Communications Settings

Page 23

Memory Areas Used by the Command/Response Control Method

(1) Command Area

(5) Response Area

(2) Command

(4) Response

PLC

CPU Unit

I/O memory

(communications areas)

• Switch Scene Number

• Single Measurement, etc.

OK, etc.

(3) Command is processed.

Sensor

Command Area You write the control commands to execute for the Sensor to this area.

Response Area You read the results of executing the control commands that were written to the Command Area

from this area.

Flow of Communications between the PLC and the Sensor

(1) The PLC (the user) writes a control command to a specified PLC I/O memory area (the Command Area).

Parameter Notation Examples for Command Control: p.200

(2) The PLC (the user) then turns ON the EXE bit to send the control command to the Sensor.

(3) The Sensor executes the received control command.

(4) The Sensor returns a response to the PLC after the control command is executed.

(5) The PLC (the user) stores the response in a specified PLC I/O memory area (the Response Area).

The available control commands depend on the communications protocol that is used.

Command List: p.202.

Overview of Communication Specifications

No-protocol (TCP) Communications, No-protocol (UDP) Communications, No-protocol (FINS/ TCP) Communications

Communications commands are sent to the Sensor through sequence control in the PLC. An external device and the Sensor communicate through no-protocol communications.

Data Output after Measurements

After a Single Measurement or Start Continuous Measurements command is executed, the Sensor automatically outputs the data that corresponds to the measurements that have been specified as output items to the PLC. This allows you to easily pass measurement results data from the inspection items to the PLC. You can also choose to output only when the PLC meets the conditions that are required to receive the data (i.e., when handshaking is turned ON). The output destination for data depends on the protocol that is used to communicate between the external device and the Sensor, as described below.

PLC Link, EtherNet/IP, or PROFINET

The output data is automatically output to the following area that is specified PLC I/O memory.

Area of Memory Used for Data Output after Measurement

Data Output Area The output data for the measurement is written to this area by the Sensor after execution of the

measurement.

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 24

Flow of Communications between the PLC and the Sensor

Data

Output Area

• Specified data is automatically output.

• Output characters

(2) Data

CPU Unit

PLC

I/O memory

(communications areas)

Sensor

Measurement

execution

(1)

The data to output after measurement and the PLC I/O memory area (Data Output Area) to store that data are specified in advance. ( Setting Required for Data Output: p.61, 97, 124, 148, 169, 198.) (1) Measurement is executed.

(2) After a measurement is executed, the specified measurement data is stored in the Data Output Area in

the PLC.

Parallel

A Parallel Interface Sensor Data Unit can be installed to enable data output. The output data is output to the PLC signal wires via the D signals (D0 to D15). This is only supported on the FQ2-S4/CH series.

No-protocol (TCP) Communications, No-protocol (UDP) Communications

The output data is output to the PLC reception buffer through non-procedure (normal) communications.

Items That Can Be Output as Output Data

Measurement Data

The following data items can be output by allocating measurement results and judgement results to output data 0 to output data 31.

• Judgement result

• Measured parameters (correlation values, reference coordinates, etc.)

• Results calculated based on the values of the measured parameters

• Judgement results from expression results (Parallel Judgement Output)

Character Output (This is Only Supported on the FQ2-S4/CH Series.)

After measurement, you can automatically output character strings that are read by OCR and other inspection items to the PLC. Character strings can be output for the following inspection items.

•OCR

• Bar code

•2D-code

•2D-code (DPM)

Number of Characters That Can Be Output

The number of characters that can be output are shown below for each inspection item.

• OCR: Max. 128 characters

• Bar code, 2D-code, 2D-code (DPM): Max. 1024 characters

Control Methods Using an External Device

FQ2-S/CH User’s Manual

for Communications Settings

Page 25

For the character output setting procedures and output specifications for each communication type, refer to the

Note

Before conversion After conversion

&h0D

&h7F

&h8541

DEL

&h8543

Character code

&h0A

&hFF

&h8542

&h8544

following:

Outputting Character Strings

• EtherNet/IP: p.101

• PLC link: p.128

• PROFINET: p.151

• No-protocol (TCP), No-protocol (UDP): p.175

• Endian Little endian data is output.

• Code Conversion The converted codes are outputted for the following character codes.

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 26

Order of Output of Measurement Data and Characters (Only Supported on the FQ2-S4/CH Series)

When measurement data the data (output data settings 0 to 31) and characters are output together, the characters are output after the data such as inspection item parameters and calculation results are output.

Example: Read result 1: ABC Read result 2: 0123 [Data output] − [Data 0]: 3 (Number of characters: 1) [Data output] − [Data 1]: 4 (Number of characters: 2) The following information will be output for the above.

EtherNet/IP, PLC Link, PROFINET

Increment from first address in output area

+0 Data 0 (4 bytes) Inspection item 0: Number of characters

+2 Data 1 (4 bytes) Inspection item 1: Number of characters

+4 ‘B’ ‘A’ Inspection item 0: Characters “ABC”

+5 00 ‘C’

+6 ‘1’ ‘0’ Inspection item 1: Characters “0123”

+7 ‘3’ ‘2’

+8 00 Filled with zeros. (Only when the character string length is not a

Output data Assigned output data

Upper byte Lower byte

multiple of 4.)

No-protocol (TCP)

3 (Field delimiter) 4 (Record delimiter) ABC (Field delimiter) 0123 (Record delimiter) CR CR is Delimiter, CR is not output by No-protocol (UDP) Communications.

Control Methods Using an External Device

FQ2-S/CH User’s Manual

for Communications Settings

Page 27

Output Data Size and Number of Output Data Upper Value Setting (EtherNet/IP, PLC Link, PROFINET)

Data 0

Output data Setting

Data 1 Data 2

I0.X[0] Inspection item 0: Position X for Search I0.Y[0] Inspection item 0: Position Y for Search LPC

(0,30,I1.X,I1.Y)

Inspection item 1: Position X 1st point for Shape Search II

Inspection item 1: Position X 30th point for Shape Search II Inspection item 1: Position Y 1st point for Shape Search II

Inspection item 1: Position Y 30th point for Shape Search II

Data 3 LPR

(0,10,I2.X,I2.Y)

Inspection item 2: Position X 1st point for Shape Search II Inspection item 2: Position Y 1st point for Shape Search II

Inspection item 2: Position X 10th point for Shape Search II Inspection item 2: Position Y 10th point for Shape Search II

328 bytes

When more than one inspection result is output, the size of the data that is output for the data output settings could exceed the limit that is set in the [Max output data] (number of output data upper value) parameter setting. If that occurs, increase the set value of the number of output data upper value setting or adjust the output data settings so that data output size is not exceeded. If the size of the data that is output exceeds the data size that can actually be output (output data limit), the remaining data is handled as follows in each communication protocol.

• EtherNet/IP, PROFINET: The remaining data is divided and output over several cycles.

• PLC Link: The remaining data is discarded.

Example Output data size: 328 bytes Number of output data upper value setting: 256 bytes Data Output Settings

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 28

EtherNet/IP, PROFINET

Output data Assigned output data

Output data 0 (4 bytes)

Output data 1 (4 bytes)

Output data 2 (4 bytes)

Output data 31 (4 bytes)

Output data 32 (4 bytes)

Output data 61 (4 bytes)

Output data 62 (4 bytes)

Output data 63 (4 bytes)

Output data 0 (4 bytes)

Output data 6 (4 bytes)

Output data 7 (4 bytes)

Inspection item 0: Position X for Search

+2 +3

Inspection item 0: Position Y for Search

+4 +5

Inspection item 1: Position X 1st point for Shape Search II

+62 +63

Inspection item 1: Position X 30th point for Shape Search II

+64 +65

Inspection item 1: Position Y 1st point for Shape Search II

+122 +123

Inspection item 1: Position Y 30th point for Shape Search II

+124 +125

Inspection item 2: Position X 1st point for Shape Search II

+126 +127

Inspection item 2: Position Y 1st point for Shape Search II

+0 +1

Inspection item 2: Position X 2nd point for Shape Search II

+12 +13

Inspection item 2: Position X 10th point for Shape Search II

+14 +15

Inspection item 2: Position Y 10th point for Shape Search II

Offset from first address in output area

256 bytes (Data that is output the first cycle.

)

72 bytes (Data that is output the second cycle.

)

The output data that is assigned is output to the output area as shown below. Output data that exceeds the size (e.g., 256 bytes) that is set for the output data size parameter is separated over more than one cycle. To ensure that no data is lost when receiving data that is divided and output over several cycles, use the handshake function.

Data Output Control with Handshaking: p.30

*1: At the first data output, a GATE (Data Output Completion) signal is output. *2: If the size of the specified output data exceeds the set value of the output data size setting, the data is output separately as shown below.

Control Methods Using an External Device

Output data size setting: 256 bytes

First Data Output

Output data 0 Output data 0

Output data 63

256 bytes

Second Data Output

Output data 7

Zeros are written to unused bytes.

72 bytes

The previous data will be overwritten. Adjust the timing with handshaking to get the data.

FQ2-S/CH User’s Manual

for Communications Settings

Page 29

PLC Link

Output data Assigned output data

Output data 0 (4 bytes)

Output data 1 (4 bytes)

Output data 2 (4 bytes)

Output data 31 (4 bytes)

Output data 32 (4 bytes)

Output data 61 (4 bytes)

Output data 62 (4 bytes)

Output data 63 (4 bytes)

Output data 64 (4 bytes)

Output data 65 (4 bytes)

Output data 66 (4 bytes)

Inspection item 0: Position X for Search

+2 +3

Inspection item 0: Position Y for Search

+4 +5

Inspection item 1: Position X 1st point for Shape Search II

+62 +63

Inspection item 1: Position X 30th point for Shape Search II

+64 +65

Inspection item 1: Position Y 1st point for Shape Search II

+122 +123

Inspection item 1: Position Y 30th point for Shape Search II

+124 +125

Inspection item 2: Position X 1st point for Shape Search II

+126 +127

Inspection item 2: Position Y 1st point for Shape Search II

+128 +129

Inspection item 2: Position X 2nd point for Shape Search II

+160 +161

Inspection item 2: Position X 10th point for Shape Search II

+162 +163

Inspection item 2: Position Y 10th point for Shape Search II

Offset from first address in output area

256 bytes (Data that is output the first cycle.)

72 bytes (The data that exceeds the set upper limit is discarded.)

The output data that is assigned is output to the output area as shown below. Any output data that exceeds the set value of the [Max output data] (number of output data upper value) parameter setting (e.g., 256 bytes) is discarded. For the [Max output data] setting, refer to Initial Settings for PLC Link Communications on page 122.

Overview of Communication Specifications

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 30

Parallel Output of Measurement Data (Only Supported on the FQ2-S3/S4/CH Series)

4 bytes

Parallel data output

PLC

0. Measurement data 0

31. Measurement data 31

Reception buffer

Data output order

Measurement data 31

Measurement data 0

GATE signal

D0 to D31 signals

OFF

Parallel judgement output D0

Parallel data output (data 0)

Parallel judgement output D1

Parallel data output (data 0)

Parallel judgement output D15

Parallel data output (data 0)

D15

When a Parallel Interface Sensor Data Unit is connected to the Sensor, the two types of data output below can be performed, in addition to output of measurement judgement results.

Output data type Output data

Parallel Data Output The measurement data is output. A maximum of 32 items can be output.

Parallel Judgement Output The judgement results are output. A maximum of 16 judgement result items can be

output. The following two types of judgement results can be output:

• Judgement results for specified inspection items

• Judgement results of set judgement conditions for the specified item values

Order of Parallel Data Output

Parallel Output of Multiple Items

Items set to output numbers 0 to 31 of parallel data output are output by item (4 bytes) in ascending order to the reception buffer of the PLC. The GATE signal turns OFF > ON When this occurs, the first data item that was output to the PLC reception buffer (data 0) is overwritten by the next output data item (data 1). Therefore, the data output to the PLC reception buffer must be saved to PLC memory each time the GATE signal turns ON for each data item.

at each output.

*1: The operation of the DSA signal depends on whether handshaking for output control is enabled. Data Output Control with Handshak-

Data Output Timing

Output Sequence

If both parallel judgement output and parallel data output are performed at the same time, parallel judgement output will be performed first followed by parallel data output.

Example: Parallel Judgement Output of D0 to D15 and Parallel Data Output of Data 0

Control Methods Using an External Device

ing: p.30.

FQ2-S/CH User’s Manual

for Communications Settings

Page 31

Timing Chart

Overall judgement

Parallel judgement output

(D0 to D15)

BUSY signal

OFF

OR signal

D signals

OFF

RUN signal

OFF

TRIG signal

OFF

GATE signal

OFF

Measurements executed.

GATE ON delay

Output time

Output period

Run Mode entered.

ON for 1 ms min.

Setup Mode entered.

The FQ2 starts measurements when it detects the rising edge (OFF to ON transition) of the TRIG signal.

The following timing chart shows the data output timing for parallel judgement outputs.

Overview of Communication Specifications

Output Signals

Signal Function

RUN This signal is ON while the Sensor is ready to take measurement and it is in Run Mode.

The RUN signal is OFF in Setup Mode. Change to Run Mode for operation.

BUSY This signal is ON when the Sensor is performing measurements, changing scenes, or performing other

tasks. Do not input the next command while the BUSY signal is ON. The process that is currently being executed and the command that is input will not be executed correctly.

OR This signal outputs the overall judgement. The signal is valid when the measurements are completed (i.e.,

when the BUSY signal changes from ON to OFF).

D These signals output the parallel judgement output data and the calculation results of the expressions that

are set for parallel data output.

GATE This signal is used to control the timing of reading the D signals at an external device.

You can set whether the signal turns ON for an OK or for an NG judgement in the [Judgment output condition] output setting.

Changing the Judgement Output ON Conditions: p.44

It is turned ON for the period of time that is required to reliably read the D signals at the external device. Set the output period so that the total output time is shorter than the measurement interval (i.e., the TRIG signal input interval). The GATE signal is output only if parallel judgement output and parallel data output are set. The OR signal will be ON while the TRIG signal can be input.

Input Signals

Signal Function

TRIG This signal is used to input a measurement trigger from an external device, such as a photoelectric switch.

One measurement is performed on the rising edge (OFF to ON transition) of the TRIG signal. Keep the TRIG signal ON for at least 1 ms.

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 32

Data Output Control with Handshaking

External device

(1) DSA signal

(3) Measurement results output

(2) GATE signal

Sensor

The timing for data output can be controlled through the DSA and GATE signals. The handshake function can only be used with EtherNet/IP, PLC Link, PROFINET, and parallel communication (when a Sensor Data Unit is used).

Requirements for Using Data Output Control with Handshaking

To use data output control, set the output control method to [Handshaking] in the communications protocol settings. For details, refer to Communications Specifications Settings for each communications protocol.

• Parallel Communications: Refer to Setting Data Communications Specifications: p.66.

• PLC Link Communications: Refer to Setting Up PLC Link Communications: p.122.

• EtherNet/IP and PROFINET Communications: Refer to Communications Specifications Settings (p.92 or p.145).

Handshaking

If the external device does not turn ON the DSA signal, the measurement data will not be output to the external device from the Sensor. While the DSA signal is ON, the GATE signal turns ON when the measurement data is output from the Sensor. The external device receives the measurement data when the GATE signal turns ON.

Signals Used for Handshaking

Signal Name Description

DSA Data Output Request Sig-

nal

GATE Data Output Completion

Signal

*1: If handshaking is not enabled for output control, the GATE signal will also be turned ON when data is output from the Sensor.

This signal is sent from the external device (PLC) to the Sensor to request data output.

This signal is sent by the Sensor to the external device (PLC) to tell the PLC when to receive the output data. This signal is sent only while the DSA signal is ON.

(1) The PLC turns ON the DSA signal and waits for the output data.

(2) The Sensor turns ON the GATE signal when the DSA signal is ON and it is ready to output the

measurement results.

(3) The Sensor turns ON the GATE signal and outputs the output data.

Control Methods Using an External Device

FQ2-S/CH User’s Manual

for Communications Settings

Page 33

Receiving Divided Output Data (Using EtherNet/IP)

Wait for the first cycle of output data.

Measurement trigger (e.g., TRIG signal) ON

Data Output Request (DSA) signal

Result Completion (GATE) signal

Output data (DATA 0 to 7)

Wait for the second cycle of output data.

OFF

(2) (3) (4)(1)

First cycle of output data (256 bytes)

Second cycle of output data

In EtherNet/IP, if the data size of the set output data exceeds the data size that the Sensor can actually output in one cycle (256 bytes), the data is divided and output over multiple cycles. In this case, use handshaking as shown below to receive the multiple cycles of output data.

Example: EtherNet/IP Communications with Handshaking

1 When the first data is received, the user (PLC) turns ON the measurement trigger and the DSA

signal.

2 The Sensor turns ON the GATE signal when the DSA signal is turned ON and outputs the first

data.

3 The user (PLC) turns OFF the DSA signal again when the GATE signal turns ON. Then, the user

(PLC) confirms the output data received in the PLC Data Output Area and moves the received data to another area in PLC I/O memory.

4 The Sensor confirms that the DSA signal is OFF and automatically turns OFF the GATE signal. 5 When reception of the output data is completed and the GATE signal turns OFF, the user (PLC)

turns on the DSA signal again and waits for the second cycle of data which could not be sent in the first cycle and was divided.

6 When the second data is output, the second data output is received when the GATE signal is

turned ON and steps 3 and 5 above are repeated.

Overview of Communication Specifications

Steps 3 through 5 above are repeated for all subsequent data output items.

FQ2-S/CH User’s Manual for Communications Settings

Control Methods Using an External Device

Page 34

MEMO

Control Methods Using an External Device

FQ2-S/CH User’s Manual

for Communications Settings

Page 35

Controlling Operation and Outputting Data with a Parallel Connection

2-1 Controlling Operation and Outputting Data with the Sensor's

Standard Parallel Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .34

2-2 Controlling Operation and Outputting Data with a Parallel

Interface Sensor Data Unit. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .60

allel Connection

Controlling Operation and Outputting Data with a Par-

Page 36

2-1

(2) Measurements

performed

(1) Measurement

trigger input

(3) Judgement

results output

Trigger Sensor

FQ2 Vision Sensor

External device

(3) Judgement results

output (overall judgement: OR signal)

Retained until the next judgement results are output.

Turned ON when overall judgement is NG.

(2) Executing

measurement processing (BUSY signal)

This signal stays ON until the next measurement trigger can be input.

You can confirm if measurements are in progress.

The trigger to perform measurements once is turned ON.

(1) Measurement

trigger input (TRIG signal)

OFF

ON while measurements are in progress

Measurement

trigger input

(TRIG signal)

OFF

BUSY signal

OFF

READY signal

ON while measurements are in progress

OFF while measurements are in progress

When the measurement trigger is received, the BUSY signal turns ON and the READY signal turns OFF.

Important

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

This section explains how to directly connect the Sensor to external devices with the I/O cable, and control the Sensor and execute output.

Basic Operation with a Parallel Connection

This section describes the basic connections and signal flow with external devices. With the default settings, the Sensor operates in the following manner.

*1: You can also use the READY signal, which will turn ON when a measurement trigger can be input.

You can assign the READY signal to any output from OUT0 to OUT2. ( Getting Individual Judgements and Expression Judgements: p. 41)

• Create the ladder program to control the TRIG and IN5 input signals so that they do not turn ON while the BUSY signal is ON. If not, a TRIG input error will occur and the ERROR signal will turn ON.

• Operation When the Sensor Power Supply Is Turned ON The BUSY signal will operate as shown below when the Sensor’s power supply is turned ON. Create the ladder program in the PLC or other external device so that the BUSY signal is ignored while it turns OFF, ON, and OFF again for up to 5 s after the power supply is turned ON.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 37

24 V

BUSY

OFF

0 V

Max 5 sec

Sensor system is initializing. The time of initializing depends on the scene data.

Turns OFF when the Sensor is ready for operation.

Power supply

Note

You can mount a Parallel Interface Sensor Data Unit to enable using other signals and increase the number of signals that you can use with parallel communications. And in addition to outputting OR judgement results, you can also use a Parallel Interface Sensor Data Unit to output the judgement results of judgement conditions that you set for parallel output (called parallel judgement output) and the results of measurement values and expressions for inspection items (called parallel data output).

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit: p. 60

Configuring the Operation

The following settings can be selected depending on the system configuration and application.

Type of change Change Reference

Changing the type of measurement trigger Performing continuous measurements p. 37

Changing the output method of the judgement results

Changing the polarity of the BUSY output Reversing the polarity of the BUSY signal p. 44

Changing the BUSY output condition Adjusting the end timing of the BUSY signal p. 45

Changing the polarity of the output signals (OUT1 to OUT2)

Selecting the types of commands that can be used

Obtaining individual judgement results p. 41

Adjust the judgement output timing p. 42

Changing the judgement output ON conditions p. 44

Reversing the output polarity of OUT1 to OUT2 p. 45

Changing the commands used in IN0 to IN5 p. 45

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 38

Setting the Measurement Trigger

(2) Performs measurements once

Trigger input Sensor

Or other device

(1) TRIG signal ON

OFF

Turned ON when overall judgement is NG. (OR output: ON for NG)

OR signal

ON while measurements are

being processed (depends

on BUSY output conditions)

BUSY signal

TRIG signal

ON for 1 ms min.

Important

The measurement trigger can be chosen from the following two types:

• One-shot measurement: One measurement is performed for each external trigger.

• Continuous measurement: Measurements are performed continuously.

Performing One Measurement for Each External Trigger

A measurement trigger is input as the TRIG signal from a proximity sensor, PLC, or other external device. One measurement is performed when the TRIG signal turns ON.

Wiring

Color Signal Description

Pink TRIG Trigger signal

Black OUT0 (OR) Overall judgement (default

Orange OUT1 (BUSY) Processing in progress (default

assignment)

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

Timing Chart

1. Turn ON the TRIG signal while the BUSY signal is OFF.

2. Measurement begins and the BUSY signal is turned ON during the measurement process.

3. When the measurement has been finished, the measurement result is output using an OR signal, and the BUSY signal is turned OFF.

*1: You can also set the signal to be turned OFF after data logging, image logging, or displaying results in the [BUSY output].

When the Brightness Correction Mode is ON, the timing when images are taken is delayed.

Section 3 Taking Images

in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 39

Sample Ladder Program

SET

TRIG

W0.00 OUT1

0000

TRIG

TMHH

RSET

TRIG

T0000

RSET W0.00

++L

1000

++L

1002

OUT0

OUT1

Single measurement command bit

BUSY signal

When the single measurement command bit (W0.00) turns ON, the TRIG signal is turned ON if the BUSY signal is OFF.

TRIG signal

BUSY signal OR signal

OR signal

The TRIG signal is kept ON for 2 ms and then turned OFF.

When the BUSY signal turns OFF to indicate that the measurement has been finished, the judgement result is added to the total count. OK measurements: CIO 1000 NG measurements: CIO 1002

Important

PLC

(2) Performs continuous

Or other

device

(1) IN5 signal ON (IN0 to IN4 are OFF)

The following sample program is used to input a TRIG signal to perform a single measurement. A single measurement will be performed when W0.00 turns ON.

• I/O Signal Allocations

allel Connection

Controlling Operation and Outputting Data with a Par-

Signal Address

Output signals OUT0 (OR signal) CIO 0.00

Input signals TRIG CIO 1.00

The BUSY signal will remain ON while the measurement is being executed.

Performing Continuous Measurements

Continuous measurements are performed while the continuous measurement command is input from an external device. Immediately after a measurement is performed, the next measurement is performed. This is repeated while a continuous measurement command is input with the IN0 to IN5 signals.

FQ2-S/CH User’s Manual for Communications Settings

OUT1 (BUSY signal) CIO 0.01

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 40

Note

OFF

OR signal

Turned ON when overall judgement is NG (OR output: ON for NG)

ON while measurements are

being processed (depends on

BUSY output conditions)

BUSY signal

Start continuous measurements

End continuous measurements

IN5 signal

IN0 to IN4 signals

are OFF

Allow 5 ms min. and then turn ON IN5.

This function can be used only when the input mode is set to Expanded Mode.

Changing the Types of Commands That Can Be Used: p. 45

Wiring

Color Signal State Description

Gray IN0 OFF Command parameters for continu-

Green IN1 OFF

Red IN2 OFF

White IN3 OFF

Purple IN4 OFF

Ye l l o w I N 5 ON Command input for continuous

Black OUT0 (OR) -- Overall judgement (default assign-

Orange OUT1 (BUSY) -- Processing in progress (default

ous measurements

measurements

ment)

assignment)

Timing Chart

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

1. Turn ON IN5 while IN0 to IN4 are OFF. If status is held while the BUSY signal is OFF, continuous

2. Continuous measurements end when IN5 is turned OFF.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

measurements will begin and the BUSY signal will remain ON while continuous measurements are being performed.

FQ2-S/CH User’s Manual

for Communications Settings

Page 41

Sample Ladder Program

MOV

#0000

Q:1

W0.00

0000

TMHH

SET

IN5

T0000

OUT1

W0.00

RSET W0.00

RSET

IN5

W0.01

RSET W0.00

Continuous measurement command bit

BUSY signal

Continuous measurement stop bit

When the continuous measurement command bit (W0.00) turns ON, the command parameter for continuous measurements (00000) is output to Q:1 (IN0 to IN4).

If the BUSY signal is OFF 5 ms after the command parameter is output, the command input for continuous measurements (IN5) is turned ON and continuous measurements start.

When the continuous measurement stop bit (W0.01) turns ON, the command input for continuous measurements (IN5) is turned OFF and continuous measurements stop.

The following sample program is used to input a IN5 signal to perform continuous measurements. Continuous measurements will be started when W0.00 turns ON and stopped when W0.01 turns ON.

allel Connection

Controlling Operation and Outputting Data with a Par-

• I/O Signal Allocations

Signal Address

Output signals OUT1 (BUSY signal) CIO 0.01

Input signals IN0 CIO 1.08

IN1 CIO 1.09

IN2 CIO 1.10

IN3 CIO 1.11

IN4 CIO 1.12

IN5 CIO 1.15

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 42

Setting the Outputs

Inspection item 31

If there is even one NG judgement, the overall judgement will be NG and the output will be turned ON.

NG (OR signal ON)

Inspection item 1

Overall judgement

Inspection item 0

Individual judgement results

Expression

OFF

Overall judgement

Turned ON when overall judgement is NG. (OR output: ON for NG)

OR signal

ON while measurements are

being processed (depends

on BUSY output conditions)

BUSY signal

TRIG signal

ON for 1 ms min.

Using the Overall Judgement Result

When the results of the inspection items are judged, if even one individual judgement result is NG, the OR output signal is turned ON.

Note

• The overall judgement result output signal can also be turned ON when all individual judgement results are OK.

Changing the judgement output ON condition: p. 44

• You can select whether to include the judgement result of one of the expressions (0 through 31) in the overall judgement.

Section 4 Setting Up Inspections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

• You can adjust the timing for outputting the OR signal and the ON time after judgement processing.

Adjust the Judgement Output Timing: p. 42

Wiring

Color Signal Description

Black OUT0 (OR) Overall judgement (default

assignment)

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

Timing Chart

The OR signal that is output is held until the next overall judgement is output.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 43

Note

Important

The timing for updating the OR signal and the ON time after judgement processing can be adjusted.

Adjusting the judgement output timing: p. 42

Getting Individual Judgements and Expression Judgements

Up to three judgement results of individual inspection items (item judgement signals OR0 to OR31) and expression judgements (expression 0 judgement to expression 31 judgement) can be assigned to terminals OUT0 to OUT2 and output to external devices.

Output terminal Default assignment Output signals that can be assigned

OUT0 OR (Total judgement) • Control signals: OR, BUSY, ERROR, READY, and RUN

OUT1 BUSY

OUT2 ERROR

The timing for updating the OR0 to OR31 signals and the ON time after judgement processing can be changed.

Adjusting the judgement output timing: p. 42

STG (strobe trigger)

• Item judgements: OR0 (Item 0 judgement) to OR31 (Item 31 judgement)

• Expression judgements: Expression 0 judgement to expression 31 judgement

allel Connection

Controlling Operation and Outputting Data with a Par-

During Sensor startup, the user output assignments of OUT1 and OUT2 output terminals are not effective. The output assignments assume the initial state and operate as follows.

• OUT1: Turns ON as a BUSY signal.

Operation When the Sensor Power Supply Is Turned ON: p.34

• OUT2: Turns ON as an ERROR signal for about 20 ms immediately after sensor startup starts.

If you want to output a READY signal during Sensor startup, assign the READY signal to OUT0.

Wiring

Example: Signals are assigned to terminals OUT0 to OUT2 as shown below.

• OUT0: Item 2 judgement (OR2)

• OUT1: Item 5 judgement (OR5)

• OUT2: Item 14 judgement (OR14)

Color Signal Description

Black OUT0 (OR2) Outputs the judgement for

Orange OUT1 (OR5) Outputs the judgement for

Light blue

OUT2 (OR14) Outputs the judgement for

OR2.

OR5.

OR14.

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

As described above, if terminals OUT0 to OUT2 are all assigned to individual judgement output signals, the BUSY signal and ERROR signal assigned as the default settings will no longer be output.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 44

Timing Chart

OFF

OR1 signal

Turned ON when individual judgement is NG. (OR output: ON for NG)

OR0 signal

Turned ON when individual judgement is NG. (OR output: ON for NG)

Example:

ON while measurements are

being processed (depends

on BUSY output conditions)

BUSY signal

TRIG signal

ON for 1 ms min.

Individual judgement

OFF

NGOK

Held until the next judgement result is output

Overall judgement (OR output: ON for NG)

OR signal

ON while measurements are being processed (depends on BUSY output conditions)

BUSY signal

TRIG signal ON for 1 ms min.

Output OR0 to OR31 signals are held until the next judgement output.

*1: The timing for updating the OR signal is when the measurement results are finalized, regardless of the output settings of the BUSY signal

(BUSY output conditions).

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Output]

1 Press [OUT0]. 2 Press [OR2 (Item 2 judgement)].

OR2 output signal was assigned to OUT0.

3 Assign the others in the following manner.

OUT1: OR5

OUT2: OR14

Adjusting the Judgement Output Timing

The output timing of the OR signal or OR0 to OR31 signals can be selected from two modes depending on the external device.

Selecting the OFF Timing

• Level output (default)

The status of the output OR signal is held until the next OR signal is output.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

for Communications Settings

FQ2-S/CH User’s Manual

Page 45

• One-shot output

OFF

NGOK

Turns OFF.

One-shot

output time

Overall judgement

(OR output: ON for NG)

OR signal

ON while measurements are being processed (depends on BUSY output conditions)

BUSY signal

TRIG signal

ON for 1 ms min.

OFF

One-shot

output time

Overall judgement

(OR output: ON for NG)

OR signal

ON while measurements are being processed (depends on BUSY output conditions)

BUSY signal

TRIG signal ON for 1 ms min.

One-shot

output delay

The status of the output OR signal is turned OFF after a specified time has passed. (Setting range: 0 to 1,000 ms)

Delaying the Output Timing

When using one-shot output, the output timing of the OR signal can be delayed. (Setting range: 0 to 1,000 ms)

allel Connection

Controlling Operation and Outputting Data with a Par-

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Output]

1 Press [Output mode] and press [Level output] or

[One-shot output].

2 Press [Output delay] and set the one-shot output de-

lay.

3 Press [OK].

4 Press [Output time] and set the one-shot output time. 5 Press [OK].

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 46

Item Description

Important

Output mode One-shot output After the measurement results are finalized, if the judgement output ON condition

Level output (default) The judgement is output after measurement results are finalized and the ON/OFF

Output delay When one-shot output mode is selected, this parameter sets the delay from when

Output time When one-shot output mode is selected, this parameter sets the time that the OR

is met, the OR signal is turned ON for the one-shot output time. It is then turned OFF once the specified time has expired.

status of the OR signal is held until it is changed for the next measurement result.

a measurement is completed until when the OR signal turns ON. (Setting range: 0 to 1,000 ms)

signal is ON. (Setting range: 1 to 1,000 ms)

When one-shot output is selected as the output mode, make the following value smaller than the trigger input period.

• One-shot delay time + One-shot output time

Changing the Judgement Output ON Conditions

The ON condition for the OR signal or the OR0 to OR31 signals can be set to be output when the judgement results are OK or when they are NG. The default setting is when they are NG.

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Output] − [OR output]

Item Description

OR output OK: ON The output is turned ON if the judgement is OK.

NG: ON (default) The output is turned ON if the judgement is NG.

For the overall judgement, the output is turned ON if all judgements are OK.

For the overall judgement, the output is turned ON if even one judgements is NG.

Changing the Polarity of the BUSY Output

The Sensor turns ON the BUSY output signal during measurements and other processing to indicate that a measurement trigger cannot be received. The polarity of the BUSY signal can be reversed so that it is ON only when a trigger signal can be received. In the default settings, the BUSY signal is assigned to OUT1. If you change the assignment of the BUSY signal, change the polarity of the corresponding output.

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Output] − [OUT1 Polarity]

Item Description

OUT1 Polarity Positive (default) The BUSY signal is ON while the Sensor is processing data.

Negative The BUSY signal is ON while the Sensor can receive a trigger signal.

All timing charts in this manual show the operation of the BUSY signal with positive polarity (the default setting). If you change the polarity of the BUSY signal, take this into consideration when reading the timing charts.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 47

Adjusting the End Timing of the BUSY Signal

Important

The end timing of the BUSY signal can be changed.

[In/Out] − [I/O setting] − [I/O setting] − [Output] Tab Page − [BUSY output]

Item Description

BUSY output Measurement (default) The BUSY signal turns OFF when the measurement is completed.

Data logging The BUSY signal turns OFF when data logging is completed.

Image logging The BUSY signal turns OFF when image logging is completed.

Result display The BUSY signal turns OFF when the result display is completed.

Do not disconnect the Ethernet cable between the Sensor and the Touch Finder if the Sensor and Touch Finder are connected through an Ethernet switch and the BUSY output condition is set to [Data logging], [Image logging], or [Result display].

The Sensor will wait for the Touch Finder to answer, and the results and measurement time will be affected.

To disconnect the Sensor and Touch Finder during measurements in the above situation, clear the selection of the Sensor from the list of Sensors on the Touch Finder before you disconnect the cable.

Changing the Polarity of the Output Signals

allel Connection

Controlling Operation and Outputting Data with a Par-

You can change the polarity of the output signals that are assigned to OUT0 to OUT3 (regardless of what signal is assigned to the output).

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Output] − [OUT0 Polarity], [OUT1 Polarity] or [OUT2

Polarity]

Item Description

OUT0 Polarity, OUT1 Polarity, or OUT2 Polarity

Positive (default) The output signal that is assigned to OUT0 to OUT3 is turned ON when the Sen-

Negative The output signal that is assigned to OUT0 to OUT3 is turned ON when the Sen-

sor is executing a process.

sor can receive the trigger.

Changing the Types of Commands That Can Be Used

You can select the types of commands used in IN0 to IN5.

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Input] − [Input mode]

Item Description

Input mode Standard mode (default) IN0 to IN4 are only used for line process changes.

Expanded mode Enables use of IN0 to IN4 for commands other than line process changes.

A maximum of 32 scenes are selectable.

A maximum of 16 scenes are selectable.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 48

Controlling the Sensor from an External Device

Important

(IN40IN30IN20IN11IN0)

The following Sensor functions can be controlled with command inputs from an external device without connecting the Touch Finder.

Function Description Reference

Changing the Scene This command changes the scene when the line process changes. p. 46

Registering the Measurement Reference Again

Turning the ERROR Signal OFF This command turns the ERROR signal OFF. p. 51

Performing Continuous Measurements

Clearing Measurement Values This command clears the measurement values. p. 52

Saving Data in Sensor This command saves the settings data to the Sensor. p. 57

Retrying Inspection by External Signal (trigger retry)

Resetting the Sensor This command resets the Sensor. p. 55

Executing External Teaching This command executes teaching for all target items. p. 58

Change to Expanded Mode before you input any command other than a command to change the scene. If you change to Expanded Mode, you can use any of the commands. However, in Expanded Mode, you can change to only 16 scenes with the parallel SCENE command instead of 32 scenes.

This command re-registers the judgement references for measurement when levels are changed.

This command continues measurement is performed while this command is input. p. 37

This command continues inspection when the trigger signal is ON. p. 52

p. 49

Changing the Types of Commands That Can Be Used: p. 45

Changing the Scene

This section describes how to change to a specified scene number.

Wiring

Color Signal State Description

Input Mode

Standard Mode Expanded Mode

Gray IN0 Scene number

Green IN1

Red IN2

White IN3

Purple IN4 ON

Ye l l o w I N 5 ON Trigger to change the scene

Orange OUT1

(BUSY)

(0 to 31)

Scene number

(0 to 15)

-- Processing in progress (default)

Specifies the scene number. IN0 to IN4 correspond to the binary bits of the scene number. Example: To change to scene 1 in

Standard Mode, specify as follows:

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 49

Timing Chart

Important

Note

IN0 to IN4 signals (in Standard Mode)

IN5 signal

BUSY signal

*1: In Expanded Mode, specify scene numbers 0 to 15 using the

The scene numbers that can be used depend on the input mode. [Standard mode] (default): Scene 0 to 31 [Expanded mode]: Scene 0 to 15

Changing the Types of Commands That Can Be Used: p. 45

OFF

IN0 to IN3 signals.

Scene number 0 to 31

Allow 5 ms min. and then turn ON IN5.

ON for 1 ms min.

Start scene change

End scene change

1 Specify the scene number

with the IN0 to IN4 signals. (Standard Mode)

2 Turn ON the IN5 signal while

the BUSY signal is ON to change the scene to the specified scene.

3 The BUSY signal turns ON

while the scene is being switched.

allel Connection

Controlling Operation and Outputting Data with a Par-

• Even in Expanded Mode, you can use menu commands or Ethernet no-protocol commands to change to scenes 0 to 31.

• The input mode can be set on both standard models and single-function models.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 50

Sample Ladder Program

MOV

#1100

Q:1

TMHH

0000

TMHH

0001

SET

IN5

RSET

IN5

SET

W0.01

W0.00

T0000

IN5

OUT1

BUSY

W0.00

RSET

W0.00

T0001

BUSY

Scene change bit

When the scene change bit (W0.00) turns ON, the scene number is input to IN0 to IN3 and IN4 is turned ON.

If the BUSY signal is OFF 5 ms after the scene number is input, the trigger to change the scene (IN5) is turned ON.

The trigger to change the scene (IN5) is kept ON for 2 ms and then turned OFF.

When the BUSY signal turns OFF to indicate that the scene has been changed, processing after changing the scene is performed (W0.01 turned ON).

Note

Important

This sample program is used to change the scene when the input mode is set to Expanded Mode. The scene changes to scene 1 when W0.00 turns ON.

• I/O Signal Allocations

Signal Address

Output signals OUT1 (BUSY signal) CIO 0.01

Input signals IN0 CIO 1.08

IN1 CIO 1.09

IN2 CIO 1.10

IN3 CIO 1.11

IN4 CIO 1.12

IN5 CIO 1.15

The amount of time it takes for a scene to change depends on the scene settings. The BUSY signal turns ON while scene change is being executed, so the scene change execution time can be checked with the BUSY signal.

If the cycle time is too long, the PLC may not be able to detect when the BUSY signal is ON. If necessary, turn OFF W0.00 after a suitable time elapses.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 51

Registering the Measurement Reference Again

OFF

End re-registering

Start re-registering

BUSY signal

IN5 signal

ON for 1 ms min.

Allow 5 ms min. and then turn ON IN5.

IN0 to IN4 signals

When the line process is changed or otherwise, the model and reference color can be reregistered based on the previously loaded image. Data that can be re-registered with the reregistration command are shown below.

Inspection item Re-registered data

Search, Shape Search II Model data

Color Data Reference color (hue, saturation, and brightness)

Edge Position, Edge Width, Area None

Note

• This command is only valid in Expanded Mode.

• Application is possibly only from the Run Mode

• If the parameter is applicable to more than one inspection item, it will be re-registered for all inspection items.

Settings

[In/Out] − [I/O setting] − [I/O setting] − [Input] − [Input mode]

Press [Expand mode].

Wiring

allel Connection

Controlling Operation and Outputting Data with a Par-

Color Signal State Description

Gray IN0 OFF Command parameter for registering the mea-

Green IN1 OFF

Red IN2 OFF

White IN3 ON

Purple IN4 OFF

Yellow IN5 ON Command input for registering the measurement

Orange OUT1 (BUSY) -- Processing in progress (default)

Timing Chart

surement reference again

reference again

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

1 Turn OFF IN0 to IN4 and turn ON IN3. 2 Turn ON the IN5 signal while the

BUSY signal is OFF to register the model data and reference color again from the image that was just input.

3 The BUSY signal turns ON while the

parameters are being re-registered.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 52

Sample Ladder Program

MOV

#800

Q:1

TMHH

0000

TMHH

0001

SET

IN5

RSET

IN5

SET

W0.01

W0.00

T0000

IN5

OUT1

BUSY

W0.00

RSET

W0.00

T0001

BUSY

Model re-register bit

When the mode re-register bit (W0.00) turns ON, IN3 is turned ON.

If the BUSY signal is OFF 5 ms after IN3 turns ON, the command input for registering the mode again (IN5) is turned ON.

The command input for registering the mode again (IN5) is kept ON for 2 ms and then turned OFF.

When the BUSY signal turns OFF to indicate that model has been re-registered, processing after re-registration is performed (W0.01 turned ON).

Note

Important

This sample program is used to input IN5 to re-register a model.

• I/O Signal Allocations

Signal Address

Output signals OUT1 (BUSY signal) CIO 0.01

Input signals IN0 CIO 1.08

IN1 CIO 1.09

IN2 CIO 1.10

IN3 CIO 1.11

IN4 CIO 1.12

IN5 CIO 1.15

The BUSY signal will be ON while the model is being re-registered.

If the cycle time is too long, the PLC may not be able to detect when the BUSY signal is ON. If necessary, turn OFF W0.00 after a suitable time elapses.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 53

Turning the ERROR Signal OFF

OFF

ON for 1 ms min.

Allow 5 ms min. and then turn ON IN5.

IN0 to IN4 signals

IN5 signal

BUSY signal

ERROR signal

The ERROR signal turns ON when an error occurs. After removing the cause of the error, turn the ERROR signal OFF using one of the following methods. Method 1: Input an error clear command from an external device such as a PLC. Method 2: Input a measurement trigger again.

(For example, turn the TRIG signal ON during a one-shot measurement.) The ERROR signal will turn OFF when measurement is executed correctly.

Note

• This command is only valid in Expanded Mode.

• This function can be used in Run Mode only.

Wiring

Color Signal State Description

Gray IN0 OFF Command parameter for clearing errors

Green IN1 OFF

Red IN2 ON

White IN3 OFF

Purple IN4 OFF

Ye l l o w I N 5 ON Command input for clearing errors

Orange OUT1 (BUSY) -- Processing in progress (default)

Light blue OUT2 (ERROR) -- ERROR signal (default)

Timing Chart

1 Turn OFF IN0 to IN1 and IN3 to IN4

2 Turn ON the IN5 signal while the

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

and turn ON IN2.

BUSY signal is OFF to clear the error.

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 54

Clearing Measurement Values

OFF

The measurement values are cleared from the Sensor.

OFF

BUSY signal

IN5 signal

ON for 1 ms min.

Allow 5 ms min. and then turn ON IN5.

IN0 to IN4 signals

This command clears the measurement values that are stored in the Sensor. However, the OR signal and the output signals that are assigned to OUT0 to OUT2 are not cleared.

Note

• This command is only valid in Expanded Mode.

• This function can be used in Run Mode only.

Wiring

Color Signal State Description

Gray IN0 ON Command parameter for clearing mea-

Green IN1 OFF

Red IN2 ON

White IN3 OFF

Purple IN4 OFF

Ye l l o w I N 5 ON Command input for clearing measure-

Orange OUT1 (BUSY) -- Processing in progress (default)

surement values

ment values

Timing Chart

1 Turn ON IN0 and IN2 and turn OFF

2 Turn ON the IN5 signal while the

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

IN1, IN3 and IN4.

BUSY signal is OFF to clear the measurement values.

Measurement is repeated until all inspection items have been successfully scanned. Retry inspection ends when any one of the following conditions is satisfied: (1) The scanning result of all inspection items is OK.

(2) Trigger retry (this command) turns OFF.

(3) The timeout time is exceeded.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Retrying Inspection by External Signal (Trigger Retry)

Note

• This command is only valid in Expanded Mode.

• This function can be used in Run Mode only.

FQ2-S/CH User’s Manual

for Communications Settings

Page 55

Wiring

OFF

IN5 signal

IN0 to IN4 signals

IN5 ON after at least 5 ms

Retry starts

ScanNGScanNGScan

Retry ends

BUSY signal

OR signal

OFF

IN5 signal

IN0 to IN4 signals

IN5 ON after at least 5 ms

Retry starts

ScanNGScan

Scan

Retry ends

BUSY signal

OR signal

Color Signal State Description

Gray IN0 OFF Command parameters for trigger retry

Green IN1 OFF

Red IN2 ON

White IN3 ON

Purple IN4 OFF

Ye l l o w I N 5 ON Command input for trigger retry (this com-

Orange OUT1 (BUSY) -- Busy

Black OUT0 (OR) -- Overall judgment (default)

(this command)

mand)

Timing Chart

• When inspection is OK

1 IN0, IN1 and IN4 are turned OFF, IN2

and IN3 are turned ON.

2 When IN5 is turned OFF > ON with

the BUSY signal OFF, trigger retry inspection starts.

3 When retry inspection starts, the

BUSY signal turns ON.

4 When the overall judgment turns ON,

retry inspection ends and the BUSY signal turns OFF.

5 After verifying that the BUSY signal

has turned ON > OFF, IN5 is turned ON > OFF.

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

allel Connection

Controlling Operation and Outputting Data with a Par-

• When inspection is NG

FQ2-S/CH User’s Manual for Communications Settings

1 IN0, IN1 and IN4 are turned OFF, IN2

and IN3 are turned ON.

2 When IN5 is turned OFF > ON with

the BUSY signal OFF, trigger retry inspection starts.

3 When retry inspection starts, the

BUSY signal turns ON.

4 IN5 is turned OFF and retry inspection

ends. If retry inspection ends but the overall judgment is NG, the OR signal turns ON. (Output polarity: When ON at NG)

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 56

Sample Ladder Program

MOV

#0C00

Q:1

TMHH

0000

TMHH

0001

#3000

SET

IN5

RSET

IN5

SET

W0.01

W0.00

T0000

IN5

OUT1

BUSY

W0.00

RSET

W0.00

T0001

BUSY

Trigger retry execution

When trigger retry execution (W0.00) is turned ON, the command parameter for sensor restart (001100) is output to Q:1 (IN0 to IN4).

After trigger retry finishes and the BUSY signal turns OFF, post trigger retry processing (W0.01:ON) is executed.

If the BUSY signal is OFF five ms after the command parameter is output, the trigger retry execution trigger (IN5) turns ON.

After being ON for 3000 ms, the trigger retry execution trigger (IN5)turns OFF.

Trigger retry execution

This sample ladder program executes trigger retry when the I/O input mode is Expanded Mode. Trigger retry is executed at W0.00 ON.

• I/O Signal Allocations

Signal type Address

Output signal OUT1 (BUSY signal) CIO 0.01

Input signals IN0 CIO 1.08

Note

The time the BUSY signal is ON is the trigger retry execution time.

IN1 CIO 1.09

IN2 CIO 1.10

IN3 CIO 1.11

IN4 CIO 1.12

IN5 CIO 1.15

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 57

It may happen that the PLC is unable to recognize BUSY signal ON because the sample time is slow or otherwise. In

Important

IN0 to IN4 signals

IN5 ON after at least 5 ms

ON at least 1 ms

IN5 signal

OFF

this event, have W0.00 turn OFF at a suitable time.

Resetting the Sensor

Sensor reset is explained below.

Note

• This command is only valid in Expanded Mode.

• This function can only be used in Run mode.

Wiring

Color Signal State Description

Gray IN0 OFF Command parameters for Sensor reset

Green IN1 ON

Red IN2 OFF

White IN3 ON

Purple IN4 OFF

Yellow IN5 ON Command input for Sensor reset

Orange OUT1 (BUSY) -- Busy (default)

1 IN0, IN2 and IN4 are turned OFF, IN1

2 IN5 is turned OFF > ON with the

3 When the initialization process starts,

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

and IN3 are turned ON.

BUSY signal OFF. The BUSY signal does not turn ON while the restart command is being received.

the BUSY signal turns ON. For the initialization process, refer to the following:

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Operation with Default Configuration: p.34

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 58

Sample Ladder Program

MOV

#A00

Q:1

TMHH

0000

TMHH

0001

SET

IN5

RSET

IN5

SET

W0.01

W0.00

T0000

IN5

OUT1

BUSY

W0.00

RSET

W0.00

T0001

BUSY

Sensor restart

When Sensor restart execution (W0.00) is turned ON, the command parameter for Sensor restart (001010) is output to Q:1 (IN0 to 4).

After Sensor restart finishes and the BUSY signal turns OFF, post Sensor restart processing (W0.01:ON) is executed.

If the BUSY signal is OFF five ms after the command parameter is output, the Sensor restart execution trigger (IN5) turns ON.

After being ON for 2 ms, Sensor restart execution (IN5) turns OFF.

Sensor restart

Note

This sample program inputs IN5 to restart the Sensor. Trigger retry is executed at W0.00 ON.

• I/O Signal Allocations

Signal type Address

Output signal OUT1 (BUSY signal) CIO 0.01

Input signals IN0 CIO 1.08

IN1 CIO 1.09

IN2 CIO 1.10

IN3 CIO 1.11

IN4 CIO 1.12

IN5 CIO 1.15

The time the BUSY signal is ON is the Sensor initialization process execution time.

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 59

It may happen that the PLC is unable to recognize BUSY signal ON because the cycle time is slow or otherwise. In

Important

OFF

Saving data in Sensor started.

Saving data in Sensor completed.

OFF

BUSY

signal

IN5 signal

ON for 1 ms min.

Allow 5 ms min. and then turn ON IN5.

IN0 to IN4

signals

this event, have W0.00 turn OFF at a suitable time.

Saving Data in Sensor

You can save the current settings (scene data and system data) in the Sensor.

Note

• This command is only valid in Expanded Mode.

• This function can be used in Run Mode only.

Wiring

Color Signal State Description

Gray IN0 ON Command parameters for saving data to

Green IN1 OFF

Red IN2 OFF

White IN3 OFF

Purple IN4 OFF

Ye l l o w I N 5 ON Command input for saving data to the

Orange OUT1 (BUSY) -- Processing in progress (default)

the Sensor

Sensor

Timing Chart

1 Turn ON IN0 and turn OFF IN1 to IN4. 2 Turn ON the IN5 signal while the

BUSY signal is OFF to save the data in the Sensor.

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 60

Executing External Teaching

Teaching for all registered items can be executed using the current input image.

Note

• This command is only valid in Expanded Mode.

• Application is possibly only from the Run Mode

• If the parameter is applicable to more than one inspection item, it will be external teaching for all inspection items.

Wiring

Color Signal State Description

Gray IN0 ON Command parameter for external teaching

Green IN1 OFF

Red IN2 OFF

White IN3 ON

Purple IN4 OFF

Yellow IN5 ON Command input for external teaching

Orange OUT1 (BUSY) -- Processing in progress (default)

Timing Chart

IN0 to IN4 signals

Allow 5 ms min. and then turn ON IN5.

ON for 1 ms min.

Start external teaching

IN5 signal

BUSY signal

OFF

The signals shown at the left are used. Refer to the following information for signal wiring.

Section 2 Installation and Connections in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

1 Turn ON IN0 and IN3 and turn OFF

IN1, IN2, and IN4.

2 Turn ON the IN5 signal while the

BUSY signal is OFF to execute external teaching.

3 The BUSY signal turns ON while

external teaching is being executed.

End external teaching

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

FQ2-S/CH User’s Manual

for Communications Settings

Page 61

Sample Ladder Program

MOV

#900

Q:1

TMHH

0000

TMHH

0001

SET

IN5

RSET

IN5

SET

W0.01

W0.00

External teaching bit

T0000

IN5

OUT1

BUSY

W0.00

External teaching bit

RSET

W0.00

T0001

BUSY

When the external teaching bit (W0.00) turns ON, IN0 and IN3 are turned ON.

If the BUSY signal is OFF 5 ms after IN0 and IN3 turn ON, the command input for external teaching (IN5) is turned ON

The command input for external teaching (IN5) is kept ON for 2 ms and then turned OFF.

When the BUSY signal turns OFF to indicate that external teaching has been completed, processing after external teaching is executed (W0.01 is turned ON).

Note

Important

This sample program is used to input IN5 to external teaching.

allel Connection

Controlling Operation and Outputting Data with a Par-

• I/O Signal Allocations

Signal Address

Output signals OUT1 (BUSY signal) CIO 0.01

Input signals IN0 CIO 1.08

The BUSY signal will remain ON while external teaching is being executed.

If the cycle time is too long, the PLC may not be able to detect when the BUSY signal is ON. If necessary, turn OFF W0.00 after a suitable time elapses.

IN1 CIO 1.09

IN2 CIO 1.10

IN3 CIO 1.11

IN4 CIO 1.12

IN5 CIO 1.15

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with the Sensor's Standard Parallel Connection

Page 62

2-2

External device

Sensor

Sensor Data Unit

• Measurement trigger (single/continuous measurements)

• Control commands

Output Data

• OR judgement result

• Parallel judgement output

• Parallel data output

(2) Performs measurements once

Trigger input Sensor

Or other device

(1) TRIG signal ON

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Overview

If you mount a Parallel Interface Sensor Data Unit, in addition to outputting OR judgement results, you can also use the Parallel Interface Sensor Data Unit to output the judgement results of judgement conditions that you set for parallel output (called parallel judgement output) and the results of measurement values and expressions for inspection items (called parallel data output).

Setting the Measurement Trigger

The measurement trigger can be chosen from the following two types:

• Single measurement: One measurement is performed for each external trigger.

• Continuous measurement: Measurements are performed continuously.

Refer to the following page for data output timing and signal status after measurement trigger execution.

Aligning the Data Output Timing with the External Device: p. 66

Performing One Measurement for Each External Trigger

A measurement trigger is input as the TRIG signal from a proximity sensor, PLC, or other external device. One measurement is performed when the TRIG signal turns ON.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 63

Performing Continuous Measurements

PLC

(2) Performs continuous

measurements

Or other

device

(1) IN7 signal ON (IN0 to IN6 are OFF)

Note

Continuous measurements are performed while the continuous measurement command is input from an external device.

Setting Output Data

You can set the data to output after measurements.

Output Data

You can output any of the following data through the Parallel Interface Sensor Data Unit.

Data Output contents Signal used to output the data

Overall judgement result

Parallel judgement output

Parallel data output Measurement values for inspection items and

Judgement result of multiple inspection items (ON if even one judgement result is NG)

Judgement results of the judgement conditions that are set for parallel output

results from expressions

The results is output with the OR signal.

The results are assigned to and output with D0 to D15.

The data is output as 16-bit data on D0 to D15.

allel Connection

Controlling Operation and Outputting Data with a Par-

Outputting the Overall Judgement Result (OR Signal)

When the results of the inspection items are judged, if even one individual judgement result is NG, the OR output signal is turned ON.

• You can also turn ON the overall judgement result output signal when all individual judgement results are OK.

Changing the Judgement Output ON Conditions: p. 44

• You can select whether to use the judgement result of one of the calculations (0 through 31) as the overall judgement.

Section 4 Setting Up Inspections

in Vision Sensor FQ2-S/CH Series User's Manual (Cat. No. Z337)

• You can adjust the timing for outputting the OR signal and the ON time after judgement processing.

Adjusting the Judgement Output Timing: p. 42

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 64

Parallel Judgement Outputs

You can set judgement conditions for parallel output and then output the judgement results for those conditions.

● Setting the Items to Judge and the Judgement Conditions

You can assign up to 16 judgement results to and output them from the D0 to D15 signals. As the items to judge, you can specify the measurement data from inspection items that can be output and the calculation results from the expression settings. Use the following procedure to set the items to judge and the judgment conditions.

(1) Setting the Items to Judge

You can assign the parameters from the inspection items to the data output signals (D0 to D15). The following procedure shows how to assign the measured position X of [0. Search] to D0.

[In/Out] − [I/O setting] − [Output data set] − [Par. Jdg Output] − [Basic] Tab Page

1 Press [Settings]. 2 Press [0.D0]. 3 Press [IO. Search].

4 Press [Position X X].

5 If the inspection item allows multi-point output,

press the number ([0] to [31]) of the inspection result for which to output the data from the list of inspection results.

To register something to D1 or higher, repeat this process.

(2) Setting the Judgement Conditions

[In/Out] − [I/O setting] − [Output data set] − [Par. Jdg Output] − [Basic] Tab Page

1 Press [Judgement condition]. 2 Set the correlation range that is to be judged as OK.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 65

● Reflecting Judgement Results to the Overall Judgement

You can specify whether to reflect the judgement result of a parallel judgement output in the overall judgement. (The default is to reflect them.)

[In/Out] − [I/O setting] − [Output data set] − [Par. Jdg Output] − [Details] Tab Page − [Output

parameter] − [Reflect]

● Stopping Data Output

You can also prevent the judgement results that are set from actually being output. (The default setting is [Yes].)

[In/Out] − [I/O setting] − [Output data set] − [Par. Jdg Output] − [Details] Tab Page − [Output

parameter] − [Data output]

Parallel Data Output

You can output the following data as 16-bit data by setting them as the output data (data 0 to data 31): measurement data from inspection items that can be output and the calculation results from the expression settings.

● Setting the Data to Output

You can individually assign the parameters of the inspection items to output data (data 0 to data 31). The following procedure shows how to assign the measured position X of [0. Search] to data 0 for a parallel output.

[In/Out] − [I/O setting] − [Output data set] − [Par. Jdg Output] − [Basic] Tab Page

1 Press [Data settings]. 2 Press [Data 0].

3 Press [I0. Search]. 4 Press [Position X X].

5 If the inspection item allows multi-point output,

press the number ([0] to [31]) of the inspection result for which to output the data from the list of inspection results.

To register something to data 1 or higher, repeat this process.

allel Connection

Controlling Operation and Outputting Data with a Par-

Setting the Output Form

●

[In/Out] − [I/O setting] − [Output data set] − [Par. Jdg Output] − [Basic] Tab Page

1 Press [Output format]. 2 Press [Output form]. 3 Set [Data form] to [Binary] or [BCD].

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 66

● Stopping Data Output

Note

Parallel judgement output D0

Parallel data output (data 0)

Parallel judgement output D1

Parallel data output (data 0)

Parallel judgement output D15

Parallel data output (data 0)

D15

You can also prevent the output data that is set from actually being output. (The default setting is [Yes].)

[In/Out] − [I/O setting] − [Output data set] − [Parallel Data Output Setting] − [Details] Tab Page −

[Output parameter] − [Data output]

● Output Specifications

• Only the integer portions of numbers are output. All digits before the decimal point are rounded off.

• The following range of values can be output.

Binary data: −32768 to +32767 BCD data: −999 to +999

If the measurement value is out of range, the actual measurement value is not output and the minimum or maximum value of the range is output instead.

Data format Measurement value that is below the possi-

ble output range

Measurement value that is above the possible output range

Binary data A value of −32768 is output. A value of +32767 is output.

BCD A value of −999 is output. A value of 999 is output.

The data that is output to the OR and D signals after a measurement is held until the next measurement is performed. The values will continue to be output even after all measurements have been completed. However, if you set the output timing of the OR signal to [One-shot output] in the [Output mode] parameter, the OR signal will turn OFF after the specified output time has elapsed.

Data Output Timing

● Output Sequence

If both parallel judgement output and parallel data output are performed at the same time, parallel judgement output will be performed first followed by parallel data output.

Example: Parallel Judgement Output of D0 to D15 and Parallel Data Output of Data 0

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 67

● Timing Chart

Overall judgement

Parallel judgement output

(D0 to D15)

BUSY signal

OFF

OR signal

D signals

OFF

RUN signal

OFF

TRIG signal

OFF

GATE signal

OFF

Measurements executed.

GATE ON delay

Output time

Output period

Run Mode entered.

ON for 1 ms min.

Setup Mode entered.

The FQ2 starts measurements when it detects the rising edge (OFF to ON transition) of the TRIG signal.

The following timing chart shows the data output timing for parallel judgement outputs.

allel Connection

Controlling Operation and Outputting Data with a Par-

Output Signals

Signal Function

RUN This signal is ON while the Sensor is ready to take measurement and it is in Run Mode.

The RUN signal is OFF in Setup Mode. Change to Run Mode for operation.

BUSY This signal is ON when the Sensor is performing measurements, changing scenes, or performing other

tasks. Do not input the next command while the BUSY signal is ON. The process that is currently being executed and the command that is input will not be executed correctly.

OR This signal outputs the overall judgement. The signal is valid when the measurements are completed (i.e.,

when the BUSY signal changes from ON to OFF).

D These signals output the parallel judgement output data and the calculation results of the expressions that

are set for parallel data output.

GATE This signal is used to control the timing of reading the D signals at an external device.

You can set whether the signal turns ON for an OK or for an NG judgement in the [Judgment output condition] output setting.

Changing the Settings of the Output Signals: p.74

Input Signals

Signal Function

TRIG This signal is used to input a measurement trigger from an external device, such as a photoelectric switch.

One measurement is performed on the rising edge (OFF to ON transition) of the TRIG signal. Keep the TRIG signal ON for at least 1 ms.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 68

Aligning the Data Output Timing with the External Device

You can use one of the following data output methods to align the timing of data output with an external device.

• Aligning with the GATE Signal Status (No Handshaking): p. 66

• Outputting Measurement Results for Data Send Requests from the External Device (Handshaking): p. 70

• Offsetting the Timing of Outputting Measurement Results: p. 72

Setting Data Communications Specifications

[In/Out] − [I/O setting] − [I/O setting] − [Output]

1 Press [Output control] and select the output control

method.

• None: p. 66

• Handshaking p. 70

• Synchronized Output: p. 72

2 Set the communications specifications for data out-

put.

Item Parameter Description

Output control None (default), Hand-

Output period 2.0 to 5,000.0 ms

GATE ON delay 1.0 to 1,000.0 ms

Output time 1.0 to 1,000.0 ms

Timeout 0.5 to 120.0 s

Number of delay 1 to 15

shaking, or Sync. Output

10.0 ms (default)

1.0 ms (default)

5.0 ms (default)

10.0 s (default)

1 (default)

None: Measurement results are output without synchronizing with the external device. Handshaking: Measurement results are output while synchronizing with the PLC. Sync. output: Measurement results are output without synchronizing with the external device.

This setting is enabled only when the [Output control] or [Sync. Output] parameter is set to [None]. Set the period for outputting measurement results. Set a value that is longer that the GATE ON delay plus the output time and shorter than the measurement interval. If you set a value that is longer than the measurement interval, the output timing will become delayed as measurements are repeated.

Set the time from when the result is output to the parallel interface until the GATE signal turns ON. This is the time to wait until the data output stabilizes. Set a value that is longer than the delay time of the external device.

This setting is enabled only when the [Output control] parameter is set to [None] or [Sync. output]. Set the time to turn ON the GATE signal. Set the time that is required for the external device to read the measurement results.

This setting is enabled only when the [Output control] parameter is set to [Handshaking]. A timeout error will occur at the following times if there is no response from the external device within the time that is set. When the DSA signal turns ON after measurements are completed When the DSA signal turns OFF after the GATE signal turns ON When the DSA signal turns ON after the GATE signal turns OFF

This setting is enabled only when the [Output control] parameter is set to [Sync. output]. Set the number of times to ignore the TRIG signal turning ON between when the TRIG signal turns ON and the measurement results are output.

Reading Data When the GATE Signal Is Output (No Handshaking)

The Sensor will output the measurement results without synchronizing with the external device, but the GATE signal is also output. The GATE signal is used to control the timing of when the external device reads the measurement data. Adjust the external device so that it reads the measurement results when the GATE signal is output.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 69

*1: You can change the settings of when the GATE signal is turned ON after the measurement data is output and the length of time that the

External device

FQ2

(2) GATE signal

(1) Measurement processing

and results output (OR and D0 to D15)

Measurement done (BUSY output OFF)

Note

GATE signal will remain ON.

Setting the Output Timing fo the GATE Signal: p. 66

The GATE signal will not be output if there is no data set for parallel judgement output and parallel data output. If only the OR signal is output, read the OR signal when the BUSY signal turns OFF.

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 70

● Single Measurement

Turned ON when overall judgement is NG. (Polarity of all output signals: Positive)

Data 0

Data 1

Data 2

Output time

Output period

The total output time is as follows: Output period × Number of output data items.

GATE ON delay

TRIG signal

OFF

ON for 1 ms min.

BUSY signal

OFF

OR signal

D0 to D15

signals

GATE signal

ON while measurements are being processed

(depends on BUSY output conditions)

Run Mode entered.

RUN signal

Setup Mode entered.

Example: Three Data Items Set for Parallel Data Output Timing Chart

1 The RUN signal turns ON when measurements are enabled and the Sensor is in Run Mode. 2 Turn ON the TRIG signal while the BUSY signal is OFF. 3 Measurement begins and the BUSY signal is turned ON during the measurement process. 4 When the measurement has been finished, the measurement results are output using an OR sig-

nal and the D0 to D15 signals, and the BUSY signal is turned OFF.

*1 You can also set the [BUSY output] parameter so that the BUSY signal is turned OFF after the completion of data logging, image logging,

or displaying results.

5 After the BUSY signal turns OFF, the GATE signal is turned ON when the time that is set in the

[GATE ON delay] parameter in the communications settings has elapsed.

6 The GATE signal is turned ON, and then the GATE signal is turned OFF when the time that is set

in the [Output time] parameter in the communications settings has elapsed.

*2 Set the GATE ON delay and output time for the GATE signal so that the total time does not exceed the output period.

Important

Data Output Time and TRIG Signal Input Interval

Set the input interval for the TRIG signal so that it is equal to or greater than the total output time. If the input interval for the TRIG signal is shorter than the total output time, the output data buffer will eventually overflow and output data will be discarded.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 71

● Continuous Measurements

Data 0

Output time

Output period

OFF

D0 signal

GATE signal

GATE ON delay

Continuous measurements ended.

IN7 signal

OFF

BUSY signal

OFF

OR signal

ON while measurements are being processed

(depends on BUSY output conditions)

OFF

Allow 5 ms min. and then turn ON IN7.

Run Mode entered.

RUN signal

Setup Mode entered.

Measurements executed.

Turned ON when overall judgement is NG. (Polarity of all output signals: Positive)

IN0 to IN6

signals are

OFF

Continuous measurements started.

Measurements executed.

Note

Example: Only Data 0 Set for Parallel Data Output Timing Chart

allel Connection

Controlling Operation and Outputting Data with a Par-

1 The RUN signal turns ON when measurements are enabled and the Sensor is in Run Mode. 2 Turn ON IN7 while IN0 to IN6 are OFF. If this status is held while the BUSY signal is OFF, contin-

uous measurements will begin and the BUSY signal will remain ON while continuous measurements are being performed.

3 When measurement results are output, the GATE signal is turned ON when the time that is set in

the [GATE ON delay] parameter in the communications settings has elapsed.

4 The GATE signal is turned ON, and then the GATE signal is turned OFF when the time that is set

in the [Output time] parameter in the communications settings has elapsed.

*1 Set the GATE ON delay and output time for the GATE signal so that the total time does not exceed the output period.

5 Continuous measurements end when the IN7 signal is turned OFF.

The ERROR signal will turn ON if the input command is not executed normally. Set at least one data output for parallel judgement output and then read the OR signal when the GATE signal turns ON.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 72

Outputting Measurement Results for Data Send Requests from the External Device (Handshaking)

External device

FQ2

(2) Measurement

results output.

(1) DSA signal sent.

With handshaking, measurement results are output after there is a data send request (DSA signal) from the external device. Handshaking is effective for sequentially outputting many measurement results and it is a reliable way to transfer data.

*1 The overall judgement (OR) is output even if the DSA signal is not output by the external device.

● DSA Signal

The DSA signal is used by the external device to request the next data transmission. The Sensor will not output data until the DSA signal is turned ON. When the external device is ready for reception, turn ON the DSA signal.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 73

● Timing Chart

If the DSA signal does not turn ON within the specified time after

measurements are completed, a timeout error will occur.

If more than one data item is being output for one

measurement and the DSA signal does not turn ON within the specified time after the GATE signal turns OFF, a timeout error will occur.

If the DSA signal does not turn OFF within the specified time

after the GATE signal turns ON, a timeout error will occur.

Overall judgement (Output when measurements have been

completed regardless of the DSA signal.)

Data 0

Timeout Time 1

Timeout Time 3

Timeout Time 2

Data 1

GATE ON delay

TRIG signal

OFF

ON for 1 ms min.

BUSY signal

OFF

OR signal

GATE signal

OFF

DSA signal

ON while measurements are being processed

(depends on BUSY output conditions)

Run Mode entered.

RUN signal

Setup Mode entere

Data 2

D0 to D15

signals

Example: Three Data Items Set for Parallel Data Output

allel Connection

Controlling Operation and Outputting Data with a Par-

1 Turn ON the TRIG signal while the BUSY signal is OFF. 2 Measurement begins and the BUSY signal is turned ON during the measurement process. 3 At the same time or after the TRIG signal turns ON, the external device turns ON the DSA signal

to request data transmission.

*1 If you do not turn ON the DSA signal within the specified timeout time after measurements are completed, a timeout error will occur. (This

is timeout time 1.)

4 When the measurement has been finished, the measurement result is output using an OR signal,

and the BUSY signal is turned OFF.

*2 You can also set the [BUSY output] parameter so that the BUSY signal is turned OFF after the completion of data logging, image logging,

or displaying results.

5 The DSA signal is ON, and thus the D0 to D15 signals are output and the GATE signal turns ON. 6 When the DSA signal is turned OFF, the GATE signal turns OFF.

*3 If you do not turn OFF the DSA signal within the specified timeout time after the GATE signal turns ON, a timeout error will occur. (This is

timeout time 2.)

7 If more than one data item is being output for one measurement and you do not turn ON the DSA

signal within the specified timeout time after the GATE signal turns OFF, a timeout error will occur. (This is timeout time 3.)

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 74

Offsetting the Timing of Outputting Measurement Results

Note

The measurement result is output when the TRIG signal turns ON the number of times set for the [Number of delay] parameter. This allows you to delay the output timing of the measurement result from the Sensor according to the actual processing timing of the line.

Example: Sequential Feed Line That Uses a Star Wheel In a line like this, you can synchronize the output timing of the measurement results and the discharge timing of NG products that are detected.

1st

3rd

2nd

Encoder

4th

Result output

Discharge device

TRIG

Sensor

If you set the [Number of delay] parameter to 4, the measurement result output is delayed by four TRIG signals.

• With synchronized output, the number of times that the TRIG signal turns ON is counted. Therefore, use synchronized output only when only one measurement result is output for each measurement. (Output either the parallel judgement or data.)

• Use a measurement trigger only for single measurements. If you perform continuous measurements by inputting a command, the output timing will not be correct and the Sensor may malfunction.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 75

● Timing Chart

(Result not output.)

The results for (1) is output when the TRIG signal turns ON the third time.

Result for (1) Result for (2) Result for (3) Result for (4)

(1) (2) (3) (4) (5)

TRIG signal

OFF

ON for 1 ms min.

BUSY signal

OR signal

D0 to D15 signals

GATE signal

Run Mode entered.

RUN signal

Setup Mode ente

GATE ON delay

Output time

ON while measurements are being processed

(depends on BUSY output conditions)

Overall judgement result for (1)

Overall judgement result for (2)

Overall judgement result for (3)

Overall judgement result for (4)

Overall judgement result for (5)

Operation When [Number of Delay] Is Set to 2

1 Repeatedly turn ON the TRIG signal while the BUSY signal is OFF. 2 The OR signal is output when the TRIG signal is turned ON. 3 When the TRIG signal turns ON for the third time, the measurement result (D0 to D15) for the first

time that the TRIG signal turned ON is output and the GATE signal is also output at this time.

4 When the TRIG signal turns ON for the fourth time, the measurement result (D0 to D15) for the

second time that the TRIG signal turned ON is output and the GATE signal is also output at this time.

5 Each time the TRIG signal turns ON after that, the measurement result (D0 to D15) from when the

TRIG signal turned ON two times previously is output.

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 76

Changing the Settings of the I/O Signals

Changing the Settings of the Output Signals

● Adjusting the Judgement Output Timing

You can change the timing of outputting the measurement result with the OR signal (after finalizing the measurement result) according to the needs of the external device.

Adjusting the Judgement Output Timing: p. 42

● Changing the Judgement Output ON Conditions

You change the ON condition for the OR signal to turn ON the signal when the judgement result is OK or when it is NG.

Changing the Judgement Output ON Condition: p. 44

● Adjusting the End Timing of the BUSY Signal

You can change the end timing of the BUSY signal.

Adjusting the End Timing of the BUSY Signal: p.45

● Changing the Output Polarity of the Output Signals

You can change the ON/OFF output polarity of the output signals

[In/Out] − [I/O setting] − [I/O] − [Output]

1 Press [Output polarity] and select the ON/OFF polarity for all output signals.

Item Parameter Description

Output polarity Positive (default)

Negative

● Setting the Output Time of the ACK Signal

You can set the output time of the normal execution completion signal for parallel commands.

[In/Out] − [I/O setting] − [I/O] − [Output] − [ACK signal ON period]

Important

The ACK signal is not output for normal completion of continuous measurement commands.

You can reverse the ON/OFF conditions of the output signals. For example, when the BUSY signal uses positive polarity, the signal is ON while the Sensor is processing something. If you change the setting to negative polarity, the Sensor will be ready to receive data or signals when the BUSY signal is ON. Applicable Output Signals

•RUN

•OR

•BUSY

•ERROR

•STGOUT

•SHTOUT

•DSA

•GATE

• D0 to D15

•ACK

● Changing the Output Timing and Output Time of the STGOUT Signal

You can change the output settings of the STGOUT signal to adjust when and for how long the external lighting is lit.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 77

[Image] − [Camera setup] − [] − [Lighting control]

Trigger input (TRIG)

Exposure time

Imaging element shutter signal

STGOUT

Trigger delay

Strobe output delay

Strobe output time

OFF

Polarity of all output signals: Positive

1 Change the setting for lighting control.

Item Parameter Setting Description

Lighting control Strobe output delay 0 to 65,535 μs

(default: 0 μs)

Strobe output time 0 to 65,535 μs

(default: 1,000 μs)

Enter the delay time from when the TRIG signal is input until the external lighting is lit.

Set the pulse width of the output signal (STGOUT) that tells the external lighting when to light.

Important

When the strobe polarity is set to [Negative], a delay of about 200 to 300 μs occurs from when the TRIG signal is input until the STGOUT signal goes low. When a high-speed shutter is used, set the [Output polarity] parameter to [Positive].

• Timing Chart for Strobe Trigger Output Signal

The STGOUT signal turns ON in sync with the trigger input signal from an external device.

Controlling Operation from an External Device

The following Sensor functions can be controlled with command inputs from an external device without connecting the Touch Finder.

allel Connection

Controlling Operation and Outputting Data with a Par-

Operation Description Reference

Switching the scene This command changes the scene when the line process changes. p. 76

Clearing measurement values

Clearing an error This command turns the ERROR signal OFF.

Re-registering the model and reference color

Teaching This command uses the image that is currently being input to execute

Clearing the OR and D signals

Saving data in the Sensor This command saves the current settings (scene data and system data)

Retrying Inspection by External Signal (trigger retry)

FQ2-S/CH User’s Manual for Communications Settings

This command clears the measurement values. The OR signal and D signals are not cleared.

The ERROR indicator is also turned OFF.

This command re-registers the model and reference color. p. 80

teaching for all of the registered items.

This command clears the OR signal and D signals. p. 82

in the Sensor.

This command continues inspection when the trigger signal is ON. p. 85

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

p. 77

p. 78

p. 81

p. 84

Page 78

Input Format (IN7 to IN0)

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

Execution

Command

IN7 signal

OFF

RUN signal

OFF

IN0 to IN6

signals

Run Mode entered. Setup Mode entered.

BUSY signal

ACK signal

OFF

Command execution

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

ACK output time

0100001 (Changes to scene 1.)

Changing the Scene

This command changes the scene to shift to a different process.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 01 Input the scene number as a binary value. 10100001

Timing Chart

(Changes to scene 1.)

Output Signals

Signal Function

RUN This signal is ON while the Sensor is ready to take measurement and it is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal indicates that the Sensor is currently changing the scene.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK output

Do not input the next command while the BUSY signal is ON. The process that is currently being executed and the command that is input will not be executed correctly.

time.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 79

Input Signals to Change the Scene

IN7 signal

OFF

RUN signal

OFF

IN0 to IN6

signals

Run Mode entered. Setup Mode entered.

BUSY signal

1000000

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

ACK signal

OFF

ACK output time

Signal Function

IN0 to IN4 These signals specify the scene number (0 to 31).

IN5 Turn ON.

IN6 Turn OFF.

IN7 This signal functions as the execution trigger. Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn ON the IN7

signal. The BUSY signal will be ON while the command is being executed.

Clearing Measurement Values

This command clears the measurement values.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 1000000 11000000

Timing Chart

allel Connection

Controlling Operation and Outputting Data with a Par-

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal does not change while clearing measurement values.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK output time.

Input Signals

Signal Function

IN0 to IN5 Turn OFF.

IN6 Turn ON.

IN7 This signal is the trigger for clearing measurement values. Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn

FQ2-S/CH User’s Manual for Communications Settings

ON the IN7 signal.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 80

ON for 1 ms min.

OR signal

OFF

BUSY signal

OFF

RUN signal

OFF

TRIG signal

OFF

Run Mode entered. Setup Mode entered.

D signals

Measurements executed.

GATE signal

OFF

Output timeGATE ON delay

ERROR signal

OFF

IN0 to IN6

signals

IN7 signal

OFF

Data

TRIG is input.

ACK signal

ACK output time

1000001

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

Clearing an Error

This command clears the error output status.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 1000001 11000001

Timing Chart

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 81

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal does not change while clearing errors.

OR This signal does not change while clearing errors.

D0 to D15 These signals do not change while clearing errors.

GATE This signal does not change while clearing errors.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK

However, do not clear an error while the BUSY signal is ON. The command will not be executed correctly.

output time.

Input Signals

Signal Function

IN0 Turn ON.

IN1 to IN5 Turn OFF.

IN6 Turn ON.

IN7 This signal is the trigger for clearing an error.

Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn ON the IN7 signal.

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 82

Re-registering the Model and Reference Color

IN7 signal

OFF

RUN signal

OFF

IN0 to IN6 signals

Run Mode entered. Setup Mode entered.

BUSY signal

Command execution

1001000

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

ACK signal

OFF

ACK output time

This command is input from an external devices, such as a PLC, to re-register the models and reference colors for registered inspection items based on the image that was just input.

Inspection items Re-registered data

Search, Shape Search II, Sensitive Search, Search Position Compensation, and Shape Search Position Compensation

Color Data Reference color (hue, saturation, and brightness)

Edge Position, Edge Width, Edge Pitch, Area, and Labeling None

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 1001000 11001000

Timing Chart

Models

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal is ON during re-registration of the model and reference color.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK output time.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 83

Input Signals

IN7 signal

OFF

RUN signal

OFF

IN0 to IN6 signals

Run Mode entered. Setup Mode entered.

BUSY signal

Command execution

1001001

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

ACK signal

ACK output time

Signal Function

IN0 to IN2 Turn OFF.

IN3 Turn ON.

IN4 and IN5 Turn OFF.

IN6 Turn ON.

IN7 This signal is the trigger for executing re-registration of the model and reference color. Set the IN0 to IN6 signals, wait fo r

at least 5 ms, and then turn ON the IN7 signal. The BUSY signal will be ON while the command is being executed.

Teaching

This command executes teaching for all registered items (excluding Edge Pitch) using the current input image.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 1001001 11001001

Timing Chart

allel Connection

Controlling Operation and Outputting Data with a Par-

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal is ON while teaching is being executed.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK

FQ2-S/CH User’s Manual for Communications Settings

output time.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 84

Input Signals

ON for 1 ms min.

TRIG is input.

OR signal

BUSY signal

OFF

RUN signal

OFF

TRIG signal

OFF

Run Mode entered. Setup Mode entered.

D signals

Measurements executed.

GATE signal

OFF

Output time

1000010

GATE ON delay

IN0 to IN6

signals

IN7 signal

OFF

Data

ACK signal

OFF

ACK output time

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

Signal Function

IN0 Turn ON.

IN1 and IN2 Turn OFF.

IN3 Turn ON.

IN4 and IN5 Turn OFF.

IN6 Turn ON.

IN7 This signal is the trigger for executing teaching. Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn

ON the IN7 signal. The BUSY signal will be ON while the command is being executed.

Clearing the OR and D Signals

This command clears the OR signal and D signals.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 1000010 11000010

Timing Chart

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 85

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal does not change while clearing the OR and D signals.

OR If this signal was ON, it will be turned OFF.

D0 to D15 If these signals were ON, they will be turned OFF.

GATE This signal does not change while clearing the OR and D signals.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK

However, do not clear the OR and D signals while the BUSY signal is ON. The command will not be executed correctly.

However, do not clear the OR and D signals while the GATE signal is ON. The command will not be executed correctly. Also, the D and GATE outputs may not function correctly.

output time.

Input Signals

Signal Function

IN0 Turn OFF.

IN1 Turn ON.

IN2 to IN5 Turn OFF.

IN6 Turn ON.

IN7 This signal is the trigger for clearing the OR and D signals.

Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn ON the IN7 signal.

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 86

Saving Data in the Sensor

IN7 signal

OFF

RUN signal

OFF

IN0 to IN6

signals

Run Mode entered. Setup Mode entered.

BUSY signal

1010000

Allow 5 ms min. and then turn ON IN7.

ON for 1 ms min.

Command execution

ACK signal

OFF

ACK output time

This command saves the current settings (scene data and system data) in the Sensor.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 1010000 11010000

Timing Chart

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal will be ON while data is being saved in the Sensor.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK

Input Signals

Signal Function

IN0 to IN3 Turn OFF.

IN4 Turn ON.

IN5 Turn OFF.

IN6 Turn ON.

IN7 This signal is the trigger for saving data in the Sensor.

output time.

Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn ON the IN7 signal.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 87

Retrying Inspection by External Signal (Trigger Retry)

OFF

IN7 signal

IN0 to IN6 signals

IN5 ON after at least 5 ms

Retry starts

ScanNGScanNGScan

Retry ends

BUSY signal

OR signal

RUN signal

OFF

Run Mode entered. Setup Mode entered.

0001100

ACK signal

OFF

ACK output time

(2) Trigger retry (this command) turns OFF.

(3) The timeout time is exceeded.

Note

• This function can be used in Run Mode only.

Parameters

Execution Command Input example

IN7 IN6 IN5 IN4 IN3 IN2 IN1 IN0

1 0001100 10001100

Timing Chart

• When inspection is OK

1 Set the IN0 to IN6 signals. 2 When IN5 is turned OFF > ON with

the BUSY signal OFF, trigger retry inspection starts.

3 When retry inspection starts, the

BUSY signal turns ON.

4 When the overall judgment turns ON,

retry inspection ends and the BUSY signal turns OFF.

5 After verifying that the BUSY signal

has turned ON > OFF, IN5 is turned ON > OFF.

allel Connection

Controlling Operation and Outputting Data with a Par-

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

Page 88

• When inspection is NG

Important

RUN signal

IN0 to IN6 signals

IN7 signal

BUSY signal

OR signal

ACK signal

Run Mode entered. Setup Mode entered.

OFF

0001100

OFF

IN5 ON after at least 5 ms

Retry starts

ScanNGScanNGScan

Scan

Retry ends

ACK output time

1 Set the IN0 to IN6 signals. 2 When IN5 is turned OFF > ON with

the BUSY signal OFF, trigger retry inspection starts.

3 When retry inspection starts, the

BUSY signal turns ON.

4 IN5 is turned OFF and retry inspection

ends. If retry inspection ends but the overall judgment is NG, the OR signal turns ON. (Output polarity: When ON at NG)

Output Signals

Signal Function

RUN This signal is ON while the Sensor is in Run Mode. It will be OFF in Setup Mode.

BUSY This signal is ON while measurements are being processed (depends on BUSY output conditions).

OR The overall judgement result is output from this signal.

ACK When the command has been completed normally, this signal is turned ON for the time that is set for the ACK

output time.

Input Signals

Signal Function

IN0 to IN6 With these signals, user (PLC) sets the commands.

IN7 This signal is the trigger for Trigger Retry. Set the IN0 to IN6 signals, wait for at least 5 ms, and then turn ON the

IN7 signal. The BUSY signal will be ON while the command is being executed.

Note

The time the BUSY signal is ON is the trigger retry execution time.

It may happen that the PLC is unable to recognize BUSY signal ON because the sample time is slow or otherwise. In this event, have W0.00 turn OFF at a suitable time.

Controlling Operation and Outputting Data with a Parallel Interface Sensor Data Unit

FQ2-S/CH User’s Manual

for Communications Settings

Page 89

Controlling Operation and Outputting Data with an Ethernet Connection

Ethernet Connection

Controlling Operation and Outputting Data with an

3-1 Controlling Operation and Outputting Data with EtherNet/IP

Communications. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .88

3-2 Controlling Operation and Outputting Data with PLC Link

Communications. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .121

3-3 Outputting Data and Controlling Operation through PROFINET . . .140

3-4 Control and Output in No-Protocol (TCP) / No-Protocol (UDP) . . . .167

3-5 Controlling Operation and Outputting Data with FINS/TCP

No-protocol Commands. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .188

Page 90

3-1

FQ2-S1

FQ2-S2

FQ2-CH

Important

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S3 FQ2-S4

Introduction to EtherNet/IP

EtherNet/IP is an industrial multi-vendor network that uses Ethernet. The EtherNet/IP specifications are open standards managed by the ODVA (Open DeviceNet Vendor Association). EtherNet/IP is used by a wide range of industrial devices. Because EtherNet/IP uses standard Ethernet technology, various general-purpose Ethernet devices can be used in the network. EtherNet/IP has mainly the following features.

● High-speed, High-capacity Data Exchange through Tag Data Links

The EtherNet/IP protocol supports implicit communications, which allows cyclic communications called tag data links with EtherNet/IP devices.

● Tag Data Links at Specified Communications Cycle for Each Application Regardless of the Number of Nodes

Tag data links (cyclic communications) operate at the cyclic period that is specified for each application, regardless of the number of nodes. Data is exchanged over the network at the refresh cycle that is set for each connection. The communications refresh cycle will not increase even if the number of nodes is increased, i.e., the concurrency of the connection’s data is maintained. Because the refresh cycle can be set for each connection, each application can communicate at its ideal refresh cycle. For example, interprocess interlocks can be transferred at high speed, while the production commands and the status monitor information are transferred at low speed.

On a network to which many devices are connected, performance may drop (e.g., responses may be delayed or packets lost) or communications errors may occur when there is temporarily high traffic on the network. Test the operation under actual conditions before you start actual operation of the system.

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S/CH User’s Manual

for Communications Settings

Page 91

Data Exchange with EtherNet/IP

Vision Sensor

Connection

PLC

Output tag set name: B

Output tag set name:

Input_101

Input tag set name: A

Ethernet (EtherNet/IP)

Target

Connection

Originator

Tag: D0

Tag: D100

Tag: Input_101

Connection from

FQ2 to PLC

Input tag set name:

Output_100

Tag: Output_100

Connection from

PLC to FQ2

Data is exchanged cyclically between Ethernet devices on the EtherNet/IP network using tag data links as shown below.

Ethernet Connection

Controlling Operation and Outputting Data with an

● Data Exchange Method

To exchange data, a connection is opened between two EtherNet/IP devices. One of the nodes requests the connection to open a connection with a remote node. The node that requests the connection is called the originator, and the node that receives the request is called the target.

● Data Exchange Memory Locations

The memory locations that are used to exchange data across a connection are specified as tags. You can specify memory addresses or variables for tags. A group of tags consists of an output tag set and an input tag set.

To communicate by EtherNet/IP with a PLC that does not support tag data link communication, use the message communication function rather than tag data link.

Note

Communicating with the Sensor Controller with EtherNet/IP Message Communications: p.120

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with EtherNet/IP Communications

Page 92

FQ2 Communications for EtherNet/IP Connections

You can use EtherNet/IP tag data links to communicate between the PLC and the Vision Sensor to perform control via command/response communications or to output data after measurements. The FQ2 complies with EtherNet/IP conformance test version A10.

To connect to OMRON Controllers and communicate through EtherNet/IP, you use the Network Configurator to set up tag data links (i.e., tags, tag sets, and connection settings). Refer to the following manuals for details on the tag data link settings that are made with the Network Configurator.

• NJ-series CPU Unit Built-in EtherNet/IP Port User’s Manual (Cat. No. W506)

• CS/CJ-series EtherNet/IP Units Operation Manual (Cat. No. W465)

• CJ-series EtherNet/IP Units Operation Manual for NJ-series CPU Unit (Cat. No. W495)

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S/CH User’s Manual

for Communications Settings

Page 93

Types of Communications Areas

(1) Command area

PLC

• Control inputs

• Command code

• Command parameters

(2) Response area

(3) Output area

• Control outputs

• Command code

• Response code

• Response data

• Output data

• Character string to output

Vision Sensor

Execution

After measurements

Output Tag Set

Input Tags

Output Tags

Input Tag Set

Input Tag Set Output Tag Set

20 bytes

16 bytes

32 to

256 bytes

The control commands that are written to the Command Area are executed.

Measurement results are written to the response area

in the PLC. The execution results from the Vision Sensor are written here.

Output data from the Vision Sensor is written here.

Measurement results are written to the output area.

The following control commands are written to the Vision Sensor.

Input connection to Sensor

Output connection to PLC

Response

Command

For EtherNet/IP communications, the following three communications areas are used in the PLC to perform communications.

Areas Used for the Different Control Methods

Command/response communications

Data output after measurements

(1) Command area This is the area to which you write control commands for

the Vision Sensor to execute.

(2) Response area This is the area to which the Vision Sensor writes the

results of control commands executed from the command area.

(3) Output area This is the area to which the Vision Sensor writes output

data for measurements after an inspection is performed.

Ethernet Connection

Controlling Operation and Outputting Data with an

*1: The response area (2) and output area (3) are assigned to continuous memory addresses or to a variable.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with EtherNet/IP Communications

Page 94

Setting Up EtherNet/IP Communications

▲

Important

▲

Setting Network Settings in the Sensor

Set the IP address of the Sensor according to the network where the external devices, such as PLCs, are connected.

(Setup Mode) − [Sensor settings] − [Network] − [Ethernet] − [IP address setting]

1 Press [Fixed]. 2 Set the IP address and subnet mask according to the network where the external devices, such

as PLCs, are connected.

Note

If you connect OMRON CS/CJ-series PLCs to the Ethernet, the following default IP addresses are assigned to the PLCs.

• IP address: 192.168.250.node_address

To use EtherNet/IP communications, do not automatically assign an IP address to the Vision Sensor. Set a specific IP address and do not change it.

Initial Settings for EtherNet/IP Communications

(Setup Mode) − [Sensor settings] − [Data output] − [Link data output]

1 Press [Communication type]. 2 Press [EtherNet/IP]. 3 Set the EtherNet/IP communications parameters as

described in the following table.

[Output handshake] Set to [Yes]

[Output handshake] Set to [No]

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S/CH User’s Manual

for Communications Settings

Page 95

Parameter Description Setting range

Note

If the total size of the data that is specified as output data exceeds the size that is set here, all of the data will not be output at the same time, but will be separated over more than one cycle.

Important

Output handshake Set whether to synchronize with the PLC when

data is output. No: Measurement results are output without synchronizing with the PLC.

Data Output after Measurements

When Handshaking Is Disabled: p. 117

Yes: Measurement results are output while synchronizing with the PLC.

Data Output after Measurements

When Handshaking Is Enabled: p. 117

Output data size Set the data size to output from the output area.

Any changes in the setting are applied when the Sensor is restarted.

Output Data Size and Number of Out-

put Data Upper Value Setting: p. 25

•Yes

•No

(default: Yes)

32 bytes, 64 bytes, 128 bytes, or 256 bytes (default: 32 bytes)

Ethernet Connection

Controlling Operation and Outputting Data with an

Set the input connection (input tag set) to 16 bytes greater than the size that you set for this parameter.

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with EtherNet/IP Communications

Page 96

Parameter Description Setting range

Refreshing task period

Set the communications cycle for cyclic tag data link communications for the Vision Sensor. Set the same value as you set for the requested packet interval (RPI) on the Network Configurator.

1 to 10,000 ms (default:10 ms)

Important

• Set this parameter to the same value as you set for the requested packet interval (RPI) in the PLC.

• This parameter is necessary for the FQ2 to synchronize with the communications cycles of the cyclic tag data link communications that are set for tag connections on the Network Configurator and in the PLC.

• If the value in the FQ2 is longer than the value in the PLC, cyclic data exchange will not be performed according to the expected communications cycle.

• The smaller the setting of this parameter is, the more the measurement processing time will be affected. For the lowest setting of 1 ms, the processing time will increase by approximately 5% to 10%.

Timeout This parameter is displayed and can be set only

when [Output handshake] is set to [Yes]. A timeout error will occur if there is no response from the PLC within the time that is set.

• From when measurements are completed until the DSA Bit turns ON

• From when the GATE flag turns ON until the DSA Bit turns OFF

• From when the GATE flag turns OFF until the DSA Bit turns ON

Data output period This parameter is displayed and can be set only

when [Output handshake] is set to [No]. Set the period for outputting measurement results.

0.1 to 120.0 s (default: 10.0 s)

2 to 5,000 ms (default: 40 ms)

Important

Set a value that is longer that the GATE ON output time and shorter than the measurement interval of the Sensor.

GATE signal ON period

This parameter is displayed and can be set only when [Output handshake] is set to [No]. Set the time to turn ON the GATE signal. Set the time that is required for the PLC to read the measurement results.

1 to 1,000 ms (default: 20 ms)

Important

Set the cycle time of the PLC so that it is longer than the packet interval (RPI).

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S/CH User’s Manual

for Communications Settings

Page 97

Tag Data Link Setting Methods

Important

This section describes how to set data links for EtherNet/IP. The communications areas in the PLC for which data links are created to the Sensor are specified as tags and tag sets, and the connections are set for tag data link communications. Tags, tag sets, and connections are set from the Network Configurator. Refer to the following manuals for details on the tag data link settings that are made with the Network Configurator.

• NJ-series CPU Unit Built-in EtherNet/IP Port User’s Manual (Cat. No. W506)

• CS/CJ-series EtherNet/IP Units Operation Manual (Cat. No. W465)

• CJ-series EtherNet/IP Units Operation Manual for NJ-series CPU Unit (Cat. No. W495)

• To connect the FQ2 to an NJ/CJ-series CPU Unit, install the EDS file that defines the connection information for the FQ2 in the Network Configurator. Download the EDS file from the OMRON website.

• After tag data links are set, the Vision Sensor will automatically be restarted to enable the settings.

Tags, Tag Sets, and Connection Settings

The communications areas in the PLC are set as tag data link connections as shown in the following table.

• Tag and Tag Set Settings in the PLC

Parameter Settings

Command area Response area and output area

Type of tags and tag set

Tag and tag set names

Data size 20 bytes 48 to 272 bytes (total size of response area and

*1 Specify the I/O memory address of the first word in the response area.

The output area is assigned immediately after the response area. If you specify a variable name, the variable is assigned for both the response area and output area. Refer to Accessing Communications Areas Using Variables with NJ-series Controllers on p. 105 for information on how to access the signals in the communications areas from the user program when variables are assigned.

Output tag set Input tag set

I/O memory addresses or variable names I/O memory addresses or variable names

output area)

Ethernet Connection

Controlling Operation and Outputting Data with an

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with EtherNet/IP Communications

Page 98

● Settings in the FQ2 (Device Parameter Settings)

1 Right-click the FQ2 in the network on the Network Configurator and select [Parameter] − [Edit]. 2 The Edit Device Parameters Dialog Box will be displayed. Make the required settings.

Parameter name Value Setting range

001 Input Size

The total size of response area and output

48 to 272

area

002 Output Size

003 RPI

*1 Although the data size can be set as high as 502 bytes, with the current version set one of the following as the total data size for the output

area (data output size) and the response area (16 bytes).

• 48 bytes (default)

• 80 bytes

• 144 bytes

• 272 bytes *2 Although the data size can be set as high as 502 bytes, with the current version use the default setting of 20 bytes. *3 The packet interval (RPI) is set in the connection settings between the PLC and the Sensor. No setting is required here.

The data size of command area 20

The requested packet interval 10000

● Connection Settings

Parameter Setting

Originator device (PLC) Input tag set PLC_tag_set_name-[**Byte]

**: This is the total size of the response area and

output area that you set.

Connection type Any (default: multi-cast connection)

Output tag set PLC_tag_set_name-[20Byte]

Target device (Vision Sensor)

Output tag set Input_101-[**Byte]

**: This is the total size of the response area and

output area that you set.

Input tag set Output_100-[20Byte]

Packet interval (RPI) Any (default: 20.0)

*1 If multi-cast connections are used, however, use an Ethernet switch that has multi-cast filtering, unless the tag set is received by all nodes

in the network.

*2 Set the same value as you set for the refreshing task period in the EtherNet/IP communications settings.

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S/CH User’s Manual

for Communications Settings

Page 99

• If I/O memory addresses are specified for the communications areas, the information in the communications areas

Important

will be cleared when the operating mode of the PLC changes unless addresses in the CIO Area, which are maintained, are specified.

• The following assembly object is required to specify instances when the EDS file is not used.

Assembly Object Settings

Parameter name Setting Remarks

Instance ID 100 Output connection

101 Input connection

Setting the Data to Output Automatically after Measurements

You can specify the measurement data to output automatically to the PLC after measurements.

Data That Can Be Output

• Data Output On the FQ2, data that is output after measurement can be assigned to Data 0 to Data 31 in the output data settings. When an item is assigned to an output data setting, the data is output in units of four bytes per item. The maximum data size that can be output at once is 256 bytes.

Ethernet Connection

Controlling Operation and Outputting Data with an

Note

If multiple inspection results are assigned to one output data setting, that output data setting will be set for more than four bytes of data output. As a result, it is possible that an item that exceeds the data size (256 byes) that can be out- put at once will be set in the data output setting. In this case, the output will be divided and output over multiple cycles.

Output Data Size and Number of Output Data Upper Value Setting: p. 25

The measurement data from inspection items that can be output and the calculation results from the expression settings can be output. For data that can be output, refer to the Measurement Data That Can Be Used for External Outputs and Calculations for each inspection item.

Assigning Detection Results to Output Data: p. 98

Assigning More Than One Detection Result to Output Data: p. 98

• Outputting Character Strings (Only supported on the FQ2-S4/CH) You can output a character string for each of the inspection items that reads a character string, such as the OCR inspection item. Also, when reading the character string fails, you can output a specific character string that is set in advance.

Outputting Read Character Strings: p. 101

FQ2-S/CH User’s Manual for Communications Settings

Controlling Operation and Outputting Data with EtherNet/IP Communications

Page 100

Assigning Inspection Results to Output Data

▲

[In/Out] − [I/O setting] − [Output data setting] − [Link data output/Fieldbus data output] − [Output data set]

1 Press [0. Data 0]. 2 Press [Data setting]. 3 Press [I0. Search]. 4 Press [Position X X].

5 If the inspection item allows multi-point output,

press the number ([0] to [31]) of the inspection result for which to output the data from the list of inspection results.

To register something to data 1 and higher, repeat this process. The settings will be enabled after you restart the Sensor.

Assigning More Than One Inspection Result to the Same Output Data

You can assign more than one inspection result to the same data output to output all of the assigned results. This is possible for the following inspection results.

• Parameters for the same inspection item: You can assign up to five inspection results.

• Inspection results that support multi-point output: You can assign inspection results within the specified range (0 to

31).

The following procedure shows how to assign more than one inspection result to data 0.

[In/Out] − [I/O setting] − [Output data setting] − [Link data output/Fieldbus data output] − [Output data set]

1 Press [0. Data 0]. 2 Press [Multi-data setting].

Controlling Operation and Outputting Data with EtherNet/IP Communications

FQ2-S/CH User’s Manual

for Communications Settings