Keyence Iv Series 5g6h3y

256GB

Vision Sensor

IV Series ’s Manual (Field Network)

Read this manual before use. After you read this manual, keep it in a safe place for future reference.

1

Getting Started

2

EtherNet/IP

3

Cyclic communication

4

PROFINET

5

Data I/O communication

A

Reference program

Introduction

Introduction Read this manual before using the product in order to achieve maximum performance. Keep this manual in a safe place after reading it so that it can be used at any time.

Symbols The following symbols alert you to important messages. Be sure to read these messages carefully.

It indicates a hazardous situation which, if not avoided, will result in death or serious injury.

It indicates a hazardous situation which, if not avoided, could result in death or serious injury.

It indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.

It indicates a situation which, if not avoided, could result in product damage as well as property damage.

It indicates cautions and limitations that must be followed during operation.

It indicates additional information on proper operation.

It indicates tips for better understanding or useful information. It indicates the reference pages in this manual or the reference pages in separate manuals.

Cautions (1) Unauthorized reproduction of this manual in whole or part is prohibited. (2) The contents of this manual may be changed for improvements without prior notice. (3) An utmost effort has been made to ensure the contents of this manual are as complete as possible. If there are any mistakes or questions, please a KEYENCE office listed in the back of the manual. (4) Regardless of item (3), KEYENCE will not be liable for any effect resulting from the use of this unit. (5) Any manuals with missing pages or other paging faults will be replaced.

The company names and product names used in this manual are ed trademarks or the trademarks of their respective companies.

Safety Information for IV Series

Safety Information for IV Series General Precautions yyDo not use this product for the purpose to protect a human body or a part of human body. yyThis product is not intended for use as an explosion-proof product. Do not use this product in hazardous location and/or potentially explosive atmosphere.

yyYou must that the IV Series are operating correctly in of functionality and performance before the start and the operation of the IV Series. yyWe recommend that you take substantial safety measures to avoid any damage in the event of a problem occurring.

yyKEYENCE never warrants the function or performance of the IV Series if it is used in manner that differs from the IV Series specifications contained in this instruction manual or if the IV Series are modified by yourself. yyWhen the IV Series is used in combination with other instruments, functions and performance may be degraded, depending on operating conditions and the surrounding environment. yyDo not place the instruments, including peripherals, under the rapid temperature change. It may cause condensation and may damage instruments or peripherals. yyRemove the power cable from the power supply if you do not use this product for a long time.

Safety precautions on LED product Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure. Follow the instructions mentioned in this manual. Otherwise, injury to the human body (eyes and skin) may result. yyDo not stare into the direct or specularly reflected beam. yyDo not disassemble this product. The laser radiation emission from this product is not automatically stopped when it is disassembled. yyDo not direct the beam at people or into areas where people might be present. yyBe careful of the path of the LED beam. If there is a possibility that the operator may be exposed to the specular or diffuse reflections, block the beam by installing a protective enclosure. yyInstall this product so that the path of the LED beam is not as the same height as that of human eye.

256GB

1

Important Instructions

Important Instructions Observe the following precautions to prevent malfunction of the IV Series and to ensure that it is used properly.

Precautions on use yyThe power of this product and instruments connected to this product must be turned off when the cable is to be installed or removed. Failure to do so may cause an electric shock or a product damage. yyUse this product in the correct supply voltage. Failure to do so may cause a product damage.

yyFor instructions yyDo not turn OFF the power while setting the items or saving the settings. Otherwise, all or part of the setting data may be lost. yyDo not let water, dust or oil stick to the camera/light of the sensor. Failure to do so may cause a malfunction. yyWhen this product becomes dirty, do not rub it with a wet cloth, benzene, thinner, or alcohol. Doing so may change the color or shape of the unit. yyIf the unit is heavily contaminated, disconnect all the cables including the power supply cable, wipe off the dirt with a cloth soaked with mild detergent, and then wipe with a soft dry cloth. yyFor external master image registration If the external master image registration is to be performed frequently, set [Write ROM when using Ext. Master Save] of the input option to [No] for nonvolatile memory protection of the internal sensor. When the option is set to [Yes], the nonvolatile memory is guaranteed to write for 100,000 times. yyFor automatic focus function yyAutomatic focus function is used for adjusting the focusing position at the time of installation. This will not activate during the operation. yyFocusing position can be ed in each program. The program configurations are guaranteed to switch for 100,000 times. If the focusing position does not need to change for each program, set [Auto Focus Adjustment Position] to [Common] for extending the life-span. yyDo not apply shock or vibration during the focusing position adjustment. Failure to do so may cause a product damage.

Measures to be taken when an abnormality occurs In the following cases, turn the power OFF immediately. Using the IV Series in an abnormal condition could cause fire, electric shock, or malfunction. our office for repair. yyIf water or debris enters the IV Series. yyIf the IV Series is dropped or the case is damaged. yyIf abnormal smoke or odor emanates from the IV Series.

2

- IV Series ’s Manual (Field Network) -

Important Instructions

Precautions on installation yyTo use this product correctly and safely, avoid installing it in the following locations. Failure to do so may cause fire, electric shock, or malfunction. yyOutdoors yyAltitude above 2000 m yyLocations that are humid, dusty or poorly ventilated yyLocations where the temperature is high such as those exposed to direct sunlight yyLocations where there are flammable or corrosive gases yyLocations where the unit may be directly subjected to vibration or impact yyLocations where water, oil, or chemicals may splash onto the unit yyTo improve the anti-noise feature, install the unit following the precautions below. Otherwise, a malfunction may occur. yyMount the sensor onto the insulated attached mounting adapter. yyGround the FG cable (drain cable) of the sensor. yyDo not mount the unit in a cabinet where high-voltage equipment is already installed. yyMount the unit as far from power lines as possible. yySeparate the unit as far as possible from the devices that emit strong electric or magnetic field (such as solenoid or chopper). yySeparate the I/O signal line from the power line or high-voltage line. yyFor power supply yyNoise superimposed on the power supply could cause malfunction. Use a stabilized DC power supply configured with an isolation transformer. yyWhen using a commercially available switching regulator, be sure to ground the frame ground terminal. yyDevices including this unit are precision components. Do not apply shock or vibration. yyWhen connecting to a network, let engineers who are knowledgeable about networks handle it.


3

Precautions on Regulations and Standards

Precautions on Regulations and Standards For IV-500C/IV-500CA/IV-500M/IV-500MA/IV-150M/IV-150MA/ IV-2000M/IV-2000MA UL Certification This product is a UL/C-UL Listed product. yyUL File No. E301717 yyCategory NRKH, NRKH7 Be sure to consider the following specifications when using this product as a UL/C-UL Listed Product. yyUse a power supply with Class 2 output defined in NFPA70 (NEC: National Electrical Code). yyPower supply/ External input/ Control output shall be connected to a single Class 2 source only. yyUse with an over current protection device which is rated 24 V or more and not more than 1A. yyEnclosure Type 1 (Based on UL50)

CE Marking Keyence Corporation has confirmed that this product complies with the essential requirements of the applicable EC Directive, based on the following specifications. Be sure to consider the following specifications when using this product in the Member State of European Union.

EMC Directive (2004/108/EC) zz yyApplicable Standard EMI: EN60947-5-2, Class A EMS: EN60947-5-2 yyThe length of power I/O cable, Ethernet cable and Monitor cable must be less than or equal to 30m. Remarks: These specifications do not give any guarantee that the end-product with this product incorporated complies with the essential requirements of EMC Directive. The manufacturer of the end-product is solely responsible for the compliance on the end-product itself according to EMC Directive.

Low-Voltage Directive (2006/95/EC) zz yyApplicable Standard: EN62471

4


Version of the IV Series

Version of the IV Series You can the most recent operation software for the sensor (IV-150/500/2000) and IV-Navigator (IV-H1) from the KEYENCE web site. Please refer to the description on the homepage for the introduction method. URL : http://www.keyence.com/

Operation software of the sensor (IV-150/500/2000) Version

Description

R1.00.00

The initial version.

R1.01.00

The processing time has been speeded up.

R1.10.00

The processing time and the response time to program switching input have been speeded up.

R2.00.00

This is the version of this document. The following functions have been added. yyLogic output yyTotal status NG output yyRUN output yyFTP client function yyField network (EtherNet/IP, PROFINET)

Operation software of the monitor (IV-M30) Version

Description

R1.00.00


R1.01.01

Compatibility with Chinese (Simplified) / Chinese (Traditional).

R1.02.00

Compatibility with German.

R1.10.00

Compatibility with Tool Auto Tuning using a registration information file (*.ivt).

R2.00.00

This is the version of this document. Compatibility with Italian / French / Spanish / Portuguese / Korean.


5

Version of the IV Series

IV-Navigator (IV-H1) Version

6

Description

R1.00.00


R1.01.00

Compatibility with German.

R1.02.00

Compatibility with Chinese (Simplified) / Chinese (Traditional).

R1.10.00

The following functions have been added. yyAddition of the IV-Simulator function yyAddition of the image capture function to the operation of the [Save Image] button yyAddition of the [Size] selection function to “Remove Outline” yyAddition of the [Display Master Image] button to “Tool Auto Tuning” yyAddition of the [Language] button (language selection) to the Activation Menu screen

R2.00.00

This is the version of this document. Compatibility with Italian / French / Spanish / Portuguese / Korean. IVP-Convertor has been added.


Structure of This Manual

Structure of This Manual 1

Getting Started

2

EtherNet/IP

3


This chapter explains the system configurations and overview of IV Series.

1

This chapter describes the overview of EtherNet/IP and the communication specifications and functions of the EtherNet/IP communication in the IV series.

2

This chapter describes the overview, setting method, data allocation, and operating procedure of the cyclic communication in the EtherNet/IP communication. This chapter describes the overview of PROFINET and the communication specifications and functions of the PROFINET communication in the IV series.

4

PROFINET

5


A

Reference program

4 5

This chapter describes the overview, setting method, data allocation, and operating procedure of the data I/O communication in the PROFINET communication. This chapter explains Reference program, etc.


3

7

A

Contents

Contents Introduction Symbols Cautions Safety Information for IV Series..............................1 General Precautions............................................1 Safety precautions on LED product.....................1 Important Instructions..............................................2 Precautions on use..............................................2 Measures to be taken when an abnormality occurs..................................................................2 Precautions on installation...................................3 Precautions on Regulations and Standards............4 For IV-500C/IV-500CA/IV-500M/IV-500MA/ IV-150M/IV-150MA/IV-2000M/IV-2000MA............4 UL Certification.................................................4 CE Marking.......................................................4 Version of the IV Series...........................................5 Operation software of the sensor (IV-150/500/2000)................................................5 Operation software of the monitor (IV-M30).........5 IV-Navigator (IV-H1).............................................6 Structure of This Manual.........................................7 Contents..................................................................8

Chapter 1 Getting Started System Configuration...........................................1-2 Basic configurations of IV-Series......................1-2 Connecting the host device and single sensor.................................................1-2 Connecting the host device and multiple sensors.............................................1-3 Overview of IV Series...........................................1-4 IV Series...........................................................1-4 System configuration example......................1-4 Operation of the indicator light.......................1-5

Chapter 2 EtherNet/IP Overview of EtherNet/IP.......................................2-2 What is EtherNet/IP?........................................2-2 EtherNet/IP communication specifications and functions in the IV series......................................2-3 EtherNet/IP communication specifications in the IV series..................................................2-3 Overview of the Ethernet/IP communications functions in the IV series........2-3 List of ed PLCs......................................2-4 Keyence PLC.................................................2-4 KV series...............................................2-4 „„ Rockwell Automation PLC.............................2-4 OMRON PLC.................................................2-4

8

Chapter 3 Cyclic communication Overview of the cyclic communication.................3-2 What is cyclic communication?.........................3-2 Cyclic communication setting method..................3-3 Setting the IV series..........................................3-3 When settings on the monitor (IV-M30).........3-3 When setting by IV-Navigator (IV-H1)............3-4 PLC settings......................................................3-5 Establishing the connection...........................3-5 Keyence KV series settings...........................3-7 Rockwell Automation Control Logix series settings..........................................................3-8 Data allocation in the cyclic communication.......3-10 Input Assembly (IV series → PLC)..................3-10 Input Assembly parameter details...................3-12 Input Assembly Address 0: „„ Control result (response).....................3-12 Input Assembly Address 1: „„ Control error result...............................3-12 Input Assembly Address 2 to 3: „„ Handshake control/status/error result....3-13 Input Assembly Address 4 to 7: „„ Status result.........................................3-15 Input Assembly Address 8 to 23: „„ Error/status/status result information...3-16 Input Assembly Address 24 to 51: „„ Statistics information............................3-17 Input Assembly Address 52 to 71: „„ Position correction information............3-18 Input Assembly Address 72 to 391: „„ Tool information...................................3-18 Output Assembly (PLC → IV series)...............3-19 Output Assembly parameter details................3-20 Output Assembly Address 0 to 1: „„ Control request....................................3-20 Output Assembly Address 2 to 3: „„ Handshake control...............................3-21 Output Assembly Address 4 to 11: „„ Program No.........................................3-21 Error code list..................................................3-22 Warning code list.............................................3-23 Operating procedure of the cyclic communication...................................3-26 Reading out the overall status result of the IV series (Handshake control [Disabled]).......................3-26 When a trigger is successful................3-26 „„ When a trigger is unsuccessful............3-27 „„ Reading out the overall status result of the IV series (Handshake control [Enabled]).......................3-28 Switching the programs in the IV series..........3-29 ing a master image for the IV series externally....................................3-30


Contents

Device Status Words „„

Chapter 4 PROFINET Overview of PROFINET.......................................4-2 What is PROFINET?.........................................4-2 PROFINET communication specifications and functions in the IV series......................................4-3 IV series PROFINET communication specifications....................................................4-3 Specifying the IP address using the D protocol...............................................4-3 Overview of the PROFINET communication functions in the IV series...................................4-4 List of ed PLCs......................................4-5 Siemens PLC.................................................4-5 Phoenix PLC....................................4-5 OMRON PLC.................................................4-5

Chapter 5 Data I/O communication Overview of the data I/O communication.............5-2 What is data I/O communication?.....................5-2 Data I/O communication setting method..............5-3 Setting the IV series..........................................5-3 When settings on the monitor (IV-M30).........5-3 When setting by IV-Navigator (IV-H1)............5-4 Setting the device name...................................5-5 When settings on the monitor (IV-M30).........5-5 When setting by IV-Navigator (IV-H1)............5-5 PLC settings......................................................5-6 Establishing the data I/O communication......5-6 Setting the Siemens TIA Portal......................5-7 Setting the Siemens SIMATIC Manager......5-11 Data allocations in the data I/O communication...............................5-16 Control Modules (PLC → IV series)................5-16 Command Control................................5-16 „„ Status Modules (IV series → PLC).................5-17 Command Status Bits..........................5-17 „„ Device Result Bits................................5-17 „„ Device Status Words...........................5-18 „„ Device Statistics..................................5-18 „„ Tool Result Modules (IV series→ PLC)...........5-19 Position Adjust Result..........................5-19 „„ Tool Result...........................................5-19 „„ Control Modules parameter details.................5-20 Command Control Address 0 to 1: „„ Control request....................................5-20 Command Control Address 2 to 3: „„ Handshake control...............................5-21 Command Control Address 4 to 11: „„ Program No.........................................5-21 Status Modules parameter details..................5-22 Command Status Bits Address 0: „„ Control result (response).....................5-22 Command Status Bits Address 1: „„ Control error result...............................5-22 Command Status Bits Address 2 to 3: „„ Handshake control/status/error result....5-23 Device Results Bits Address 0 to 3: „„ Status result.........................................5-25

Address 0 to 15: Error/status/status result information....5-26 Device Statistics Address 0 to 27 „„ (Statistics information).........................5-27 Tool Result Modules parameter details...........5-28 Position Adjust Result „„ Address 0 to 19 (Position correction information)..........5-28 Tool Result Address 0 to 19 „„ (Tool information).................................5-28 Error code list..................................................5-29 Warning code list.............................................5-30 Operating procedure of the data I/O communication...............................5-32 Reading out the overall status result of the IV series (Handshake control [Disabled]).......................5-32 When a trigger is successful................5-32 „„ When a trigger is unsuccessful............5-33 „„ Reading out the overall status result of the IV series (Handshake control [Enabled]).......................5-34 Switching the programs in the IV series..........5-35 ing a master image for the IV series externally....................................5-36

Appendices Reference program (EtherNet/IP)....................... A-2 Handshake control [Disabled].......................... A-2 Keyence KV series....................................... A-2 Description of the reference program.... A-2 „„ Rockwell Automation PLC............................ A-3 Description of the reference program.... A-3 „„ Handshake control [Enabled]........................... A-4 Keyence KV series....................................... A-4 Description of the reference program.... A-4 „„ Rockwell Automation PLC............................ A-5 Description of the reference program.... A-5 „„ Program switching........................................... A-6 Keyence KV series....................................... A-6 Description of the reference program.... A-6 „„ Rockwell Automation PLC............................ A-7 Description of the reference program.... A-7 „„ Reference program (PROFINET)........................ A-8 Handshake control [Disabled].......................... A-8 Siemens PLC................................................ A-8 Description of the reference program.... A-8 „„ Handshake control [Enabled]........................... A-9 Siemens PLC................................................ A-9 Description of the reference program.... A-9 „„ Program switching......................................... A-10 Siemens PLC.............................................. A-10 Description of the reference program.... A-10 „„ Index.................................................................. A-12


9

Contents

MEMO

10


1

System Configuration........................................1-2 Overview of IV Series.........................................1-4


1-1

1 Getting Started

Getting Started

This chapter explains the system configurations and overview of IV Series.

System Configuration

System Configuration 1

Basic configurations of IV-Series

Getting Started

Connecting the host device and single sensor In addition to the status result import, the trigger control and switching of the set program number can be performed with the control output.

PLC or other host device

IV Series Ethernet cable (2m/5m/10m)

Setting software (IV-H1)

Sensor IV-500C IV-500CA IV-500M IV-500MA IV-150M IV-150MA IV-2000M IV-2000MA

Power I/O cable (2m/5m/10m) (Optional) Dome attachment IV-D10 Polarizing filter attachment OP-87436/OP-87437 24 VDC power

Photoelectric/ proximity sensor etc. Sends the signal to the trigger input when the target is detected. 1-2

Indicator light/buzzer etc. Alarm can be output by the status output function. - IV Series ’s Manual (Field Network) -

System Configuration

1

Connecting the host device and multiple sensors

Ethernet switch

Ethernet cable (2m/5m/10m)

Setting software (IV-H1)


1-3

Getting Started

PLC or other host device

In addition to the status result import, the trigger control and switching of the set program number can be performed with the control output.

Overview of IV Series

Overview of IV Series 1

IV Series

Getting Started

The IV Series is an all-in-one “Vision Sensor” featuring a camera, a light, and a controller. This sensor can be attached easily so complicated detection operations such as detecting the shapes of parts with a photoelectric switch can be achieved easily. Operation conditions settings require the IV Software, IV-Navigator (IV-H1) or the intelligent monitor (IV‑M30). After setting is completed, the sensor can be operated independently. The IV Series operates as an EtherNet/IP communication adaptor or a PROFINET communication I/O device. With EtherNet/IP communication or PROFINET communication, the control output signal and status result, etc., can be input to the PLC as communication data.

System configuration example

PLC or other host device (EtherNet/IP communication scanner, PROFINET communication I/O controller)

EtherNet/IP communication adapter, PROFINET communication I/O device Sensor (this unit)

yyEtherNet/IP communication and PROFINET communication cannot be used simultaneously. yyFor the details of installation, connection, and operation methods of the IV Series, refer to “IV Series ’s Manual (Monitor/PC Software)”.

1-4



Operation of the indicator light

4

5

1 2 3 1 PWR/ERR Indicates the power supplying status to the sensor and the error status of the sensor. yyGreen (ON).......Operating. yyGreen (Blink).....Setting processing. Operation is stopped. Blinks once a second. yyRed (ON)...........Unrecoverable error has occurred. yyRed (Blink)........Recoverable error has occurred. yyOrange (Blink)...Flash LED has been required on the PROFINET communication I/O controller. Blinks 4 times with a period of about a second. yy(OFF)................Power is not supplied. Adjusting the focusing position (manual focus only). 2 OUT Indicates the comprehensive result. yyGreen................Comprehensive result is “OK”. yyRed...................Comprehensive result is “NG”. yy(OFF)................Setting processing. Standby status until the first judge finishes after starting the operation or after switching the program number. yyOrange (Blink)....Indicates the focusing status while adjusting the focusing position with the blinking speed (manual focus type only). Flash LED has been required on the PROFINET communication I/O controller. Blinks 4 times with a period of about a second.

4 STATUS Indicates the connecting status to the PC. yyGreen (ON).......Normally connected with monitor, PC, EtherNet/IP communication scanner, or PROFINET communication I/O controller. yyGreen (Blink).....IP address has been retrieved but the sensor is not correctly connected with monitor, PC, EtherNet/IP communication scanner, or PROFINET communication I/O controller. yyRed (Blink)........Timeout has occurred at the communication with EtherNet/ IP communication scanner. yyRed (ON)...........IP address coincides with another device. yy(OFF)................IP address is not assigned. Not correctly connecting with PC. yyOrange (Blink)...Indicates the focusing status while adjusting the focusing position with the blinking speed (manual focus type only). 5 LINK/ACT Indicates the linking status within PC or Ethernet switch. yyGreen (ON).......Normally linked. yyGreen (Blink).....Normally linked, and the data is sending/receiving. y Sensor is not normally linked. (OFF)................ y


1-5

1 Getting Started

Details on operations of the indicator light are shown below.

3 TRIG Green light lights up (one-shot) according to input of the internal or external trigger. yyOrange (Blink)...Flash LED has been required on the PROFINET communication I/O controller. Blinks 4 times with a period of about a second.


MEMO

1 Getting Started 1-6


2

EtherNet/IP

This chapter describes the overview of EtherNet/IP and the communication specifications and functions of the EtherNet/IP communication in the IV series.

2 EtherNet/IP

Overview of EtherNet/IP.....................................2-2 EtherNet/IP communication specifications and functions in the IV series...........................2-3


2-1

Overview of EtherNet/IP

Overview of EtherNet/IP What is EtherNet/IP?

2 EtherNet/IP

EtherNet/IP is an open industrial networking standard developed and maintained by the ODVA (Open DeviceNet Vendor Association, Inc.). All ed devices can use the communication network regardless of the vendor. Ethernet and an industrial protocol have been combined and standardized as EtherNet/IP (Industrial Protocol). Communication is achieved by combining a protocol called CIP (Common Industrial Protocol) and the T/ IP and Ethernet. This allows the network to be shared and used with standard Ethernet. To start the Ethernet/IP communication, one device needs to open a communication line called a "connection" for the other device. The device that will open a connection is referred to as the "scanner", and the device whose connection will be opened is referred to as the "adapter" (IV series is an adapter device). The EtherNet/IP communication offers the following two types of communications: Cyclic communication for sending and receiving data periodically (Implicit communication), and message communication for sending and receiving commands/responses at arbitrary timings. In the cyclic communication, you can set the RPI (Request Packet Interval: communication cycle) based on the priority of the data to be sent/received, enabling sending/receiving of data with adjusted overall communication load. Various data including the control output, status result import, trigger control and switching to the set program No. can be communicated without a ladder program. In the message communication, you can send/receive the required commands and responses at the required timings. The message communication is used for applications requiring no punctuality unlike the cyclic communication, such as for reading and writing the adapter device settings. The IV series s cyclic communication (Implicit communication).

EtherNet/IP communication scanner

Low-speed (Communication cycle: 1000 ms)

High-speed (Communication cycle: 5 ms)

Normal (Communication cycle: 100 ms) EtherNet/IP communication adapter

2-2

EtherNet/IP communication adapter


EtherNet/IP communication adapter

EtherNet/IP communication specifications and functions in the IV series

EtherNet/IP communication specifications and functions in the IV series This section describes the overview of the EtherNet/IP communication functions ed in the IV series.

EtherNet/IP communication specifications in the IV series Number of connections

EtherNet/IP

Cyclic communication (Implicit messages)

2

16

Overview of the Ethernet/IP communications functions in the IV series The following shows the list of functions that can be used to control the IV series using the EtherNet/IP communication. Function

Content

Trigger input

Executes a trigger input for the sensor.

Program switching

Executes a program switching for the sensor.

External master registration

Executes an external master registration for the sensor.

Error clear input

Executes an error clear.

Read out status

Allows you to check the unit status (Imaging, RUN, BUSY, Error).

Read overall status result

Reads out the overall status result.

Read judgment processing time

Reads out the judgment processing time.

Read each tool’s status result


Read statistics information

Reads out the number of triggers issued that generated a trigger error and the number of trigger errors.

yyIf you are switching programs using the EtherNet/IP communication, set the [Switching method] option to [Monitor/PC]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / PC Software)”. yyIf the master registration will be executed using the EtherNet/IP communication, set the [Write to ROM at external master reg.] option to [No]. For details of the setting,refer to the “IV Series ’s Manual (Monitor / PC Software)”.


2-3

EtherNet/IP communication specifications and functions in the IV series

List of ed PLCs

2

Check the instruction manual of each PLC for details of the setting methods.

EtherNet/IP

Keyence PLC KV series „„ PLC model

EtherNet/IP communication unit

Firmware version

KV-3000

KV-EP21V

Ver.2 or later

KV-5000

KV-EP21V

Ver.2 or later

KV-5500

(Built-in port or KVEP21V)

Ver.2 or later

Software used

KV STUDIO

Version of the software used

Ver.6.0 or later

Rockwell Automation PLC PLC model 1756 ControlLogix 1769 CompactLogix


Firmware version

1756-ENBT 1756-EN2T

Ver.13 or later

(Built in the unit)

Ver.13 or later

Software used

RSLogix5000


Ver.13 or later

OMRON PLC PLC model

2-4


Firmware version

SYSMAC CJ2

(Built-in port or CJ1W-EIP21)

V1.0 or later

SYSMAC CJ1

CJ1W-EIP21

V1.0 or later

SYSMAC CS1

CJ1W-EIP21

V1.0 or later

Software used

CX-One



Ver.3.0 or later

3


This chapter describes the overview, setting method, data allocation, and operating procedure of the cyclic communication in the EtherNet/IP communication.

3


3-1


Overview of the cyclic communication............3-2 Cyclic communication setting method.............3-3 Data allocation in the cyclic communication....3-10 Operating procedure of the cyclic communication...............................3-26

Overview of the cyclic communication

Overview of the cyclic communication What is cyclic communication?

3

This function enables cyclic (i.e. in fixed intervals) data communications with the EtherNet/IP devices. This function provides high-speed control with several to several tens of milliseconds. The communication can be controlled by referencing and updating the variables in the PLC, making it easy to control the programs on the PLC side.


Input Area

Output data

yyStatus result yyControl/status/error result yyStatistics information yyTool information

Output Area yyTrigger control yyExternal master image registration control yyProgram switching control yyHandshake control

yyStatus result yyControl/status/error result yyStatistics information yyTool information RPI (Communication cycle)

Input data yyTrigger control yyExternal master image registration control yyProgram switching control yyHandshake control

yyCommunication settings for the cyclic communication, such as the RPI (communication cycle) and the data size, will be configured on the PLC side. yyIn a network with many connected devices (including the EtherNet/IP devices), a network delay and/ or packet loss may occur when there is a heavy load on the network. Conduct a thorough verification before the operation.

3-2


Cyclic communication setting method

Cyclic communication setting method This following explains the setting method when using the cyclic communication.

Network”.

3 Cyclic communication

yyTo control the IV series using the EtherNet/IP communication, select [Network connection] for the sensor connection setting. When connected directly, the field network settings will be greyed out and disabled. yyIf you have modified the protocol settings, the connection with the sensor will be terminated and then restarted.

3 Tap the [Settings] button in the “Field

4 Select [Ethernet/IP] for the protocol.

Setting the IV series You can configure the following settings for the IV series using the monitor (IV-M30) or IV-Navigator (IV-H1).

When settings on the monitor (IV-M30) Set the field network settings of the sensor to [EtherNet/IP].

1 Tap the [Sensor Advanced] button on the

5 To enable the handshake control, select [Enable].

Sensor Setup Menu screen.

2 Tap the [Environmental] button, and then the [Adv. Network Settings] button.

yyWhen the protocol is set as [Disable], this setting item is shaded and cannot be selected. yyWhen the data handshake control is set as [Enabled], the status result will not be updated until [Result acquisition complete notice] (“Address2, Bit0” of Output Assembly) is input. “Operating procedure of the cyclic communication” (Page 3-26)

6 After the setting is completed, tap the [OK] button.


3-3


When setting by IV-Navigator (IV-H1) Set the field network settings of the sensor to [EtherNet/IP].

3

1 Display the Advanced Sensor Settings screen.


2 Select the [Environmental] tab, and then click the [Setting] button under [Field network].

3 Select [EtherNet/IP] in [Protocol] for the field network.

To enable the handshake control, check this check box

.

yyWhen the protocol is set as [Disable], this setting item is shaded and cannot be selected. yyWhen the data handshake control is set as [Enabled], the status result will not be updated until [Result acquisition complete notice] (“Address2, Bit0” Output Assembly) is input. “Operating procedure of the cyclic communication” (Page 3-26)

4 After the setting is completed, click the [OK] button.

The system returns to the main screen in [Program].

5 Click the [OK] button. 3-4



PLC settings You can set the following settings for the PLC: (1) Set the connection to be used for the cyclic communication. (2) Set the device to be used for the cyclic communication.

3

For details of the setting, refer to the instruction manual of each PLC.

Establishing the connection In the cyclic communication, one device opens a logical communication circuit called a “connection” for the other device; and data communication will become possible if the open is successful. The device that will open a connection is referred to as the “scanner”, and the device whose connection will be opened is referred to as the “adapter”. (IV series is an adapter device) In the EtherNet/IP communication, a connection must be opened from the scanner when the cyclic communication is started. The communication is started in the following procedure: (1) The scanner requests a connection open request to the adapter. (2) Compatibility will be checked on the adapter side. (3) A connection will open if no error is encountered in the compatibility check. (1) Connection open request (2) Compatibility check (3) Connection open Scanner

Adapter device

yyA compatibility check is used to check whether the device set by the scanner and the IV series are in match with one another, in order to prevent the scanner from communicating with a wrong device when it communicates with the IV series. yyCommunication settings for the cyclic communication, such as the communication cycle (RPI) and the data size, will be configured on the scanner side. In a network with many connected devices (including the EtherNet/IP devices), a network delay and/ or packet loss may occur when there is a heavy load on the network. Conduct a thorough verification before the operation.


3-5


If you are using the Keyence KV series, (1) and (2) can be set automatically simply by making a selection in KV STUDIO.


There are many types of connections, and the connection available for each device are defined in the EDS file. The following shows the list of connections that are available in the IV series.

3

No


1

2

Connection name Monitor Data And External Input (Monitor/External input) Monitor Data (Input Only) (Monitor data)

Application type

Exclusive Owner

Input Only

I/O

Assembly Instance

Size (bytes)

This unit → Scanner

64H (100)

2 to 392

Scanner → This unit

65H (101)

2 to 12

This unit → Scanner

64H (100)

2 to 392

Scanner → This unit

FEH (254)

RPI

5 to 10000ms

5 to 10000ms 0

When using the Keyence KV series (EtherNet/IP communication scanner), the names of the connections with the IV series will be “Monitor/External Input” and “Monitor Data”. The relationship of each connection name is as described below. 1 : Monitor Data And External Input → Monitor/External input 2 : Monitor Data (Input Only) → Monitor data yyThe trigger timings of each connection are controlled by the cyclic communications; and both the pointto-point and Multicast connection types are ed. yyIf you wish to open “Exclusive Owner” and “Input Only” connections simultaneously, set the connection type to “Multicast” and match the RPI and the size. yyThe details of each application type are as described below. [Exclusive Owner] yyThis connection allows you to configure the data transmission from the scanner to the IV series, and vice versa. yyThis connection type is used when the scanner will not only monitor the data of the IV series but also provide external input to the IV series. yyIt is not possible for multiple scanners to open "Exclusive Owner" connections for a single IV series unit. [Input Only] yyThis connection only allows you to configure the data transmission from the IV series to the scanner. yyThis connection is used when the scanner will only monitor the data of the IV series. yyMultiple scanners can simultaneously open “Input Only” connections for a single IV series unit. yyIf connections will be opened simultaneously from multiple scanners, set the connection type to “Multicast” and match the RPI and the size.

3-6



Keyence KV series settings

Click the connection name in the scan list.

3 The [Connection settings] screen will appear.

1 Right-click KV‑5500 in the unit editor of

KV STUDIO, and then select [EtherNet/IP setting].

2 Drag [IV Series] from the Unit list and add it to the scan list.

3 Set the Node address and IP address

for the IV series on the [Initial adapter settings] screen.

Connection name zz Select [Monitor/External input] or [Monitor data].

RPI (communication cycle) zz You can set the cyclic communication cycle.

Connection type zz Select [Point-to-point] or [Multicast].

5 Save the settings and close [EtherNet/IP settings] and the unit editor.


3-7


This following explains the setting method when using KV-5500. For details of the required setting, such as the unit configuration for the PLC and the KV STUDIO settings for connecting with the PC, refer to the “KV STUDIO ’s Manual” and the “KV-EP21V ’s Manual”.

4 Modify the settings as necessary.


6 Select [Device comment edit window] from the [Edit] menu in KV STUDIO.

The [Device comment edit] screen will appear.

3

Rockwell Automation Control Logix series settings This following explains the setting method when using a Control Logix PLC.

1 Select the EtherNet/IP communication unit


to be connected with the IV series in the I/O configuration of RsLogix5000, and then right-click to select [New Module].

Click [Details]. The [ unit device] screen will appear.

7 Make sure that the [IV Series] checkbox is ON in the [Select unit] field, and then click the [Reg] button.

The [Select Module] screen will appear.

2 Click the [+] button next to Communications, and then select EtherNET-MODULE (Generic Ethernet Module) and click the [OK] button.

8 Select [PLC Transfer] from the [Monitor/ Simulator] menu of KV STUDIO.

The [New Module] screen will appear.

3-8



3 Modify the settings as necessary.

yySetting the Comm Format option to [Input Data] will enable you to establish cyclic communication with multiple PLCs using the “Input only” connection. To set the Comm Format to [Input Data], perform the following settings on each PLC.

Comm Format

Setting contents Input Data-INT

Input 100 (Assembly Instance)

Name (Device name) zz You can assign a desired name. The following tags will be generated based on the entered names and used for the data sent and received in the cyclic communication. yy(Device name): I...... Information received from the IV series yy(Device name): O.... Information to be sent to the IV series yy(Device name): C.... Not used.

Comm Format zz You can enter a desired format. Due to the structure of the assembly object, programming will be easier with a format that s a 2-byte alignment.

IP Address zz You can enter the IP address of the IV series.

Input (Assembly Instance) zz

Input (Size)

Input Assembly size of the IV series

Output (Assembly Instance)

254

Output (Size)

Output Assembly size for the IV series

If communications with multiple PLCs will be established using the “Input Only” connection, set the connection type to “Multicast”. yyFor details of the Input Assembly and Output Assembly sizes for the IV Series, refer to “EtherNet/IP communication specifications in the IV series” (Page 2-3) .

4 Set the RPI (communication cycle) for the cyclic communication.

Make sure to set a value longer than or equal to 5 ms.

Enter “100”.

Input (Size) zz You can enter the Input Assembly size of the IV series.

Output (Assembly Instance) zz Enter “101”.

Output (Size) zz You can enter the Output Assembly size for the IV series.

Configuration (Assembly Instance) zz Enter “1”.

Configuration Size zz Enter “0”.

5 the settings to the PLC.

The EtherNet/IP communication will be enabled when you switch to online after ing the settings.


3-9


Item

3

Data allocation in the cyclic communication

Data allocation in the cyclic communication Input Assembly (IV series → PLC)

3

Input Assembly are devices that write responses from the IV series to the PLC. The device map of the data allocated for the Input Assembly is as shown below. These parameters output the statuses, status results and statistics information of the IV series. For details of each parameter, refer to “Input Assembly parameter details” (Page 3-12).


Address 0

Bit7

Bit6

Reserved by system

1

2 3 4

Bit5 Buffer clear response

Bit4 Statistics reset response

Bit3 Warning clear response

Reserved by system

Reserved by system Error

Warning

Reserved by system

Ready

RUN

Imaging status

Buffer overrun LOGIC4

5

Bit2

Bit1

Bit0

Program switching response

Master Trigger registration response response

Program switching failed

Master Trigger registration failed failed

BUSY

Result update complete

Result available

Reserved by system LOGIC3

LOGIC2

LOGIC1

Position correction

Overall judgment

Reserved by system

6

Tool 8

Tool 7

Tool 6

Tool 5

Tool 4

Tool 3

Tool 2

Tool 1

7

Tool 16

Tool 15

Tool 14

Tool 13

Tool 12

Tool 11

Tool 10

Tool 9

8-9

Error NO. (Unsigned 16-bit integer)

10 - 11

Warning No. (Unsigned 16-bit integer)

12 - 13

Number of remaining buffers (Unsigned 16-bit integer)

14 - 15

Checksum (Unsigned 16-bit integer)

16 - 17

Current program No. (Unsigned 16-bit integer)

18 - 19

Program No. during judgment (Unsigned 16-bit integer)

20 - 21

Result NO. (Unsigned 16-bit integer)

22 - 23

Processing time (Unsigned 16-bit integer)

24 - 25

Processing time MAX (16-bit unsigned integer)

26 - 27

Processing time MIN (Unsigned 16-bit integer)

28 - 29

Processing time AVE (Unsigned 16-bit integer)

30 - 31

Reserved by system

32 - 35

Number of triggers (Unsigned 32-bit integer)

36 - 39

Number of OKs (Unsigned 32-bit integer)

40 - 43

Number of NGs (Unsigned 32-bit integer)

44 - 47

Number of trigger errors (Unsigned 32-bit integer)

48 - 51

Reserved by system

52 - 53

Position correction score (Unsigned 16-bit integer)

3-10



Address

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1

Position correction score MAX (Unsigned 16-bit integer)

56 - 57

Position correction score MIN (Unsigned 16-bit integer)

58 - 59

Position correction score Lower threshold (Unsigned 16-bit integer)

60 - 71

Reserved by system

72 - 73

Tool 1 score (Unsigned 16-bit integer)

74 - 75

Tool 1 score MAX (Unsigned 16-bit integer)

76 - 77

Tool 1 score MIN (Unsigned 16-bit integer)

78 - 79

Tool 1 lower threshold (Unsigned 16-bit integer)

80 - 81

Tool 1 upper threshold (Unsigned 16-bit integer)

82 - 91

Reserved by system

92 - 391

Tool 2 to 16 (Same as Tool 1) The start address of tool number “n” is 72 + (n-1) x 20



54 - 55

Bit0

3-11


Input Assembly parameter details Input Assembly Address 0: Control result (response) „„ The Bits at Address 0 of the Input Assembly have the following functions:

3

Address


0

Bit

Item

Content Stores the external trigger response.

Data content 0 : OFF 1 : ON

0

Trigger response

1

Master image registration Stores the master image response registration response.

0 : OFF 1 : ON

2


Stores the program switching response.

0 : OFF 1 : ON

3

Warning clear response

Stores the warning clear response.

0 : OFF 1 : ON

4

Statistics reset response

Stores the statistics reset response.

0 : OFF 1 : ON

5

Buffer clear response

Stores the buffer clear response.

0 : OFF 1 : ON

6 to 7

Reserved by system

---

---

Input Assembly Address 1: Control error result „„ The Bits at Address 1 of the Input Assembly have the following functions: Address

1

Bit

Content

Data content

This bit is output when the external trigger is unsuccessful.

0 : 1 : The external trigger has failed.

0

Trigger failed

1

This bit is output when the Master image registration master image registration is failed unsuccessful.

2


This bit is output when the program switching is unsuccessful.

0 : 1 : Program switching has failed.

Reserved by system

---

---

3 to 7

3-12

Item


0 : 1 : Master image registration has failed.


Input Assembly Address 2 to 3: Handshake control/status/error result „„ The Bits at Address 2 to 3 of the Input Assembly have the following functions: Address

Bit

Item

Data content

This bit is output when the status result can be acquired.


This bit switches the ON/OFF statuses when the status result is updated.

0 <=> 1: The statuses will be switched when the status result is updated.

BUSY

This bit is output when the unit is unable to accept new trigger 0 : The unit is not in inputs, such as while performing busy status. imaging, processing a judgment, 1 : The unit is in busy status. ing an external master image, switching programs, etc.

Imaging

0 : The unit is not performing imaging This bit is output while the unit operation. is performing imaging operation. 1 : The unit is performing imaging.

RUN

This bit is output when the unit is “RUN” and no system errors have occurred.

0 : The unit is not in operation. 1 : The unit is operating normally.

Ready

This bit is output when the start-up sequence of this unit completes after power-on.

0 : The start-up has not completed yet. 1 : The start-up has completed.

6 to 7

Reserved by system

---

---

0 to 4

Reserved by system

---

---

Buffer overrun status

If handshake control is 0 : No buffer overrun [Enabled], this bit is output when has occurred. 1 : The buffer is in an overrun of the status result overrun status. has occurred.

Warning status

This bit outputs the warning status of the unit.

0 : The unit is not in warning status. 1 : The unit is in warning status.

Error status

This bit outputs the error status of the unit.

0 : The unit is not in error status. 1 : The unit is in error status.

1

2 2

3

4

5

5

6

7


3-13


Result available

0 : The status result cannot be acquired. 1 : The status result can be acquired.

0

3

Content



yyBy monitoring whether the unit is in “Imaging” status, you can determine whether the target object or the unit can be moved before completion of the image processing. yy“BUSY” and “Imaging” statuses may be skipped in some cyclic frequency settings. It is therefore necessary to take the imaging condition into consideration when setting the cyclic frequency. yyWarning statuses can be cleared from the EtherNet/IP communication. For the warning details, refer to the warning code. The first occurred warning code will be displayed. yyWhen two or more warnings are issued, all subsequent warnings after the first warning will be saved in the history. If you clear the warnings, the warning code of the highest priority warning will be displayed. Warning Warning clear Warning No.

0

Warning code 1

0

Warning code 2

yyError statuses cannot be cleared from the EtherNet/IP communication. For the error details, refer to the error code. The error code of the highest priority error will be displayed. yyThe buffer overrun status can be cleared using a warning clear.

3-14



Input Assembly Address 4 to 7: Status result „„ The Bits at Address 4 to 7 of the Input Assembly have the following functions: Address

Bit

6

7

Data content

Displays the overall status result.

0 : NG 1 : OK

1

Position correction

Displays the position correction result.

0 : NG 1 : OK

2

Logic 1

Displays the result of Logic 1.

0 : NG 1 : OK

3

Logic 2


0 : NG 1 : OK

4

Logic 3


0 : NG 1 : OK

5

Logic 4


0 : NG 1 : OK

6 to 7

Reserved by system

---

---

0 to 7

Reserved by system

---

---

0

Tool 1

Displays the result of Tool 1.

0 : NG 1 : OK

1

Tool 2


0 : NG 1 : OK

2

Tool 3


0 : NG 1 : OK

3

Tool 4


0 : NG 1 : OK

4

Tool 5


0 : NG 1 : OK

5

Tool 6


0 : NG 1 : OK

6

Tool 7


0 : NG 1 : OK

7

Tool 8


0 : NG 1 : OK

0

Tool 9


0 : NG 1 : OK

1

Tool 10


0 : NG 1 : OK

2

Tool 11


0 : NG 1 : OK

3

Tool 12


0 : NG 1 : OK

4

Tool 13


0 : NG 1 : OK

5

Tool 14


0 : NG 1 : OK

6

Tool 15


0 : NG 1 : OK

7

Tool 16


0 : NG 1 : OK


5

Content

Overall judgment

0

4

Item

yyIf the position correction/logic/tool is not set, the data content will be “0”. yyIf the status result of the tool is either “trigger standby” (no judgment) or “judgment not possible”, the data content will be OFF (0).


3-15


Input Assembly Address 8 to 23: Error/status/status result information „„ The Bits at Address 8 to 23 of the Input Assembly have the following functions:


Address

Data type*

8 to 9

UINT

Error code

Displays the currently occurring error code.

0 to 128

10 to 11

UINT

Warning code

Displays the currently occurring warning code.

0 to 128

12 to 13

UINT

Number of remaining buffers

Displays the number of status results that can be buffered, if handshake control is [Enabled].

0 to 10

14 to 15

UINT

Checksum

Displays the current sensor setting status using an arbitrary 5-digit integer.

0 to 65535

16 to 17

UINT

Current program No.

Displays the current program No.

0 to 31

18 to 19

UINT

Program No. during judgment

Displays the program No. of the latest judgment process.

0 to 31

20 to 21

UINT

Result No.

Displays the judgment process counts.

0 to 32767

22 to 23

UINT

Processing time

Displays the processing time of the latest judgment process.

0 to 10000

Item

Content

Data content

* UINT : Unsigned 16-bit integer UDINT : Unsigned 32-bit integer yyThe unit of processing time is msec. yyIf two or more errors are occurring at the same time, the error code of the highest priority error will be displayed. “Error code list” (Page 3-22) yyThe first occurred warning code will be displayed. “Warning code list” (Page 3-23) yyA checksum can be used to monitor whether the sensor settings have been modified by a third party. yyThe checksum will remain unchanged even if you switch programs. yyThe checksum will remain unchanged even if you change the IP address, subnet mask, default gateway or port number of the IV series. “Reading out the overall status result of the IV series yyFor the number of remaining buffers, refer to (Handshake control [Enabled])” (Page 3-28). yyThe upper limit value of the result No. is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yyThe result No. will also count the judgment process counts that were skipped due to the cyclic frequency setting.

3-16



Input Assembly Address 24 to 51: Statistics information „„ The Bits at Address 24 to 51 of the Input Assembly have the following functions: Address

Data type*

24 to 25

UINT

Processing time MAX

Displays the maximum processing time value.

0 to 10000

26 to 27

UINT

Processing time MIN

Displays the minimum processing time value.

0 to 10000

28 to 29

UINT

Processing time AVE

Displays the average processing 0 to 10000 time value.

30 to 31

---

Reserved by system

---

---

32 to 35

UDINT

Number of triggers

Displays the total number of triggers issued.

0-999999999

36 to 39

UDINT

Number of OKs

Displays the total number of triggers issued whose overall status result was “OK”.

0-999999999

40 to 43

UDINT

Number of NGs

Displays the total number of triggers issued whose overall status result was “NG”.

0-999999999

44 to 47

UDINT

Number of trigger errors

Number of triggers issued that generated a trigger error

0-999999999

48 to 51

---

Reserved by system

---

---

Item

Content

Data content


* UINT : Unsigned 16-bit integer UDINT : Unsigned 32-bit integer yyThe unit of processing time is msec. yyThe maximum number of triggers is 999999999. If the maximum value is exceeded, it will go back to 0 and start counting up again. yyThe maximum value for the number of OK triggers, number of NG triggers, and the number of trigger errors is 999999999. The value will stop updating when the upper limit value is reached. yyA reset will occur in the following conditions: yyWhen [Statistics reset] is input yyWhen a tool is added/deleted/copied yyWhen the enable/disable status of the upper threshold value for the color area/area tool or the setting scale has been changed via operation or tool auto-tuning yyWhen a tool auto-tuning is started with two or more tools other than the position correction tool set yyWhen the sensor is switched OFF yyWhen the program is switched yyWhen a correction for the sensor is started yyWhen the sensor is initialized


3-17


Input Assembly Address 52 to 71: Position correction information „„ The Bits at Address 52 to 71 of the Input Assembly have the following functions:


Address

Data type*

52 to 53

UINT

Position correction tool matching rate

Stores the matching rate of the position correction tool.

0 to 100

54 to 55

UINT

Position correction tool matching rate MAX

Stores the maximum matching rate value of the position correction tool.

0 to 100

56 to 57

UINT

Position correction tool matching rate MIN

Stores the minimum matching rate value of the position correction tool.

0 to 100

58 to 59

UINT

Position correction tool threshold

Stores the threshold value of the 0 to 100 position correction tool.

60 to 71

---

Reserved by system

---

Item

Content

Data content

---

* UINT : Unsigned 16-bit integer UDINT : Unsigned 32-bit integer Maximum and minimum matching rate values of the position correction tool will be reset in the same manner as the statistics information. If the position correction tool is not set, the data content will be “0”.

Input Assembly Address 72 to 391: Tool information „„ The Bits at Address 72 to 391 of the Input Assembly have the following functions: Address

Data type*

72 to 73

UINT

Tool 1 matching rate

Stores the matching rate of Tool 1.

0 to 999

74 to 75

UINT

Tool 1 matching rate MAX

Stores the maximum matching rate value of Tool 1.

0 to 999

76 to 77

UINT

Tool 1 matching rate MIN

Stores the minimum matching rate value of Tool 1.

0 to 999

78 to 79

UINT

Tool 1 lower limit value

Stores the lower threshold value 0 to 999 of Tool 1.

80 to 81

UINT

Tool 1 upper limit value

Stores the upper threshold value of Tool 1.

0 to 999

82 to 91

---

Reserved by system

---

---

Item

Content

Data content

Thereafter, the information of tool 2, 3, ... 16 will be assigned for each 20-byte Address of Input Assembly. * UINT : Unsigned 16-bit integer UDINT : Unsigned 32-bit integer yyMaximum and minimum matching rate values of the tool will be reset in the same manner as the statistics information. yyIf the tool is not set, the data content will be “0”. yyIf the upper threshold value of the tool is not set, the data content of the tool’s upper limit value will be “65535”. 3-18



Output Assembly (PLC → IV series) Output Assembly are devices that write instructions from the PLC to the IV series. The device map of the data allocated for the Output Assembly is as shown below. These parameters are responsible for the control instructions for the IV series, clearing of warnings and handshake control. For details of each parameter, refer to “Output Assembly parameter details” (Page 3-20).

0 1 2

Bit7

Bit6

Reserved by system

Bit5 Buffer clear request

Bit4 Statistics reset request

Bit3 Warning clear request

Bit2

Bit1

Program switching request

Master registration request

Bit0 Trigger request

Reserved by system Reserved by system

3

Reserved by system

4-5

Program No.

6 - 11

Reserved by system


Result acquisition complete notification

3-19


Address

3


Output Assembly parameter details Output Assembly Address 0 to 1: Control request „„ The Bits at Address 0 to 1 of the Output Assembly have the following functions:

3

Address


0

1

Bit

Item

Content Requests the external trigger.

Data content

0

Trigger request

0 : OFF 1 : ON

1

Master image registration Requests a master image request registration.

0 : OFF 1 : ON

2


Requests a program switching.

0 : OFF 1 : ON

3

Warning clear request

Requests a warning clear.

0 : OFF 1 : ON

4

Statistics reset request

Requests a statistics reset.

0 : OFF 1 : ON

5

Buffer clear request

Requests a buffer clear.

0 : OFF 1 : ON

6 to 7

Reserved by system

---

---

0 to 7

Reserved by system

---

---

The following will occur when a buffer clear is requested: yyIf handshake control is [Enabled] yyThe current status result will be cleared. yyThe status result in the buffer will be cleared. yyThe result available bit will become OFF (0). yyThe number of remaining buffers will become “10”. yyIf the handshake control is [Disabled] yyThe current status result will be cleared. yyThe result available bit will become OFF (0). yyIf you are switching programs using the EtherNet/IP communication, set the [Switching method] option to [Monitor/PC]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / PC Software)”. yyBuffer overrun and warning statuses will not be cleared even if you execute a buffer clear request.

3-20



Output Assembly Address 2 to 3: Handshake control „„ The Bits at Address 2 to 3 of the Output Assembly have the following functions: Address 2

Item

Content

Data content

0


Permits the updating of the status result.

0: OFF 1: ON

1 to 7

Reserved by system

---

---

0 to 7

Reserved by system

---

---

3

A result acquisition completion notice is used when handshake control is [Enabled]. Updating of the status result will be permitted when you request a result acquisition completion notice. For details, refer to “Reading out the overall status result of the IV series (Handshake control [Enabled])” (Page 3-28).

Output Assembly Address 4 to 11: Program No. „„ The Bits at Address 4 to 11 of the Output Assembly have the following functions: Address

Data type

4 to 5

UINT

6 to 11

---

Item

Content

Data content

Program No.

Stores the program No. when a program switching is requested.

0 to 31

Reserved by system

---

---


3-21


3

Bit


Error code list The following shows the list of error codes that are generated in the IV series.

3

Error code 0


1 - 32

Content

Countermeasure

No error

---

---

Program No. xx corruption error

yyA data error has occurred in program No. xx. yyThe data corruption may have occurred due to a power-off while writing settings data and/or due to noise.

yyInitialize the program No. xx. yySwitch on the power back ON. yyDo not switch off the unit while the settings are being saved. yyIf the error persists, your nearest KEYENCE office.

yyA data error has occurred. yyThe data corruption may have occurred due to a power-off while writing settings data and/or due to noise.

yyInitialize the settings of this unit. yySwitch on the power back ON. yyDo not switch off the unit while the settings are being saved. yyIf the error persists, your nearest KEYENCE office.

An error may have occurred in the sensor.

yySwitch on the power back ON. yyIf the error persists, your nearest KEYENCE office.

75

Non-volatile memory error (EEPROM)

76

Non-volatile memory error (FLASHROM)

81-128

Cause

System error

If two or more errors are occurring at the same time, the error code of the highest priority error will be displayed. Greater the error code, higher the priority of the error will be.

3-22



Warning code list The following shows the list of warning codes that are generated in the IV series. Warning code

Content

Cause

Countermeasure

3

No error

---

---

62

Field network overrun error

An overrun of the status result has occurred.

Request a result acquisition completion notice to permit the updating of the status result.

63

Field network bad request error (Master registration)

External master registration has been requested from EtherNet/ IP while the unit is in “Setting” status.

Do not request an external master registration while the unit is in “Setting” status.

Field network bad request error (Program switching)

yyProgram switching has been requested from EtherNet/IP while the unit is in “Setting” status. yyDo not request a program switching yyA program switching while the unit is in “Setting” status. request to a non-existent yyThe program No. should be set in the program No. was made range between 0 and 31. from EtherNet/IP. yyIf you are switching programs from yyA program switching EtherNet/IP, set the program switching requested was made via external input to [Disabled]. from EtherNet/IP while the program switching method was set to [External input].

65

Trigger error

A trigger has been input while the unit was in busy status. (If you have set the trigger error option to [Enabled])

66

External master registration error (Insufficient outline)

The outline tool is unable to extract the outline of the new master image.

67

External master registration error (Insufficient area)

The color area/area tool is unable to extract the area of the new master image.

68

External master registration error (Brightness correction failed)

The brightness of the new master image cannot be corrected appropriately.

64

Do not input triggers while the unit is in busy status.

yyCheck if there are any problems with the ed image and the detection tool or the position correction setting. yyAdjust the brightness of the image to be ed.


3-23


0


Warning code

3

Content


Cause

Countermeasure

70

FTP Transfer Error (Insufficient Data Buffer)

The transfer has failed because a volume of data exceeding the remaining FTP buffer capacity has been generated.

yyModify the trigger cycle of this unit. yyCheck the load status of the network.

71

FTP Transfer Error (Transfer Failed)

The data transfer to the destination folder has failed.

Check the access permissions of the destination folder.

72

FTP connection error

Connection to the FTP server has failed.

yyCheck the IP address of the FTP server. yyCheck the port number of the FTP server. yyCheck the name for logging into the FTP server. yyCheck the for logging into the FTP server.

73

External master registration error (Insufficient work memory)

There is insufficient work memory.

Delete one or more detection tools.

74

External master registration error (No images)

There are no ed images for master registration.

Perform the master image registration after having captured the image to be used for the registration.

yyWhen two or more warnings are issued, all subsequent warnings after the first warning will be saved in the history. If you clear the warnings, the warning code of the highest priority warning will be displayed. Warning Warning clear Warning No.

0

Warning code 1

0

Warning code 2

yyGreater the warning code, higher the priority of the warning will be.

3-24



MEMO



3-25

Operating procedure of the cyclic communication

Operating procedure of the cyclic communication This section explains the method for communicating from the PLC to the IV series using cyclic communication.

Reading out the overall status result of the IV series (Handshake control [Disabled])

3

When a trigger is successful „„


Trigger request

A

B

Trigger response

A

B

BUSY

A

B

Imaging status

A

B


A

B

Result available Result No. Overall judgment

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

A Result of A

B Result of B

Execute a [Trigger request]. (0 → 1) If the trigger is valid, [Trigger response] will change from 0 to 1. [BUSY] will change from 0 to 1 when a trigger is input. [BUSY] will change from 1 to 0 when the judgment process ends. The [Result update complete] Bit will be switched at this time; and [Overall judgment] will be updated.

yy[Result update complete] will switch to “1” if its value was “0” after the previous judgment update (or from “0” to “1” if the previous value was “1”). yy[Result available] will switch from 0 to 1 at the timing when the first judgment process has been confirmed; and the new value will be retained thereafter. yy[Result available] will be reset in the following conditions: yyIf handshake control is set to [Disabled] - When the program is switched - When the unit’s status is switched from “Setting” to “RUN” - When a buffer clear request is issued yyIf handshake control is set to [Enabled] - When a buffer clear request is issued yy[Result No.] will be counted up each time the status result is updated. The upper limit value is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yy[Result No.] will also count the judgment process counts that were skipped due to the cyclic frequency setting. yy[Busy] and [Imaging] may be skipped in some cyclic frequency settings. It is therefore necessary to take the imaging condition into consideration when setting the cyclic frequency.

3-26



When a trigger is unsuccessful „„ Trigger request Trigger response

A

B A

Trigger failed

C B

C

B

C

A

C

Imaging status

A

C


A


BUSY

3 C


A Result of A

C Result of C

Warning Warning No.

Warning No.

(1) Execute a [Trigger request]. (0 → 1) (2) If the trigger is valid, [Trigger response] will change from 0 to 1. (3) [BUSY] will change from 0 to 1 when a trigger is input. (4) [BUSY] will change from 1 to 0 when the judgment process ends. The [Result update complete] BIT will be switched at this time; and [Overall judgment] will be updated. (5) If you wish to output trigger errors, set the trigger error option to [Enabled]. If a trigger has been input while the trigger error option is set to [Enabled] and the unit is in “BUSY” status, [Trigger failed] will change from 0 to 1 ignoring the trigger input. No judgment process will be performed for trigger B. (6) If the trigger input is unsuccessful, [Warning] will switch from “0” to “1” and [Warning No.] will be updated to “65”. For details, refer to “Warning code list” (Page 3-23).

yy[Result update complete] will switch to “1” if its value was “0” after the previous judgment update (or from “0” to “1” if the previous value was “1”). yy[Result available] will switch from 0 to 1 at the timing when the first judgment process has been confirmed; and the new value will be retained thereafter. yy[Result No.] will be counted up each time the status result is updated. The upper limit value is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yy[Result No.] will also count the judgment process counts that were skipped due to the cyclic frequency setting. yy[Busy] and [Imaging] may be skipped in some cyclic frequency settings. It is therefore necessary to take the imaging condition into consideration when setting the cyclic frequency. yy[Number of trigger errors] will be counted up at the timing when the [Result updated] BIT is switched.


3-27


Reading out the overall status result of the IV series (Handshake control [Enabled])

3

The following describes the operating procedure when the data handshake control is set to [Enabled]. You can acquire all status results without fail by setting the data handshake control to [Enabled]. Trigger request


Trigger response

A

B

C

A

B

C

BUSY

A

B

C

Imaging status

A

B

C

Trigger failed


A

Result available

A

B

C


A

Result No. Overall judgment Number of remaining buffers

10

C

9

B

A

B

Result of A

Result of B 8

9

C

10

Result of C 9

(1) Execute a [Trigger request]. (0 → 1) (2) If the trigger is valid, [Trigger response] will change from 0 to 1. (3) [BUSY] will change from 0 to 1 when a trigger is input. (4) [BUSY] will change from 1 to 0 when the judgment process ends. At this time, the [Result update complete] BIT will be switched, [Result available] will change from 0 to 1, and [Overall judgment] will be updated. (5) [Number of remaining buffers] will be decremented by 1 when the status result is updated. (6) Executes [Result acquisition complete notice] (0 → 1). [Number of remaining buffers] will be incremented by 1. yy[Result update complete] will switch to “1” if its value was “0” after the previous judgment update (or from “0” to “1” if the previous value was “1”). yy[Result No.] will be counted up each time the status result is updated. The upper limit value is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yy[Result No.] will also count the judgment process counts that were skipped due to the cyclic frequency setting. yy[Busy] and [Imaging] may be skipped in some cyclic frequency settings. It is therefore necessary to take the imaging condition into consideration when setting the cyclic frequency. yy[Number of trigger errors] will be counted up at the timing when the [Result updated] BIT is switched. yyIf handshake control has been set to [Enabled], the status result will not be updated until [Result acquisition complete notice] is set ON/OFF (0 → 1 → 0), even if the next trigger has been input and a judgment process has been executed. yyIf a new trigger is input when [Number of remaining buffers] is “0”, [Buffer overrun] will switch from “0” to “1”. The status result from the new trigger will be ignored. yy[Buffer overrun] can be cleared using [Warning clear]. 3-28



Switching the programs in the IV series Program No.

Program No.


3



BUSY

(1) Write the program No. to be set to [Program No.]. For the write range setting, refer to “Output Assembly parameter details” (Page 3-20). (2) Execute [Program switching request]. (0 → 1) (3) You can check the input status in [Program switching response].

yy[BUSY] will change from 0 to 1 while the program switching is in progress. yyIf the program switching fails, [Program switching failed] will change from “0” to “1”. yyIf the program switching is unsuccessful, [Warning] will switch from “0” to “1” and [Warning No.] will be “Warning code list” (Page 3-23). updated to “64”. For details, refer to yyYou cannot switch programs from the EtherNet/IP communication while the unit is in “Setting” status. yyIf you are switching programs using the EtherNet/IP communication, set the [Switching method] option to [Monitor/PC]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / PC Software)”.


3-29


ing a master image for the IV series externally Master registration request

3

Master registration response BUSY


(1) Execute a [Master registration request]. (0 → 1) (2) You can check the input status in [Master registration response].

yy[BUSY] will change from 0 to 1 while the master image registration is in progress. yyIf the master image registration is unsuccessful, [Master registration failed] will change from 0 to 1. yyIf the master image registration is unsuccessful, [Warning] will switch from “0” to “1” and [Warning No.] “Warning code list” (Page 3-23). will be updated according to the failure details. For details, refer to yyYou cannot a master image from the EtherNet/IP communication while the unit is in [Setting] status. yyIf you wish to write the master registration data to the sensor ROM, set the [Write to ROM at external master reg.] option to [Yes]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / PC Software)”.

3-30


4

PROFINET

This chapter describes the overview of PROFINET and the communication specifications and functions of the PROFINET communication in the IV series.


4-1

4 PROFINET

Overview of PROFINET......................................4-2 PROFINET communication specifications and functions in the IV series...........................4-3

Overview of PROFINET

Overview of PROFINET What is PROFINET? PROFINET is an open industrial networking standard developed and maintained by the PI (PROFINET International). All ed devices can use the communication network regardless of the vendor. PROFINET allows easy integration with the currently used field bus (such as PROFIBUS), enabling you to protect the existing assets without modifying the legacy system.

4 PROFINET

The following two types of communication standards exist for the PROFINET communication: PROFINET CBA communication for data communications between processes and between I/O controllers, and PROFINET I/O communication for data communications between the I/O controller and I/O device. The PROFINET communication for the IV series s the PROFINET I/O communication and complies with Conformance Class A. The PROFINET I/O communication offers the following two types of communication methods for cyclic data: Real-time communication (RT) and isochronous real-time communication (IRT). Real-time communication provides similar communication performance as the existing field bus, such as the device control in normal factory automation, using Ethernet. The isochronous real-time communication is capable of meeting stringent real-time requirements, including synchronized motion control. The real-time communications offer the following two types of communications: Data I/O communication for sending and receiving data periodically, and record data communication for sending and receiving commands/responses at arbitrary timings. In the data I/O communication, you can set the SendCycle (Communication cycle) based on the priority of the data to be sent/received, enabling sending/receiving of data with adjusted overall communication load. The record data communication is used for communication applications that require little punctuality (unlike the data I/O communication). The IV series s the data I/O communication provided by the real-time communications (RT). PROFINET communication I/O controller

Low-speed (Communication cycle: 512*ms)

High-speed (Communication cycle: 4* ms)

Normal (Communication cycle: 64 * ms) PROFINET communication I/O device

PROFINET communication I/O device

PROFINET communication I/O device

** If you configure the setting to "auto", the overall communication load will be adjusted and the SendCycle (Communication cycle) will be set automatically. 4-2


PROFINET communication specifications and functions in the IV series

PROFINET communication specifications and functions in the IV series IV series PROFINET communication specifications Data I/O communication

Communication size

to 408 byte

Specifying the IP address using the D protocol In the PROFINET communication, you can specify the IP address of I/O devices using the D protocol (Discovery and Configuration Protocol).

PROFINET

The D protocol offers two methods for setting the IP address. (1) The IP address can be set by the I/O controller based on the device name information of the I/O device. (2) The IP address and device name of the I/O device can be set by the I/O supervisor (PC, etc.). (1) Check the presence of an I/O device PROFINET communication I/O Controller

(2) Response (3) Set the IP address (4) Response I/O device

yyIf the IP address of the I/O device will be set by the I/O controller, the I/O device name must match the name in the config of the I/O controller. yyIf the IP address will be set by the D protocol, the IP address of the sensor will be initialized. yyThe IP address set by the D protocol will be stored in the volatile memory. When you restart the sensor, the sensor will start up with its IP address in “----” (uned) status.


4

4-3


Overview of the PROFINET communication functions in the IV series The following shows the list of functions that can be used to control the IV series in the PROFINET communication. Function

4

Content

PROFINET

Trigger input

Executes a trigger input for the sensor.

Program switching

Executes a program switching for the sensor.

External master registration

Executes an external master registration for the sensor.

Error clear input

Executes an error clear.

Read out status

Allows you to check the unit status (Imaging, RUN, BUSY, Error).

Read overall status result

Reads out the overall status result.

Read judgment processing time

Reads out the processing time of the judgment.



Read statistics information

“Reads out the number of triggers issued that generated a trigger error and the number of trigger errors.

yyIf you are switching programs using the EtherNet/IP communication, set the [Switching method] option to [Monitor/PC]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / Software)”. yyIf the external master registration will be executed using the PROFINET communication, set the [Write to ROM at external master reg.] option to [No]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / Software)”.

4-4



List of ed PLCs Check the instruction manual of each PLC for details of the setting methods.

Siemens PLC PROFINET communication unit

PLC model

Firmware version

Software used


V2.6 or later

STEP 7

V5.5.0.0 or later

S7 400 series Example: U414-3 PN/DP (Built in the unit)

V5.3 or later

STEP 7

V5.5.0.0 or later

S7 1200 series Example: U1212C

V2.0 or later

STEP 7 Basic

Version V11 Update 1

(Built in the unit)

Phoenix PLC PLC model

PROFINET communication unit

ILC 350 PN

(Built in the unit)

Firmware version V 3.53F.13

Software used PC WORX

Version of the software used 6.10.56

OMRON PLC PLC model SYSMAC CJ2/CJ1

PROFINET communication unit CJ1W-PNT21

Firmware version V1.04 or later

Software used CX-One


Version of the software used Ver.4.04 or later

4-5

4 PROFINET

S7 300 series Example: U315-2 PN/DP (Built in the unit)


MEMO

4 PROFINET 4-6


5


This chapter describes the overview, setting method, data allocation, and operating procedure of the data I/O communication in the PROFINET communication.


5-1

5 Data I/O communication

Overview of the data I/O communication.........5-2 Data I/O communication setting method..........5-3 Data allocations in the data I/O communication............................5-16 Operating procedure of the data I/O communication.................................................5-32

Overview of the data I/O communication

Overview of the data I/O communication What is data I/O communication? This function enables cyclic (i.e. in fixed intervals) data communications with the PROFINET devices. This function provides high-speed control with several to several tens of milliseconds. The communication can be controlled by referencing and updating the variables in the PLC, making it easy to control the programs on the PLC side.

PROFINET communication I/O Controller


Input Area

Output data

yyStatus result yyControl/status/error result yyStatistics information yyTool information

Output Area yyTrigger control yyExternal master image registration control yyProgram switching control yyHandshake control

yyStatus result yyControl/status/error result yyStatistics information yyTool information SendCycle (Communication cycle)

Input data yyTrigger control yyExternal master image registration control yyProgram switching control yyHandshake control

yyCommunication settings for the data I/O communication, such as SendCycle (communication cycle) and the data size, will be configured on the PLC side. yyIn a network with many connected devices (including the PROFINET devices), a network delay and/ or packet loss may occur when there is a heavy load on the network. Conduct a thorough verification before the operation.

5-2


Data I/O communication setting method

Data I/O communication setting method This following explains the setting method when using the data I/O communication.

network.

5

4 Select [PROFINET] for the protocol.

Setting the IV series You can configure the following settings for the IV series using the monitor (IV-M30) or IV-Navigator (IV-H1).

When settings on the monitor (IV-M30) Set the field network settings of the sensor to [PROFINET].

5 Select [Enabled] if you wish to enable the data handshake control.

1 Touch the [Sensor expansion settings]

button on the sensor settings menu screen.

2 Touch the [Environment setting] button, followed by the [Network expansion setting] button.

yyIf the protocol is set to [Disabled], the settings will be greyed out and disabled. yyIf data handshake control has been set to [Enabled], the status result will not be updated until [Result acquisition complete notice] (Address2, Bit0 of Command Control) is input. “Operating procedure of the data I/O communication” (Page 5-32)

6 Once you have finished configuring the settings, touch the [OK] button.


5-3


yyTo control the IV series using the PROFINET communication, select [Network connection] for the sensor connection setting. When connected directly, the field network settings will be greyed out and disabled. yyThe PROFINET function will stop if the scanner is connected directly while the PROFINET function is in use. To use the PROFINET function again, you need to restart the sensor. yyIf you have modified the protocol settings, the connection with the sensor will be terminated and then restarted.

3 Touch the [Settings] button for the field


When setting by IV-Navigator (IV-H1) Set the field network settings of the sensor to [PROFINET].

5 Click the [OK] button.

You will return to the main screen of [Setting].

1 Open the sensor expansion settings screen. 2 Select the [Device settings] tab, and then click the [Settings] button under [Field network].


3 Select [PROFINET] in [Protocol] for the field network.

Tick the checkbox

if you wish to enable the

data handshake control. yyIf the protocol is set to [Disabled], the settings will be greyed out and disabled. yyIf data handshake control has been set to [Enabled], the status result will not be updated until [Result acquisition complete notice] (“Address2 Bit0” of Command Control) is input. “Operating procedure of the data I/O communication” (Page 5-32)

4 When you have finished configuring the settings, click the [OK] button.

You will return to the sensor expansion settings screen.

5-4



Setting the device name

When setting by IV-Navigator (IV-H1)

When settings on the monitor (IV-M30)

1 Touch the [Sensor expansion settings]

button on the sensor settings menu screen.

2 Touch the [Environment setting] button,

1 Open the sensor expansion settings screen. 2 Select the [Device settings] tab. 3 Set the environment settings of the sensor.

5

Device name zz Displays the name of the sensor. To rename a sensor, click the [Rename device] button and enter a desired name on the device name screen. You can assign a desired name to and manage the sensor.

followed by the [Device setting] button.

3 Set the device settings of the sensor.

4 Touching the [Edit] button under [Device name] will bring up the screen for entering the device name.

Enter a desired name, and then touch the [OK] button.

5 Once you have finished configuring the settings, touch the [OK] button.

You will return to the sensor expansion screen. - IV Series ’s Manual (Field Network) -

5-5


yyDevice naming rules for when the PROFINET communication is used yyDo not use characters other than “a-z”, “0-9”, “-”, and “.”. yy“-” (Half-width hyphen) cannot be used at the beginning and end of the name. yy“port-x (x: 0-999)” cannot be used. yy“n.n.n.n (n: 0-999)” cannot be used. yyThe sensor will be restarted if the device name or network setting is modified while the PROFINET function is in use.


PLC settings You can set the following settings for the PLC: (1) Establish a real-time communication for setting up the data I/O communication. (2) Se the I/O device to be used for the data I/O communication. For details of the setting, Refer to the instruction manual of each PLC.

Establishing the data I/O communication


To start a data I/O communication, you need to create a communication path called AR (Application Relation) and establish a real-time communication between the I/O controller and the I/O device . When you create the AR, separate communication channels for data I/O and record data communications will be set up. These communication channels are called CR (Communication Relation). The communication is started in the following procedure: (1) The I/O controller requests an AR connection to the I/O device. (2) A response is returned from the I/O device, establishing a real-time communication. (3) A connection will open if no error is encountered in the compatibility check. PROFINET communication I/O Controller

(1) Requesting an AR connection (2) Establishing a real-time communication I/O device

yyCommunication settings for the data I/O communication, such as SendCycle (communication cycle) and the data size, will be configured on the I/O controller side. In a network with many connected devices (including the PROFINET devices), a network delay and/ or packet loss may occur when there is a heavy load on the network. Conduct a thorough verification before the operation.

5-6



Setting the Siemens TIA Portal This following explains the setting method when using TIA Portal.

4 Right-click the selected U in [Project tree], and then click [Open].

1 Launch [TIA Portal V11] with the PC and U connected.


2 Select the [Device & Networks] tab, and then click [Add new device].

The [(Set device name [Selected U])] screen will appear. The [Add new device] screen will appear.

3 Select the U to be connected.

5 Set the IP address and subnet mask of

the U from [General] - [PROFINET interface] - [Ethernet addresses], and then click the [Add new subnet] button.


5-7


6 Install the GSDML file if you are

configuring the IV series for the first time.


yySelect [Install general station description file (GSD)] from the [OptIOns] menu. yySelect the GSDML file for the IV series you wish to install, and then click the [Install] button. yyRestart TIA Portal V11 after the installation. The GSDML file for the IV series can be ed from the KEYENCE web site. http: //www.keyence.co.jp

7 Open [Other field devices] - [PROFINET

I/O] - [Sensors] - [KEYENCE CORPORATION] - [Keyence Vision Sensors] from [Hardware catalog] on the [Devices] - [Device & networks] screen, and then drag & drop [IV-xxxx].

5-8

8 Connect the PLC with the IV series by mouse operation.

If the connection is successful, the following information will appear.

9 Double-click the IV series’ icon on the [Device & networks] screen. The [IV] screen will appear.

10 Enter the same character string as the

PROFINET device name of the IV series to be connected.



11 Click the [Properties] tab. Select

[PROFINET interface [x1]] - [Ethernet addresses] under [General], and then select the IP address setting method for the IV series.

To set a new IP address for the IV series zz

12 Click the [Properties] tab. Select

[PROFINET interface [x1]] - [Advanced options] - [Real time settings] in [General], and then set the SendCycle (communication cycle) for the data I/O communication in [Update time].

using the D protocol

5

To use the IP address that is already zz

[Compile] - [All] and save the settings.

ed for the IV series

yyIf the IP address will be set by the D protocol, the IP address of the sensor will be initialized. yyThe IP address set by the D protocol will be stored in the volatile memory. When you restart the sensor, the sensor will start up with its IP address in “----” (uned) status.


5-9


13 Click the U in the [Devices] tab. Select


14 Click the U in the [Devices] tab. Select [ to device] - [All] to the setting to the U.

16 Set the U mode switch to “RUN”.

If the connection is successful, the RUN LED of the U will light in green and the data I/O communication will become enabled. yyBy default, [Size of the process-image input area] is set to “128”. To be able to access the addresses after address 128, expand the setting as shown below.


The [Extended to device] screen will appear.

yyModifying [Size of the process image input] may affect the scan time of the PLC. Conduct a thorough verification before the operation.

15 Click the [Load] button to perform the .

5-10



Setting the Siemens SIMATIC Manager This following explains the setting method when using SIMATIC Manager.

4 Expand [Object Hierarchy] and select [SIMATIC 300], and then double-click [Hardware].

1 Launch [SIMATIC Manager] with the PC

and U connected, and then select [New] from the [File] menu.

2 Enter the project name into the [Name] field, and then click the [OK] button.

5

The [HW Config] window will appear.

[Hardware Catalog], and then drag & drop [Rail] onto the Station Window.

3 Right click the project name in the Object

Hierarchy in [SIMATIC Manager], and then select [Insert New Object] - [SIMATIC 300 Station].

“Rail” will be added to the Station window.

6 Drag & drop the U to be connected

from [Hardware Catalog] and add it to the hardware configuration diagram.

[SIMATIC 300] will be added. The [Properties-Ethernet interface PN-IO] window will appear.


5-11


5 Expand [SIMATIC] - [RACK-300] from


7 Set the IP address and subnet mask of the 10 Install the GSDML file if you are U, and then click the [New] button.


The [Properties-New subnet Industrial Ethernet] window will appear.

8 Click the [OK] button to return to the

[Properties-Ethernet interface PN-IO] window.

configuring the IV series for the first time.

yySelect [Options] - [Install GSD File] in the [HW Config] window. yyClick the [Browse] button in the [Install GSD File] window and specify the folder containing the GSDML file. yySelect the GSDML file for the IV series you wish to install, and then click the [Install] button. The GSDML file for the IV series can be ed from the KEYENCE web site. http: //www.keyence.co.jp

9 Click the [OK] button.

5-12



11 Open [PROFINET IO] - [Additional Field

Devices] - [Sensors] - [Keyence Vision Sensors] from [Hardware Catalog] in the [HW Config] window, and then drag & drop [IV-xxxx] onto [PROFINET-IO-System] in the Station Window.

12 Double-click the IV series icon in the [HW Config] window.

The [Properties - IV series] window will appear.

13 Enter the same character string as the

PROFINET device name of the IV series to be connected into the [Device name] field.


The IV series will be added to the Station Window; and all modules available for the IV series will be added automatically. If [PROFINET-IO-System] is not displayed on the Station Window, right-click [PN-IO] of the U and select [Insert PROFINET IO System].

14 Click the [Ethernet] button.

The [Properties - Ethernet interface IV series] window will appear.

15 Enter the IP address for the IV series to be connected into the [IP address] field.

16 Click the [OK] button to return to the [HW config] window.


5-13


17 Select [Station] - [Save and Compile] in the [HW Config] window, and save the settings.

18 Select [PLC] - [] in the [HW

Config] window to the settings to the U.

19 Set the U mode switch to “RUN”.

5

If the connection is successful, the RUN LED of the U will light in green and the data I/O communication will become enabled.


yyBy default, [Size of the process-image input area] is set to “128”. To be able to access the addresses after address 128, expand the setting as shown below.

yyModifying [Size of the process-image input area] may affect the scan time of the PLC. Make sure to conduct a thorough verification before the operation.

5-14



MEMO



5-15

Data allocations in the data I/O communication

Data allocations in the data I/O communication The PROFINET communication for the IV series is defined using the following modules: yyCommand Control Module yyCommand Status Bits Module yyDevice Result Bits Module yyDevice Status Words Module yyDevice Statistics Module yyPosition Adjust Result Module yyTool Result Module

5

Control Modules (PLC → IV series)


Control Modules are modules that write instructions from the PLC to the IV series. The device map of the data allocated for the Control Modules is as shown below. These parameters are responsible for the control instructions for the IV series, clearing of warnings and handshake control. For details of each parameter, refer to “Control Modules parameter details” (Page 5-20).

Command Control „„ Slot No.: 1 Module size: 12 bytes Address 0 1 2

Bit7

Bit6

Reserved by system

Bit5 Buffer clear request

Bit4 Statistics reset request

Bit3 Warning clear request


Bit1

Bit0

Master Trigger registration request request

Reserved by system Reserved by system

3

Reserved by system

4-5

Program No.

6 - 11

Reserved by system

5-16

Bit2




Status Modules (IV series → PLC) Status Modules are modules that write responses from the IV series to the PLC. The device map of the data allocated for the Status Modules is as shown below. These parameters output the statuses, status results and statistics information of the IV series. For details of each parameter, refer to “Status Modules parameter details” (Page 5-22).

Command Status Bits „„ Slot No.: 2 Module size: 4 bytes Address

Bit6

Reserved by system

1

2 3

Bit5

Bit4

Bit3

Bit2





Master Trigger registration response response


Master Trigger registration failed failed

BUSY


Reserved by system

Reserved by system Error

Warning

Ready

RUN

Buffer overrun

Imaging status

Bit1

Bit0

Result available

Reserved by system

Device Result Bits „„ Slot No.: 3 Module size: 4 bytes Address 0

Bit7

Bit6

Reserved by system

Bit5

Bit4

Bit3

Bit2

Bit1

Bit0

LOGIC4

LOGIC3

LOGIC2

LOGIC1

Position correction

Overall judgment

1

Reserved by system

2

Tool 8

Tool 7

Tool 6

Tool 5

Tool 4

Tool 3

Tool 2

Tool 1

3

Tool 16

Tool 15

Tool 14

Tool 13

Tool 12

Tool 11

Tool 10

Tool 9


5-17


0

Bit7


Device Status Words „„ Slot No.: 4 Module size: 16 bytes Address

5

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2


0-1

Error No. (Unsigned 16-bit data)

2-3

Warning No. (Unsigned 16-bit data)

4-5

Number of remaining buffers (Unsigned 16-bit data)

6-7

Checksum (Unsigned 16-bit data)

8-9

Current program No. (Unsigned 16-bit data)

10 - 11

Program No. during judgment (Unsigned 16-bit data)

12 - 13

Result No. (Unsigned 16-bit data)

14 - 15

Processing time (Unsigned 16-bit data)

Bit1

Bit0

Bit1

Bit0

Device Statistics „„ Slot No.: 5 Module size: 28 bytes Address

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

0-1

Processing time MAX (Unsigned 16-bit data)

2-3

Processing time MIN (Unsigned 16-bit data)

4-5

Processing time AVE (Unsigned 16-bit data)

6-7

Reserved by system

8 - 11

Number of triggers (Unsigned 32-bit data)

12 - 15

Number of OKs (Unsigned 32-bit data)

16 - 19

Number of NGs (Unsigned 32-bit data)

20 - 23

Number of trigger errors (Unsigned 32-bit data)

24 - 27

Reserved by system

5-18



Tool Result Modules (IV series→ PLC) Tool Result Modules are modules that write responses from the IV series to the PLC. The device map of the data allocated for the Tool Result Modules is as shown below. Stores the matching rate and threshold information of the position correction and other tools. For details of each parameter, refer to “Tool Result Modules parameter details” (Page 5-28).

Position Adjust Result „„ Slot No.: 6 Module size: 20 bytes Address

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1

Position correction score (Unsigned 16-bit data)

2-3

Position correction score MAX (Unsigned 16-bit data)

4-5

Position correction score MIN (Unsigned 16-bit data)

6-7

Position correction score Lower threshold (Unsigned 16-bit data)

8 - 19

Reserved by system

Tool Result „„ Slot No.: 7 to 22 Module size: 20 bytes Address

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

0-1

Tool score (Unsigned 16-bit data)

2-3

Tool score MAX (Unsigned 16-bit data)

4-5

Tool score MIN (Unsigned 16-bit data)

6-7

Tool lower threshold (Unsigned 16-bit data)

8-9

Tool upper threshold (Unsigned 16-bit data)

10 - 19

Reserved by system


Bit1


0-1

Bit0

Bit0

5-19


Control Modules parameter details Command Control Address 0 to 1: Control request „„ The Bits at Address 0 to 1 of the Command Control have the following functions: Address


0

1

Bit

Item

Content Requests the external trigger.


0

Trigger request

1

Master image registration Requests a master image request registration.

0 : OFF 1 : ON

2


Requests a program switching.

0 : OFF 1 : ON

3

Warning clear request

Requests a warning clear.

0 : OFF 1 : ON

4

Statistics reset request

Requests a statistics reset.

0 : OFF 1 : ON

5

Buffer clear request

Requests a buffer clear.

0 : OFF 1 : ON

6 to 7

Reserved by system

---

---

0 to 7

Reserved by system

---

---

The following will occur when a buffer clear is requested: yyIf handshake control is [Enabled] yyThe current status result will be cleared. yyThe status result in the buffer will be cleared. yyThe result available bit will become OFF (0). yyThe number of remaining buffers will become “10”. yyIf handshake control is [Disabled] yyThe current status result will be cleared. yyThe result available bit will become OFF (0). yyIf you are switching programs using the PROFINET communication, set the [Switching method] option to [Monitor/PC]. For details of the setting, Refer to the “IV Series ’s Manual (Monitor / PC Software)”. yyBuffer overrun and warning statuses will not be cleared even if you execute a buffer clear request.

5-20



Command Control Address 2 to 3: Handshake control „„ The Bits at Address 2 to 3 of the Command Control have the following functions: Address 2 3

Bit

Item

Content

Data content

0


Permits the updating of the status result.

0 : OFF 1 : ON

1 to 7

Reserved by system

---

---

0 to 7

Reserved by system

---

---

Command Control Address 4 to 11: Program No. „„ The Bits at Address 4 to 11 of the Command Control have the following functions: Address

Bit

4 to 5

UINT

6 to 11

---

Item

Content

Data content

Program No.

Stores the program No. when a program switching is requested.

0 to 31

Reserved by system

---

---


5-21


A result acquisition completion notice is used when handshake control is [Enabled]. Updating of the status result will be permitted when you request a result acquisition completion notice. “Reading out the overall status result of the IV series (Handshake control [Enabled])” For details, refer to (Page 5-34).


Status Modules parameter details Command Status Bits Address 0: Control result (response) „„ The Bits at Address 0 of the Command Status Bits have the following functions: Address


0

Bit

Item

Content Stores the external trigger response.


0

Trigger response

1

Master image registration Stores the master image response registration response.

0 : OFF 1 : ON

2


Stores the program switching response.

0 : OFF 1 : ON

3


Stores the warning clear response.

0 : OFF 1 : ON

4


Stores the statistics reset response.

0 : OFF 1 : ON

5


Stores the buffer clear response.

0 : OFF 1 : ON

6 to 7

Reserved by system

---

---

Command Status Bits Address 1: Control error result „„ The Bits at Address 1 of the Command Status Bits have the following functions: Address

1

Bit

Content

Data content

This bit is output when the external trigger is unsuccessful.

0 : 1 : The external trigger has failed.

0

Trigger failed

1

This bit is output when the Master image registration master image registration is failed unsuccessful.

2


This bit is output when the program switching is unsuccessful.

0 : 1 : Program switching has failed.

Reserved by system

---

---

3 to 7

5-22

Item


0 : 1 : Master image registration has failed.


Command Status Bits Address 2 to 3: Handshake control/status/error result „„ The Bits at Address 2 to 3 of the Command Status Bits have the following functions: Address

Bit

Item

Data content

Result available

This bit is output when the status result can be acquired.

0 : The status result cannot be acquired. 1 : The status result can be acquired.


This bit switches the ON/OFF statuses when the status result is updated.

0 <=> 1: The statuses will be switched when the status result is updated.

BUSY

This bit is output when the unit is unable to accept new trigger 0 : The unit is not in inputs, such as while performing busy status. imaging, processing a judgment, 1 : The unit is in busy ing an external master status. image, switching programs, etc.

Imaging

0 : The unit is not performing imaging This bit is output while the unit operation. is performing imaging operation. 1 : The unit is performing imaging.

RUN

This bit is output when the unit is “RUN” and no system errors have occurred.

0 : The unit is not in operation. 1 : The unit is operating normally.

Ready

This bit is output when the start-up sequence of this unit completes after power-on.

0 : The start-up has not completed yet. 1 : The start-up has completed.

6 to 7

Reserved by system

---

---

0 to 4

Reserved by system

---

---

Buffer overrun status

0 : No buffer overrun If handshake control is [Enabled], has occurred. this bit is output when an overrun 1 : The buffer is in of the status result has occurred. overrun status.

Warning status

This bit outputs the warning status of the unit.

0 : The unit is not in warning status. 1 : The unit is in warning status.

Error status

This bit outputs the error status of the unit.

0 : The unit is not in error status. 1 : The unit is in error status.

0

1

2

3

4

5

5

6

7


5

5-23


2

3

Content


yyBy monitoring whether the unit is in “Imaging” status, you can determine whether the target object or the unit can be moved before completion of the image processing. yy“BUSY” and “Imaging” statuses may be skipped in some data I/O cycle settings. It is therefore necessary to take the imaging condition into consideration when setting the cyclic frequency. yyWarning statuses can be cleared from the PROFINET communication. For the warning details, refer to the warning code. The first occurred warning code will be displayed. yyWhen two or more warnings are issued, all subsequent warnings after the first warning will be saved in the history. If you clear the warnings, the warning code of the highest priority warning will be displayed.

5

Warning


Warning clear Warning No.

0

Warning code 1

0

Warning code 2

yyError statuses cannot be cleared from the PROFINET communication. For the error details, refer to the error code. The error code of the highest priority error will be displayed. yyThe buffer overrun status can be cleared using a warning clear.

5-24



Device Results Bits Address 0 to 3: Status result „„ The Bits at Address 0 to 3 of the Device Results Bits have the following functions: Address

0

2

3

Item

Content

Data content

0

Overall judgment

Displays the overall status result.

0 : NG 1 : OK

1

Position correction

Displays the position correction result.

0 : NG 1 : OK

2

Logic 1


0 : NG 1 : OK

3

Logic 2


0 : NG 1 : OK

4

Logic 3


0 : NG 1 : OK

5

Logic 4


0 : NG 1 : OK

6 to 7

Reserved by system

---

---

0 to 7

Reserved by system

---

---

0

Tool 1


0 : NG 1 : OK

1

Tool 2


0 : NG 1 : OK

2

Tool 3


0 : NG 1 : OK

3

Tool 4


0 : NG 1 : OK

4

Tool 5


0 : NG 1 : OK

5

Tool 6


0 : NG 1 : OK

6

Tool 7


0 : NG 1 : OK

7

Tool 8


0 : NG 1 : OK

0

Tool 9


0 : NG 1 : OK

1

Tool 10


0 : NG 1 : OK

2

Tool 11


0 : NG 1 : OK

3

Tool 12


0 : NG 1 : OK

4

Tool 13


0 : NG 1 : OK

5

Tool 14


0 : NG 1 : OK

6

Tool 15


0 : NG 1 : OK

7

Tool 16


0 : NG 1 : OK


1

Bit

yyIf the position correction/logic/tool is not set, the data content will be “0”. yyIf the status result of the tool is either “trigger standby” (no judgment) or “judgment not possible”, the data content will be OFF (0).


5-25


Device Status Words Address 0 to 15: Error/status/status result information „„ The Bits at Address 0 to 15 of the Device Status Words have the following functions:


Address

Data type*

0 to 1

WORD

Error code

Displays the currently occurring error code.

0 to 128

2 to 3

WORD

Warning code

Displays the currently occurring warning code.

0 to 128

4 to 5

WORD

Number of remaining buffers

Displays the number of status results that can be buffered, if handshake control is [Enabled].

0 to 10

6 to 7

WORD

Checksum

Displays the current sensor setting status using an arbitrary 5-digit integer.

0 to 65535

8 to 9

WORD

Current program No.

Displays the current program No.

0 to 31

10 to 11

WORD

Program No. during judgment

Displays the program No. of the latest judgment process.

0 to 31

12 to 13

WORD

Result No.

Displays the judgment process counts.

0 to 32767

14 to 15

WORD

Processing time

Displays the processing time of the latest judgment process.

0 to 10000

Item

Content

Data content

* WORD : Unsigned 16-bit integer DWORD : Unsigned 32-bit integer yyThe unit of processing time is msec. yyIf two or more errors are occurring at the same time, the error code of the highest priority error will be displayed. “Error code list” (Page 5-29) yyThe first occurred warning code will be displayed. “Warning code list” (Page 5-30) yyA checksum can be used to monitor whether the sensor settings have been modified by a third party. yyThe checksum will remain unchanged even if you switch programs. yyThe checksum will remain unchanged even if you change the IP address, subnet mask, default gateway or port number of the IV series. “Reading out the overall status result of the IV series yyFor the number of remaining buffers, refer to (Handshake control [Enabled])” (Page 5-34). yyThe upper limit value of the result No. is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yyThe result No. will also count the judgment process counts that were skipped due to the real-time communication cycle setting.

5-26



Device Statistics Address 0 to 27 (Statistics information) „„ The Bits at Address 0 to 27 of the Device Statistics have the following functions: Address

Data type*

0 to 1

WORD

Processing time MAX

Displays the maximum processing time value.

0 to 10000

2 to 3

WORD

Processing time MIN

Displays the minimum processing time value.

0 to 10000

4 to 5

WORD

Processing time AVE

Displays the average processing 0 to 10000 time value.

6 to 7

---

Reserved by system

---

---

8 to 11

DWORD

Number of triggers

Displays the total number of triggers issued.

0-999999999

12 to 15

DWORD

Number of OKs

Displays the total number of triggers issued whose overall status result was “OK”.

0-999999999

16 to 19

DWORD

Number of NGs

Displays the total number of triggers issued whose overall status result was “NG”.

0-999999999

20 to 23

DWORD

Number of trigger errors

Number of triggers issued that generated a trigger error

0-999999999

24 to 27

---

Reserved by system

---

---

Item

Content

Data content


* WORD : Unsigned 16-bit integer DWORD : Unsigned 32-bit integer yyThe unit of processing time is msec. yyThe maximum number of triggers is 999999999. If the maximum value is exceeded, it will go back to 0 and start counting up again. yyThe maximum value for the number of OK triggers, number of NG triggers, and the number of trigger errors is 999999999. The value will stop updating when the upper limit value is reached. yyA reset will occur in the following conditions: yyWhen [Statistics reset] is input yyWhen a tool is added/deleted/copied yyWhen the enable/disable status of the upper threshold value for the color area/area tool or the setting scale has been changed via operation or tool auto-tuning yyWhen a tool auto-tuning is started with two or more tools other than the position correction tool set yyWhen the sensor is switched OFF yyWhen the program is switched yyWhen a correction for the sensor is started yyWhen the sensor is initialized


5-27


Tool Result Modules parameter details Position Adjust Result Address 0 to 19 (Position correction information) „„ The Bits at Address 0 to 19 of the Position Adjust Result have the following functions:


Address

Data type*

0 to 1

WORD

Position correction tool matching rate

2 to 3

WORD

Position correction tool Matching rate MAX

4 to 5

WORD

Position correction tool Matching rate MIN

6 to 7

WORD

8 to 19

---

* WORD : DWORD :

Item

Position correction tool Threshold value Reserved by system

Content Stores the matching rate of the position correction tool. Stores the maximum matching rate value of the position correction tool. Stores the minimum matching rate value of the position correction tool. Stores the threshold value of the position correction tool. ---

Data content 0 to 100 0 to 100

0 to 100 0 to 100 ---

Unsigned 16-bit integer Unsigned 32-bit integer

Maximum and minimum matching rate values of the position correction tool will be reset in the same manner as the statistics information.

Tool Result Address 0 to 19 (Tool information) „„ The Bits at Address 0 to 19 of the Tool Result have the following functions: Address

Data type*

0 to 1

WORD

Tool 1 matching rate

2 to 3

WORD

Tool 1 matching rate MAX

4 to 5

WORD

6 to 7

WORD

8 to 9

WORD

10 to 19

---

Item

Content

Data content

Stores the matching rate of Tool 1. 0 to 999

Stores the maximum matching rate value of Tool 1. Stores the minimum matching Tool 1 matching rate MIN rate value of Tool 1. Stores the lower threshold value Tool 1 lower limit value of Tool 1. Stores the upper threshold Tool 1 upper limit value value of Tool 1. Reserved by system ---

0 to 999 0 to 999 0 to 999 0 to 999 ---

* WORD : Unsigned 16-bit integer DWORD : Unsigned 32-bit integer Thereafter, the information of tool 2, 3, ... 16 will be assigned for each 20-byte Address of “Tool Result”. yyMaximum and minimum matching rate values of the tool will be reset in the same manner as the statistics information. yyIf the upper threshold value of the tool is not set, the data content of the tool’s upper limit value will be “65535”.

5-28



Error code list The following shows the list of error codes that are generated in the IV series. Error code 0

1 - 32

Content

Countermeasure

---

---

Program No. xx corruption error

yyA data error has occurred in program No. xx. yyThe data corruption may have occurred due to a power-off while writing settings data and/or due to noise.

yyInitialize the program No. xx. yySwitch on the power back ON. yyDo not switch off the unit while the settings are being saved. yyIf the error persists, your nearest KEYENCE office.

yyA data error has occurred. yyThe data corruption may have occurred due to a power-off while writing settings data and/or due to noise.

yyInitialize the settings of this unit. yySwitch on the power back ON. yyDo not switch off the unit while the settings are being saved. yyIf the error persists, your nearest KEYENCE office.

An error may have occurred in the sensor.

yySwitch on the power back ON. yyIf the error persists, your nearest KEYENCE office.

Non-volatile memory error (EEPROM)

76

Non-volatile memory error (FLASHROM) System error

yyIf two or more errors are occurring at the same time, the error code of the highest priority error will be displayed. yyGreater the error code, higher the priority of the error will be.


5-29


No error

75

81-128

Cause


Warning code list The following shows the list of warning codes that are generated in the IV series. Warning code

5

Content

Cause

Countermeasure


0

No error

---

---

62

Field network overrun error

An overrun of the status result has occurred.

Request a result acquisition completion notice to permit the updating of the status result.

63

Field network bad request error (Master registration)

External master registration Do not request an external master has been requested from registration while the unit is in “Setting” PROFINET while the unit status. is in “Setting” status.

Field network bad request error (Program switching)

yyProgram switching has been requested from PROFINET while the unit is in “Setting” status. yyDo not request a program switching yyA program switching while the unit is in “Setting” status. request to a non-existent yyThe program No. should be set in the program No. was made range between 0 and 31. from PROFINET. yyIf you are switching programs from yyA program switching PROFINET, set the program switching requested was made via external input to [Disabled]. from PROFINET while the program switching method was set to [External input].

65

Trigger error

A trigger has been input while the unit was in busy status. (If you have set the trigger error option to [Enabled])

66

External master registration error (Insufficient outline)

The outline tool is unable to extract the outline of the new master image.

67

External master registration error (Insufficient area)

The color area/area tool is unable to extract the area of the new master image.

68

External master registration error (Brightness correction failed)

The brightness of the new master image cannot be corrected appropriately.

64

5-30

Do not input triggers while the unit is in busy status.

yyCheck if there are any problems with the ed image and the detection tool or the position correction setting. yyAdjust the brightness of the image to be ed.



Warning code

Content

Cause

Countermeasure

70

FTP Transfer Error (Insufficient Data Buffer)

The transfer has failed because a volume of data exceeding the remaining FTP buffer capacity has been generated.

yyModify the trigger cycle of this unit. yyCheck the load status of the network.

71

FTP Transfer Error (Transfer Failed)

The data transfer to the Check the access permissions of the destination folder has failed. destination folder.

FTP connection error

Connection to the FTP server has failed.

73

External master registration error (Insufficient work memory)

There is insufficient work memory.

Delete one or more detection tools.

74

External master registration error (No images)

There are no ed images for master registration.

Perform the master image registration after having captured the image to be used for the registration.

yyWhen two or more warnings are issued, all subsequent warnings after the first warning will be saved in the history. If you clear the warnings, the warning code of the highest priority warning will be displayed. Warning Warning clear Warning No.

0

Warning code 1

0

Warning code 2

yyGreater the warning code, higher the priority of the warning will be.


5-31


72

yyCheck the IP address of the FTP server. yyCheck the port number of the FTP server. yyCheck the name for logging into the FTP server. yyCheck the for logging into the FTP server.

5

Operating procedure of the data I/O communication

Operating procedure of the data I/O communication This section explains the method for communicating from the PLC to the IV series using data I/O communication.

Reading out the overall status result of the IV series (Handshake control [Disabled]) When a trigger is successful „„ Trigger request

5

A

B


Trigger response

A

B

BUSY

A

B

Imaging status

A

B


A

B


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

A Result of A

B Result of B

Execute a [Trigger request]. (0 → 1) If the trigger is valid, [Trigger response] will change from 0 to 1. [BUSY] will change from 0 to 1 when a trigger is input. [BUSY] will change from 1 to 0 when the judgment process ends. At this time, the [Result update complete] BIT will be switched and [Overall judgment] will be updated.

yy[Result update complete] will switch to “1” if its value was “0” after the previous judgment update (or from “0” to “1” if the previous value was “1”). yy[Result available] will switch from 0 to 1 at the timing when the first judgment process has been confirmed; and the new value will be retained thereafter. yy[Result available] will be reset in the following conditions: yyIf handshake control is set to [Disabled] - When the program is switched - When the unit’s status is switched from “Setting” to “RUN” - When a buffer clear request is issued yyIf handshake control is set to [Enabled] - When a buffer clear request is issued yy[Result No.] will be counted up each time the status result is updated. The upper limit value is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yy[Result No.] will also count the judgment process counts that were skipped due to the data I/O cycle setting. yy[BUSY] and [Imaging] may be skipped in some data I/O cycle settings. It is therefore necessary to take the imaging condition into consideration when setting the data I/O cycle.

5-32



When a trigger is unsuccessful „„ Trigger request Trigger response

A

B A

Trigger failed

C B

C

B

C

BUSY

A

C

Imaging status

A

C


A

C

5

Result available

Overall judgment

A Result of A

C Result of C

Warning Warning No.

Warning No.

(1) Execute a [Trigger request]. (0 → 1) (2) If the trigger is valid, the [Trigger response] will change from 0 to 1. (3) [BUSY] will change from 0 to 1 when a trigger is input. (4) [BUSY] will change from 1 to 0 when the judgment process ends. At this time, the [Result update complete] BIT will be switched and [Overall judgment] will be updated. (5) If you wish to output trigger errors, set the trigger error option to [Enabled]. If a trigger has been input while the trigger error option is set to [Enabled] and the unit is in “BUSY” status, [Trigger failed] will change from 0 to 1 ignoring the trigger input. No judgment process will be performed for trigger B. (6) If the trigger input is unsuccessful, [Warning] will switch from “0” to “1” and [Warning No.] will be updated to “65”. For details, refer to “Warning code list” (Page 5-30).

yy[Result update complete] will switch to “1” if its value was “0” after the previous judgment update (or from “0” to “1” if the previous value was “1”). yy[Result available] will switch from 0 to 1 at the timing when the first judgment process has been confirmed; and the new value will be retained thereafter. yy[Result No.] will be counted up each time the status result is updated. The upper limit value is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yy[Result No.] will also count the judgment process counts that were skipped due to the data I/O cycle setting. yy[BUSY] and [Imaging] may be skipped in some data I/O cycle settings. It is therefore necessary to take the imaging condition into consideration when setting the data I/O cycle. yy[Number of trigger errors] will be counted up at the timing when the [Result updated] BIT is switched.


5-33


Result No.


Reading out the overall status result of the IV series (Handshake control [Enabled]) The following describes the operating procedure when the data handshake control is set to [Enabled]. You can acquire all status results without fail by setting the data handshake control to [Enabled]. Trigger request Trigger response

A

B

C

A

B

C

BUSY

A

B

C

Imaging status

A

B

C

Trigger failed



A

Result available

A

B

C


A

Result No. Overall judgment Number of remaining buffers

10

C

9

B

A

B

Result of A

Result of B 8

9

C

10

Result of C 9

(1) Execute a [Trigger request]. (0 → 1) (2) If the trigger is valid, [Trigger response] will change from 0 to 1. (3) [BUSY] will change from 0 to 1 when a trigger is input. (4) [BUSY] will change from 1 to 0 when the judgment process ends. At this time, the [Result update complete] BIT will be switched, [Result available] will change from 0 to 1, and [Overall judgment] will be updated. (5) [Number of remaining buffers] will be decremented by 1 when the status result is updated. (6) Executes [Result acquisition complete notice] (0 → 1). [Number of remaining buffers] will be incremented by 1. yy[Result update complete] will switch to “1” if its value was “0” after the previous judgment update (or from “0” to “1” if the previous value was “1”). yy[Result No.] will be counted up each time the status result is updated. The upper limit value is 32767. If the maximum value is exceeded, it will go back to 0 and start counting up again. yy[Result No.] will also count the judgment process counts that were skipped due to the data I/O cycle setting. yy[BUSY] and [Imaging] may be skipped in some data I/O cycle settings. It is therefore necessary to take the imaging condition into consideration when setting the data I/O cycle settings. yy[Number of trigger errors] will be counted up at the timing when the [Result updated] BIT is switched. yyIf handshake control has been set to [Enabled], the status result will not be updated until [Result acquisition complete notice] is executed (0 → 1), even if the next trigger has been input and a judgment process has been executed. yyIf a new trigger is input when [Number of remaining buffers] is “0”, [Buffer overrun] will switch from “0” to “1”. The status result from the new trigger will be ignored. yy[Buffer overrun] can be cleared using [Warning clear].

5-34



Switching the programs in the IV series Program No.

Program No.

Program switching request Program switching response BUSY

(1) Write the program No. to be set to [Program No.]. For the write range setting, refer to “Control Modules parameter details” (Page 5-20). (2) Execute [Program switching request]. (0 → 1) (3) You can check the input status in [Program switching response].

5


5-35


yy[BUSY] will change from 0 to 1 while the program switching is in progress. yyIf the program switching fails, [Program switching failed] will change from “0” to “1”. yyIf the program switching is unsuccessful, [Warning] will switch from “0” to “1” and [Warning No.] will be “Warning code list” (Page 5-30). updated to “64”. For details, Refer to yyYou cannot switch programs from the PROFINET communication while the unit is in [Setting] status. yyIf you are switching programs using the EtherNet/IP communication, set the [Switching method] option to [Monitor/PC]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / PC Software)”.


ing a master image for the IV series externally Master registration request Master registration response BUSY

(1) Execute a [Master registration request]. (0 → 1) (2) You can check the input status in [Master registration response].


yy[BUSY] will change from 0 to 1 while the master image registration is in progress. yyIf the master image registration is unsuccessful, [Master registration failed] will change from 0 to 1. yyIf the master image registration is unsuccessful, [Warning] will switch from “0” to “1” and [Warning No.] “Warning code list” (Page 5-30). will be updated according to the failure details. For details, refer to yyYou cannot a master image from the PROFINET communication while the unit is in “Setting” status. yyIf you wish to write the master registration data to the sensor ROM, set the [Write to ROM at external master reg.] option to [Yes]. For details of the setting, refer to the “IV Series ’s Manual (Monitor / PC Software)”.

5-36


Appendices

Reference program (EtherNet/IP)..................... A-2 Reference program (PROFINET)...................... A-8 Index.................................................................A-12

A


A-1

Reference program (EtherNet/IP)

Reference program (EtherNet/IP) This section introduces a reference program for when using EtherNet/IP communication in the IV series. In the actual operation, programming must be performed taking the error processing, etc. into consideration.

Handshake control [Disabled] Keyence KV series REQ

Trigger response

Trigger request

Line 1

A

Trigger request Line 2

Result available


MOV Tool score

Line 3

DM2000

Result update complete Line 4

Description of the reference program „„ Line 1/Line 2 zz Sets “REQ” to ON and executes a trigger request. “Trigger response” ON will set “Trigger request” to OFF (“Trigger request” is retained until “Trigger response” is set to ON).

Line 3/Line 4 zz “Result available” ON + Rising or falling of “Result update complete” will copy the data that have been written to the tool score to DM2000.

A-2



Rockwell Automation PLC Trigger Ack

REQ

Trigger

ONS

Rung0

Trigger

Result Ready

Complete Toggle ONS

Rung1

MOV Move Source Dest

Tool Score Result

A

Complete Toggle ONS

Description of the reference program „„ Rung0 zz Sets “REQ” to ON and executes “Trigger”. “Trigger Ack” ON will set Trigger to OFF (“Trigger” will be retained until “Trigger Ack” becomes ON).

Rung1 zz “Result Ready” ON + Rising or falling of “Complete Toggle” will copy the data that have been written to “Tool Score” to “Result”.

To ensure synchronicity between Input Data and Output Data, use the S instruction at the beginning of the ladder.


A-3


Handshake control [Enabled] Keyence KV series REQ

Trigger response

Trigger request

Line 1

Trigger request Line 2

MOV

Result available

A

Tool score

Line 3

Result available

Result available

DM2000 Result acquisition complete notification

Line 4 Result acquisition complete notification Line 5

Description of the reference program „„ Line 1/Line 2 zz Sets “REQ” to ON and executes a trigger request. “Trigger response” ON will set “Trigger request” to OFF (“Trigger request” is retained until “Trigger response” is set to ON).

Line 3 zz The result available bit becomes ON to copy the data written in the tool score to DM2000.

Line 4/Line 5 zz “Result available” ON will execute a result acquisition completion notice. “Result available” OFF will set “Result acquisition completion notice” to OFF (“Result acquisition completion notice” will be retained until “Result available” becomes OFF).

A-4



Rockwell Automation PLC Trigger Ack

REQ

Trigger

ONS

Rung0

Trigger

MOV Move Source Dest

Result Ready ONS

Rung1

Result Ready

Result Ready

Tool Score Result

A

Result Ready Ack

ONS

Rung2

Result Ready Ack

Description of the reference program „„ Rung0 zz Sets “REQ” to ON and executes “Trigger”. “Trigger Ack” ON will set Trigger to OFF (“Trigger” will be retained until “Trigger Ack” becomes ON).

Rung1 zz “Result Ready” ON will copy the data written in “Tool Score” to “Result”.

Rung2 zz “Result Ready” ON will execute “Result Ready Ack”. “Result Ready” OFF will set “Result Ready Ack” to OFF (“Result Ready Ack” will be retained until “Result Ready” becomes OFF).

To ensure synchronicity between Input Data and Output Data, use the S instruction at the beginning of the ladder.


A-5


Program switching Keyence KV series REQ

MOV DM1000

Line 1 Program switching response

REQ

Program No. Program switching request

Line 2 Program switching request

A

Line 3

Description of the reference program „„ Line 1 zz This line sets “REQ” to ON and copies the DM1000 data, which contains the program No. to be set, to the program No.

Line 2/Line 3 zz Sets “REQ” to ON and executes a program switching request. “Program switching response” ON to will set “Program switching request” to OFF (“Program switching request” will be retained until “Program switching response” becomes ON).

A-6



Rockwell Automation PLC MOV Move Source Dest

REQ ONS

Rung0

REQ

Program Change Ack

Number Program Number Program Change

ONS

Rung1

Program Change

A Description of the reference program „„ Rung0 zz This line sets “REQ” to ON and copies the Number data, which contains the program No. to be set, to the program No.

Rung1 zz Sets “REQ” to ON and executes “Program Change”. “Program Change Ack” ON will set “Program Change” to OFF (“Program Change” will be retained until “Program Change Ack” becomes ON).


A-7

Reference program (PROFINET)

Reference program (PROFINET) This section introduces a reference program for when using the PROFINET communication in the IV series. In the actual operation, programming must be performed taking the error processing, etc. into consideration.

Handshake control [Disabled] Siemens PLC Network1

REQ P

Trigger Ack

Trigger

Trigger

A

Result Ready Network2

MOV

Complete Toggle P

EN Tool Score

IN

ENO OUT

Result

Complete Toggle N

Description of the reference program „„ Network1 zz Sets “REQ” to ON and executes “Trigger”. “Trigger Ack” ON will set “Trigger” to OFF (“Trigger” will be retained until “Trigger Ack” becomes ON).

Network2 zz “Result Ready” ON + Rising or falling of “Complete Toggle” will copy the data that have been written to “Tool Score” to “Result”.

A-8



Handshake control [Enabled] Siemens PLC Network1

REQ P

Trigger Ack

Trigger

Trigger

Network2

MOV

Result Ready P

EN Tool Score

Network3

Result Ready P

Result Ready

IN

A

ENO OUT

Result

Result Ready Ack

Result Ready Ack

Description of the reference program „„ Network1 zz Sets “REQ” to ON and executes “Trigger”. “Trigger Ack” ON will set “Trigger” to OFF (“Trigger” will be retained until “Trigger Ack” becomes ON).

Network2 zz “Result Ready” ON will copy the data written in “Tool Score” to “Result”.

Network3 zz “Result Ready” ON will execute “Result Ready Ack”. “Result Ready” OFF will set “Result Ready Ack” to OFF (“Result Ready Ack” will be retained until “Result Ready” becomes OFF).


A-9


Program switching Siemens PLC

Network1

MOV

REQ P

EN Number

A

Network2

REQ P

IN

Program Change Ack

ENO OUT

Program Number

Program Change

Program Change

Description of the reference program „„ Network1 zz This line sets “REQ” to ON and copies the Number data, which contains the program No. to be set, to the program No.

Network2 zz Sets “REQ” to ON and executes “Program Change”. “Program Change Ack” ON will set “Program Change” to OFF (“Program Change” will be retained until “Program Change Ack” becomes ON).

A-10



MEMO

A


A-11

Index

Index B

O

Basic configurations of IV-Series..........................1-2

C Connecting the host device and multiple sensors...................................................1-3 Connecting the host device and single sensor.....1-2 Control Modules parameter details....................5-20 Control Modules (PLC → IV series)...................5-16 Cyclic communication...........................................3-2 Cyclic communication setting method..................3-3

A

D Data allocation in the cyclic communication.......3-10 Data allocations in the data I/O communication....5-16 Data I/O communication.......................................5-2 Data I/O communication setting method..............5-3

E Error code list........................................... 3-22, 5-29 Establishing the connection..................................3-5 Establishing the data I/O communication.............5-6 EtherNet/IP...........................................................2-2 Ethernet/IP communications functions in the IV series.........................................................2-3 EtherNet/IP communication specifications and functions in the IV series......................................2-3 EtherNet/IP communication specifications in the IV series.........................................................2-3

H Handshake control [Disabled]......................A-2, A-8 Handshake control [Enabled].......................A-4, A-9

OMRON PLC................................................ 2-4, 4-5 Operating procedure of the cyclic communication...................................3-26 Operating procedure of the data I/O communication...............................5-32 Operation of the indicator light.............................1-5 Output Assembly parameter details...................3-20 Output Assembly (PLC → IV series)..................3-19

P Phoenix PLC...........................................4-5 PLC settings................................................. 3-5, 5-6 PROFINET...........................................................4-2 PROFINET communication functions in the IV series.........................................................4-4 PROFINET communication specifications and functions in the IV series......................................4-3 Program switching......................................A-6, A-10

R Reading out the overall status results of the IV series (Handshake control [Disabled])................ 3-26, 5-32 Reading out the overall status results of the IV series (Handshake control [Enabled])................. 3-28, 5-34 Reference program (EtherNet/IP)....................... A-2 Reference program (PROFINET)........................ A-8 ing a master image for the IV series externally............................. 3-30, 5-36 Rockwell Automation Control Logix series settings.................................................................3-8 Rockwell Automation PLC....................................2-4

S

I Input Assembly (IV series → PLC).....................3-10 Input Assembly parameter details......................3-12 IV Series...............................................................1-4 IV series PROFINET communication specifications........................................................4-3

K Keyence KV series settings..................................3-7 Keyence PLC.......................................................2-4

L

Setting the device name.......................................5-5 Setting the IV series..................................... 3-3, 5-3 Setting the Siemens SIMATIC Manager.............5-11 Setting the Siemens TIA Portal.............................5-7 Siemens PLC.......................................................4-5 Specifying the IP address using the D protocol..................................................4-3 Status Modules (IV series → PLC).....................5-17 Status Modules parameter details......................5-22 Switching the programs in the IV series.... 3-29, 5-35 System Configuration...........................................1-2 System configuration example.............................1-4

List of ed PLCs................................. 2-4, 4-5

A-12


Index

T Tool Result Modules (IV series→ PLC)..............5-19

W Warning code list...................................... 3-23, 5-30 What is cyclic communication?............................3-2 What is data I/O communication?........................5-2 What is EtherNet/IP?............................................2-2 What is PROFINET?............................................4-2

A


A-13

Revision history Revision history Edition number December, 2012

1st edition

December, 2013

2nd edition

April, 2014

3rd edition

Revision details

Ethernet and Monitor cable changed

WARRANTIES AND DISCLAIMERS (1) KEYENCE warrants the Products to be free of defects in materials and workmanship for a period of one (1) year from the date of shipment. If any models or samples were shown to Buyer, such models or samples were used merely to illustrate the general type and quality of the Products and not to represent that the Products would necessarily conform to said models or samples. Any Products found to be defective must be shipped to KEYENCE with all shipping costs paid by Buyer or offered to KEYENCE for inspection and examination. Upon examination by KEYENCE, KEYENCE, at its sole option, will refund the purchase price of, or repair or replace at no charge any Products found to be defective. This warranty does not apply to any defects resulting from any action of Buyer, including but not limited to improper installation, improper interfacing, improper repair, unauthorized modification, misapplication and mishandling, such as exposure to excessive current, heat, coldness, moisture, vibration or outdoors air. Components which wear are not warranted. (2) KEYENCE is pleased to offer suggestions on the use of its various Products. They are only suggestions, and it is Buyer’s responsibility to ascertain the fitness of the Products for Buyer’s intended use. KEYENCE will not be responsible for any damages that may result from the use of the Products. (3) The Products and any samples (“Products/Samples”) supplied to Buyer are not to be used internally in humans, for human transportation, as safety devices or fail-safe systems, unless their written specifications state otherwise. Should any Products/Samples be used in such a manner or misused in any way, KEYENCE assumes no responsibility, and additionally Buyer will indemnify KEYENCE and hold KEYENCE harmless from any liability or damage whatsoever arising out of any misuse of the Products/Samples. (4) OTHER THAN AS STATED HEREIN, THE PRODUCTS/SAMPLES ARE PROVIDED WITH NO OTHER WARRANTIES WHATSOEVER. ALL EXPRESS, IMPLIED, AND STATUTORY WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT OF PROPRIETARY RIGHTS, ARE EXPRESSLY DISCLAIMED. IN NO EVENT SHALL KEYENCE AND ITS D ENTITIES BE LIABLE TO ANY PERSON OR ENTITY FOR ANY DIRECT, INDIRECT, INCIDENTAL, PUNITIVE, SPECIAL OR CONSEQUENTIAL DAMAGES (INCLUDING, WITHOUT LIMITATION, ANY DAMAGES RESULTING FROM LOSS OF USE, BUSINESS INTERRUPTION, LOSS OF INFORMATION, LOSS OR INACCURACY OF DATA, LOSS OF PROFITS, LOSS OF SAVINGS, THE COST OF PROCUREMENT OF SUBSTITUTED GOODS, SERVICES OR TECHNOLOGIES, OR FOR ANY MATTER ARISING OUT OF OR IN CONNECTION WITH THE USE OR INABILITY TO USE THE PRODUCTS, EVEN IF KEYENCE OR ONE OF ITS D ENTITIES WAS ADVISED OF A POSSIBLE THIRD PARTY’S CLAIM FOR DAMAGES OR ANY OTHER CLAIM AGAINST BUYER. In some jurisdictions, some of the foregoing warranty disclaimers or damage limitations may not apply. BUYER’S TRANSFER OBLIGATIONS: If the Products/Samples purchased by Buyer are to be resold or delivered to a third party, Buyer must provide such third party with a copy of this document, all specifications, manuals, catalogs, leaflets and written information provided to Buyer pertaining to the Products/Samples.

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