iXP Series Human Machine Interface

LSIS Human Machine Interface iXP Series

The LSIS Human Machine Interface iXP Series is designed to
provide you with the ultimate yield. LSIS aims to maximize the
customers’ profits and is grateful to be your partner of
choice.

Product Information

• Product Name: LSIS Human Machine Interface iXP Series
• Model Numbers: iXP70-TTA, iXP80-TTA, iXP90-TTA
• Manufacturer: LSIS
• Website: http://www.lsis.com

Usage Instructions

Before using the LSIS Human Machine Interface iXP Series, please
read the user manual carefully. The manual contains important
safety precautions that must be followed to prevent accidents and
potential danger from occurring.

Safety Precautions

The safety precautions are classified into ‘Warning’ and
‘Caution,’ and their meanings are as follows:

• Warning: Violating the instruction may result
  in serious personal injury or death.

• Caution: Violating the instruction may result
  in slight personal injury or product damage.

Be cautious when working with the LSIS Human Machine Interface
iXP Series, for danger may be present, and there is a possibility
of electric shock. Always keep the manual handy for quick
reference.

Design Precautions

• Warning: Install a safety circuit external to
  the HMI to protect the whole control system in case of external
  power supply trouble.

• Caution: In/output signal or communication
  cable should be at least 100mm apart from High-voltage/power wires
  to avoid erroneous output/operation.

Installation Precautions

• Caution: Use the HMI in an environment that
  meets the general specification contained in this manual or
  datasheet to avoid electric shock, fire, erroneous operation or
  deterioration.

• Caution: In case of much vibration in the
  installed environment, insulate the HMI from direct vibration to
  avoid electric shock, fire, or erroneous operation.

• Caution: Do not let foreign substances such as
  conductive debris inside the product to avoid electric shock, fire
  or erroneous operation.

Wiring Precautions

• Warning: Turn off the HMI and external power
  before wiring to avoid electric shock or damage to the
  product.

• Caution: Wire correctly by checking each of
  the product’s rated voltage and terminal layout to avoid fire,
  electric shock or erroneous operation.

• Caution: Tighten terminal screws with
  specified torque when wiring. Loose terminal screws may result in
  short circuits, fire or erroneous operation.

• Caution: Use the exclusive HMI 3-type
  grounding for the FG terminal. Not grounding may result in
  erroneous operation.

• Caution: Do not let any foreign substances
  such as wiring debris inside the module. Such debris may cause
  fire, damage or erroneous operation.

Startup and Maintenance Precautions

• Warning: Do not touch the terminals while
  power is on to avoid electric shock or erroneous operation.

By following the safety and usage instructions provided in the
LSIS Human Machine Interface iXP Series user manual, you can safely
and effectively use the product to maximize your profit.

Right choice for ultimate yield
LSIS strives to maximize customers’ profit in gratitude of choosing us for your partner.

Human Machine Interface iXP Series

XGT Panel
User’s Manual
iXP70-TTA iXP80-TTA iXP90-TTA

Read this manual carefully before installing, wiring, operating, servicing or inspecting this equipment.
Keep this manual within easy reach for quick reference.

http://www.lsis.com

Safety Precautions
Before using the product…
To use the product safely and effectively, please read this instruction manual thoroughly before use. Please keep to the safety precaution, for it is to prevent accidents and potential danger from occurring. Safety precaution is classified into Warning’ andCaution’ and their meanings are as follows.
Warning Violating the instruction may result in serious personal injury or death. Caution Violating the instruction may result in slight personal injury or product
damage. The indicated illustrations on the product and in the manual have the following meanings.
Be cautious, for danger may be present. Be cautious, for there is a possibility of an electric shock. After reading the instruction manual, keep it handy for quick reference.
1

Safety Precautions
Design Precautions Warning
Install a safety circuit external to the HMI to protect the whole control system in case of external power supply trouble. Serious trouble may occur to the entire system due to erroneous output/operation of the HMI.
Design Precautions Caution
In/output signal or communication cable should be at least 100mm apart from High-voltage/power wires. Otherwise, it may cause erroneous output/operation.
Installation Precautions
Caution
Use the HMI in an environment that meets the general specification contained in this manual or datasheet. Otherwise, it could result in electric shock, fire, erroneous operation or deterioration.
In case of much vibration in the installed environment, be sure to insulate the HMI from direct vibration. Otherwise, it could result in electric shock, fire or erroneous operation.
Be sure not to let foreign substances such as conductive debris inside the product. Otherwise, it could result in electric shock, fire or erroneous operation.
2

Wiring Precautions Warning
Be sure to turn off the HMI and external power before wiring.
Otherwise, it may result in an electric shock or damage to the product.

Safety Precautions

Caution
Wire correctly by checking each of the product’s rated voltage and terminal layout. Otherwise, it may result in fire, electric shock or erroneous operation.
Tighten terminal screws with specified torque when wiring. If terminal screws are loose, it may result in short circuits, fire or erroneous operation.
Use the exclusive HMI 3-type grounding for the FG terminal. If not grounded, it may result in erroneous operation.
Be sure not to let any foreign substances such as wiring debris inside the module. Such debris may cause fire, damage or erroneous operation.

3

Safety Precautions
Startup and Maintenance Precautions Warning
Do not touch the terminals while power is on. Otherwise, it may cause electric shock or erroneous operation.
Turn off the HMI and external power when cleaning or tightening the terminal. Otherwise, it may cause electric shock or erroneous operation.
Do not charge, disassemble, heat, short circuit, solder, etc. the battery. Mishandling the battery may cause overheating, crack, fire and may result in injury or fire.
Caution
Do not disassemble PCB from the product case or modify the product. Otherwise, it may result in fire, electric shock or erroneous operation.
Use cellular phone or walky-talky at least 30cm away from the HMI. Otherwise, it may result in erroneous operation.
Disposal Precaution Caution
When disposing of this product or battery, treat it as industrial waste. Otherwise, it may cause poisonous pollution or explosion.
4

Revision History
Revision History

Version
V1.0

Date
`11.11

Contents
First Edition

Revised location
–

The number of User’s manual is indicated the right side of the back cover.

LSIS Co., Ltd 2013

All Rights Reserved.

Contents
Chapter. 1 General Introduction…………………………………………………………………………. 1-1~1-7
1.1 How to use the Instruction Manual ……………………………………………………………………………………………………………… 1-1 1.2 Feature …………………………………………………………………………………………………………………………………………………….. 1-3 1.3 Terminology………………………………………………………………………………………………………………………………………………. 1-7
Chapter. 2 System Configuration …………………………………………………………………………. 2-1~2-8
2.1 Part Names ………………………………………………………………………………………………………………………………………………. 2-1 2.2 System Configuration ………………………………………………………………………………………………………………………………… 2-4
Chapter. 3 Standard Specification ……………………………………………………………………… 3-1~3-5
3.1 General Standards…………………………………………………………………………………………………………………………………….. 3-1 3.2 Function Standards……………………………………………………………………………………………………………………………………. 3-2
Chapter. 4 System Configuration ………………………………………………………………………4-1~4-11
4.1 Touch Calibration ………………………………………………………………………………………………………………………………………. 4-2 4.2 Backlight Setting ……………………………………………………………………………………………………………………………………….. 4-3
4.2.1 PIR sensor………………………………………………………………………………………………………………………………………. 4-4 4.3 Date Time Setting ……………………………………………………………………………………………………………………………………… 4-5 4.4 Ethernet Setting ………………………………………………………………………………………………………………………………………… 4-6 4.5 Environment Setting ………………………………………………………………………………………………………………………………….. 4-7 4.6 Sound Setting …………………………………………………………………………………………………………………………………………… 4-8 4.7 XP-Remote Setting………………………………………………………………………………………………………………………………….. 4-10 4.8 Buzzer Setting…………………………………………………………………………………………………………………………………………..4-11
Chapter. 5 Diagnostics …………………………………………………………………………………….. 5-1~5-10
5.1 Screen Diagnosis ……………………………………………………………………………………………………………………………………… 5-2 5.2 Touch Diagnosis ……………………………………………………………………………………………………………………………………….. 5-3 5.3 Backup Memory Diagnosis ………………………………………………………………………………………………………………………… 5-4 5.4 Flash Memory Diagnosis Function ……………………………………………………………………………………………………………… 5-5 5.5 CF Card Diagnosis ……………………………………………………………………………………………………………………………………. 5-6 5.6 Serial Communication Diagnosis………………………………………………………………………………………………………………… 5-7 5.7 SD Card Diagnosis ……………………………………………………………………………………………………………………………………. 5-9 5.8 USB Memory Diagnosis…………………………………………………………………………………………………………………………… 5-10
8

Contents
Chapter. 6 Viewing Information of PLC Connection Status ………………………………. 6-1~6-8
6.1 PLC Communication Configuration Settings ……………………………………………………………………………………………….. 6-2 6.2 Connection Information ……………………………………………………………………………………………………………………………… 6-3 6.3 PLC Information………………………………………………………………………………………………………………………………………… 6-4 6.4 History of PLC Error …………………………………………………………………………………………………………………………………. 6-4 6.5 History of PLC Mode Conversion ……………………………………………………………………………………………………………… 6-5 6.6 History of PLC Power ………………………………………………………………………………………………………………………………. 6-5 6.7 History of PLC System …………………………………………………………………………………………………………………………….. 6-6 6.8 N:1 Settings …………………………………………………………………………………………………………………………………………….. 6-7 6.9 Program Monitor ……………………………………………………………………………………………………………………………………… 6-8
Chapter. 7 Storage Function………………………………………………………………………………. 7-1~7-7
7.1 General Introduction ………………………………………………………………………………………………………………………………… 7-1 7.2 Downloading Project through the Storage Equipment ………………………………………………………………………………….. 7-2 7.3 Uploading Project through the Storage Equipment ………………………………………………………………………………………. 7-3 7.4 Updating the Device through Storage Equipment ………………………………………………………………………………………… 7-4 7.5 Select a USB Storage Device …………………………………………………………………………………………………………………….. 7-5 7.6 Select a USB Storage Device while Monitoring a Project ……………………………………………………………………………… 7-6
Chapter. 8 XGT Panel S/W Update……………………………………………………………………………..8-1
8.1 General Introduction ………………………………………………………………………………………………………………………………… 8-1
Chapter. 9 File Backup through External Storage Equipment ……………………………. 9-1~9-8
9.1 Path Structure in case of File Backup………………………………………………………………………………………………………….. 9-1 9.2 Operation setting when there is no space for backup……………………………………………………………………………………. 9-4 9.3 Structure of path of video file and video capture files …………………………………………………………………………………….. 9-4 9.4 Monitoring Connection Status of External Storage Equipment ………………………………………………………………………. 9-6 9.5 Safety Removal Switch ……………………………………………………………………………………………………………………………… 9-7
Chapter. 10 Installation and Wiring…………………………………………………………………. 10-1~10-8
10.1 Installation …………………………………………………………………………………………………………………………………………….. 10-1 10.1.1 Installation environment ………………………………………………………………………………………………………………… 10-1 10.1.2 Notice in handling…………………………………………………………………………………………………………………………. 10-2 10.1.3 Notice in installing the panel ………………………………………………………………………………………………………….. 10-2
9

Contents
10.2 Wiring …………………………………………………………………………………………………………………………………………………… 10-5 10.2.1 Power wiring………………………………………………………………………………………………………………………………… 10-5 10.2.2 Ground wiring ………………………………………………………………………………………………………………………………. 10-8
Chapter. 11 Maintenance …………………………………………………………………………………11-1~11-3
11.1 Maintenance……………………………………………………………………………………………………………………………………………11-1 11.2 Daily Maintenance …………………………………………………………………………………………………………………………………..11-1 11.3 Periodical Maintenance ……………………………………………………………………………………………………………………………11-2
Chapter. 12 EMC Standard Certification ……………………………………………………….. 12-1~12-2
12.1 Requirement for EMC Standard Certification ………………………………………………………………………………………….. 12-1 12.1.1 CE standard certification ……………………………………………………………………………………………………………… 12-1 12.1.2 MIC standard certification ……………………………………………………………………………………………………………. 12-2
12.2 Requirement for Low Voltage Command Suitability ………………………………………………………………………………….. 12-2 12.2.1 Standard certification for XGT Panel ………………………………………………………………………………………………. 12-2 12.2.2 Selection of XGT Panel ………………………………………………………………………………………………………………. 12-2
Appendix 1. Troubleshooting…………………………………………….. Appendix1-1~Appendix1-20
1. Type of Problem…………………………………………………………………………………………………………………………….Appendix 1-1 2. Problem when Starting …………………………………………………………………………………………………………………..Appendix 1-1 3. Reaction Problem when Touching…………………………………………………………………………………………………..Appendix 1-2 4. Display Problem of Figure and Object……………………………………………………………………………………………..Appendix 1-3 5. Communication Problem………………………………………………………………………………………………………………..Appendix 1-7 6. CF/SD/USB Removal of Memory Card……………………………………………………………………………………………Appendix 1-8 7. Error Message during Execution of Program……………………………………………………………………………………Appendix 1-9
Appendix 2. Dimension………………………………………………………Appendix 2-1~ Appendix 2-3
10

Chapter 1. General Introduction

Chapter 1. General Introduction

1.1 How to use the Instruction Manual
This instruction manual provides information such as specification, how to use, etc. of the product needed to operate iXP series of XGT Panel.
iXP series is characterized as follow;

Item
(A) LCD Size
(B) LCD Type
(C) Touch Type
(D) iXP Type
(E) Power type

symbol 70 80 90 B T T A M AC DC

Contents 26cm (10.4″) 31cm (12.1″) 38cm (15″) STN Mono TFT Color Touch Advance Multimedia AC 100-240V DC 12/24V

Remarks –
Not available –
Available later –

1-1

Chapter 1. General Introduction

The user manual’s configuration is as follows.

Sequence

Category

Contents

Chapter 1 General Introduction

It describes this manual’s configuration, product’s feature and term.

Chapter 2 System Configuration

It describes feature and system configuration of each XGT Panel.

Chapter 3 Standard Specification It describes XGT Panel’s general and function specification.

Chapter 4 System Configuration

It describes XGT Panel’s system configuration.

Chapter 5 Chapter 6 Chapter 7 Chapter 8 Chapter 9 Chapter 10 Chapter 11 Chapter 12

Diagnostics

It describes XGT Panel’s self-diagnosis.

Viewing information of PLC Connection Status Transmission of Project from USB Storage Device

It describes the way on connection status information of PLC which is connected with XGT Panel. It describes the way to execute the project by using USB/CF/SD storage device.

XGT Panel S/W Update It describes the way to update engine at XGT Panel.

Backup files by using Storage Devices

It describes the way to backup recipe, logging and etc. files by using storage devices.

Installation and Wiring

It describes an installation, wiring and caution for reliability of PLC system.

Maintenance

It describes inspection category and method for long normal operation of PLC system.

EMC Standard

It describes system configuration for EMC standard.

Appendix 1 Troubleshooting

It describes a variety of error contents and measure.

Appendix 2 Appendix 3

Dimension
Warranty and Environment Policy

It describes the dimension of XGT Panel. –

Remark
This manual doesn’t describe connection with XP-Builder and PLC. For their own function, Please refer to the related manuals.

1-2

Chapter 1. General Introduction

1.2 Feature

iXP series has the following features.

(1) Various types of external interface

(a) Supporting various storage media of USB, CF card, and SD card, it maximizes the customer’s usability. Multimedia type provides interfaces of video input, audio input, video output, and audio output so as to add the functions needed to exert high performance. Extended interface designed to stack maximum three layers allows mounting a variety of communication cards on it. In addition, the right part of extended interface is designed so as to mount VM module that allows inputting 4-channel video.

Extended connector – Communication module that can be stacked
up to 3 stories (To be added) VM Module Connector – 4 Channel Video Input (To be added)
422/485 Terminating Resistance Option S/W
SD Card – Data Backup (alarm, logging, recipe, etc.) – Project Data Storage (image, upload project and etc.)

Video Input (Multimedia type)
Audio Input (Multimedia type)
Video Output (Multimedia type) – RGB Output
CF Card – Data Backup (alarm, logging, recipe and etc.) – Project Data Storage (image, upload project and
etc.)
CF/SD Safety Removal S/W

(b) Presence sensor is placed at the front upper side so as to control backlight power source as it detects the presence. This enables the user to turn on/off backlight either by touch or as it detects a movement of human body or not, and thereby contribute to energy saving. In addition, one each channel of USB Host and Device is placed at the front side so that the user can access with ease. That is, USB device is provided in such a method of basic communication connection with PC so that the user can easily download the project through XP-Builder. Furthermore USB HOST 1 Channel located at the front side allows the user to insert and remove the storage media with ease.

1-3

Chapter 1. General Introduction

PIR sensor – Detects human movement

USB DEVICE – Project download through XP-Builder
USB HOST – Data backup (alarm, logging, recipe and etc.) – Project data storage (image, upload project and etc.) – Mouse, keyboard and printer

(c) Various communication connectors are placed at the lower side so that it can be connected in a variety of types with the control device such as PLC, inverter, etc. With two channels of USB HOST attached, it provides total 3 USB Hosts including one channel at front side. This enables the user to diversely connect USB-based peripheral device that uses mouse, key board, printer, etc. as well as for the purpose of backup.
· Through RS-232C, RS-422/485, Ethernet (10Base-T /100Base-TX) communication, it can be connected with control device.

USB HOST – Data Backup (Alarm, Logging, Recipe, etc.) – Project data storage (image, upload project, etc.) – Mouse, keyboard and printer

Ethernet – Project download through XP-Builder – Control device that can be communicated such as PLC – Connected with fieldbus and open network

RS-232C – Control device that can be communicated such as PLC

RS-422/485 – Control device that can be communicated
such as PLC

Audio output – Connected with external speaker

(2) Based on Windows CE
(a) Adoption of Microsoft Company’s Windows CE · Windows CE 6.0
(b) Advantage · It provides stable software capacity by using Microsoft Company’s platform. · It can process diverse function simultaneously. · It provides diverse interface including Ethernet, USB and CF/SD card. · The user interface including mouse and keyboard can be connected. · It has high flexibility like computer software. · Fast reaction is available when adding new equipment. · Wide data sharing and management with upper system is available. (Later)

1-4

(3) Improvement of project transmission time
(a) It provides Ethernet which is faster than RS-232C.
Download

Chapter 1. General Introduction

Upload (b) It provides the transmission function from USB storage device.
Data change

(4) High quality screen
(a) It provides the high quality screen and clearness by high quality LCD. · It adopts TFT LCD which supports the 24-bit Color.
(b) It provides diverse graphic type. · It is available to express precisely and actually. · It provides the simple moving function with GIF support.
(5) Analog touch Panel
(a) It adopts analog (resistor film method) Touch Panel. · Visibility is improved without the grids.
(b) It provides high touch resolution. · It can control Touch Panel precisely.

1-5

Chapter 1. General Introduction
(6) Multilingual and diverse font
(a) It supports the multilingual function. · It transmits the Windows/User font used in computer to XGT Panel. · Additional language development is not necessary. · Multilingual language is an advantage of Windows CE.
(b) It can express four kinds of language simultaneously. · It can express 8 kinds of language simultaneously. · Language switching is available by using special switch during operation.
(c) It can provide the various fonts. · Various expressions are available by using the Windows/User font. · Font size and type can be adjusted freely.
(7) Advanced function
(a) Alarm function · The History alarm can be classified alarm group and alarm list and selected alarm can be expressed by alarm search. · The Flow alarm indicates current or the latest alarm at the bottom of screen. · The System alarm indicates the important problems from operation. · It provides 256Kbyte areas for backup.
(b) Logging function · It provides conditional logging according to device condition and continuous periodic logging which operates periodically according to time and device status. · It provides 512Kbyte areas for backup. · Backup into CF/SD card or USB storage device is available. · Backup data’s type is stored in Excel, it is easy to use.
(c) Recipe function · It provides READ/WRITE function. · It provides 128Kbyte areas for backups. [General recipe: 255 (255 blocks and set up to 10,000 double word for each one of them), File recipe: 5000] · Backup into the CF/SD card or USB storage device is available. · Backup data’s type is stored in Excel, it is easy to use.
(d) Scheduler function · It can be set up to Max. 32.
(e) Print function · It provides a Screen/Alarm print function. · It can be printed by USB printer.
(f) Script function · It provides more flexible function by user Script. · It can be diversely applied to such as including Global/Object/Screen indication and so on.
(g) Providing sound output function · It basically provides audio output function in all the types. · It allows connecting with amp built-in external speaker. With the sound function set, it enables to output a variety of WAV files.
1-6

Chapter 1. General Introduction
(h) Providing video input function (Multimedia type only) · Analog camera allowing input of signals such as NTSC, PAL, SECAM, etc. can be connected using coaxial cable. · It provides preview function that allows watching video input data, and record/play functions as well. · It provides the function that stores video input data for maximum 120 seconds and then play it using a specific trigger.
(i) Providing sound input function. (Multimedia type only) · Sound source can be input through MIC/Line-IN, which can be selected by S/W. · Sound input data is stored together when recording the video. · It provides an optional function of outputting the sound input data to the speaker.
(j) Providing video output function. (Multimedia type only) · It provides the function of outputting HMI screen to PC in HMI resolution by connecting it to the PC using RGB cable.
(8) Stable product suitable for international standards (a) CE, KC standard acquisition
(b) UL(cUL) standard acquisition

1.3 Terminology

It describes terms used in this manual.

Term Module

Definition

Remarks

A standard element that has a specified function which configures the system. Devices such as I/O board, which inserted onto the mother board or base unit.

Ex.) CPU module Power module, I/O module

Unit

A single module or group of modules that perform an independent operation as a part of PLC system.

Ex.) Basic unit, Extension unit

PLC system

System consisted of PLC and peripheral device which can be controlled by user program.

–

XP-Builder

Software used to write and edit the project.

–

XP-Manager

It is the software for edition, download, monitoring to realize data communication between XGT Panels through XP Link with online control function.

XP-Remote

Software used to remote monitor and control the XGT Panel

Cnet module

Computer Link

–

FEnet module

Fast Ethernet Network

–

RTC

Abbreviation of `Real Time Clock’. It is used to call general IC that contains clock function.

–

1-7

Chapter 2 System Configuration
Chapter 2 System Configuration
Characteristic of each iXP series and its system configuration are as follow;
2.1 Part Names
2.1.1. iXP70 (80/90)-TTA /AC (DC)
1 2
6 3 4 5

18 17 16
15 14
13

7

8

9

10 11

12

19

20

21

22 23

24

2-1

Chapter 2 System Configuration

No

Name

Description

1 PIR sensor 2 Front Part 3 Power status LED 4 USB Device
5 USB Interface
23
6 Panel Mounting Part

Sensor that detects human movement

1. Analog Touch Panel: Input by user’s touch 2) LCD: Screen indication
   Indicating the state of device (On: Green)
2. Logging/Recipe/Screen Data Backup 2) Send project data and XP-Run time 3) Receive back data and project file
   Composed of three ports (Front side 1 port, Lower end 2 ports) 1) USB Memory Connection: Backup of data such as alarm/logging/recipe
   and storage of screen data 2) USB Memory Connection: Send/Receive project data, Send XP-Runtime 3) User’s Interface Connection: Using mouse/keyboard 4) Printer connection: Printing function
   Fixing XGT Panel on the panel using bracket

7 Power Terminal Cover Prevention from electric shock

8 VM Module

4 channels Video Input Optional board to be developed later

9 Reset Switch

Hardware Reset Switch

10

RS-422/485 Terminating RS-422/485 Terminating Resistance On/Off See Communication Instruction

Resistance Switch

Manual 2.5.1 Switch

11 Extended Interface

Communication, I/O Option Module 3 Units Mounted Optional board to be developed later

12 CF HOT SWAP Switch CF Card Safety Removal Switch

13 SD HOT SWAP switch SD Card Safety Removal Switch

14 CF Card Interface 15 SD Card Interface

1. Backup of data such as alarm/logging/recipe and storage of screen data
2. Send/Receive project data, Send XP-Runtime
3. Backup of data such as alarm/logging/recipe and storage of screen data
4. Send/Receive project data, Send XP-Runtime 3) Window CE OS Update Function (Can be used with DIP S/W set)

16 Video Output

1 channel Video Output(RGB Output) Multimedia type only

17 Audio Input 18 Video Input 19 Audio Output

1 channel Audio Input(MIC/LINE-IN) Multimedia type only
1 channel Video Input (NTSC/PAL/SECAM supported) Multimedia type only
1 channel Audio Output

20 RS-422/485 Connector RS-422/485: PLC or Control Device Communication

21 RS-232C Connector

RS-232C: PLC or Control Device Communication

2-2

Chapter 2 System Configuration

No

Name

22 Ethernet Terminal

24 Power Terminal

Description
Ethernet: 10Base-T / 100Base-TX 1) Send Project Data 2) Receive backup data and project file 3) Send XP-Runtime 4) PLC/Control Device Communication
Composed of Power Input and FG Terminal

Note (1) For further details on connection of communication, please refer to Communication Instruction Manual. (2) For further details on installation, please refer to the Chapter 10.
When you unpack the produce box to use XGT Panel, you can find prevention switch mounting on the device setting switch that prevents battery discharge. Device setting switch consists of 6 switches. Of them, 3rd switch has battery discharge preventing function. With this prevention switch upward to A, it starts operating backup function.

Device setting switch is made up of followings;

No.3 Switch (BACK UP BATTERY On) to be located toward A

Pin Number No.1 No.2
No.3
No.4
No.5
No.6

Configuration
A Config. B Config. A Config. B Config. A Config. B Config. A Config. B Config. A Config. B Config.

Function
Reserved
NAND FLASH is used for booting (default) NAND FLASH is not used for booting BACK UP BATTERY On BACK UP BATTERY Off (default) Watchdog function On (default) Watchdog function Off SD Card is used for booting SD Card is not used for booting (default) USB, UART is used for booting USB, UART is not used for booting (default)

2-3

Chapter 2 System Configuration

Be sure not to flip switches Nos. 2, 5, and 6 toward A at the same time. Normally it is recommended to set switch No.2 toward A. If you boot it with switches Nos. 2, 5, and 6 to A at the same time, it may cause malfunction of booting sequence resulting in white screen and abnormal booting.

2.2 System Configuration

(1) PC and its Construction

In order to use XGT Panel, it is necessary for XP-Builder to prepare project data and transmit it to XGT Panel. Normally you can connect with XGT Panel using USB 2.0 Device. Maximum Communication speed is 480Mbps.

iXP Series

PC

USB Device

USB Cable

USB Host 2.0

With Ethernet in use, you can transfer project data more quickly. With LAN environment built in the following configuration, you may use it more easily and effectively.

iXP Series

PC

Ethernet hub
1:1 connection will be supported just in case LAN environment is not built. (However, LAN cable made of cross cable is required.) PC
iXP Series

10Base-T/100Base-TX

Ethernet Cable (direct connection) 10Base-T/100Base-TX

2-4

Chapter 2 System Configuration
If it is impossible to transfer project data using Communication, you can use USB storage device, SD memory Card, and CF memory Card. For how to use in details, please see the Chapter 7 and XP-Builder User’s Manual.
PC iXP Series

Used for update and backup

Used for saving update file and backup data

USB memory SD card CF card

USB memory SD card CF card

(2) PLC and its Construction With RS-232C cable in use, you can connect it up to 15m in a direction 1:1 connection.

iXP Series

PLC

RS-232C

RS-232C cable (Max. 15m)

RS-232C

With RS-232C to RS-422/485 Converter in use, you can connect it in extended length. But, it doesn’t support 1: N connection.

iXP Series

PLC

RS-422/485 cable (Max. 500m)

RS-232C
RS-232C to RS-422/485 converter Converter

RS-232C
RS-232C to RS-422/485 convCeortnevrerter

2-5

Chapter 2 System Configuration

With RS-232C wireless converter in use, it enables communication between XGT Panel and control device

iXP Series

PLC

RS-232C

RS-232C WWirierelelesssccoonnvveertreterr

RS-232C RS-232C WWireirleelsessscocnovnevretretrer

With RS-422/485 cable in use, it enables connections such as 1:1, 1: N, N: 1 and N: M up to 500m.

iXP Series

PLC

RS-422/485 iXP Series

RS-422/485 cable (Max. 500m)

RS-422/485 PLC

RS-422/485 RS-422/485 cable (Max. 500m)

RS-422/485

2-6

Chapter 2 System Configuration

With N: 1 and N: M in connection, it enables connection in a RS-485 method.

iXP Series

PLC

RS-485 iXP Series

RS-485 cable (Max. 500m)

RS-485

PLC

RS-485

RS-485 cable (Max. 500m)

RS-485

It enables communication configuration using LAN through Ethernet switch hub and communication configuration using a direct cable.

iXP Series

PLC

iXP Series

Ethernet hub PLC

10Base-T/100Base-TX

Ethernet direct cable

10Base-T/100Base-TX

2-7

Chapter 2 System Configuration

With LAN in use, it enables to connect multiple numbers of XGT Panels with the control device. It also enables remote control from PC and operation through a data server.

iXP Series

PLC

PC

iXP Series

Ethernet hub

(3) Multimedia function

Through Video Input/Output, Audio Input/Output functions, it provides multimedia functions such as remote monitoring, screen data indication, sound effects, etc (But, the function except Audio Output can be supported by multimedia-type only)

iXP Series

CCD Camera Video Input*

Audio Input*

Mike

Audio Output

Speaker

Video Output*

Monitor

*Support only for Multimedia type
Note (1) For how to make Ethernet cable, please see the Communication User’s Manual. (2) For how to transfer project, please see XP-Builder User’s Manual.

2-8

Chapter 3. Standard Specification

Chapter 3. Standard Specification
3.1 General Standards

iXP Series general standard is as follows.

No. Category

Ambient

1

operating

temperature

2

Storage temperature

3

Operating humidity

4

Storage humidity

Standard 0+50 -20+60 1085%RH, non-condensing. 1085%RH, non-condensing. Occasional vibration

Related standard –

–

–

–

count

–

Frequency

Acceleration

Amplitude

5

Vibration resistance

5 f < 9

–

9 f 150

9.8

Continuous vibration

Frequency

Acceleration

3.5 mm –
Amplitude

10 times each in X, Y and Z direction

IEC 61131-2

5 f < 9

–

1.75 mm

9 f 150

4.9

–

• Maximum shock acceleration: 147 (15G)

6

Shock endurance

• Duration time: 11

• Pulse wave: half sine pulse (3 times each in X, Y and Z directions)

IEC 61131-2

Square wave Impulse noise

AC: ±1,500V DC: ±1,000V

LSIS Standard

Electrostatic discharge Immunity

±6 kV (Discharge by contact) ±8kV (Air discharge)

IEC 61131-2 IEC 61000-4-2

7

Noise Immunity

Radiated electromagnetic

field noise

Fast transient & Burst noise

Category Voltage

80 ~ 1000 MHz, 10 V/m

Power module 2 kV

Communication interface
1 kV

IEC 61131-2 IEC 61000-4-3
IEC 61131-2 IEC 61000-4-4

8 Environment

Free from corrosive gases and excessive dust

–

9

Operating height

Up to 2,000m (6,562 ft)

–

10 Pollution degree

2 or less

–

11 Cooling method

Self-cooling

–

3-1

Chapter 3. Standard Specification
Remark (1) IEC(International Electro technical Commission)
: International private group facilitating international cooperation of electric/electronic standardization, issuing international standards and operating the compliance evaluation systems.
(2) Pollution degree : As an index representing the pollution degree of an environment to determine the insulation of a device, pollution degree 2 generally means the status generating non-conductive contamination. However, it also contains the status generating temporarily conduction due to condensation.

3.2 Function Standards

iXP Series function standard is as follows.

(1) DC type Item
Display type

iXP70-TTA/DC

iXP80-TTA/DC TFT LCD

iXP90-TTA/DC

Screen size Display Resolution

26.4cm (10.4″) 800 x 600 pixel (SVGA)

30.7cm (12.1″) 800 x 600 pixel (SVGA)

38.1cm (15″) 1,024 x 768 pixel (XGA)

Color indication Indication degree
Backlight

16-bit and 24-bit Color (default: 16-bit Color)

Left/Right: 80 deg. Upper: 60 deg. Lower: 80 deg.

Left/Right: 80 deg. Upper: 60 deg. Lower: 80 deg.

Left/Right: 80 deg. Upper: 60 deg. Lower: 80 deg.

LED Type

Backlight duration

60,000 hours

Brightness Touch panel

700cd/

550cd/ 4 ­ Line type, analog

800cd/

Sound Output

Magnetic buzzer (85dB)

Memor y

Audio Output

1 channel, stereo audio output

Process

ARM Cortex-A8 Core (32bit RISC), 1GHz

Flash Operating RAM Backup RAM

1GB(display 128MB) 512MB 1MB

Backup data

Date/Hour data, Logging/Alarm/Recipe data and nonvolatile device

Battery duration

Approx. 3 years (Operating ambient temperature of 25)

Ethernet

1 channel, IEEE802.1a, 10Base-T/100Base-TX

USB Host RS-232C

3 channels, USB 2.0 host (mouse, keyboard, printer and USB memory driver is available) 1 channel, USB 2.0 slave (for download and upload project file)
1 channel

3-2

Chapter 3. Standard Specification

Item RS-422/485

iXP70-TTA/DC

iXP80-TTA/DC 1 channel,RS-422/485 mode

iXP90-TTA/DC

CF Card

1 Slot (Compact Flash)

SD Card
Human sensor
Audio output Audio input Video output Video input

1 Slot (SDHC) Detection range: side 1-1.5m, front 40-50cm Angle: high/low 100°, left/right 140° (detecting 5-20 micron infrared light)
LINE-OUT 1 channel 1 channel audio input (MIC/LINE-IN) support only for multimedia type 1 channel video output (RGB output) support only for multimedia type 1 channel video input (NTSC/PAL/SECAM) support only for multimedia type

Expansion module VM module

For communication and I/O option module (available later) 4 channels video input (available later)

Multi-language

Up to 8 language simultaneously

Animation

GIF format is available

Recipe

available

Data logging

available

Script executor

available

Certifications

CE, UL(cUL), KC

Protection standard Dimension (mm) Panel cut (mm)

270.5 x 212.5 x 60.0 259.0 x 201.0

IP65 313.0 x 239.0 x 56.0
301.5 x 227.5

395.0 x 294.0 x 60.0 383.5 x 282.5

Rated voltage

DC12/24V

Power consumption (W)

42

42

42

Weight(Kg)

2.2

2.4

3.9

(2) AC type Item
Display type Screen size Display Resolution Color indication
Indication degree
Backlight Backlight duration
Brightness

iXP70-TTA/AC

iXP80-TTA/AC

iXP90-TTA/AC

TFT LCD

26.4cm (10.4″)

30.7 (12.1″)

38.1(15″)

800 x 600 pixel (SVGA)

800 x 600 pixel (SVGA)

1,024 x 768 pixel (XGA)

16-bit and 24-bit Color (default: 16-bit Color)

Left/Right: 80 deg.

Left/Right: 80 deg.

Left/Right: 80 deg.

Upper: 60 deg.

Upper: 60 deg.

Upper: 60 deg.

Lower: 80 deg.

Lower: 80 deg.

Lower: 80 deg.

LED Type (replaceable)

700cd/

60,000 hours 550cd/

800cd/

3-3

Chapter 3. Standard Specification

Item

iXP70-TTA/AC

iXP80-TTA/AC

iXP90-TTA/AC

Memory

Touch panel Sound Output Audio Output
Process Flash
Operating RAM Backup RAM Backup data Battery duration

4 ­ Line type, analog Magnetic buzzer (85dB) 1 channel, stereo audio output ARM Cortex-A8 Core (32bit RISC), 1GHz
1GB(display 128MB) 512MB 1MB
Date/Hour data, Logging/Alarm/Recipe data and nonvolatile device Approx. 3 years (Operating ambient temperature of 25)

Ethernet USB Host RS-232C

1 channel, IEEE802.1a, 10Base-T/100Base-TX 3 channels, USB 2.0 host (mouse, keyboard, printer and USB memory driver is available) 1 channel, USB 2.0 slave (for download and upload project file)
1 channel

RS-422/485

1 channel,RS-422/485 mode

CF Card

1 Slot (Compact Flash)

SD Card

1 Slot (SDHC)

Human sensor

Detection range: side 1-1.5m, front 40-50cm Angle: high/low 100°, left/right 140° (detecting 5-20 micron infrared light)

Audio output

LINE-OUT 1 channel

Audio input

1 channel audio input (MIC/LINE-IN) support only for multimedia type

Video output

1 channel video output (RGB output) support only for multimedia type

Video input

1 channel video input (NTSC/PAL/SECAM) support only for multimedia type

Expansion module

For communication and I/O option module (available later)

VM module

4 channels video input (available later)

Multi-language

Up to 8 language simultaneously

Animation

GIF format is available

Recipe

available

Data logging

available

Script executor

available

Certifications

CE, UL(cUL), KC

Protection standard

IP65

Dimension (mm) Panel cut (mm)

270.5 x 212.5 x 60.0 259.0 x 201.0

313.0 x 239.0 x 56.0 301.5 x 227.5

395.0 x 294.0 x 60.0 383.5 x 282.5

Rated voltage

AC 100-240V

Power consumption (W)

42

42

42

Weight(Kg)

2.2

2.4

3.9

3-4

Chapter 3. Standard Specification
Note (1) Caution in power connection
: With AC power applied to DC power device, it may cause product damage or fire. Please pay a special attention to connection.
(2) FG Connection : For the device FG, please use FG terminal in the Chapter 2.1, which is FG terminal for extended FG card.
(3) Battery discharge-preventing tape and DIP switch : Tape is attached to prevent battery discharge. To use backup function, please remove the tape and turn on DIP switch No. 3.
(4) Battery Operation and Life : Battery is used for backup data maintenance and RTC (date/time) when the power of device is off. It is used only when power is Off. Battery is not consumed with power applied. If battery is discharged, Super-Cap is used for 8 days for backup data maintenance and RTC (date/time) with power off
(5) LCD Backlight Replacement : Please replace LCD if you want to replace LCD backlight.
(6) Caution in Audio Output : Unamplified speaker without the volume adjustment function such as earphone, headset, etc. may make a small sound output through LINE-OUT.
3-5

Chapter 4. System Configuration
Chapter 4. System Configuration
It describes the system configuration including XGT Panel’s time setting, Ethernet connection setting, and connection with PC and backlight. If you press [Settings] button in XGT Panel’s basic screen, you can set XGT Panel’s environment as follows.
Main screen
System Configuration screen 4-1

Chapter 4. System Configuration
4.1 Touch Calibration
When the location is not recognized in XGT Panel, Touch’s scale can be adjusted in XGT Panel. If you press [Touch Calibration] button in System Configuration, the setting screen shows up. If you press five `+’ marks, XGT Panel’s touch location adjustment is completed.
If you press two points simultaneously while [Allow Multi-touch] is selected, XGT Panel recognizes as if middle point between two points is selected. If you press two points simultaneously while [Allow Multi-touch] is not selected, XGT Panel recognizes as if any point is not selected.
Remark (1) XGT Panel’s Touch Calibration setting is basically set. If Touch location is way off, adjusting menu with touch can be hard
through touch. In that case, You can select the Touch Calibration setting menu by USB mouse or simply touch 5 times at the empty space on the main screen. (2) When touch location changes in using, redo touch setting. (3) If you don’t allow Multi-touch, sensitivity is lower than when allowing Multi-touch. 4-2

Chapter 4. System Configuration
4.2 Backlight Setting
If you press [Backlight Setting] button in [System Configuration] screen as follows, setting screen shows up.

[Dialog box explanation] Name Brightness Do not turn off backlight Turn off backlight after idle time Turn off ~ minutes
PIR sensor sensitivity

Explanation
It may adjust brightness of backlight. It doesn’t turn off backlight power. It automatically turns off backlight if not in touch for a certain period of time. It turns off backlight after a designated time (unit of minute).
Set the sensitivity level for the PIR (Passive Infrared) sensor. The lower the value, the quicker the backlight will turn on. When set to the lowest value, the
backlight will turn on immediately when the screen is touched.

4-3

Chapter 4. System Configuration 4.2.1 PIR sensor
The XGT Panel’s backlight is activated by detecting movement around the XGT Panel. If you approach the XGT Panel when the display is off, movement around the XGT Panel from the left, right or front, is detected and turns on the backlight. (1) The XGT Panel has a detection range of 1-1.5m from both sides.
(2) The XGT Panel has a detection range of 40-50cm from the front.
Remark The detection distance may vary depending on temperature and location. 4-4

Chapter 4. System Configuration
4.3 Date Time Setting
If you press [DateTime Setting] button in [System Configuration] as follows, you can set XGT Panel’s data and time.
Remark You can set data/time at device information of communication dialog at the XP-Builder. For details, please refer to the XP-Builder’s manual.
4-5

Chapter 4. System Configuration
4.4 Ethernet Setting
If you press [Ethernet Setting] button in [System Configuration] screen as follows, you can change IP to use Ethernet.

You can change IP address by pressing [Set] button of each IP address, Subnet Mask and Gateway. By pressing OK button, changed IP information is reserved.

Remark We recommend the following method, when connecting with PC solely.

1. XGT Panel setting – IP Address : 192.168.0.10 – Subnet Mask: 255.255.255.0 – Gateway : 192.168.0.1

2. PC setting – IP Address : 192.168.0.11 – Subnet Mask: 255.255.255.0 – Gateway : 192.168.0.1

If you reboot after pressing [Disable] button, the device will not use Ethernet. In this case, booting speed gets faster. If you use Ethernet again, reboot after pressing [Enable].

4-6

Chapter 4. System Configuration
4.5 Environment Setting
If you press [Environment Setting] button in [System Configuration] screen as follows, you can set Auto Goto Screen’ andBuzzer On/Off’.

Name Auto Goto Screen
Quick Start

Explanation When setting [Auto Goto Screen], XGT Panel is rebooted. Or when downloading the edit data is completed, the screen automatically shows up. If you cancel this setting, the user should press `Start’ button in order to move to the screen.
When starting screen, screen shows promptly without showing progress bar because it doesn’t caching the image in advance. However, if you select this option, first screen shows slowly. Especially, if there are many animation objects in screen, it may take several seconds based on image. But fast screen switching is available since second screen switching.
4-7

Chapter 4. System Configuration

Hide Mouse Cursor Buzzer On Disable Menu Bar
Set Background Image

Mouse cursor doesn’t show after screen switching You can set whether you use buzzer through [Buzzer On/Off] button. The menu bar basically provided to go out from monitoring screen to the waiting screen doesn’t show. In this case, if you want to go out to the waiting screen, you have to use the special switch to close the monitoring screen. If you select the image through [Set Background Image], background image of waiting screen is set as the selected image. If you want to cancel, press [Delete Background Image] [Background Image Selection Screen]

Clear Data
Buzzer Test Reset USB Power Enable Arabic Fonts Always Show Title Window RS- 232C 5V Power Supply

[Use boot image] With an option selected, you cannot use it unless it is the image of different resolution from that of XGT Panel or 32-bit image. All files downloaded by the user are deleted. If connection password is set, you have to input the password. This password is connection password needed for project download, etc. You can set that password in [Communication] [XGT Panel Information] [Password] tap. The deleted files are user project file, web server, VNC start module, option card driver, RAPIEnet communication setting data, XP-manager setting data and etc. Setting through Environment Setting menu of device is not initialized. It may test the buzzer. When XGT Panel starts, USB power state is converted from Off to On initializing the connected device. It enables the language indicated from right to left directions. It indicates title bar on pop up window. With title bar of pop up window selected, it may move the location. When the monitor starts with XGT Panel button [Start] pushed, it outputs 5V power using No. 9 pin of RS-232C Port. When turning off XGT Panel monitor and returning to menu screen again, it stops power output.

Note Buzzer can make settings in information on device tab of communication dialog box in the XP-Builder. Please refer to the XP-Builder’s manual.

4-8

4.6 Sound Setting
It may adjust XGT Panel sound volume.

Chapter 4. System Configuration

[Dialog box Explanation] Name Sound volume Input source
Line-in/MIC bypass to speaker [Sound Setting Screen] Explanation It may adjust sound output volume. It designates the sound input type in Line-in or microphone. This function is supported in multimedia type XGT Panel only. It transmits input sound (microphone, etc.) to the connected speaker. This function is supported in multimedia type XGT Panel only.

Note In case of microphone with power not applied like ear microphone, it has no sound input function. Unamplified speaker without volume adjustment function such as earphone, headset, etc. may make a small sound output through LINE-OUT

4-9

Chapter 4. System Configuration
4.7 XP-Remote Setting
Settings of XP-Remote that can remotely adjust XGT Panel can be changed.

[Explanation of dialog box] Name Allow XP-Remote to connect Max. of XP-Remote connections Timeout value [XP-Remote Setting Screen] Explanation It allows connecting remote XP-Remote. It designates the maximum number of XP-Remote connected with XGT Panel. It stops communication when there is no request of communication from XP-Remote within the designated time. In case XP-Remote is entitled to manipulation, it withdraws the right to manipulation (10 seconds ~ 300 seconds)

Note For the function of XP-Remote in detail, please refer to XP-Remote user’s manual.

4-10

4.8 Buzzer Setting
It may adjust volume and height of XGT Panel Buzzer.

Chapter 4. System Configuration

[Explanation of dialog box] Name Buzzer On/Off Buzzer volume Buzzer tone [Buzzer Settings Screen] Explanation It may turn on or off the buzzer that occurs when in touch mode It may adjust the volume of Buzzer It may adjust the height of Buzzer.

4-11

Chapter 5. Diagnostics
Chapter 5. Diagnostics
It describes the diagnosis function for XGT Panel’s communication terminal, screen and touch function. If you press [Diagnostics] button on the XGT Panel’s basic screen, the menu for diagnosis shows up.
Main Screen
Environment setting screen 5-1

Chapter 5. Diagnostics
5.1 Screen Diagnosis
If you press [Screen] button, screens continuously change into diverse color with buzzer. For XP30-BTA/DC product, screen changes into 8 steps’ light. After all screen for diagnosis pass. Then, Close button shows up with white ground.
If you press Close button, the initial screen shows up.
Diagnosis screen
Screen diagnosis Display
RED > GREEN > BLUE > BLACK > WHITE>GRAPH Sequence 5-2

Chapter 5. Diagnostics
5.2 Touch Diagnosis
If you touch the screen, the touched location is displayed as follows. If pressing the [OK] button, you can quit the screen.
Touch diagnosis If the touched location is not correct, reset the Touch setting. For detailed information, please refer to the Chapter 4. System Configuration.
5-3

Chapter 5. Diagnostics
5.3 Backup Memory Diagnosis
If you press [Backup Memory] button, you can see the result of diagnosis in the result windows.
Completion of Backup Memory diagnosis Remark (1) If NVRAM Data Access … Fail’ error is occurred, please contact with customer service center. (2) If BATTERY STATUS … BAD’ error is occurred, battery should be changed. Please contact with Customer service
center.
5-4

Chapter 5. Diagnostics
5.4 Flash Memory Diagnosis Function
If you press [NOR Flash] button, you can see the result of diagnosis in the result widows.
Completion of Flash Memory diagnosis Remark If `Read Disk Information Error!’ occurs, please contact with Customer service center.
5-5

Chapter 5. Diagnostics
5.5 CF Card Diagnosis
If you press [CF Card] button, the result of diagnosis shows up in the result windows.
Completion of CF Card diagnosis Remark If `Read Disk Information Error!’ occurs, please contact with Customer service center.
5-6

Chapter 5. Diagnostics
5.6 Serial Communication Diagnosis
If you press [Serial] button, you can diagnose Serial ports which is equipped at XGT Panel. (In case of diagnosis purpose, you have to connect the loop-back terminal at each port.)
Serial port selection Completion of serial port diagnosis
5-7

Chapter 5. Diagnostics
The RS-232C port terminal should be made as follows

(Connect the No.2 and 3 pin)
The RS-422/485 port terminal should be made as follows.
1 23 45 6

Pin 1 2 3 4 5 6

(Connect the TX+ with RX+ and TX- with RX-)

Name TX+ TXRX+ RXSG FG

Function Transferring data Transferring data Receiving data Receiving data Signal Ground Frame Ground

5-8

Chapter 5. Diagnostics
5.7 SD Card Diagnosis
If you press [SD Card] button, the result of diagnosis shows up in the result windows.
Completion of SD Card diagnosis Remark If `Read Disk Information Error!’ occurs, please contact with Customer service center.
5-9

Chapter 5. Diagnostics
5.8 USB Memory Diagnosis
If you press [USB Memory] button, the result of diagnosis shows up in the result windows.
Completion of USB Memory diagnosis Remark If `Read Disk Information Error!’ occurs, please contact with Customer service center.
5-10

Ch.6 Viewing Information of PLC Connection Status
Chapter 6 Viewing Information of PLC Connection Status
PLC Information, it shows XGT Panel configuration, PLC CPU status and various records.
Remark You can check the status of PLC connection after project data is transmitted into XGT Panel.
6-1

Ch.6 Viewing Information of PLC Connection Status
6.1 PLC Communication Configuration Settings
You can select [Settings] button to change PLC communication settings
PLC Communication Configuration setting Remark – PLC Communication Configuration setting dialog box may look different. – For further information about the settings, please refer to the PLC user manual. 6-2

Ch.6 Viewing Information of PLC Connection Status
6.2 Connection Information
You can check the setting items for the connection with PLC such as vender of PLC, target device, connection type, ip address, connection information and timeout value in the XP-Builder.
Remark Connection No. 0 to 15 connections can be made.
6-3

Ch.6 Viewing Information of PLC Connection Status
6.3 PLC Information
You can check CPU type of PLC, operation mode, state, version, and scan time.
Remark The following PLC is available for view of PLC information. – MASTER-K CPU, FEnet, Cnet – GLOFA-GM CPU, FEnet, Cnet – XGK/XGB/XGI/XGR CPU, FEnet, Cnet
6.4 History of PLC Error
You can check the PLC Error History.
Remark The following PLC is available for viewing Error History. – MASTER-K CPU doesn’t have the Error History. – GLOFA-GM CPU, FEnet, Cnet – XGK/XGB/XGI/XGR CPU, FEnet, Cnet
6-4

Ch.6 Viewing Information of PLC Connection Status
6.5 History of PLC Mode Conversion
You can check the history about our PLC’s RUN/STOP operation mode.
Remark The following PLC is available for viewing PLC operation mode conversion history. – MASTER-K CPU doesn’t have the history about operation mode conversion. – GLOFA-GM CPU, FEnet, Cnet – XGK/XGB/XGI/XGR CPU, FEnet, Cnet
6.6 History of PLC Power
You can check the history about when PLC was turned on and off
Remark The following PLC is available for viewing the history of when our PLC was turned off and on. – MASTER-K CPU doesn’t have the history about when our PLC was turned on and off. – GLOFA-GM CPU, FEnet, Cnet – XGK/XGB/XGI/XGR CPU, FEnet, Cnet
6-5

Ch.6 Viewing Information of PLC Connection Status
6.7 History of PLC System
You can check history about PLC system.
Remark The following PLC is available for viewing history about system. – MASTER-K CPU doesn’t have the history about system. – Only GLOFA-GM CPU (GM4C) has the history about system. Other CPUs don’t have the history about system. – XGK/XGB/XGI/XGR CPU, FEnet, Cnet
6-6

Ch.6 Viewing Information of PLC Connection Status
6.8 N:1 Settings
Using N:1 communication, it means communicate number of XGT Panel with single PLC.
[N:1 settings dialog box] Remark For detail information about the N:1 communication, please refer to the XP-Builder manual.
6-7

Ch.6 Viewing Information of PLC Connection Status
6.9 Program Monitor
The programs that adopt LD language of XGK and XGB series can be monitored.
Remark – Program Monitor driver can be downlaoded from XP-Manager – Only support for XGK/XGB CPU, Cnet, Enet communication – To enable the [Program Monitor] button, program monitor should be checked in which locates in the XP- Builder project
property menu.
6-8

Chapter 7 Storage Function

Chapter 7. Storage Function

7.1 General Introduction
Downloading the user project made in XP-Builder from PC, uploading the project stored in the device to PC, updating the device and etc are available through connection with XGT Panel with Serial cable or Ethernet cable generally. However, when those connections are not available, you can use CF card, USB storage equipment

1. If you touch [Storage Function], the following dialog box shows.
2. In case of downloading the project by using CF card or USB storage equipment, touch [Project Download] button. 3. In case of transmitting the project data stored in the device to CF card or USB storage equipment, touch [Project Upload] button. 4. In case of updating the XGT Panel with XGT Panel Software stored in CF card or USB Storage equipment, touch [XGT
Panel Update] 7-1

Chapter.7 Storage Function
7.2 Downloading Project through the Storage Equipment
1. If you touch [Project Download], the following dialog shows.
2. Please select the targeted external memory in “Select Source”. Following path is indicated depending on the selected external memory. – USB: USB StorageXP_Project – CF: Storage CardXP_Project – SD: SD StorageXP_Project In case of downloading the project by using storage equipment, the project should be saved in the one lower directory between those two directories.
3. Select one among directory lists and touch [OK]. 4. Touch [OK] button, then download will start.
7-2

Chapter 7. Storage Function
7.3 Uploading Project through the Storage Equipment
1. If you touch [Project Upload], the following dialog shows.
2. Please select the targeted external memory in “Select Source”. Following path is indicated depending on the selected external memory – USB: USB StorageXPBackup – CF: Storage CardXP Backup – SD: SD StorageXP_ Backup
3. If you touch [OK] button, project backup file is transmitted to the selected path. 4. The project backup file is saved when Download project backup file is selected when downloading the project.
If you don’t select, project backup file is not saved in the device and transmission to the storage equipment is not available.
7-3

Chapter.7 Storage Function
7.4 Updating the Device through Storage Equipment
1. If you touch [Project Upload], the following dialog shows.
2. Please select the targeted external memory in “Select Source”. Following path is indicated depending on the selected external memory – USB: USB StorageXPSoftware – CF: Storage CardXP Software – SD: SD StorageXP_ Software In case of updating the device by using storage equipment, the XGT Panel Software project should be saved in the one lower directory between those two directories.
3. If you touch [OK] button, the device is updated with XGT Panel Software in the designated path.
7-4

7.5 Select a USB Storage Device

Chapter 7. Storage Function

1. When multiple USB devices are connected to the XGT Panel, you must select a device for uploading, downloading, or backing up projects. You can change your selection at any point during a project.
To select a USB storage device: In the XGT Panel main menu, touch[Storage Function], then Touch [Select USB]

2. Select device from the list of connected devices – Use: The selected device is indicated with an asterisk(*). – Vendor Name: The device manufacturer – Product Name: The device name – Up/down: Move to the next or previous item – Select: Save your selection – Cancel: Exit without saving changes
7-5

Chapter.7 Storage Function
7.6 Select USB Storage Device while Monitoring a Project
1. To select a storage device while monitoring a project, on the XGT Panel, touch [Start] to open the Select USB Storage window. Select a USB device and touch [Select].
2. To select a storage device from the status bar, touch [USB]. 3. If the selected device is disconnected or if another device is connected, the Select USB Storage window
appears again.
7-6

Chapter 7. Storage Function
Remark (1) Do not remove or turn off the selected USB device while running a project. Project data may be corrupted and cause the
project to malfunction. (2) Do not erase or move the directory or folders on the USB device. Doing so may cause data to be corrupted or the project to
malfunction. (3) When removing an SD or CF storage device, turn on the safe removal switch on the back of the panel and remove the
device only after the switch lamp turns off. Failure to do so may cause the device to be unrecognized when you reconnect it. (4) When you reconnect a device, allow at least three (3) seconds to establish the connection. Failure to do so may cause the device to be unrecognized when you reconnect it. (5) When one USB device is connected, turning on the power to the panel will set the USB device as the main storage device automatically. (6) When connecting multiple devices, the first device connected is set at the main storage device automatically. However, removing devices does not change the selected storage device automatically. You must reselect the main storage device.
7-7

Chapter 8. XGT Panel S/W Update
Chapter 8 XGT Panel S/W Update
8.1 General Introduction
It describes the function for updating the XGT Panel software. Basically you can optimize XGT Panel when you download the project file in XP-Builder. Please use this function only in case of updating XGT Panel specially. New function is added to XGT software, you need to update a version of XGT Panel Please refer to the following. [Method] Select [Upgrade -> Update XGT Panel] on the XGT Panel’s main screen. Then XGT Panel becomes update mode. In order to return to the main screen, touch a screen for 3 seconds.
After downloading XGT Panel software from LSIS website, make a temporary folder and save it. Designate the folder where the software will be saved in the XP-Builder’s [XGT Panel Update] windows and update XGT Panel by [Send] menu. For more detailed information about XP-Builder, please refer to the XP- Builder user manual.
Remark Do not remove communication cable or turn off the device during updating. It may cause the abnormal operation.
8-1

Chapter 9. File Backup through External Storage Equipment
Chapter 9 File Backup through External Storage Equipment
Describes on management function about external storage equipment saving backup data of logging, recipe, and screen image (1) XGT Panel can back up the logging, recipe, and screen image data at CF card or USB storage equipment according to setting
in XP-Builder. (2) In case there is no space for backup in the designated storage equipment, it continues backup deleting previous data or stops
backup according to setting in XP-Builder (3) Monitors attachment status of backup equipment at XP-Builder. (4) In case the applicable storage device is not in use with safety removal switch of CF/SD card in operation, LED will be turned off
right away. If the applicable storage device is in use, however, LED will be turn off as its use is over. Data backup will be done regularly only when LED is turned off and the device is removed.
9.1 Path Structure in case of File Backup
Backup path structure of logging, recipe, and screen image is as follows.
Root directory of CF or USB storage equipment Logging 1 (Logging Number) YYYY.MM.BeginDay.EndDay.0 DD.BeginHour.EndHour.0 (space for one folder is full) DD.BeginHour.EndHour.1 (There is free space for one folder) DD.BeginHour. FF (There is free space for one folder) HH.BeginMinute.FF Lhhmmss0.CSV 2 (same as lower structure 1) Recipe Rhhmmss0.CSV (same as lower structure of each logging number)
ScreenImage Shhmmss0.BMP (same as lower structure of each logging number)
1. Path structure in case of logging backup 9-1

Chapter 9. File Backup through External Storage Equipment
(1) Directory named Logging’ is created under the root directory of USB/CF storage equipment (2) The directory whose name is logging number is created under Logging directory. (3) The directory whose name is year, month is created under Logging number directory. (a) Includes day directory under (b) Up to 500 day directories can be created. (c) Name of year, month directory includes the firstly created day information under its directory Ex) In case directory is created in 2010, October and includes directory since 15th under, directory’s name is : 2010.10.15.FF FF at end means the directory can save more data created in 2010, October (currently, the number of lower directory is 500 or less) (d) In case month is changed, changes directory name to day information of last created day directory. Ex) In case month becomes November from October and directory from 15th directory to 30th have been created in 2010, October directory. : 2010.10.15.30.0 (e) Though month is not changed, in case the number of day directory under year, month directory is 500 or above, directory name is changed into name including day information of last created day directory. Ex) In case the number of directory from first to 15th is 500 or above in the directory created in 2010, October. : 2010.10.01.15.0 (f) In case there is the year, month directory having same start day and end day when changing directory’s name due to over 500 day directories or change of month, last digit index number increases. Ex) In case there are three year, month directories that are having over 500 day directories created in October first and 2010 year October directory : 2010.10.01.01.0 : 2010.10.01.01.1 : 2010.10.01.01.2 (4) Day directory is created under year, month directory (a) Hour directory is created under day directory (b) Day directory can have up to 500 hour directory (c) Name of day directory includes not day information but also hour information of first created hour directory (d) Relation between day directory and hour directory is same as relation between year month directory and day directory. (5) Directory whose name includes hour information is created under day directory. (a) Hour directory includes backup file under (b) Hour directory can include up to 500 backup file (c) Name of time directory include not only hour information but also minute information of first created file under (d) Relation between hour directory and backup file is same as relation between year, month directory and day directory. (6) Name of logging backup file includes the created hour, minute, second information. (a) Backup file is created in CSV format. (b) File name start withL’ meaning logging and includes hour, minute, second, index information (c) In case backup file is created at the same time in terms of second, index information at the end of file name increases.
2. Path structure in case of recipe backup (1) Directory named Recipe’ is created under USB/CF/SD storage equipment root directory. (2) Year, month directory is created under Recipe directory (3) The lower directory structure is same as that of logging backup path structure. (4) Name of recipe backup file includes the created hour, minute, second information. (a) Backup file is created in CSV format. (b) File name start withR’ indicating recipe and includes hour, minute, second, index information.
9-2

Chapter 9. File Backup through External Storage Equipment
(c) In case backup file is created at the same time in terms of second, index information at the end of file name increases.
3. Path structure in case of screen backup (1) Directory named Screen Image’ is created under USB/CF storage equipment root directory. (2) Directory whose name is year; month is created under Screen Image directory. (3) The lower directory structure is same as that of logging. (4) Name of screen image backup file includes hour, minute, second information. (a) Backup file is created in bitmap format. (b) File name starts withS’ and includes hour, minute, second, index information. (c) In case backup file is created at the same time in terms of second, index information at the end of file name increases.
4. Structure of path at memo backup (1) Memo’ directory will be formed at the sub route directory of USB/CF/SD storage device. (2) Directory in the name of Year and Month will be formed below the Memo Directory. (3) Structure of directory thereafter is same as that of logging backup route. (4) Memo backup file has the name made of hour/minute/second when it was created. (a) Backup file is created in the type of bitmap. (b) File name starts with M’ that represents the screen image, which includes the index information of hour, minute, and
second thereafter. (c) In case backup file is created at the same time up to second, it increases the far end index information.
5. Structure of path at live image recording (1) Movie’ directory will be formed at the sub route directory of USB/CF/SD storage device (2) Recorded live image is stored below the Movie Directory. (3) Live image file has the name made of year/month/date/hour/minute/second information when it was created. (a) Backup file will be created in AVI type. H.264 and Mp3 were used for Video CODEC and Audio CODEC respectively. (b) File name starts withMOV’ that represents screen image, which includes data and hour information thereafter. (c) Live image can be stored up to the number 1,000 files. This number can be designated at the special device settings of
XP-Builder.
6. Structure of path when Blue Screen of camera image and live image is created (1) MovieStill’ directory will be formed at the sub route directory of USB/CF/SD storage device. (2) Recorded live image will be stored below MovieStill directory. (3) Blue screen image file has the name made of year/month/date/hour/minute/second information when it was created. (a) Backup file will be created in JPG type. (b) File name starts withSTL’ that represents screen image, which includes data and hour information thereafter. (c) Live image can be stored up to 1,000 files. This number can be designated at the special device settings of XP-Builder.
Remark (1) When changing device time, in case of changing current time into after time, we guarantee the normal operation. But in
case of changing current time into early time, we don’t guarantee the normal operation. In this case, you have to delete directory including the changed hour and its lower directory for normal operation. For example, if you change time from December 10th to December 5th, you have to delete year, month directory created in December 10th and restart the device (2) Sorting by project is not supported for each logging, recipe, screen image. For example, there are no.1, 2, and 3 logging groups in the project A. And in case each logging group backups the file, 1, 2, 3 directories are created and each data is saved under each directory. Then, in case file backup occurs in the project B having no.1, 2 logging group, backup file is created in same directory of project A. In this case, you have to sort the backup files of project A and B based on the created time.
9-3

Chapter 9. File Backup through External Storage Equipment
9.2 Operation setting when there is no space for backup
You can designate in the XP-Builder whether to cancel the backup or delete the oldest backup file and execute backup when there is no space in the storage equipment. [Project Property Setting -> Storage Settings -> Backup Storage -> Delete old file if disk full] 1. In case of backup, deleting the oldest data (1) In case there is no space for backup, searches the oldest year, month directory under Logging, Recipe, Screen Image. (But in case of Logging, finds under Logging number directory. That is, when executing backup about Logging number 2, in case there is no backup data in Logging number 2 directory and there is data only in logging number 1, data of logging number 1 is not searched/deleted.) (2) Searches the oldest day directory under the oldest year, month directory. (3) Searches the oldest hour directory under the oldest day directory. (4) Deletes the oldest backup file under the oldest hour directory (5) Checks the space and if more space is necessary, the above steps of (1) ~ (4) are repeated and checks the space. (6) When deleting file, in case all data in time directory are deleted, relevant hour directory is deleted. (7) When deleting hour directory, in case all hour directories in day directory are deleted, relevant hour directory is deleted. (8) When deleting day directory, in case all day directories in year, month directory are deleted, relevant year, month directory is deleted.
Remark (1) In unknown directory or file (user file or directory), searches the oldest thing among normal backup files except unknown
directory or file. (2) In case there is nothing except user data in now searched directory, backup operation fails. XGT Panel can’t delete user
data, at this point, operation stops.
9.3 Structure of path of video file and video capture files
1. Movement when file is added (1) When the name of created file is MOV_120220_121212.avi, the directory will be created as follow;
(2) When MOV_120220_200101.avi file is created again thereafter, the applicsable directory is added by subdirectories as follow until it fills 500 files.
9-4

Chapter 9. File Backup through External Storage Equipment
(3) When 500 files are filled with MOV_120330_110101.avi as its last one, the name of directory will be change as follow;
(4) When the 501st file (MOV_120330_110230.avi) is created, a new directory will be created as follow;
2. Movement when the domain is short or it exceeds the designated limit (1) In case of designating the property related with storage device for the XP- Builder project ­ At the time of setting video file and
video capture, if you check at [Delete Old File when Domain is full], it operates by deleting the oldest file when the space is short or it exceeds the limited number of directories. When you release such check, it stops operation together with error code when the space is short. (2) When the number of directories filled with 500 files becomes 100; – It deletes the oldest file in the oldest directory. When the directory gets empty, that directory is also deleted. (3) When there is no available space in the storage device; – It deletes the oldest file in the oldest directory. It requires minimum 10MB to save the live image and minimum 1MB to
save video capture file. It deletes out the oldest file one by one until such space is secured. When the directory gets empty, that directory is also deleted. 3. ActiveSync ­related movement (1) When in connection with ActiveSync When in connection with ActiveSync, it doesn’t make any specific operation. In case you deletes and move the file in the storage device with ActiveSync in connection, the applicable mode is not reflected in the motion of device. That is, deletion of file doesn’t cause update of the device of the number of video files or the value of video capture file device. (2) When out of connection with ActiveSync When out of connection with ActiveSync, it renews the list of stored video file and video capture file in the storage device again. During this time, it is impossible to start recording or replaying. Through the status device, you can confirm when the motion of file list preparation will be stopped. 4. Motion when dismounting the storage device (1) When mounting the storage device Please scan the entire video file and video capture file, prepare the list, and find out the total number. During this time, it is impossible to start recording or replaying. Through the status device, you can confirm when the motion of file list preparation will be stopped.
9-5

Chapter 9. File Backup through External Storage Equipment
9.4 Monitoring Connection Status of External Storage Equipment
XGT Panels monitors connection status about external storage equipment designated when setting backup path in XP-Builder. The following figure is backup path specified in XP-Builder.
In order to use this monitoring function, you have to set about system alarm window
9-6

Chapter 9. File Backup through External Storage Equipment
In case USB storage equipment (or CF storage equipment) is removed during operation after setting the path for saving Logging backup file as USB storage equipment (or CF storage equipment) and downloading the project into device, the designated system alarm (HS951.0) is set. In case storage equipment is equipped again, alarm is reset. In case USB storage equipment (or CF storage equipment) is removed during operation after setting the path for saving Recipe backup file as USB storage equipment (or CF storage equipment) and downloading the project into device, the designated system alarm (HS951.1) is set. In case storage equipment is equipped again, alarm is reset. In case USB storage equipment (or CF storage equipment) is removed during operation after setting the path for saving Screen Image backup file as USB storage equipment (or CF storage equipment) and downloading the project into device, the designated system alarm (HS951.2) is set. In case storage equipment is equipped again, alarm is reset. Internal address of the designated system alarm can be checked in XP-Builder as follows.
9.5 Safety Removal Switch
In order to remove the storage device, you can use safety removal switch to guarantee that data was backed up with safety LED is turned off if you remove the storage device right away without any motion of safety removal switch. If you operate safety removal switch, LED will be turned off right away if there is no backup function with storage device in current use. In that case, LED will be turned off when such work is all over, and will internally turn off the connection with the storage device. That is, when LED is turned off, you cannot backup anything in the storage device, and may not use data in the storage device such as file recipe, etc. Therefore, you need to remove and then mount the storage device again in order to operate safety removal switch and then use it again after LED is turned off. When you operate safety removal switch and re-mount the storage device, you are required to remount it at least after 5 seconds in case of SD card while 3 seconds in case of CF card. With the following function in operation, LED will not be turned off even with safety removal switch in operation. LED will be turned off with the applicable mode completed. It will not be turned off during the creation of backup data or during the Read mode in the XP-Builder. It will not be turned off during the Load mode as the image stored in XP-User Image in the storage device is use d as part image. It will not be turned off during the file recipe Write or Read mode. It will not be turned off during Backup Data Read mode in XP-Server using the XP-Link communication. It will not be turned off during the Inquiry mode of the list of backup files to be uploaded from the XP-Builder. It will not be turned off during the Load mode of sound file or image included in the Project. It will not be turned off during the Read mode of Project Backup Data with the storage device or from the XP-Builder. It will not be turned off when it downloads the project in the device using XP-Builder or storage device. It will not be turned off when it is changing the start menu image. It will not be turned off with the ladder monitor program stored in the storage device in operation.
9-7

Chapter 9. File Backup through External Storage Equipment

Function
Data Backup
Data Upload
Function-wise Data Web Server XP Link File Transfer File List Inquiry Project Upload Project Download Ladder Monitor Changing default Image Storage Device Download

Sub-classification Alarm Logging Recipe Screen Memo Video Still Shot Alarm Logging Recipe Screen Memo Video Still Shot Part Image File Recipe Edit File Recipe Transfer Webpage Create
Project Backup ­ Communication Project Backup – Storage Device Image Sound Project Backup Download Execute
Project Data

Movement Write Write Write Write Write Write Write Read Read Read Read Read Read Read Read Read/Write Read/Write Write Read Read Read Write Write Write Write Write Read Read Read

9-8

Chapter 10 Installation and Wiring

Chapter 10. Installation and Wiring

10.1 Installation
10.1.1 Installation environment
This machine has high reliability regardless environment. But for reliability and stability, be careful the followings
(1) Environment condition
(a) Install at the panel which can protect this machine from water and dust. XGT Panel is designed by IP65 Standard in front parts and IP20 Standard in rear parts.
(b) Install at the place where impact and vibration is not continuously applied. XGT Panel is designed to meet IEC standard (IEC 61131-2).
(c) Do not expose this machine to direct light. (d) Do not install at the place where rapid temperature change can occur.
Moisture by rapid temperature change can cause malfunction and damage. (e) This machine should be installed within 0 ~ 50°C, otherwise the screen may be changed or cause malfunction (f) This machine should be installed within 10~85% relative-humidity.
Moisture by rapid temperature change can cause malfunction and damage. (g) Avoid corrosive gas and burnable gas.
(2) Installation construction
(a) When doing screw’s processing or wiring construction, be careful that the remains do not enter the XGT Panel inside. (b) Install at the place where you can easily control. (c) Do not install with high voltage machine within same Panel. (d) Keep distance of more than 100mm from duct for wiring and peripheral machine. (e) Ground at the place where few noises develop.
(3) Anti-heat design of control panel
(a) In case of installing XGT Panel in the airtight panel, consider the heat by other machine as well as own heat. In case that the air circulates through a ventilating opening or a general pan, XGT Panel system can be influenced by in-draft of dust or gas.
(b) We recommend you to install a filter or to use an airtight heat exchanger.
Remark (1) Protection standard

1. Ingress Protection (IP) is based on the IEC 60529 Standard for degrees of protection provided by enclosures. It includes the degree of protection against solid objects and of protection against water ingress.
2. IP65 rating guarantees the enclosure is dust proof (6) and protected against jets of water (5). 3) IP20 rating guarantees protection from solid foreign objects of 12mm diameter and greater (2), but it does not
   guarantee protection from water ingress.

10-1

Chapter 10. Installation and Wiring