User's Guide | Mitsubishi E1032 User`s guide

MITSUBISHI ELECTRIC

MA00758A 2008-09

E1000-series

Service and Maintenance Manual

English

Service and Maintenance Manual for E1000 Operator Panels

Foreword

Foreword

This manual contains detailed information about the E1000 series operator panels, including descriptions of various actions that can be carried out in order to maintain or update the operator panel hardware and software.

The manual is intended for persons that should be able to carry out basic maintenance and replace common parts in an E1000-series operator panel.

The manual assumes that the most recent versions of the system program (firmware) and configuration tool are used.

Please see the E-Designer 7 Reference Manual (MA00759X) for a description of the configuration tool and the installation manuals for information regarding installation.

Function-based descriptions are available in the User’s Guide (MA00760).

© Mitsubishi Electric, MA00758A, 2008-09

The information in this document is subject to change without notice and is provided as available at the time of printing. The manufacturer reserves the right to change any information without updating this publication. The manufacturer assumes no responsibility for any errors that may appear in this document. All examples in this document are only intended to improve understanding of the functionality and handling of the equipment. The manufacturer cannot assume any liability if these examples are used in real applications. In view of the wide range of applications for this software, users must acquire sufficient knowledge themselves in order to ensure that it is correctly used in their specific application. Persons responsible for the application and the equipment must themselves ensure that each application is in compliance with all relevant requirements, standards and legislation in respect to configuration and safety. The manufacturer will accept no liability for any damage incurred during the installation or use of any equipment mentioned in this document.

Mitsubishi Electric, MA00758A

Contents

Contents

1 Safety Precautions ..........................................................................................5

1.1

UL and cUL Installation ..................................................................... 5

1.2

1.3

General ............................................................................................... 5

During Installation ............................................................................. 6

1.4

1.5

1.6

During Use ......................................................................................... 6

Service and Maintenance..................................................................... 6

Dismantling and Scrapping................................................................. 6

2 Introduction...................................................................................................7

2.1

General ............................................................................................... 7

2.2

2.3

2.4

Maintenance ..................................................................................... 10

Service and Repairs ........................................................................... 10

Dismantling and Scrapping............................................................... 10

3 Hardware .....................................................................................................11

3.1

General Information about Hardware ............................................... 11

3.2

Hardware Tests ................................................................................. 11

3.3

Hardware Specification ..................................................................... 12

3.3.1

Keyboard Operated Panels ................................................................ 12

3.3.2

Touch Screen Operated Panels.......................................................... 16

3.4

3.5

Approvals and Enclosure Classes ....................................................... 19

Functionality Specification................................................................ 20

3.6

Additional Hardware ........................................................................ 22

3.6.1

Memory Card ................................................................................... 22

3.7

Hardware Replacement ..................................................................... 24

3.7.1

Mode Switches.................................................................................. 24

3.7.2

Cables ............................................................................................... 25

3.7.3

Replacing the Rear Cover.................................................................. 26

3.7.4

Replacing the Display/Display Cable ................................................ 28

3.7.5

Self-test of the Display ...................................................................... 37

3.7.6

Calibrate the Touch Screen............................................................... 37

3.7.7

Replacing the Complete Front .......................................................... 38

3.7.8

Replacing the Battery ........................................................................ 40

3.7.9

Replacing the Backlight .................................................................... 42

3.7.10 Available Spare Parts ......................................................................... 44

3.8

Service Menu .................................................................................... 48

3.8.1

Network Settings .............................................................................. 48

3.8.2

Erase Project Memory....................................................................... 48

3.8.3

Load Project from Memory Card...................................................... 48

3.8.4

Enter Transfer Mode ........................................................................ 48

3.8.5

Enter Run Mode............................................................................... 48

3.8.6

Update System Program from Memory Card.................................... 48

3.8.7

Calibrate Touch Screen..................................................................... 48

3.9

Hardware Self Test............................................................................ 49


Contents

3.10

Additional Installation Tips...............................................................50

3.10.1 Grounding the Operator Panel..........................................................50

3.10.2 Ethernet Connection in the Panel .....................................................51

3.10.3 To Achieve Better EMC Protection...................................................52

3.10.4 Ambient Temperature .......................................................................53

3.10.5 Safety.................................................................................................54

3.10.6 Galvanic Isolation..............................................................................55

3.10.7 Cable and Bus Termination RS485 ...................................................56

3.11

Fault Tracing.....................................................................................57

4 Software ...................................................................................................... 59

4.1

General Information about Software .................................................59

4.1.1

Software Products..............................................................................59

4.2

Update Software................................................................................60

4.2.1

E-Designer 7 .....................................................................................60

4.2.2

Remote Access Viewer .......................................................................60

4.2.3

Image Loader.....................................................................................60

4.2.4

System Program ................................................................................61

5 Environmental Aspects ................................................................................ 63

5.1

General Environmental Aspects.........................................................63

5.2

Environmental Impact of the Operator Panels...................................63

5.2.1

Mechanical Components...................................................................63

5.2.2

Electronics.........................................................................................63

5.3

Recycling...........................................................................................64

5.4

Environmental Impact Report ...........................................................64


Safety Precautions

1 Safety Precautions

Both the installer and the owner and/or operator of the operator panel must read and understand this installation manual.

1.1 UL and cUL Installation

– This equipment is suitable for use in Class I, Division 2, Groups A, B, C and D

OR non-hazardous locations only. [Combinations of equipment in your system are subject to investigation by the local Authority Having Jurisdiction at the time of installation.]

– Maximum ambient temperature 40 °C when mounted horizontal or 50 °C when mounted vertical.

– WARNING – EXPLOSION HAZARD – Do not disconnect equipment unless power has been removed or the area is known to be non-hazardous.

– For Canada also AVERTISSEMENT – RISQUE D’EXPLOSION – AVANT

DE DECONNECTER L’EQUIPEMENT, COUPER LE COURANT OU

S’ASSURER QUE L‘EMPLACEMENT EST DESIGNE NON DANGEREUX.

– WARNING – EXPLOSION HAZARD - Substitution of components may impair suitability for Class I, Division 2.

– For Canada also AVERTISSEMENT – RISQUE D’EXPLOSION – LA SUB-

STITUTION DE COMPOSANTS PEUT RENDRE CE MATERIEL INAC-

CEPTABLE POUR LES EMPLACEMENTS DE CLASSE I, DIVISION 2.

– WARNING – EXPLOSION HAZARD – only UL and cUL approved expansion units are allowed to be connected to the port designated “EXPANSION”. At the moment there are no such units evaluated or allowed.

– WARNING – EXPLOSION HAZARD - Do not replace expansion unit unless power has been switched off or the area is known to be non-hazardous.

– This product contains battery, this must only be changed in an area known to be non-hazardous. Permitted types are shown in the section

Hardware Specification .

– For use on a flat surface of a type 4X enclosure indoor use only.

– To make wiring connections to the power supply connector, use an AWG 28-12 cable and a tightening torque of min. 0.5 Nm.

1.2 General

– Read the safety precautions carefully.

– Check the delivery for transportation damage. If damage is found, notify the supplier as soon as possible.

– Do not use the operator panel in an environment with high explosive hazards.

– The supplier is not responsible for modified, altered or reconstructed equipment.

– Use only parts and accessories manufactured according to specifications of the supplier.

– Read the installation and operating instructions carefully before installing, using or repairing the operator panel.

– Never allow fluids, metal filings or wiring debris to enter any openings in the operator panel. This may cause fire or electrical shock.

– Only qualified personnel may operate the operator panel.

– Storing the operator panel where the temperature is lower/higher than recommended in this manual can cause the LCD display liquid to congeal/become isotopic.

Mitsubishi Electric, MA00758A 5

6


– The LCD display liquid contains a powerful irritant. In case of skin contact, wash immediately with plenty of water. In case of eye contact, hold the eye open, flush with plenty of water and get medical attention.

– The figures in this manual serves an illustrative purpose. Because of the many variables associated with any particular installation, the supplier cannot assume responsibility for actual use based on the figures.

– The supplier neither guarantees that the operator panel is suitable for your particular application, nor assumes responsibility for your product design, installation or operation.

1.3 During Installation

– The operator panel is designed for stationary installation on a plane surface, where the following conditions are fulfilled:

– no high explosive risks

– no strong magnetic fields

– no direct sunlight

– no large, sudden temperature changes

– Install the product according to the accompanying installation instructions.

– Ground the product according to the accompanying installation instructions.

– Only qualified personnel may install the operator panel.

– Separate the high voltage, signal and supply cables.

– Make sure that the voltage and polarity of the power source is correct before connecting the product to the power outlet.

– Peripheral equipment must be appropriate for the application and location.

1.4 During Use

– Keep the operator panel clean.

– Emergency stop and other safety functions may not be controlled from the operator panel.

– Do not use too much force or sharp objects when touching the keys, touch screen etc.

1.5 Service and Maintenance

– Only qualified personnel should carry out repairs.

– The agreed warranty applies.

– Before carrying out any cleaning or maintenance operations, disconnect the equipment from the electrical supply.

– Clean the display and surrounding front cover with a soft cloth and mild detergent.

– Replacing the battery incorrectly may result in explosion. Only use batteries recommended by the supplier.

1.6 Dismantling and Scrapping

– The operator panel or parts thereof shall be recycled according to local regulations.

– The following components contain substances that might be hazardous to health and the environment: lithium battery, electrolytic capacitor and display.


Introduction

2 Introduction

This manual describes how to maintain E1000 series operator panels.

The functions available in the configuration tool depend on which operator panel model is used. The manual is divided into the following sections:

–


–

Introduction

–

Hardware

–

Software

–

Environmental Aspects

2.1 General

The different operator panels, key pad operated models and touch screen models, are listed in the table below:

Operator Panel

E1012

(also referred to as BEPP K10)

Description

160 x 32 pixels display with keypad

Drawings

Outline drawing

Panel cut-out

Text strip

E1022


240 x 64 pixels display with keypad Outline drawing

Panel cut-out

Text strip

E1032


240 x 64 pixels display with keypad Outline drawing

Panel cut-out

Text strip


8

Introduction

Operator Panel

E1060 and E1062


Description

5.7" display with keypad

Drawings

Outline drawing

Panel cut-out

Text strip

E1070

(also referred to as BEPP 64K)

6.5" display with keypad Outline drawing

Panel cut-out

Text strip

E1100

(also referred to as BEPP 104K)

10.4" display with keypad Outline drawing

Panel cut-out

Text strip

E1041 and E1043

(also referred to as BEPP T40)

3.5" touch screen display Outline drawing

Panel cut-out


Operator Panel

E1061 and E1063

(also referred to as BEPP T60)

Description

5.7" touch screen display

Drawings

Outline drawing

Panel cut-out

Introduction

E1071

(also referred to as BEPP 64T)


Panel cut-out

E1101



Panel cut-out

E1151


15" touch screen display Outline drawing

Panel cut-out


10

Introduction

2.2 Maintenance

Carefully read the instructions before beginning maintenance on the operator panel.

– Only qualified personnel should carry out maintenance.

– The agreed warranty and license agreements apply.

– Any damage to the operator panel caused by personnel invalidates the warranty.

– Before carrying out any cleaning or maintenance operations, disconnect the operator panel from the power supply.

– Clean the display and surrounding front cover with a soft cloth and mild detergent. Recommended cleaning fluids for the display are water and IPA (Isopropyl

Alcohol or Hexane).

– Replacing the battery incorrectly may result in explosion. Only use batteries recommended by the supplier.

– A 6-month warranty on all service parts is provided.

Maintenance personnel are permitted to carry out the following actions:

–

Replacing the Rear Cover

–

Replacing the Battery

–

Replacing the Backlight

–

Replacing the Complete Front

2.3 Service and Repairs

– Only accredited companies are permitted to perform service and repairs.

– If a non-accredited company conducts any kind of service or repair, the agreed warranty will be invalidated.

– If training is required, contact the supplier.

– All maintenance should be performed in a 15-30 °C temperature range.

– Any damage to the operator panel caused by personnel invalidates the warranty.

– Contracts with customers supersede the information in this document.

2.4 Dismantling and Scrapping

– The operator panel, or parts thereof, should be recycled according to local regulations.

– The following components contain substances that might be hazardous to health and the environment: lithium battery, electrolytic capacitor, display.


Hardware

3 Hardware

This chapter describes how to maintain the E1000 operator panel hardware. The chapter includes general information, hardware tests and certificates, technical data, a hardware replacement guide, and a fault tracing section.

3.1 General Information about Hardware

Before the operator panels are approved for market introduction, they are tested by independent authorities. The E1000 operator panels are examined by several authorities before being approved for market introduction. All operator panels are designed to fulfill CE, UL, and other standards. The quality policy and environmental policy place demands on all suppliers and subcontractors.

3.2 Hardware Tests

The manufacturer performs extensive hardware testing before an operator panel is approved. Some tests are performed by external testing companies, such as the

Swedish National Testing and Research Institute.

All operator panels are submitted to testing before leaving the manufacturer.


12

Hardware

3.3 Hardware Specification

3.3.1

Keyboard Operated Panels

The tables below presents technical data for the keyboard operated panels.

Parameter

Front panel, W x H x D

Mounting depth

Front panel seal

Rear panel seal

Keyboard material

Reverse side material

Weight

Serial port RS422/RS485

Serial port RS232C

Ethernet

Flash memory for application

Real time clock

Rechargeable real time clock battery

Power consumption at rated voltage

Display

Active area of display,

W x H

Fuse

Power supply

Ambient temperature

Storage temperature

Relative humidity

E1012 E1022

155 x 114 x 6 mm 155 x 155 x 6 mm

46.4 mm (146.4 mm including clearance)

IP 66

IP 20

Membrane switch keyboard with metal domes. Overlay film of Autotex F207 with print on reverse side.

1 million operations.

Powder-coated aluminum

0.45 kg 0.55 kg

25-pin D-sub contact, chassis-mounted female with standard locking screws 4-40 UNC.

9-pin D-sub contact, male with standard locking screws

4-40 UNC.

Connection via Ethernet is made using the Ethernet

Expansion Module, mounted on the back of the operator panel.

512 kB

±20 PPM + error because of ambient temperature and supply voltage.

Total maximum error: 1 min/month at 25 °C

Temperature coefficient: 0.004 ppm/ °C 2

MS614S (UL and cUL: SII Micro Parts LTD)

Normal: 0.1 A

Maximum: 0.3 A

FSTN-LCD 160 x 32 pixels, monocrome transmissive negative. LED backlight lifetime at the ambient temperature of

+25 °C >47.000 h

89.6 x 17.9 mm

FSTN-LCD 240 x 64 pixels, monocrome transmissive negative. LED backlight lifetime at the ambient temperature of

+25 °C >47.000 h

90.2 x 24.0 mm

Internal DC fuse 1.0 AT, 5x20 mm

+24V DC (20 - 30V DC). Power supply connector.

CE: The power supply must conform with the requirements according to IEC 60950 and IEC 61558-2-4.

UL and cUL: The power supply must conform with the requirements for class II power supplies.

0 ° to +50 °C

-20 ° to +70 °C

5 - 85 % non-condensed


Hardware

Technical Data E1032


Mounting depth

Front panel seal

Rear panel seal

Keyboard material


Weight


Serial port RS232C

202 x 187 x 6 mm

57 mm (157 mm including clearance)

IP 66

IP 20

Membrane switch keyboard with metal domes.

Overlay film of Autotex F157 with print on reverse side.



0.95 kg



4-40 UNC.

Shielded RJ 45

Host type A (USB 1.1), max output current 500 mA

12 MB (incl. fonts)

Ethernet

USB


Real time clock

Real time clock battery




CR2450 (UL and cUL: Sanyo or Panasonic)

Minimum lifetime: 3 years


Normal: 0.15 A

Maximum: 0.35 A

Display FSTN-LCD. 240 x 64 pixels, monocrome transflective.

LED backlight lifetime at the ambient temperature of

+25 °C: >35,000 h.

Active area of display, W x H 127.0 x 33.8 mm

Fuse

Power supply

Internal DC fuse, 2.0 AT, 5 x 20 mm




Ambient temperature

Storage temperature

Relative humidity

Vertical installation: 0 ° to +50 °C

Horizontal installation: 0 ° to +40 °C

-20 ° to +70 °C



14

Hardware

Technical Data

E1060 of hardware version type no

07900 or higher

E1062 E1060


Mounting depth

Front panel seal

Rear panel seal

Keyboard material

275 x 168 x 6 mm


IP 66

IP 20





1.2 kg


Weight


Serial port RS232C

Ethernet

USB



9-pin D-sub contact, male with standard locking screws 4-

40 UNC.

Shielded RJ 45


12 MB (incl. fonts)

Real time clock



Normal: 0.2 A

Maximum: 0.4 A

Display






TFT-LCD.

320 x 240 pixels,

64K colors.

TFT-LCD.

320 x 240 pixels,

16 greyscales.

Normal: 0.3 A

Maximum: 0.5 A

Transmissive color

STN-LCD.

320 x 240 pixels,

64K colors.


+25 °C: >20,000 h.

CCFL backlight lifetime at the ambient temperature of

+25 °C: >75,000 h.

Active area of display, W x H 115.2 x 86.4 mm

Fuse Internal DC fuse, 2.0 AT, 5 x 20 mm

Power supply

Ambient temperature

Storage temperature

Relative humidity






-20 ° to +70 °C



Hardware

Technical Data


Mounting depth

Front panel seal

Rear panel seal

Keyboard material


Weight


Serial port RS232C

Ethernet

USB

CF-slot


Real time clock



Display


W x H

Fuse

Power supply

Ambient temperature

Storage temperature

Relative humidity

E1070 E1100

285 x 177 x 6 mm


382 x 252 x 6 mm


IP 66

IP 20





1.4 kg 2.5 kg



4-40 UNC.

Shielded RJ 45

Host type A (USB 1.1), max output current 500mA

Device type B (USB 1.1)

Compact flash, type I and II

12 MB (incl. fonts)






Normal: 0.4 A

Maximum: 0.9 A

Normal: 0.5 A

Maximum: 1.0 A

TFT-LCD. 640 x 480 pixels,

64K color.

CCFL backlight lifetime at the ambient temperature of +25 °C: >50,000 h.

131.5 x 98.6 mm

TFT-LCD. 800 x 600 pixels,

64K color.

CCFL backlight lifetime at the ambient temperature of +25 °C: >50,000 h.

211.2 x 158.4 mm







-20 ° to +70 °C



16

Hardware

3.3.2

Touch Screen Operated Panels

The tables below presents technical data for the touch screen operated panels.

Technical Data E1041 E1043

Front panel, W x H x D 155.8 x 119 x 6 mm

Mounting depth 57 mm (157 mm including clearance)

Front panel seal

Rear panel seal

IP 66

IP 20

Touch screen material Touch screen: Polyester on glass, 1 million finger touch operations.

Overlay: Autotex F157/F207.

Reverse side material Powder-coated aluminum

Weight 0.6 kg

Serial port RS422/RS485 25-pin D-sub contact, chassis-mounted female with standard locking screws 4-40 UNC.

Serial port RS232C 9-pin D-sub contact, male with standard locking screws 4-40

UNC.

Ethernet

USB

Shielded RJ 45




Display

12 MB (incl. fonts)

Real time clock ±20 PPM + error because of ambient temperature and supply voltage.



Real time clock battery CR2450 (UL and cUL: Sanyo or Panasonic)


Normal: 0.15 A

Maximum: 0.35 A


W x H

TFT-LCD.

320 x 240 pixels, 64K colors.


+25 °C: >10,000 h.

70.1 x 52.6 mm

TFT-LCD.

320 x 240 pixels, 16 greyscales.


+25 °C: >10,000 h.

Fuse

Power supply





Ambient temperature Vertical installation: 0 ° to +50 °C


Storage temperature

Relative humidity

-20 ° to +70 °C



Hardware

Technical Data E1061 E1063

E1061 of hardware version type no 07905 or higher

E1063 of hardware version type no 07915 or higher

Front panel,

W x H x D

Mounting depth

202 x 152 x 6 mm

57 mm (157 mm including clearance) 57 mm (157 mm including clearance)

Front panel seal

Rear panel seal

IP 66

IP 20

Touch screen material Touch screen: Polyester on glass, 1 million finger touch operations.

Overlay: Autotex F157/F207.


Weight 0.9 kg

Serial port RS422/

RS485


Serial port RS232C

Ethernet

USB


Real time clock

9-pin D-sub contact, male with standard locking screws 4-40 UNC.

Shielded RJ 45


12 MB (incl. fonts)



Display

±20 PPM + error because of ambient temperature and supply voltage. Total maximum error: 1 min/month at 25 °C




Normal: 0.25 A

Maximum: 0.45 A

Transmissive color STN-LCD.

320 x 240 pixels.

64K colors

Transmissive monochrome

STN-LCD.

320 x 240 pixels

Normal: 0.2 A

Maximum: 0.4 A

TFT-LCD.

320 x 240 pixels.

64K colors.

TFT-LCD.

320 x 240 pixels.

16 greyscales.

CCFL backlight lifetime at the ambient temperature of +25 °C:

>75,000 h.

CCFL backlight lifetime at the ambient temperature of +25 °C:

>58,000 h.


+25 °C: >20,000 h.

115.2 x 86.4 mm Active area of display, W x H

Fuse

Power supply







Storage temperature -20 ° to +70 °C

Relative humidity 5 - 85 % non-condensed


18

Hardware

Technical Data E1070 E1101 E1151

Front panel, W x H x D 219 x 154 x 6 mm

Mounting depth 56 mm

(156 mm including clearance)

Front panel seal IP 66

Rear panel seal

Keyboard material/

Front panel

302 x 228 x 6 mm

58 mm


398 x 304 x 6 mm

60 mm


IP 20

Touch screen: Polyester on glass, 1 million finger touch operations.

Overlay: Autotex F157 or F207.


Weight

Serial port RS422/

RS485

1.2 kg 2.1 kg 3.7 kg


Serial port RS232C

Ethernet

USB

CF-slot


Real time clock

9-pin D-sub contact, male with standard locking screws 4-40 UNC.

Shielded RJ 45

Host type A (USB 1.1), max output current 500mA

Device type B (USB 1.1)

Compact flash, type I and II

12 MB (incl. fonts)



Display

±20 PPM + error because of ambient temperature and supply voltage. Total maximum error: 1 min/month at 25 °C




Normal: 0.4 A

Maximum: 0.9 A

Normal: 0.5 A

Maximum: 1.0 A

Normal: 1.2 A

Maximum: 1.7 A

TFT-LCD. 640 x 480 pixels, 64K color.


+25 °C: >50,000 h.

131.5 x 98.6 mm



+25 °C: >50,000 h.

211.2 x 158.4 mm



+25 °C: >35,000 h.

304.1 x 228.1 mm Active area of display,

W x H

Fuse Internal DC fuse, 3.15 AT, 5 x 20 mm

Power supply +24V DC (20 - 30V DC). Power supply connector.





Storage temperature -20 ° to +70 °C

Relative humidity 5 - 85 % non-condensed


Hardware

3.4 Approvals and Enclosure Classes

Certificate Descriptions

CE

UL, cUL

DNV

Noise tested according to

EN61000-6-3 emission and

EN61000-6-2 immunity.

(Certificate is only for operator panel E1012, E1022, E1032, E1041,

E1043, E1060, E1061, E1062 and

E1063)

Noise tested according to

EN61000-6-4 emission and

EN61000-6-2 immunity.

(Certificate is only for operator panel E1070, E1100,E1071, E1101 and E1151)

UL 1604 Class I, Div. 2 (Electrical Equipment for Use in Class I,

Division 2 Hazardous (Classified) Locations.

UL 508 (Industrial Control Equipment).

Environmental test specification for instrumentation and automation equipment: Standard for Certification No. 2.4.

Location classes: Temperature A, Humidity B, Vibration A, EMC B,

Enclosure C (panel front only).

IP 66/NEMA 4X (indoor use only), UL 50 4X (indoor use only).

Ingress protection

Back cover protection degree

IP 20.

Shock IEC 60068-2-27 (15 g, 11 ms).

Germanischer

Lloyd

Guidelines for the Performance of Type Approvals, Chapter 2, Edition

2003.

(Certificate is only for operator panel E1032, E1100, E1071, E1101 and

E1151)


Hardware

3.5 Functionality Specification

Function Specification

Network Abilities

(Ethernet/Internet)

E1032, E1041, E1043, E1060, E1061, E1062, E1063,

E1071, E1070, E1100, E1101 and E1151

E-mail (STMP client)

Web server

Remote operation

Access to controller system

Transfer of files (FTP server)

Yes Dual Drivers with Data

Exchange

Passthrough /

Transparent Mode

No Protocol Mode

Multiple Languages

Standard Windows

Fonts (Unicode)

Data Logger

Internal Variables

Historic Trends

Recipe Management

Alarm Management

Time Channels

I/O Poll Groups

Security Passwords

Message Libraries

Macros

Dynamic Objects

Report Printouts

Easy Configuration with E-Designer 7

Yes (dependent on driver)

Yes

Yes, with up to 10 languages in one project

Yes

Yes

Yes

Yes

Yes

Yes, with up to 16 alarm groups

Yes

Yes

Yes, up to 8 levels

Yes

Yes

Yes

Yes

Yes

20 Mitsubishi Electric, MA00758A

Hardware

Function Specification

Network Abilities

(Ethernet/Internet)

Recipe Management

Alarm Management

Time Channels

I/O Poll Groups

Security Passwords

Message Libraries

Macros

Dynamic Objects

Report Printouts

Easy Configuration with E-Designer 7

E1012 and E1022

Access to controller system - Connection via Ethernet is made using the Ethernet Expansion Module, mounted on the back of the operator panel.

No Dual Drivers with Data

Exchange

Passthrough /

Transparent Mode

No Protocol Mode

Multiple Languages

Standard Windows

Fonts (Unicode)

Data Logger

Internal Variables

Historic Trends

No

No

Yes, with up to 10 languages in one project

No

No

Yes

No. E1022 supports real time trend. E1012 does not support the trend object at all.

Yes

Yes, with one alarm group

Yes

No

Yes, up to 8 levels

Yes

Yes

Yes

Yes, via serial printer

Yes


22

Hardware

3.6 Additional Hardware

3.6.1

Memory Card

A Compact Flash memory card can be fitted in E1070, E1100, E1071, E1101 and

E1151 for expansion of the project memory.

Note:

When using an internal Compact Flash memory card, no external Compact Flash memory card can be used. An external USB Flash drive can be used for the same functions as an external Compact Flash card.

Compact Flash cards of type I and II are supported by the operator panels. Recommended Compact Flash memory cards are Silicon Systems Silicon Drive and San

Disk Industrial Grade Compact Flash cards.

Installation

Perform the following steps to install an internal Compact Flash card in the operator panel:

1. Turn off the power to the panel.

Note:

Make sure to use adequate ESD protection.

2. Follow the instructions under

Replacing the Rear Cover to remove the rear cover.

3. Flip the back cover; the CPU board is mounted inside the back cover.

4. Insert the Compact Flash memory card in its slot on the CPU board.

memory card slot

5. Re-attach the back cover to the operator panel.

6. Turn on the power to the operator panel.

When the operator panel starts up, you will be asked if you like to move the files to the internal card; select YES to this question.


Hardware

Settings in E-Designer 7

The size of the internal memory card must be entered in the configuration tool for the operator panel.

1. Select Setup/Terminal Options.

2. Enter the size of the internal memory card under Memory card settings/

Internal.

3. Click OK to close the dialog.


Hardware

3.7 Hardware Replacement

This section contains instructions on how to replace operator panel hardware. Only components included in the latest bill of material and spare parts list are allowed. See

Available Spare Parts .

3.7.1

Mode Switches

The E1000 operator panels have four mode switches (DIP switches) located on the rear side of the operator panel.

ON DIP

1 2 3 4

ON DIP

1 2 3 4

EXPANSION

1

24V DC

COM 2

RS232

10/100

ON DIP

1 2 3 4

MODE

CF CARD

BUSY

COM 1

RS422

RS485

ON DIP

1 2 3 4

24

Warning:

The modes below are to be used with caution.

The mode switches have the following functions:

1=ON, 0=OFF

Each letter in “MODE” has a corresponding mode switch

MODE Description for E1012 and E1022

0000 “Run-mode” - Normal operation.

0010 System Restore, resets the file system. Restores the operator panel to factory settings.

Warning! Information can easily accidently be lost.

0100 Image Load mode (Sysload) allows upgrading of the firmware in the operator panel.

1000 Service Menu mode, the service menu for the system program is shown.

Allows the user to set IP configuration, erase the project etc. See section

3.8

Service Menu

for details.

1110 Self-Test.


Hardware

MODE

E1032, E1060, E1070, E1100, E1041, E1043, E1061, E1062, E1063,

E1071, E1101 and E1151

0000 “Run-mode” - Boot CE, normal operation.

0010

0100

1000

1100

System Restore, resets the file system and registry, reinstalls the system program (OPsys_bxxx.CAB). Restores the operator panel to factory settings.

Warning! Information can easily accidently be lost.

Image Load mode (Sysload) allows upgrading of the firmware in the operator panel.

Note: All files including the file system in the operator panel will be deleted when upgrading with Image Loader.

Service Menu mode, the service menu for the system program is shown.

Allows the user to set IP configuration, erase the project, calibrate the touch screen, set the panel in Run/Transfer mode etc. See section

3.8 Service

Menu for details.

Not used (Run-mode).

1110 xxx1

Self-Test.

Hard reset (forces the system to reset).

To change mode switches, follow the steps below:

1. Disconnect power from the operator panel.

2. Set the mode switches using a ballpoint pen.

3. Reconnect power to the operator panel.

3.7.2

Cables

Most of the operator panels use the same type of flex cable connectors.

connector flanges

Flex cable connector

To release the flex cables from the connector, gently push the two flanges on the cable connector towards the flex cable.

Note:

The connectors must be unlocked on both sides before removing the cable, otherwise the flex cable may be damaged.


26

Hardware

3.7.3

Replacing the Rear Cover

The following is needed:

– A new rear cover.

– A torx T10 screwdriver.

Note:

Make sure you have adequate ESD protection.

E1012, E1022, E1032, E1041, E1043, E1060, E1061, E1062 and

E1063

To replace the rear cover you will need a new rear cover, see the Available Spare Parts

section.

Then follow the steps below:

1. Power off the operator panel.

2. Follow the instructions


to remove the battery.

3. Remove the rear cover of the operator panel by loosening the 4 torx screws.

ON DIP

1 2 3 4

4 x torx screws

Illustration of E1012 and E1022

4 x torx screws

Illustration of E1032

4 x torx screws

Illustration of E1060/E1061/E1062/E1063


Hardware

4 x torx screws

Illustration of E1041/E1043

4. Re-assemble with the new rear cover in reverse order.

E1070, E1100, E1071, E1101 and E1151

To replace the rear cover you will need a new rear cover, see the Available Spare Parts

section.

Then follow the steps below:


2. Remove the rear cover of the operator panel by loosening the 4 torx screws.

4 x torx screws

3. Re-assemble with the new rear cover in reverse order.


28

Hardware

3.7.4

Replacing the Display/Display Cable


– A new display or a new display cable, see Available Spare Parts .


– Two plain screwdrivers.

Note:


E1012 and E1022

To replace the display you will need a new display including display frame, see the

Available Spare Parts

section.

Follow the steps below:




to remove the rear cover.

3. Unlock the flex cable connector by pressing the connector flanges towards the cable and disconnect the flex cable from the CPU board.

The connector must be unlocked on both sides before removing the cable.

flex cable

CPU board torx screw

4. Loosen the torx screw as shown in the illustration above to release the CPU board.

Then carefully lift the CPU board.

5. Disconnect the flex cable on the back side of the CPU board and then remove the CPU board.

6. Push the two plastic sticks towards the top of the panel to unlock the display from the aluminum casing.

display plastic sticks

7. Mount the new display unit.

8. Re-assemble the panel in reverse order.


Hardware

E1032

To replace the display you will need a new display including display frame, see

the Available Spare Parts section.






3. Unlock the two flex cable connectors by pressing the connector flanges towards the cable and disconnect the flex cables from the power card.

The connectors must be unlocked on both sides before removing the cables.

power card flex cables

4. Gently press the power card towards the top of the panel as shown in the illustration above to release the power card from the power card holders.

Then tilt the bottom of the card away from you.

5. Disconnect the two flex cables and the plain cable on the back side of the power card and then remove the power card.

6. Insert the two screwdrivers between the display frame and the aluminum casing illustrated below. Press and bend gently on the display frame to unlock the frame and tilt up the display frame.

pressure points on display frame




30

Hardware

E1060/E1062



section.





3. Unlock the three flex cable connectors by pressing the connector flanges towards the cable and disconnect the flex cables from the power card.


power card flex cables



5. Disconnect the plain cable on the back side of the power card and remove the power card.


display frame pressure points




Hardware

E1071/E1070

To replace the display/display cable you will need a new display including plastic frame and display cable, see the

Available Spare Parts section.






3. Disconnect the two (E1071) or three (E1070) flex cables from the power card, according to the illustration below, and remove the two plastic nuts that holds the power card in place.

plastic nut flex cables plastic nut

Illustration of E1071 showing the two flex cables plastic nut flex cables plastic nut

Illustration of E1070 showing three flex cables

4. Lift the power card and gently remove the backlight cable from the rear side.

guide pins backlight cable guide pins snap-in closure for plastic frame

5. Gently loosen the complete plastic frame and display from the front plate.

Scrap the display and frame.

6. Mount the new display/display cable and frame and re-assemble the complete operator panel. Make sure the guide pins on the frame are properly fastened in the holes in the front plate.

7. Re-assemble the complete operator panel.


32

Hardware

E1100

Follow the steps below to replace the display/display cable of E1100:




3. Disconnect the two flex cables from the power card and remove the two plastic nuts that keep the power card in place. plastic nut flex cables plastic nut

4. Lift the power card and gently remove the 2 backlight cables and the display cable from the rear side of the power card.

5. Remove the mounting plate (9 torx screws). Gently lift the mounting plate with the display and power card.

9 x torx screws

6. Flip the mounting plate and unscrew the 4 torx screws.

4 x torx screws

7. Make sure the display cable is attached to the new display before reattaching the mounting plate.



Hardware

E1041/E1043

To replace the display you will need a new display including display frame, see

the Available Spare Parts section.






3. Unlock the flex cable connector by pressing the connector flanges towards the cable and disconnect the flex cable and the plain cable from the power card.

The connector must be unlocked on both sides before removing the cables.

power card flex cable plain cable



5. Disconnect the flex cable on the back side of the power card and remove the power card.






34

Hardware

E1061/E1063



section.





3. Unlock the two flex cable connectors by pressing the connector flanges towards the cable and disconnect the flex cables and the plain cable from the power card.


flex cables plain cable power card



5. Disconnect the plain cable on the back side of the power card and then remove the power card.






Hardware

E1101






3. Disconnect the flex cable and the cable to the LED on the power card and remove the two plastic nuts that keep the power card in place.

LED cable plastic nut flex cable plastic nut

4. Lift up the power card and gently remove the backlight cables and the display cable from the rear side of the power card.

display cable backlight cables

5. Remove the mounting plate (9 torx screws). Gently lift up the mounting plate and the display.

9 x torx screws

6. Flip the mounting plate and unscrew the 4 torx screws, see figure below.

4 x torx screws

7. Make sure the display cable is attached to the new display before reattaching the mounting plate.



36

Hardware

E1151





3. Disconnect the flex cable and the LED cable from the power card. The connector on the flex cable is a plain connector so just pull the connector out.

4. Remove the two plastic nuts that keep the power card in place.

LED cable plastic nut display cable plastic nut

5. Lift up the power card and gently remove the 4 backlight cables and disconnect the display cable from the power card.

backlight cable display cable backlight cable

6. Remove the mounting plate (12 torx screws).

12 x torx screws

7. Gently lift up the mounting plate and the display.


Hardware

8. Flip the mounting plate and unscrew the 4 torx screws.

4 x torx screws

Flipped mounting plate display with 4 torx screws

9. Make sure that the display cable is positioned inside the hollow of the adapter plate, intended for the display, before reattaching the mounting plate.

10.Re-assemble the complete operator panel.

3.7.5

Self-test of the Display

To perform a self-test of the display, follow the steps below:

1. Start the operator panel in a self-test mode (see table in the Mode Switches

section).

2. Go to the display test. Verify that the display works.

3. If the screen does not work, try fault tracing, see the Fault Tracing

section.

3.7.6

Calibrate the Touch Screen

To calibrate the touch screen, follow the steps below:

Note:

A USB keyboard and a USB mouse must be connected to the operator panel.

1. Set the MODE switches to the correct positions in order to enter the Service

Menu mode (see table in the

Mode Switches section).

2. Switch on the power and follow the instructions.


4. Reset all MODE switches to the OFF position.


38

Hardware

3.7.7

Replacing the Complete Front


– A new front, see the Available Spare Parts list.


Note:

Make sure you have adequate ESD protection .

E1012, E1022, E1032, E1041, E1043, E1060, E1061, E1062 and

E1063

Follow the steps below to replace the complete front of the operator panel:


2. Follow the steps 1-6 in the Replacing the Display/Display Cable

instructions for the current panel model.

3. Attach the new front.

4. Re-assemble the unit.

E1070 and E1071

Follow the steps below to replace the complete front of E1070/E1071:


2. Follow the steps 1-3 and step 5 in the

Replacing the Display/Display Cable

instruction for E1070/E1071, but in step 3, do not remove the display cable.



E1100

Follow the steps below to replace the complete front of E1100:


2. Follow the steps 1-3 and step 5 in the


instruction for E1100, but in step 3, only disconnect the flex cable (do not remove the power card).



E1101



2. Follow the steps 1-3 and 5 in the

Replacing the Display/Display Cable instruction

for E1101, but in step 3, only disconnect the flex cables and the LED cable (do not remove the power card).




Hardware

E1151



2. Follow the steps 1-3 and step 5 in the Replacing the Display/Display Cable

instruction for E1151, but in step 3, only disconnect the flex cable and the LED cable (do not remove the power card).




40

Hardware

3.7.8

Replacing the Battery

Note:


Note:

Make sure to make a backup copy of the operator panel project. See the

Software

Products

section.

E1012 and E1022

These operator panels use a rechargeable battery.

E1032, E1060, E1041, E1043, E1061, E1062 and E1063


– A new battery, see the Available Spare Parts list.

Follow the steps below to replace the battery:


2. Open the battery cover.

3. Use a non conductive pair of pliers to extract the battery.

Battery

4. Insert the new battery.

5. Re-assemble the battery cover.

Note:

The removed lithium battery should be recycled.


Hardware

E1070, E1100, E1071, E1101 and E1151


– A new battery, see the Available Spare Parts list.

– Glue Gun: Jet-Melt TCQ, manufacturer: 3M

– Melting Glue: 3748 V-O, manufacturer: 3M

Follow the steps below to replace the battery:





3. Flip the back cover (the CPU board and the battery are mounted on the rear side of the back cover).

battery holder

CPU board with battery holder on the rear side of the back cover

4. If the battery is glued with melting glue, remove the glue before carefully removing the battery from the battery holder.

5. Carefully fit the new battery into the battery holder. Make sure the plus sign on the battery is set towards the plus sign on the holder.

6. Glue the battery to the battery holder with melting glue.

7. Re-assemble the operator panel in reverse order.

Note:

The removed lithium battery should be recycled.


42

Hardware

3.7.9

Replacing the Backlight

Note:

All lamps in the display must be replaced at the same time.

To following is needed:

– A new backlight, see the


list.

– A torx T10 screwdriver

– A screwdriver Phillips size 0 or 00 (only for E1151).

Note:


E1012, E1022, E1032, E1041, E1043, E1060, E1061, E1062, E1063,

E1070 and E1071

If the backlight is broken on a panel listed above, the entire display must be replaced.

To replace the display you will need a new display including plastic frame and display cable, see the

Available Spare Parts section. For information about changing the dis-

play See


section.

E1100

To replace the backlight of E1100, follow the steps 1-5 in section Replacing the Rear

Cover for E1100. Then follow the steps below:

1. Gently move the backlight diagonally in direction from the display center to release the snap-in closure that keeps the backlight in place.

2. Remove the backlight from the display.

backlight connectors backlight snap lock

3. Insert the new backlight. Be careful not to pull the cables of the new backlight when inserting it, since pulling the cables will damage the backlight.



Hardware

E1101

To replace the backlight of E1101, follow the steps 1-5 in section Replacing the Rear

Cover for E1101. Then follow the steps below:

1. Gently move the backlight diagonally in direction from the display center to release the snap-in closure that keeps the backlight in place.

2. Remove the backlight from the display. backlight connectors backlight snap lock

3. Insert the new backlight. Be careful not to pull the cables of the new backlight when inserting it, since pulling the cables will damage the backlight.


E1151

To replace the backlight of E1151 you will need two new backlights, see the


list.

Follow the steps 1-5 in section Replacing the Rear Cover

for E1151. Then follow the steps below:

1. Remove the two cross-headed screws to the backlight, using the Phillips size 00 screwdriver. This way, backlights can be removed without removing the plate.

2 x cross headed screw 2 x backlight

2. Remove the backlights.

3. Insert the new backlights. Be careful not to pull the cables of the new backlights when inserting them, since pulling the cables will damage the backlights.



44

Hardware

3.7.10 Available Spare Parts

The tables below list available spare parts:

Order number

601119009

601119010

601009085

601009089

601009112

601009087

601009114

N/A

601009115

601009103

601009101

601009107

601009105

601009109

Description - Fronts

COMPLETE FRONT

Including front cover, glass, keyboard, gaskets and labels

COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT

Including front cover, touch overlay, gaskets and labels

COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


COMPLETE FRONT


Operator Panel

E1012

E1022

E1032

E1041

E1043

E1060

E1061

E1062

E1063

E1070

E1071

E1100

E1101

E1151

Order number

601009156

601009157

601009064

Description - Displays

DISPLAY

Including frame and cable

DISPLAY


DISPLAY


Operator Panel

E1012

E1022

E1032


Hardware

Order number Description - Displays Operator Panel

601009065

601009067

601009066

N/A

DISPLAY


DISPLAY


DISPLAY


DISPLAY


E1041 and E1043

E1060 and E1061

E1063

E1060* and E1062

N/A

601119004

601119014

601119017

DISPLAY


DISPLAY


DISPLAY


DISPLAY


*applies to E1060 of hardware version type no 07900 or higher

**applies to E1061 of hardware version type no 07905 or higher

***applies to E1063 of hardware version type no 07915 or higher

E1061** and E1063***

E1070 and E1071

E1100 and E1101

E1151

Order number Description - Backlights, Display Cables

N/A

601119020

601119019

601119005

601119015

601119018

BACKLIGHT

Is not replaceable. Change complete display.

BACKLIGHT

BACKLIGHT

DISPLAY CABLE

DISPLAY CABLE

DISPLAY CABLE

Operator Panel

E1012, E1022, E1032,

E1060, E1070, E1041,

E1043, E1061, E1062,

E1063 and E1071

E1100 and E1101

E1151

E1070 and E1071

E1100 and E1101

E1151

Order number Description - Power supply Operator Panel

321099040

601009010

POWER CONNECTOR All operator panels in the

E1000-series

BATTERY, Lithium battery 550mAh CR2450 All operator panels in the

E1000-series

*applies to E1060 of hardware version type no 07900 or higher

**applies to E1061 of hardware version type no 07905 or higher

***applies to E1063 of hardware version type no 07915 or higher

Order number

601119011

601009120

601009121

601009122

601009011

Description - Covers

REAR COVER

REAR COVER

REAR COVER

REAR COVER

REAR COVER

601009123 BATTERY COVER

Operator Panel

E1012 and E1022

E1032

E1041 and E1043

E1060, E1061, E1062 and E1063

E1070, E1071, E1100, E1101 and

E1151

E1032, E1041, E1043, E1060,

E1061, E1062 and E1063


46

Hardware

Order number

601009003

601009001

Description - Covers

CF COVER

Order number

601009124

Description - Labels

LABEL (for expansion port)

601009163

601009164

601009132

601009138

601009137

601009141

601009140

N/A

601009139

601009104

601009102

601009108

601009106

601009110

MOUNTING BRACKETS

Bracket with mounted M5-screw

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

FRONT LABEL

Operator Panel

E1070, E1071, E1100, E1101 and

E1151

All operator panels in the E1000series

Order number Description - Touch and key protections

N/A

N/A

601009080

601009081

601009083

601009082

601009055

601009024

601009056

601009039

601009048

KEY PROTECTION SHEET



TOUCH PROTECTION SHEET








Operator Panel

E1012

E1022

E1032

E1041 and E1043

E1060 and E1062

E1061 and E1063

E1070

E1071

E1100

E1101

E1151

Operator Panel

E1061

E1062

E1063

E1070

E1071

E1100

E1101

E1151

E1032, E1041, E1043, E1060,

E1061, E1062 and E1063

E1012

E1022

E1032

E1041

E1043

E1060

Order number

601009211

601009212

601009125

601009126

601009128

601009127

601009022

601009020

601009037

601009035

Description - Packing

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

COMPLETE BOX

Operator Panel

E1012

E1022

E1032

E1041 and E1043

E1060 and E1062

E1061 and E1063

E1070

E1071

E1100

E1101


Hardware

Order number

601009046

Description - Packing

COMPLETE BOX

Operator Panel

E1151

Order number

601009008

601009006

601009007

601009004

601009069

Description - Test service items

TEST PLUG ETHERNET

Ethernet RJ45 test connector

TEST PLUG RS232

RS232 test connector

TEST PLUG RS422/485

RS422/485 test connector

TEST PLUG USB H-D

USB Host and Device test connector

TEST PLUG USB H

USB Host test connector

Operator Panel

All operator panels in the

E1000-series


E1000-series


E1000-series

E1070, E1071, E1100, E1101 and E1151


E1000-series


48

Hardware

3.8 Service Menu

The Service Menu is accessed by setting the mode switches on the operator panel in mode 1000.

The following options are available in the Service Menu:

3.8.1

Network Settings

Select this option to access the Network Menu.

Network Menu

The options in the Network Menu corresponds to selecting Settings/Network in

E-Designer and contains the following items:

Menu item Described in E-Designer reference manual/help file

TCP/IP Settings 18.2 Network Communication through Ethernet

Accounts 18.5 Network Accounts

Services 18.4 Network Services

3.8.2

Erase Project Memory

This option erases the project memory.

3.8.3

Load Project from Memory Card

An empty operator panel can be started with an existing E-Designer project, used in another panel. The project first has to be saved to a Compact Flash memory card or

USB memory stick via the function Save project to memory card (for example via a function key).

Insert the memory card in the empty panel before boot-up. Then select Load project

from memory card in the service menu and follow the instructions.

3.8.4

Enter Transfer Mode

Allows entering transfer mode manually, needed to download projects via GSM modem. See section Transfer via GSM Modem in E-Designer reference manual/ help file for details.

3.8.5

Enter Run Mode

Allows entering run mode manually, needed to download projects via GSM modem.

See section Transfer via GSM Modem in E-Designer reference manual/help file for details.

3.8.6

Update System Program from Memory Card

Insert a Compact Flash or USB memory stick with a new system program and follow the instructions. The system program can also be updated via the configuration tool for the operator panels.

3.8.7

Calibrate Touch Screen

Follow the instructions on the screen to calibrate the touch screen.


Hardware

3.9 Hardware Self Test

The self-test program can be used to test aspects of operator panel functionality and the communication ports. To run the test you will need:

– Test plugs; see Test Plug Drawing .

– 24 V DC, min. 3 A.

Follow the steps below to run the self-test program on the operator panel:


2. Go to the self-test. Set the mode switches to the self-test positions, see the table in the

Mode Switches

section.

3. Power on the operator panel and follow the instructions at the bottom of the display.

4. When using the test plugs, make sure all LEDs on the 9-pin and 25-pin D-subs are on.

5. When the self-test is finished, power off the operator panel and set all mode switches to the OFF position.

If an error occurs during the self-test, try to fault trace. See

Fault Tracing

.


50

Hardware

3.10 Additional Installation Tips

When experiencing communication problems in for example noisy environments or when operating close to temperature limits, the following recommendations are to be noticed.

3.10.1 Grounding the Operator Panel

Door

Mounting plate in the cabinet

Operator panel

3

2

Power supply

1

24 V DC

Ferrite core

5

6

4

1. The operator panel’s mounting clamps do not provide a secure grounding connection between the panel and the device cabinet.

2. Connect a 2.5 mm

2

wire between the operator panel’s quick-connect plinth and the panel chassis.

3. Connect a 6 or 4 mm

2

wire or grounding braid between the panel’s chassis and the closest grounding point on the door.

4. Connect a strong but short grounding braid between the door and the device cabinet.

5. Twist the cables onto the 24 V DC feed.

6. A ferrite core suppresses disturbances to the 24 V feed.

2 turns around the ferrite core provide 4 times the suppression of 1 turn.

3 turns around the ferrite core provide 9 times the suppression of 1 turn.

Remember:

The grounding wires should be short and the conductor should have a large area.

A long, thin grounding wire has a very high impedance (resistance) at high frequencies and will not guide disturbances to the ground.

Multi-wire conductors are better than single wire conductors with the same area.

A braided conductor wire with the same area is even better.

The best is a short, thick grounding braid.


Hardware

3.10.2 Ethernet Connection in the Panel

Industrial Ethernet

RJ45

RJ45

1

RJ45

RJ45

Operator panel

RJ45

2

3

Operator panel

RJ45

Shielded

4

1-1

2-2

3-3

8-8

Short and unshielded Operator panel

RJ45

5

Operator panel

RJ45

0.1 uF

250 V

5351

1. In some industrial units for Ethernet, the RJ45 contact’s shield is connected to the chassis via a capacitor.

2. The operator panel’s Ethernet shield is directly connected to the chassis.

Check whether the other Ethernet unit has its shield directly grounded or grounded via a capacitor.

In many cases, connecting the shielded Ethernet cabling to the chassis at both ends is inappropriate. Hum or grounding loops can occur. Unshielded cabling may even result in fewer communication errors.

A good solution may be to use a shielded Ethernet cable, but to connect the shield at one end only.

3. One option is to break the shield.

4. A more elegant method is to expand the shielded Ethernet cabling with a piece of unshielded Ethernet cable.

5. You can ground the shield via an external 0.1 uF/250 V plastic capacitor. This will connect the HF transients to the ground.


52

Hardware

3.10.3 To Achieve Better EMC Protection

– Initially, use the original cabling from Beijer Electronics primarily.

– Use shielded cables for RS232 communication.

– Use twisted pair and shielded cabling for RS422 and RS485.

– Use the cabling intended for the bus type; Ethernet, Profibus, CC-Link, CAN,

Device Net etc.

– Install and connect according to applicable specifications for the relevant bus standard.

– Use shielded cabling for Ethernet, preferably with foil + braided shield.

– D-sub covers should be shielded, and the shield should be connected to the cover

360 ° where the cable comes in.

– Connect the shield at both ends.

Shielded cable

0.1 uF/250 V

Ground plane 1 Ground plane 2

Not same potential

Ground plate

5352

Ground plate in another building

With longer distances, there is a risk that the ground potential may be different. In that case, the shield should only be connected at one end. A good alternative is to connect the other end of the shield to the ground via a 0.1 uF/250 V plastic capacitor.

Both ends are then connected to the ground in terms of HF, but only connected to the ground at one end in terms of LF, thus avoiding the 50 Hz grounding loops.

Metal cabinet Metal cabinet

Terminal or connector

Terminal or connector

Cable clamp in steel

EMC cable gland Plastic cable gland

Shielded cable Shielded cable

5353

– Use an EMC cable gland or regular plastic cable gland, remove the outer jacket and connect the shield to the installation plate with a 360 ° metal cable clamp.

– Place the 24 V DC and communications cabling in one cable trunk/cable duct and

230/380 V AC in another. If the cables need to be crossed, cross them at 90 ° only.

Avoid combining the cabling for stronger 24 V DC outputs with the communication cabling.

– Ferrite cores that are snapped onto the shielded cabling may remove minor disturbances. Large ferrite pieces that are snapped onto unshielded cabling and where the wires go 2-4 times around the cores are approximately 5-25 times more efficient.


Hardware

3.10.4 Ambient Temperature

The maximum ambient temperature for the operator panel is provided in the specifications. The ambient temperature refers to the temperature in the device cabinet which cools the panel’s electronics.

Operator panel

Top

50 ° inside

Power

30 ° C outside

Power

Middle

45 ° inside

Power

Axial fan

120x120 mm

Airflow

Bottom

40 ° inside

5354

In most cases, the ambient temperature for the operator panel is significantly higher than the device cabinet’s ambient temperature.

If the cabinet is tall and there are a number of heat-generating devices, the temperature at the top of the cabinet will be considerably higher than the theoretical temperature increase that would be expected. All electronics are sensitive to heat. The lifespan of an electrolytic capacitor is cut in half with an 8-10 ° increase in temperature. A 15-20 ° temperature increase results in a quarter of the lifespan etc.

Rittal has a good program for estimating the anticipated average temperature in the cabinet as well as a large program for controlling the temperature in the device cabinet.

An enamel-coated steel cabinet has a radiant heat value of 5.5 W/m

2

and degrees C.

Installing a fan inside the cabinet will even out the temperature, while moving air provides considerably better cooling than still air. A suitable fan is a 120 x 120 mm axial fan, available in 24 V DC, 115 and 230 V AC.

Install the fan so that it sits in the cooler area and will blow cold air against the operator panel. If the fan is mounted at the top and sucks air upwards, the fan’s ambient temperature will be higher = shorter lifespan.

A good fan with a ball-bearing mounting has an expected lifespan of at least 40,000 hours (not a guaranteed lifespan) at 40 °C. This corresponds to at least 4 years of continuous use. If a thermostat is installed, the fan only needs to come on when needed.

Large graphic terminals draw only one fifth of the current when the background lighting is off. The loss effect drops from e.g. 25 W to only 5 W.

The operator panel’s loss effect = supply voltage x current. Virtually no power goes to external users and no loss effects due to inputs.


54

Hardware

3.10.5 Safety

Most of the operator panels are fed with 24 V DC.

Power supply

230 V AC to 24 V DC

Operator panel

1

+24 V

0 V

Power supply

230 V AC to 24 V DC

4

Operator panel

2

+24 V

0 V

4

Distance?

Power supply

230 V AC to 24 V DC

3

+24 V

0 V

Operator panel

4

230 V AC

COM1

Small controller with expansion unit

Ch0

Ch1

COM100 Ch100

Ch101

5355

1. If you use a power supply that meets safety standards and only feeds the operator panel, there is no problem.

2. However, if you have a 24 V unit that also feeds other units, there is reason to be cautious.

The operator panel does not have insulation that meets safety requirements in the event of a potential short circuit between 230 V AC and 24 V DC. It is assumed that the 24 V feed is secure, for example, SELV according to EN 60950

(protection against electric shock) and UL 950.

Example:

Here is an example that explains why a secure 24 V DC feed can be ruined by mixing 24 V relay contacts with 230 V AC relay contacts in a smaller controller. Check that the “clearances and creepage distances between 24 V DC and 230 V AC fulfill EN 60950 or UL 950”.

If not, input a separate 24 V unit into the operator panel.

3. If there is a substantial distance between the relay contacts for 24 V DC and

230 V AC, it is OK to use the same 24 V devices for all feeds.

4. Connect 0 V on the 24 V feed to the ground. This offers three advantages:

–Safety is increased. The 24 V feed will not be live in the event of a faulty connection or short circuit between 0 V (24 V) and 230 V phase.

–Transients on the 24 V feed are connected to the ground.

–No risk that the 24 V feed is at a high level in relationship to the ground. This is not unusual since there is high static electricity.


Hardware

3.10.6 Galvanic Isolation

Filter

DC/DC galvanic isolation

Internal electronic

DC/AC

CFL

Ethernet

+24 V DC

0 V

VCC

0 V (GND)

1.5 m

RS422/485 RS232 USB USB 5356

The operator panel has galvanic isolation against the 24 V DC feed but no galvanic isolation between the communication ports for RS232, RS422/485 and USB. Only the Ethernet connection has galvanic isolation.

Operator panel Modular controller Printer

Power CPU COM COM2

*

RS422 RS232 USB

* *

* * *

PC

*

PC

Not same ground potential

*

* = Internal 0 V (GND) connection

*

5357

When a PC is connected to the panel, the panel’s internal 0 V (GND) will be connected to the protective ground via the PC.

A number of USB devices can have the shield connected together with the protective ground. Here, the panel’s 0 V (GND) is connected to the protective ground when, for example, a USB memory stick, keyboard or similar device is plugged in.

If a number of units are connected that have a 0 V and a ground connection, and these are connected to various grounding points, there is a substantial risk of problems. Grounding currents go through communication cables, the rear plate of the controller, and internally in the operator panel, and can cause errors.

Use external units to improve communication and achieve galvanic isolation.

Westermo has good industry-standard insulators that are also insulated from the 24

V DC feed.

Note:

It is very important to make sure that the 24 V feed in the external insulation unit is not connected to one of the communication outlets. If it does not have 100% insulation against the 24 V feed, disturbances and grounding currents from the 0 V on the 24 V side will disrupt communication.

Using this type of unit solves one problem but creates a larger problem!

A substandard installation may work now, but problems may arise when other devices are connected.


56

Hardware

3.10.7 Cable and Bus Termination RS485

– Use shielded and twisted pair cable.

The pair capacitance may not exceed 52.5 pF/m and area at least 0.25 mm

2

(AWG 24), if you want to use the maximum transfer distance and maximum transfer speed.

– 0 V, the reference voltage for communication should be included in the cabling.

With two-way communication use two pairs; one pair for communication and one pair for 0 V.

– The shield must be grounded at one end. The other end is usually grounded, but with longer distances or when there is a difference in the ground potential, the shield should be connected to the ground via 0.1 uF/250 V plastic capacitor to prevent ground current in the braided shield.

A number of manufacturers recommend that the shield be grounded at each node.

Various manufacturers have different systems for bus termination. The RS485 standard does not describe how the “Fail Safe” function would be carried out, just that the system should be able to handle the error.

Depending on the recipients’ design, the bus wires may be on the same level or require pull-up or pull-down to ensure that no faulty signals are detected when the bus is in resting mode (all transmitters are disconnected).

1 2

Inside operator panel

+5 V

3

+5 V

1K

1K

120 ohm 120 ohm

1K

0 V 1K

(120 ohm)

0 V

0 V

4

CAB8

Operator panel

RS422

CAB8

Bus

RS485

Shield

0 V

0 V

+5 V

0 V

0 V

VCC

2.65 V

VCC

1K

120 ohm

2.35 V

1K

Bus termination

5358

1. Some (older) operator panels had pull-up and pull-down resistance except for the actual bus termination at 120 ohm, similar to Westermo and Profibus.

2. Newer panels have another type of recipient, so-called built-in “Fail Safe”, where simple bus termination resistance is sufficient.

If other nodes on the RS485 network require pull-up and pull-down and the operator panel is at one end of the loop, one of the following procedures can be carried out:

3. Connect two 1k/0.25 W resistors in the 25-pole D-sub contact. Set jumper pins

6-19.

4. Use CAB8. It offers the option of bus termination with pull-up/-down. It is also easy to connect the bus cable via the screw terminal block.


Hardware

3.11 Fault Tracing

You can use the following fault tracing list to fault trace the operator panel. The table below consists of different fault scenarios and steps to follow to trace the fault

Scenario Fault tracing steps

The operator panel is not working properly.

Power LED is off.

The operator panel is not communicating with the controller.

1.

2.

3.

4.

5.

1.

2.

The operator panel is working but the backlight is off.

3.

4.

1.

2.

3.

Is the power voltage correct?

Does the power supply deliver enough current?

Check the fuse.

Check the power card.

Is the power card correctly mounted?

Check the communication cable between the units.

Check that the operator panel has a controller driver downloaded.

Check that the correct controller driver is used.

Check the communication ports on the CPU board.

The operator panel is not working, the backlight is off but the power LED is on.

The operator panel does not include the latest firmware.

The operator panel is working, but one or more keys are not working.

The touch screen is malfunctioning or is not responding at all.

1.

2.

Lines in display has wrong color or the display picture is shifted.

The operator panel will not restart after changing a component.

Low battery/

No battery

4.

1.

2.

3.

1.

2.

3.

Check the backlight dimming.

Check that the backlight is connected to the power card.

Replace the backlight according to the

Replacing the Backlight

section.

Check the DC/AC on the power card.

Check the backlight dimming.

Check the CPU board for burned components.

Download new firmware to the operator panel.

1.

2.

3.

4.

1.

2.

3.

Re-calibrate the touch screen according to the

Calibrate the

Touch Screen section.

Check that the flex cable is correctly fitted.

Replace the display of the operator panel according to the

Replacing the Display/Display Cable section.

Check the touch interface on the power card.

Check if the display has a wide vertical or horizontal area across the display. It should be at least 2-3 cm wide with a grey or black color. See


for instructions on how to correct this.

Make sure the display cable is correctly fitted.

Make sure the display cable is not folded or damaged in any way.

Replace the display cable according to the


section.

1. Remove and insert the battery again.

(This is only valid for panels with an external battery cover.)

1.

2.

Check the versions included with the operator panel.

Make sure that a copy of the project is saved to the computer.

Download an updated image with the Image Loader and follow the directions.

Check that the flex cables are correctly fitted.

Replace the front according to the


section.

Check that the battery is correctly fitted in its holder.

If low battery/no battery voltage, replace the battery according to the


section.


Hardware

58 Mitsubishi Electric, MA00758A

Software

4 Software

This chapter describes how to maintain and update the software in the E1000 operator panels. The chapter includes a general description of the operator panel software and instructions about how to upgrade the software and load projects and system programs.

4.1 General Information about Software

The software required to run and maintain the operator panels is found on the software CD. It is also available through your local distributor.

The software is tested by the manufacturer’s own testing department before market introduction is approved. The test procedure is closely integrated with the development process. The test group works in close concert with the developers and is ISEB

Certified for Software Testing.

4.1.1

Software Products

The following software products are used:

–

E-Designer 7

E-Designer 7 is used for creating application projects for E1000 operator panels and their accessories.

–

Remote Access Viewer

Remote Access Viewer is a program for remote access and control of E1000 operator panels.

It is possible to access, reflect and control an E1000 operator panel from a PC using the VNC client program Remote Access Viewer (freeware) together with the built-in

VNC server (Remote Access function) in the operator panel.

–

System Program

The operator panel is delivered with a system program (operating system)pre-stored in the operator panel memory.

The configuration tool E-Designer 7 is used to download system programs to the operator panel.

–

Image Loader

The firmware (the software in the operator panel) for E1032, E1041, E1043, E1060,

E1061, E1062, E1063, E1071, E1070, E1100, E1101 and E1151 consist of three parts at delivery:

1. E-Boot, the program that starts up the operator panel and Windows CE.

2. Windows CE .net 4.20, the operating system for the operator panel.

3. OPsys, the system program in the operator panel that contains the HMI functionality.

E1012 and E1022 use the operating system Green Hills Velocity.

E-Designer 7 can be used to update one part of the firmware, the system program

Opsys_b*.cab, to the operator panel.

See the System Program section.


60

Software

4.2 Update Software

When an update is available, an e-mail is sent to the distributors. The software is also available on the manufacturer’s web site.

The update should be installed by qualified personnel. When updating an operator panel it is important to ensure that the power is not interrupted during the transfer.

4.2.1

E-Designer 7

E-Designer 7 is not a freeware product. To update this software, an accredited E1000 operator panel dealer must be contacted.

4.2.2

Remote Access Viewer

This software is included on the E-Designer 7 software CD.

4.2.3

Image Loader

An upgrade of the complete software package is sometimes needed to take advantage of new functionality. The complete software package consists of the EBOOT, the

Windows CE operating system and the system program. The upgrade is done by running the Image Loader executable file, Bxxx_iml.exe. The Image Loader application will help and guide you through the upgrade.

When the upgrade is finished, the operator panel will receive the default IP address

192.168.1.1. Follow the instructions on the screen after startup to change the IP address.

The “Update Operator Terminal System Program” function in E-Designer 7 shall not be used when the Image Loader application is used to upgrade the operator panel.

Note:

ALL existing data, including the file system and the project application files, in the operator panel will be deleted (overwritten) by the Image Loader application

Note:

The Image Loader software is only intended for customers and partners that have an operator panel. No other distribution is allowed.

For E1012 and E1022, see section

Downloading the System Program in E1012 and

E1022 .


Software

4.2.4

System Program

The system program can be replaced, that is, updated to a newer version, in one of

two ways: Via PC or

Via External Memory Card . See section Downloading the System

Program in E1012 and E1022

for E1012 and E1022.

Via PC

The configuration tool E-Designer 7 is used to download system programs via a PC to the operator panel. The transfer can be made via the serial port or over Ethernet.

The serial cable should be a CAB30 cable and the Ethernet cable should be a crossed

CAT5 cable.

Transferring the system program to the operator panel via a PC requires the following:

– PC with the configuration tool installed.

– Transfer cable between the PC and the operator panel.

– File with new system program (OPSys_b*.cab).

The transfer is made using the following steps:

By Serial Port

1. Connect the cable between the PC and operator panel.

2. Open a project or create a new project with the desired operator panel type.

3. Select Transfer/Update Operator Terminal System Program.

4. Select the OPSys_b*.cab file.

No settings are required in the operator panel.

Over Ethernet

1. Connect the cable between the PC and operator panel.

2. Set the operator panel to Service menu mode (see the

Mode Switches section).

3. Enter a valid IP address for the operator panel.

4. Set the operator panel back to Run-mode (see the

Mode Switches

section).

5. Open a project or create a new project with the desired operator panel type.

6. Select Transfer/Update Operator Terminal System Program.

7. Select the OPSys_b*.cab file.

8. Select Settings/Use TCP/IP transfer.

9. Enter the operator panel’s IP address.


Software

Via External Memory Card

Transferring the system program to the operator panel via an external memory card requires the following:

– File with new system program (OPSys_b*.cab).

– Compact Flash memory card (only in E1070, E1100, E1071, E1101 and E1151) or USB Flash drive.

The transfer is made using the following steps:

1. Save the system program file (OPSys_b*.cab) in the root of the external Compact Flash memory card or USB Flash drive.

2. Place the memory card in the operator panel, or connect the USB Flash drive, and start the operator panel to update the system program automatically.

Note:

When updating an operator panel it is important to ensure that the power is not interrupted during the transfer.

Downloading the System Program in E1012 and E1022

An Image Loader is used to download system programs to the operator panel via a

PC. The Image Loader is available from the website. The transfer is made via the serial port using a CAB30 cable.

Updating of the system program to the operator panel requires the following:

– PC with Image Loader application.

– CAB30 cable.

Transfers Are Made in the Following Steps:

1. Run the Image Loader exe-file by double-clicking on it. Follow the instructions; also described in the following steps:

2. Connect the cable between the PC and the operator panel.

3. Disconnect the power to the operator panel.

4. Set the panel in Image Load mode by setting mode switch number 2 in the ON position according to the illustration below.

ON DIP

1 2 3 4

62

5. Reconnect power.

6. All operator panels connected to the COM-ports on the PC and currently set in

Image Load mode will be available for selection from a drop down list. Select which operator panel to upgrade by selecting its MAC address (hex).

7. Click Upgrade.

8. When the upgrade is finished, disconnect power from the operator panel.

9. Change mode switch number 2 back in OFF position.

10.Reconnect power to the operator panel.



5 Environmental Aspects

This chapter includes information about the environmental impact of E1000 operator panels.

More information can be found on the manufacturer’s web site.

5.1 General Environmental Aspects

The manufacturer’s activities meet internal requirements as well as those of the

SS-EN ISO 9001:2000 and SS-EN ISO 14001:2004 international standards.

5.2 Environmental Impact of the Operator

Panels

5.2.1

Mechanical Components

The aluminum and stainless steel used in the mechanical components are judged to be non-environmentally hazardous. The expanded rubber packing for the front and the expanded polyethylene packing for the display contain an adhesive that is not classified as environmentally hazardous.

Screws may have undergone the following surface treatments: Bright nickel-plating or bright zinc-plating. The membrane keyboard is made of polyester with silver wiring. On some models the keyboard contains LEDs.

Display frames and CF covers are made of halogen-free plastic, PC/ABS.

5.2.2

Electronics

Circuit board

Note:

All operator panels are RoHS compliant.

The electronics are complex and almost all elements of the periodic table are represented.

Display

There is a separate circuit board for the display. The liquid crystals in the display are cyclohexane compounds. The fluorescent tube contains mercury and lead solder.

Batteries

The operator panel contains a button cell lithium battery.

The battery is not classified as environmentally hazardous by the Swedish Battery Ordinance (1997:645).


64


5.3 Recycling

The operator panels consist largely of aluminum. It is a great advantage in terms of both resources and the environment if it can be recycled. Make sure that operator panels taken out of service are sent to facilities for electronic scrap.

The manufacturer’s electronic waste is recycled by Stena Technoworld AB. Aluminum front/rear casings and other covers can be removed and recycled. Plastic display frames and CF covers must be recycled as hard plastic. The circuit board contains many valuable metals and should therefore be recycled.

Remove the lithium battery. Electrolytic capacitors and displays are currently not classified as hazardous waste, but may be harmful to health and the environment.

The electrolytic capacitors should be handled as per Handbook 2001:7 (NFS) and displays as per NFS 2001:8.

The fluorescent tube must be handled as hazardous waste.

The packaging is made from wood fiber and should be recycled. The large printed label on the front, however, must first be removed as it is made of PVC vinyl. The label and the plastic bag for the brackets are recycled as soft plastic.

The manufacturer is a member of the REPA register. The protective film on the front is recycled as soft plastic. When the operator panel is no longer useful it can be returned to the manufacturer for environmentally responsible recycling. Contact the company for further information.

5.4 Environmental Impact Report

An operator panel impacts the environment through its function, i.e., controlling industrial equipment. The energy and the scrapped parts that can be saved with efficient management mean that the operator panel contributes to reduced environmental impact.

Listed below are examples of how you can reduce environmental impact during operator panel use.

– Switch the system off when not in use.

– Use green electricity.

– Use energy-saving options, e.g. turn off the backlight to both save energy and reduce wear on the fluorescent tube.

– If possible, reduce the backlight brightness to reduce energy consumption and increase fluorescent tube service life.

Supply the operator panel with 24 V DC. If the input voltage is lower, the loss effect increases. Ensure that the operator panel, battery, and packaging are recycled in an environmentally responsible manner.


MITSUBISHI ELECTRIC

Mitsubishi Electric Automation, Inc.

500 Corporate Woods Parkway

Vernon Hills, IL 60061, USA

Mitsubishi Electric Europe B.V.

Gothaer Strasse 8

D-40880 Ratingen, Germany

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