Siemens HMI devices Operating Instructions

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Basic Panels 2nd Generation

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SIMATIC HMI

HMI devices Basic Panels 2nd Generation

Operating Instructions

03/2014

Preface

Overview

Safety instructions

Mounting and connecting

Operating the device

Configuring the device

Commissioning a project

Maintenance and care

Technical specifications

Technical Support

Abbreviations

A5E33293231-AA

Legal information

Warning notice system

DANGER

will

WARNING

may

CAUTION

NOTICE

Qualified Personnel

personnel qualified

Proper use of Siemens products

WARNING

Trademarks

Disclaimer of Liability

This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage to property. The notices referring to your personal safety are highlighted in the manual by a safety alert symbol, notices referring only to property damage have no safety alert symbol. These notices shown below are graded according to the degree of danger.

indicates that death or severe personal injury

indicates that minor personal injury can result if proper precautions are not taken.

indicates that property damage can result if proper precautions are not taken.

If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used. A notice warning of injury to persons with a safety alert symbol may also include a warning relating to property damage.

The product/system described in this documentation may be operated only by task in accordance with the relevant documentation, in particular its warning notices and safety instructions. Qualified personnel are those who, based on their training and experience, are capable of identifying risks and avoiding potential hazards when working with these products/systems.

result if proper precautions are not taken.

for the specific

Note the following:

Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems. The permissible ambient conditions must be complied with. The information in the relevant documentation must be observed.

All names identified by ® are registered trademarks of Siemens AG. The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes could violate the rights of the owner.

We have reviewed the contents of this publication to ensure consistency with the hardware and software described. Since variance cannot be precluded entirely, we cannot guarantee full consistency. However, the information in this publication is reviewed regularly and any necessary corrections are included in subsequent editions.

Siemens AG

Industry Sector Postfach 48 48 90026 NÜRNBERG GERMANY

A5E33293231-AA Ⓟ 03/2014 Subject to change

Preface

Purpose of the operating instructions

Target group

Chapter

All

Operators

Commissioning engineers

Service technicians Maintenance technicians

These operating instructions provide information based on the requirements defined by IEC 62079 for documentation. This information relates to the HMI device, its storage, transportation, place of use, installation, use and maintenance.

These operating instructions are intended for a variety of target groups. The following table shows the chapters of these operating instructions that are of particular importance for the respective target group.

"Safety instructions"

The operator operates and monitors the system during the process control phase.

The commissioning engineer integrates the HMI device into the system and ensures the operating capability of the HMI device for the process control phase.

Service technicians rectify faults that occur during the process control phase.

Maintenance technicians carry out servicing and maintenance work during the process control phase.

"Overview" "Operating the device"

All chapters. Depending on the use of the HMI device,

certain chapters may not be of relevance to the commissioning engineer, e.g. the section "Maintenance and servicing."

All chapters. Depending on the use of the HMI device,

certain chapters may not be of relevance to the service technicians, e.g. the section "Maintenance and servicing."

Maintenance and care

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

The information system of WinCC contains additional information. The information system is integrated as online help in WinCC and contains instructions, examples and reference information in electronic form.

Preface

Scope

Device designation SIMATIC HMI

Device type

Interface type

Can be configured with

Basic knowledge required

These operating instructions are valid for all versions of the SIMATIC HMI Basic Panels. The following naming conventions apply:

KTP400 Basic Touch device with KTP700 Basic PROFINET KTP700 Basic DP PROFIBUS KTP900 Basic PROFINET KTP1200 Basic PROFINET KTP1200 Basic DP PROFIBUS

Knowledge of automation technology and process communication is necessary to understand the operating instructions.

An understanding of the use of computers and operating systems is also required.

PROFINET WinCC (TIA Portal) as of V13

function keys

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Preface

Illustrations and text highlighting

Graphical highlighting

Description

Text highlighting

Scope

This manual contains figures of the described devices. The figures may deviate from the supplied device in certain details.

The following graphical highlighting facilitates reading these operating instructions:

If the instructions involve several tasks, the individual tasks are highlighted by a red number circle.

A light blue highlight indicates components and tools that are required in the course of a task.

KTP700 Basic is sometimes shown in the figures as a representation of all Basic Panels.

The following text highlighting facilitates reading these operating instructions:

"Add screen"

"File > Edit" Operational sequences, for example, menu commands, shortcut

<F1> Keyboard operation

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

• Terms that appear in the user interface, for example, dialog names, tabs, buttons, menu commands

• Input values, for example, limits, tag values

• Path information

menu commands

Preface

Note

Names of the software

Names of the hardware

Trademarks

Note information highlighted as follows:

A note contains important information on described products and their handling or on a section of this documentation.

Configuration and runtime software have different names as follows:

● "WinCC (TIA Portal) V13", for example, refers to the configuration software.

The term "WinCC" is used in a general context. The full name is always used when it is necessary to differentiate between different versions of the configuration software.

● "WinCC Runtime" refers to the runtime software that can run on HMI devices.

These operating instructions describe the new "Basic Panels 2nd Generation" which replaces the current Basic Panels. The term "Basic Panel" is used synonymously for a "Basic Panel 2nd Generation" in these instructions.

Names labeled with a ® symbol are registered trademarks of the Siemens AG. Other names used in this documentation may be trademarks, the use of which by third parties for their own purposes could violate the rights of the owner.

● HMI

● SIMATIC

● SIMATIC HMI

● WinCC

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Preface ................................................................................................................................................... 3

1 Overview............................................................................................................................................... 11

2 Safety instructions ................................................................................................................................. 17

3 Mounting and connecting ...................................................................................................................... 21

4 Operating the device ............................................................................................................................. 39

1.1 Product overview.......................................................................................................................... 11

1.2 Design of the PROFINET devices ............................................................................................... 12

1.3 Design of the PROFIBUS devices ............................................................................................... 13

1.4 Scope of delivery.......................................................................................................................... 14

1.5 Accessories .................................................................................................................................. 15

2.1 General safety instructions .......................................................................................................... 17

2.2 Notes about usage ....................................................................................................................... 19

3.1 Preparations ................................................................................................................................. 21

3.1.1 Checking the package contents ................................................................................................... 21

3.1.2 Checking the operating conditions ............................................................................................... 21

3.1.3 Selecting a mounting position ...................................................................................................... 21

3.1.4 Checking clearances .................................................................................................................... 23

3.1.5 Making the mounting cutout ......................................................................................................... 24

3.2 Mounting the HMI device ............................................................................................................. 25

3.3 Connecting the HMI device .......................................................................................................... 26

3.3.1 Connection sequence .................................................................................................................. 27

3.3.2 Connecting the equipotential bonding circuit ............................................................................... 27

3.3.3 Connecting the power supply ....................................................................................................... 29

3.3.4 Connecting a programming device .............................................................................................. 31

3.3.5 Connecting the configuration PC ................................................................................................. 31

3.3.6 Connecting the controller ............................................................................................................. 33

3.3.7 Connecting a USB device ............................................................................................................ 35

3.4 Switching on and testing the HMI device ..................................................................................... 36

3.5 Securing the cables ..................................................................................................................... 37

4.1 Overview ...................................................................................................................................... 39

4.2 General functions of the screen keyboard ................................................................................... 41

4.3 The screen keyboards ................................................................................................................. 42

4.4 Entering data ................................................................................................................................ 46

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Table of contents

5 Configuring the device .......................................................................................................................... 47

6 Commissioning a project ....................................................................................................................... 63

5.1 Opening the settings ................................................................................................................... 47

5.2 Overview ..................................................................................................................................... 48

5.3 Configuring the time server ......................................................................................................... 49

5.4 Enter time and date ..................................................................................................................... 50

5.5 Activating the acoustic signal ...................................................................................................... 51

5.6 Configuring Autostart or wait time ............................................................................................... 52

5.7 Changing the password settings ................................................................................................. 52

5.8 Displaying licensing information for the HMI device ................................................................... 55

5.9 Displaying information about the HMI device .............................................................................. 56

5.10 Changing the network configuration ........................................................................................... 57

5.11 Changing the MPI/DP settings .................................................................................................... 58

5.12 Enabling a data channel .............................................................................................................. 59

5.13 Calibrating the touch screen ....................................................................................................... 60

5.14 Changing the monitor settings .................................................................................................... 61

5.15 Setting the screen saver ............................................................................................................. 62

6.1 Overview ..................................................................................................................................... 63

6.2 Operating modes ......................................................................................................................... 64

6.3 Data transmission options ........................................................................................................... 65

6.4 Transfer ....................................................................................................................................... 65

6.4.1 Overview ..................................................................................................................................... 65

6.4.2 Starting the manual transfer ........................................................................................................ 65

6.4.3 Starting the transfer automatically .............................................................................................. 66

6.4.4 Testing a project .......................................................................................................................... 68

6.5 Backup and restore ..................................................................................................................... 69

6.5.1 Overview ..................................................................................................................................... 69

6.5.2 Backup and restore using ProSave ............................................................................................ 70

6.5.3 Backup and restore using WinCC ............................................................................................... 71

6.6 Updating the operating system - Basic Panel DP ....................................................................... 72

6.6.1 Overview ..................................................................................................................................... 72

6.6.2 Resetting the factory settings ...................................................................................................... 73

6.6.3 Updating the operating system using ProSave ........................................................................... 73

6.7 Updating the operating system - Basic Panel with PROFINET interface ................................... 74

6.7.1 Overview ..................................................................................................................................... 75

6.7.2 Resetting the factory settings ...................................................................................................... 75

6.7.3 Updating the operating system using ProSave ........................................................................... 76

6.7.4 Updating the operating system using WinCC ............................................................................. 77

6.7.5 Resetting to factory settings with ProSave ................................................................................. 78

6.7.6 Resetting to factory settings with WinCC .................................................................................... 80

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Table of contents

7 Maintenance and care ........................................................................................................................... 81

8 Technical specifications ........................................................................................................................ 83

A Technical Support ............................................................................................................................... 103

B Abbreviations ...................................................................................................................................... 105

Glossary ............................................................................................................................................. 107

Index................................................................................................................................................... 113

7.1 Maintenance and care ................................................................................................................. 81

7.2 Recycling ...................................................................................................................................... 82

8.1 Certificates and approvals ........................................................................................................... 83

8.2 Electromagnetic compatibility ...................................................................................................... 84

8.2.1 Emitted interference ..................................................................................................................... 84

8.2.2 Immunity to interferences ............................................................................................................. 84

8.3 Mechanical ambient conditions .................................................................................................... 84

8.3.1 Transport and storage conditions ................................................................................................ 84

8.3.2 Operating Conditions ................................................................................................................... 84

8.4 Climatic ambient conditions ......................................................................................................... 85

8.4.1 Transport and storage conditions ................................................................................................ 85

8.4.2 Operating Conditions ................................................................................................................... 85

8.4.3 Climate diagram ........................................................................................................................... 86

8.5 Protection classes ........................................................................................................................ 86

8.5.1 Insulation test ............................................................................................................................... 87

8.5.2 Protection against foreign objects and water ............................................................................... 87

8.6 Dimension drawings ..................................................................................................................... 88

8.6.1 Dimensional drawing of KTP400 Basic ........................................................................................ 88

8.6.2 Dimensional drawing of KTP700 Basic ........................................................................................ 88

8.6.3 Dimensional drawing of KTP700 Basic DP .................................................................................. 89

8.6.4 Dimensional drawing of KTP900 Basic ........................................................................................ 90

8.6.5 Dimension drawings of KTP1200 Basic ....................................................................................... 91

8.6.6 Dimensional drawing of KTP1200 Basic DP ................................................................................ 92

8.7 Technical specifications ............................................................................................................... 93

8.7.1 Power supply ................................................................................................................................ 94

8.7.2 KTP400 Basic, KTP700 Basic and KTP700 Basic DP ................................................................ 94

8.7.3 KTP900 Basic, KTP1200 Basic and KTP1200 Basic DP ............................................................ 95

8.8 Interface description ..................................................................................................................... 97

8.8.1 Power supply ................................................................................................................................ 98

8.8.2 PROFIBUS (Sub-D RS422/485) .................................................................................................. 98

8.8.3 PROFINET (Ethernet) .................................................................................................................. 98

8.8.4 USB .............................................................................................................................................. 99

8.9 Scope of functions with WinCC .................................................................................................. 100

A.1 Service and support ................................................................................................................... 103

A.2 System events............................................................................................................................ 103

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Table of contents

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1.1

Product overview

The beauty of simplicity

New, cost-efficient HMI generation meets the trend for high-quality visualization even in small machines and plants

Siemens meets the requirements of users for high-quality visualization and operation even in small and medium-size machines and plants with the second generation of SIMATIC HMI Basic Panels. While the price of the new devices is based on the current panels, their scope of performance has been expanded tremendously. The high resolution and a color depth of up to 65,500 colors are major factors contributing to the increased performance.

Even the connectivity either by PROFINET or PROFIBUS interface plus USB port could be significantly improved. Configuration and operation of the new panels has become easier in connection with simplified programming by means of the new WinCC software version in the TIA Portal.

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Overview

1.2

Design of the PROFINET devices

①

Power supply connection

⑥

Mounting seal

②

USB port

⑦

Function keys

③

PROFINET interface

⑧

Rating plate

④

Recesses for a mounting clip

⑨

Connection for functional ground

⑤

Display/touch screen

⑩

Guide for labeling strips

1.2 Design of the PROFINET devices

The figure below shows the design of the PROFINET devices using KTP700 Basic as an example.

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Overview

1.3

Design of the PROFIBUS devices

①

Power supply connection

⑥

Mounting seal

②

RS 422/RS 485 port

⑦

Function keys

③

USB port

⑧

Rating plate

④

Recesses for a mounting clip

⑨

Functional earth connection

⑤

Display/touch screen

⑩

Guides for labeling strips

1.3 Design of the PROFIBUS devices

The figure below shows the design of the PROFIBUS devices using KTP700 Basic DP as an example.

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Overview

1.4

Scope of delivery

Name

Figure

Quantity

1.4 Scope of delivery

The scope of delivery of the HMI device includes the following components:

HMI device

Quick Installation Guide

Mounting clips with grub screw

Power supply terminal

According to the quantity required for mounting, in accessory kit

1, in accessory kit

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Overview

1.5

Accessories

Storage media and I/O devices

Name

Article number

Converters, adapters and connectors

Name

Purpose

Article number

Protective foil

Name

Purpose

Article number

Service packages

Name

Article number

1.5 Accessories

Accessories are not included in the HMI device scope of delivery, but can be ordered on the Internet under Industry Mall (http://mall.automation.siemens.com

This section contains the number of accessories available at the time of publication of the operating instructions.

USB memory stick 8 GB 6ES7648-0DC50-0AA0 Industrial USB Hub 4 6AV6671-3AH00-0AX0

RS 422 to RS 232 converter

90 degree elbow adapter

PROFIBUS connector Recommended PROFIBUS connector with

PROFINET RJ45 connector "IE FC RJ45 Plug 2x2"

Connection of third-party controllers to Basic Panels DP

For RS 422/RS 485 port, cable outlet to rear 6AV6671-8XD00-0AX0

straight cable outlet Required for connection of Basic Panels with

PROFINET interface to PROFINET

6AV6671-8XE00-0AX0

6GK1500-0FC10

6GK1901-1BB10-2AA0

Protective film 4" Protective film set for KTP400 Basic 6AV2124-6DJ00-0AX0 Protective film 7" Protective film set for KTP700 Basic and

Protective film 9" Protective film set for KTP900 Basic 6AV2181-3JJ20-0AX0 Protective film 12" Protective film set for KTP1200 Basic and

Set of 20 mounting clips 6AV6671-8KX00-0AX2 Set of 10 power supply terminals 6AV6671-8XA00-0AX0

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

6AV2124-6GJ00-0AX0

KTP700 Basic DP

6AV2181-3MJ20-0AX0

KTP1200 Basic DP

Overview

1.5 Accessories

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2.1

General safety instructions

Working on the control cabinet

WARNING

Open equipment

Dangerous voltage

High frequency radiation

Note Unwanted operating states

Installation as intended

WARNING

Installation only in machinery that conforms to the machinery directive

The HMI device is an open equipment. This means the HMI device may only be installed in cubicles or cabinets that provide front panel access for operating the device.

The cubicle or cabinet in which the HMI device is installed may only be accessed with a key or tool and only by trained, authorized personnel.

Opening the cabinet will expose high voltage parts. Contact with these parts could be fatal.

Always disconnect the cabinet from the mains before opening it.

High-frequency radiation, for example, from cellular phones, can trigger unwanted operating states.

You are not permitted to commission the HMI device unless it has been verified that the machine in which the HMI device is to be installed complies with directive 2006/42/EC.

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Safety instructions

ESD

Industrial Security

2.1 General safety instructions

A device equipped with electronic components is an electrostatic sensitive device. Due to their design, electronic components are sensitive to overvoltage and thus to the discharge of static electricity. Note the corresponding regulations when handling ESD.

Siemens offers products and solutions with Industrial Security functions that support the safe operation of equipment, solutions, machines, devices and/or networks. They are important components in a comprehensive Industrial Security concept. As a result the products and solutions from Siemens are constantly evolving. Siemens recommends obtaining regular information regarding product updates.

For safe operation of Siemens products and solutions appropriate protective measures (e.g., cell protection concept) must be taken and each component must be integrated in a comprehensive Industrial Security concept, which corresponds with the current state of technology. The products of other manufacturers need to be taken into consideration if they are also used. You can find addition information on Industrial Security under (http://www.siemens.com/industrialsecurity

Sign up for our product-specific newsletter to receive the latest information on product updates. For more information, see under (http://www.siemens.de/automation/csi_en_WW

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Safety instructions

2.2

Notes about usage

NOTICE

The HMI device is approved for indoor use only.

Industrial applications

Use in residential areas

Note

Use with additional measures

2.2 Notes about usage

The HMI device may be damaged if it is operated outdoors.

Operate the HMI device indoors only.

The HMI device is designed for industrial applications. It conforms to the following standards:

● Requirements of the emission standard for industrial environments, EN 61000-6-4: 2007 + A1:2011

● ESD immunity requirements to DIN EN 61000-6-2:2005

The HMI device is not intended for use in residential areas. Operation of an HMI device in residential areas can have a negative influence on radio/TV reception.

If the HMI device is used in a residential area, you must take measures to achieve Limit Class B conforming to EN 55011 for RF interference.

Individual acceptance is required.

The HMI device should not be used at the following locations unless additional measures are taken:

● In locations with a high degree of ionizing radiation

● In locations with severe operating conditions, for example, due to:

– Corrosive vapors, gases, oils or chemicals

– Electrical or magnetic fields of high intensity

● In systems that require special monitoring, for example, in:

– Elevators

– Systems in especially hazardous rooms

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Safety instructions

Notes on communication

Note Communication errors caused by address conflict

Note Updating tag values following a communication error

Ethernet communication with Basic Panels with PROFINET interface

2.2 Notes about usage

Communication errors can occur if several devices in a network share the same bus address or IP address.

Make sure that your HMI device is assigned a unique address in the network.

If communication between an HMI device and controller is interrupted, all tag values displayed on the HMI device will be replaced by a hash mark ("#").

When the communication between the HMI device and controller is restored, all tag values will be updated immediately. The cycle time for updating the tag values begins again at "0".

Basic Panels with PROFINET interface support the following types of communication:

• PROFINET basic function for commissioning and diagnostics

• Standard Ethernet communication

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3.1

Preparations

3.1.1

Checking the package contents

Note Damaged parts

3.1.2

Checking the operating conditions

Check the package content for visible signs of transport damage and for completeness.

Do not install parts damaged during shipment. In the case of damaged parts, contact your Siemens representative.

The package content is described in section Scope of delivery (Page 14).

Keep the provided documentation in a safe place. The documentation is part of the HMI device and is required for subsequent commissioning.

Note the information in the following sections of these operating instructions before installing the HMI device:

● Certificates and approvals (Page 83)

● Electromagnetic compatibility (Page 84)

● Mechanical ambient conditions (Page 84)

● Climatic ambient conditions (Page 85)

● Protection classes (Page 86)

● Technical specifications (Page 93)

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Mounting and connecting

3.1.3

Selecting a mounting position

NOTICE

Damage due to overheating

Mounting position

Mounting in horizontal format

3.1 Preparations

The device is suitable for installation in:

● Mounting cabinets

● Control cabinets

● Switchboards

● Consoles

In the following, all of these mounting options are referred to by the general term "cabinet".

The device is self-ventilated and approved for inclined mounting at angles up to +/-35° from the vertical in stationary cabinets.

Inclined installation reduces the convection by the device and therefore the maximum permitted ambient temperature for operation.

If there is sufficient forced ventilation, the device can also be operated in the inclined mounting position up to the maximum permitted ambient temperature for vertical installation. The device may otherwise be damaged and its certifications and warranty will be rendered null and void.

The ambient temperature ranges listed in this section apply to the temperature inside the cabinet.

Select one of the approved mounting positions for your device. The approved mounting positions are described in the following sections.

Ambient temperature in the cabinet with horizontal mounting:

● Vertical mounting (0° inclined): Maximum +50 °C

● Inclined mounting (inclined up to 35°): Maximum +40 °C

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Mounting and connecting

Mounting in vertical format

See also

3.1.4

Checking clearances

3.1 Preparations

Ambient temperature in the cabinet with vertical mounting:

● Vertical mounting (0° inclined): Maximum +40 °C

● Inclined mounting (inclined up to 35°): Maximum +35 °C

Operating Conditions (Page 85)

The following clearances are required around the HMI device to ensure sufficient selfventilation:

Required clearance around the HMI devices.

All dimensions in mm

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Mounting and connecting

3.1.5

Making the mounting cutout

Note Stability of the mounting cutout

Degrees of protection

Mounting compatibility

Mounting cutout Basic Panel

Compatible with the mounting cutouts of the HMI device

3.1 Preparations

The material in the area of the mounting cutout must provide sufficient strength to guarantee the lasting and safe mounting of the HMI device.

The force of the mounting clips or operation of the device may not lead to deformation of the material in order to achieve the degrees of protection described below.

The degrees of protection of the HMI device can only be guaranteed if the following requirements are met:

● Material thickness at the mounting cutout for a protection rating of IP65 or Front face only Type 4X/Type 12 (indoor use only): 2 mm to 6 mm.

● Permitted deviation from plane at the mounting cutout: ≤ 0.5 mm

This condition must be met for the mounted HMI device.

● Permitted surface roughness in the area of the seal: ≤ 120 µm (R

The mounting cutouts of the Basic panels are compatible with the mounting cutouts of the following SIMATIC HMI devices:

KTP400 Basic KTP400 Basic color PN KTP700 Basic, KTP700 Basic DP KTP600 Basic color PN; TP700 Comfort KTP900 Basic TP900 Comfort KTP1200 Basic, KTP1200 Basic DP TP1200 Comfort

120)

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Mounting and connecting

3.2 Mounting the HMI device

Dimensions of the mounting cutout

Dimensions of the mounting cutout for the Basic HMI devices in horizontal mounting position:

Dimensions of the mounting cutout for the Basic HMI devices in vertical mounting position:

All dimensions in mm

See also

Accessories (Page 15)

3.2 Mounting the HMI device

Required tools and accessories

Slotted screwdriver, size 2

Mounting clips for HMI device Required quantity

KTP400 Basic 4

KTP700 Basic 7

KTP700 Basic DP 7

KTP900 Basic 10

KTP1200 Basic 12

KTP1200 Basic DP 12

Basic Panels 2nd Generation

Operating Instructions, 03/2014, A5E33293231-AA

Mounting and connecting

Inserting the HMI device

Securing the HMI device with mounting clips

3.2 Mounting the HMI device

1. Slide the labeling strip into the device using the guide, if available.

2. Insert the HMI device into the mounting cutout from the front.

Make sure that protruding labeling strips are not caught between the mounting cutout and HMI device.

1. If mounting clips and grub screws are available separately in the accessory kit, insert a grub screw into the mounting clip bore hole and turn it several times.

2. Place the first mounting clip into the corresponding cutout.

3. Fasten the mounting clip with a size 2 screwdriver. The maximum permitted torque is 0.2 Nm.

4. Repeat steps 1 to 3 for all mounting clips required to secure your HMI device.

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Mounting and connecting

3.3

Connecting the HMI device

3.3.1

Connection sequence

Required tools and accessories

Procedure

Note Strain relief

See also

3.3 Connecting the HMI device

Before you start connecting the HMI device, have the following tools and accessories at hand:

Keep to the following sequence of tasks when connecting the HMI device:

Slotted screwdriver, size 2

Phillips screwdriver, size 3

Crimp pliers

Power supply terminal

24 V DC with sufficient amperage. See Technical specifications (Page 93)

1. Connecting the equipotential bonding circuit (Page 27)

2. Connecting the power supply (Page 29)

3. Connecting the configuration PC (Page 31)

4. Connecting the controller (Page 33)

Contacts can be broken or wires can be torn off if cables are not provided adequate strain relief.

Provide adequate strain relief for all cables.

Securing the cables (Page 37)

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Mounting and connecting

3.3.2

Connecting the equipotential bonding circuit

Differences in electrical potential

General requirements for equipotential bonding

Note Equipotential bonding conductor

3.3 Connecting the HMI device

Differences in electrical potential can develop between spatially separated system components. Such electrical potential differences can lead to high equalizing currents on the data cables and therefore to the destruction of their interfaces. Equalizing currents can develop if the cable shielding is terminated at both ends and grounded to different system parts.

Differences in potential may develop when a system is connected to different mains supplies.

Differences in potential must be reduced by means of equipotential bonding conductors to ensure trouble-free operation of the relevant components of the electronic system. The following must therefore be observed when installing the equipotential bonding circuit:

● The effectiveness of equipotential bonding increases as the impedance of the equipotential bonding conductor decreases or as its cross-section increases.

● If two system parts are interconnected by means of shielded data cables and their shielding is bonded at both ends to the grounding/protective conductor, the impedance of the additionally installed equipotential bonding conductor must not exceed 10% of the shielding impedance.

● The cross-section of an equipotential bonding conductor must be capable of handling the maximum equalizing current. The best practical results for equipotential bonding between two cabinets have been achieved with a minimum conductor cross-section of 16 mm².

● Use equipotential bonding conductors made of copper or galvanized steel. Establish a large surface contact between the equipotential bonding conductors and the grounding/protective conductor and protect them from corrosion.

● Clamp the shielding of the data cable from the HMI device flush at the equipotential rail using suitable cable clamps. The equipotential rail should be very close to the HMI device.

● Route the equipotential bonding conductor and data cables in parallel and with minimum clearance between them.

Cable shielding is not suitable for equipotential bonding. Always use the prescribed equipotential bonding conductors. The cross-section of the equipotential bonding conductor must not be less than 16 mm². Always use cables with an adequate cross-section when installing MPI and PROFIBUS DP networks. The interface modules may otherwise be damaged or destroyed.

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Mounting and connecting

Procedure

3.3.3

Connecting the power supply

Stripping the cable

3.3 Connecting the HMI device

1. Interconnect the functional earth

connection of the HMI device with an equipotential bonding

conductor, cross-section 4 mm

2. Connect the equipotential bonding

conductor to the equipotential bonding rail.

Use power supply cables with a maximum cross-section of 1.5 mm

1. Strip the ends of two power supply

cables to a length of 6 mm.

2. Attach cable sleeves to the bare

cable ends.

3. Install the end sleeves on the

cable ends using the crimp pliers.

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Mounting and connecting

Procedure

NOTICE

24 V DC only

NOTICE

Safe electrical isolation

3.3 Connecting the HMI device

An incorrectly dimensioned power supply can destroy the HMI device.

Use a 24 V DC power supply with adequate amperage; see Technical specifications (Page 93).

Use only 24 V DC power supply units with safe electrical isolation in accordance with IEC 60364-4-41 or HD 384.04.41 (VDE 0100, Part 410), for example, to PELV standard.

The supply voltage must be within the specified voltage range. Otherwise, malfunctions at the HMI device cannot be ruled out.

Applies to non-isolated system configurations:

Connect the connection for GND 24 V from the 24 V power supply output to equipotential bonding for uniform reference potential. You should always select a central point of termination.

1. Insert the two power cables into the mains terminal and secure them with a slotted screwdriver.

2. Connect the mains terminal to the HMI device.

3. Switch off the power supply.

4. Insert the two remaining cable ends into the power supply terminals and secure them with the slotted screwdriver.

Ensure correct polarity.

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Mounting and connecting

3.3.4

Connecting a programming device

Connecting a programming device to a Basic Panel DP

3.3.5

Connecting the configuration PC

3.3 Connecting the HMI device

A programming device gives you the following options:

● Transfer a project

● Transfer an HIM device image

1. Shut down the HMI device.

2. Connect an RS 485 PROFIBUS

connector to the HMI device.

3. Connect an RS 485 PROFIBUS

connector to the programming device.

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A configuration PC gives you the following options:

● Transfer a project

● Transfer an HIM device image

● Reset the HMI device to factory settings

Mounting and connecting

Connecting a configuration PC to a Basic Panel with PROFINET interface

NOTICE

Data network security for communication via Ethernet

Connect the other RJ45 connector of

See also

3.3 Connecting the HMI device

With Ethernet-based communication via PROFINET, the end user is responsible for the security of the data network; proper functioning of the data network cannot be guaranteed under all circumstances, for example, in case of targeted attacks that result in an overload of the device.

Use a CAT5 Ethernet cable or higher to connect the configuration PC.

1. Shut down the HMI device.

2. Connect one RJ45 connector of the LAN cable to the HMI device.

3. the LAN cable to the configuration PC.

Data transmission options (Page 65)

Accessories (Page 15)

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Mounting and connecting

3.3.6

Connecting the controller

Note

Connecting a controller to a Basic Panel DP

3.3 Connecting the HMI device

If the HMI device contains an operating system and an executable project, connect the HMI device to the controller.

Note the following when connecting the controller to a panel:

• Route the data lines parallel to the equipotential bonding conductors

• Connect the shields of the data lines to the ground

You can connect Basic Panels DP via the RS 422/RS 485 interface to the following SIMATIC controllers:

• SIMATIC S7-200

• SIMATIC S7-300/400

• SIMATIC S7-1200

• SIMATIC S7-1500

You can connect Basic Panels DP to the following controllers:

• Modicon Modbus

• Allen Bradley DF1

• Mitsubishi

• Omron

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Mounting and connecting

Connecting a controller to a Basic Panel with PROFINET interface

NOTICE

Data network security for communication via Ethernet

See also

3.3 Connecting the HMI device

You can connect Basic Panels with PROFINET interface to the following SIMATIC controllers:

• SIMATIC S7-200

• SIMATIC S7-300/400

• SIMATIC S7 with PROFINET

interface

• SIMATIC S7-1200

• SIMATIC S7-1500

The connection is set up via PROFINET/LAN.

Accessories (Page 15)

Connecting the equipotential bonding circuit (Page 27)

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Mounting and connecting

3.3.7

Connecting a USB device

Note when connecting

Note

Note USB 2.0 certified cable required

Note USB cable length maximum 1.5 m

Note Functional problem with USB port

3.3 Connecting the HMI device

Below are examples of devices designed for industrial use you can connect to the USB type A interfaces of the HMI device:

● External mouse

● External keyboard

● USB memory stick

● Industrial USB Hub 4

Additional information is available in the section "Accessories (Page 15)".

Connect a USB mouse or USB keyboard only for commissioning and servicing purposes to the USB port.

If you use a USB cable which is not USB 2.0 certified, errors may occur during data transfer.

Use only USB cables that are labeled "Certified HI-SPEED USB 2.0".

USB cables with lengths more than 1.5 m do not ensure secure data transfer.

The cable may not be longer than 1.5 m.

If you connect an external device with a 230 V power supply to the USB port without using an non-insulated installation, you may experience functional problems.

Use a non-insulated system design.

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Mounting and connecting

Note Excessive rated load on port

Note USB memory stick is not detected.

3.4

Switching on and testing the HMI device

Switching on the HMI device

3.4 Switching on and testing the HMI device

A USB device with too high a power load may possibly cause functional problems.

Observe the values for the maximum load of the USB interface. You can find the values in the chapter "USB (Page 99)".

Depending on the USB memory stick you use, it may happen that the operating system does not detect the USB memory stick. In this case, use a different USB stick.

Switching on the power supply. The screen lights up shortly after power

is switched on. If the HMI device fails to start, you have

probably crossed the cables on the power supply terminal. Check the connected cables and change their connection.

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Mounting and connecting

settings.

Shutting down the HMI Device

3.4 Switching on and testing the HMI device

The Start Center opens after the operating system has started.

You operate the Start Center using the buttons on the touch screen or a connected mouse or keyboard.

• Press the "Transfer" button to set the

HMI device to "Transfer" mode.

The "Transfer" mode can only be activated when at least one data channel has been enabled for the transfer.

• Press the "Start" button to start the

project on the HMI device.

• Press the "Settings" button to start

the "Settings" page of the Start Center.

You can change various settings on this page, for example, the transfer

1. Close any active projects on the HMI device.

2. Shut down the HMI device. You have the following shutdown options:

– Switch off the power supply.

– Remove the power supply terminal from the HMI device.

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Mounting and connecting

3.5

Securing the cables

NOTICE

Strain relief

3.5 Securing the cables

Contacts can be broken or wires can be torn off if cables are not provided adequate strain relief.

Provide adequate strain relief for all cables.

The following HMI devices come equipped with a fixing element on the back for strain relief:

● KTP900 Basic

● KTP1200 Basic

After the power-on test, use a cable tie to secure the connected cables to the marked fixing element in order to provide strain relief.

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4.1

Overview

DANGER

Incorrect operation

Operating the touch screen

NOTICE

Damage to the touch screen

Triggering unintended actions

Note

All Basic Panels 2nd Generation come equipped with a touch screen and function keys. You use the touch screen to operate the Start Center or the project running on your HMI device. You use the function keys to trigger the associated configured functions within a project.

A project can contain certain operations that require in-depth knowledge about the specific system on the part of the operator.

Ensure that only trained professional personnel operate the system.

Pointed or sharp objects can damage the plastic surface of the touch screen.

Operate the touch screen only with your fingers or with a touch pen.

Touching several operating elements at the same time can trigger unintended actions.

Touch only one operating element on the screen at a time.

Operating elements are touch-sensitive symbols on the screen of the HMI device.

They are basically operated in the same way as mechanical keys. You activate operating elements by touching them with your finger.

The HMI device returns a visual feedback as soon as it detects that an operating element has been touched.

The visual feedback is independent of any communication with the controller. The visual feedback signal therefore does not indicate whether or not the relevant action is actually executed.

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Operating the device

Note Description of all operating elements

Operating function keys

4.1 Overview

Examples:

● Buttons

Buttons can assume the following states:

"Untouched"

Shading below

"Touched"

Shading on top

● Invisible buttons

The focus of invisible buttons is by default not indicated following selection. No optical operation feedback is provided in this case.

The configuration engineer may, however, configure invisible buttons so that their outline appears as lines when touched. This outline remains visible until you select another operating element.

● I/O fields

A screen keyboard appears as visual feedback after you touch an I/O field, for example, to enter a password. The type of keyboard depends on the mounting position and the touched operating element.

The screen keyboard is automatically hidden again when input is complete.

A comprehensive description of all operating elements for your HMI device is provided in "Display and operating elements" section of the WinCC Online Help.

The function keys can be assigned global or local functions:

● Function keys with global function assignment

A function key with global function assignment always triggers the same action on the HMI device or in the controller, regardless of the currently displayed screen. An example of such an action is the activation of a screen, or the closing of an alarm window.

● Function keys with local function assignment

A function key with local function assignment is screen-specific and is therefore only effective within the active screen. The function assigned to such a function key can vary from screen to screen.

The function key can be assigned only a single function, either global or local, within a screen. Local function assignments override global function assignments.

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Operating the device

4.2

General functions of the screen keyboard

infotext has been configured for the operating element.

4.2 General functions of the screen keyboard

The following keys are available on the screen keyboard of all Basic HMI devices with touch functionality:

Cursor left

Cursor right

Delete characters left

Cancel input

Delete characters right

Confirm input

Shift to capital letters for the next character to be entered

Permanently switching to capital letters, corresponds to the "CAPS LOCK" function.

Switching to numerical keyboard

Switching to alphanumerical keyboard

Displaying infotext. This key only appears when an

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Operating the device

4.3

The screen keyboards

Alphanumerical screen keyboard

4.3 The screen keyboards

A screen keyboard appears on the HMI device touch screen when you touch an operating element that requires input. Depending on the type of operating element and the required input, this may be an alphanumerical or a numerical keyboard.

Both keyboards are available in landscape and in portrait.

For HMI devices in landscape, the alphanumerical keyboard has the assignment of a computer keyboard in US layout ("QWERTY"). You can set the keyboard to capital letters.

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Operating the device

Note Job mailbox has no effect

Key assignment

4.3 The screen keyboards

For HMI devices in portrait, the letters are sorted alphabetically.

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Job mailbox 51 "Select screen" has no effect while the screen keyboard is open.

The alphanumerical screen keyboard layout is monolingual.

A language change within the project has no effect on the layout of the alphanumerical screen keyboard.

Operating the device

Numerical screen keyboard

4.3 The screen keyboards

The numerical keyboard only offers numbers and the letters A to F for hexadecimal inputs.

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Operating the device

Checking numerical value limits

Decimal places of numerical values

4.4 Entering data

The layout changes accordingly for HMI devices in portrait format.

Tags can be assigned limit values. Any entry of a value outside this limit is rejected. If an alarm view is configured, a system event is triggered and the original value is displayed again.

The configuration engineer can define the number of decimal places for a numerical text box. The number of decimal places is checked when you enter a value in this type of I/O field.

● Decimal places that exceed the limit are ignored.

● Unused decimal places are padded with "0" entries.

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Operating the device

4.4

Entering data

Procedure

4.4 Entering data

You make all entries using the screen keyboard.

1. Touch the desired operating element on the screen.

The alphanumerical or the numerical screen keyboard opens.

A value existing in the operating element is applied to the display line of the keyboard.

2. Change or overwrite the value. Depending on the settings, the HMI device outputs an audible signal.

On the alphanumerical keyboard use the <Shift> key to enter upper-case letters.

3. Press <123> on the alphanumerical screen keyboard to switch to numbers and special characters.

You return with <ABC>.

4. Press <Return> key to confirm your entries, or cancel them with <ESC>.

Either action closes the screen keyboard.

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5.1

Opening the settings

Note Start Center of the 4" device

The Start Center opens after the HMI device has been switched on.

Use the "Settings" button to open the settings for parameter assignment of the device.

You can make the following settings:

• Settings for operation

• Communication settings

• Password protection

• Transfer settings

• Screen saver

• Acoustic signals

The Start Center is divided into a navigation area and a work area.

If the device is configured in landscape, the navigation area is on the left and the work area on the right in the display.

If the device is configured in portrait, the navigation area is on the top and the work area on the bottom in the display.

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The buttons "Transfer", "Start" and "Settings" are displayed in a space-saving manner in the Start Center of the 4" device. The button is located between the navigation area and the work area to minimize or maximize the navigation area.

Configuring the device

Protecting the Start Center with a password

Note

5.2

Overview

Symbol

Function

5.2 Overview

You can protect the Start Center against unauthorized operation. You can read the settings in the Start Center without having entered a password, however, you are not permitted to edit the settings.

This prevents inadvertent operations and increases security for the system or machine because the settings cannot be edited.

If the password is no longer available for the Start Center, you first have to update the operating system before you can make any changes in the Start Center.

All data on the HMI device is overwritten when you update the operating system.

The following table shows the functions available in the Start Center for configuring your HMI device. Individual functions may be hidden, depending on the device type and device configuration.

Configuring the time server (Page 49) Enter time and date (Page 50)

Activating the acoustic signal (Page 51)

Configuring Autostart or wait time (Page 52) Changing the password settings (Page 52) Displaying licensing information for the HMI device (Page 55) Displaying information about the HMI device (Page 56) Changing the network configuration (Page 57) Changing the MPI/DP settings (Page 58)

Enabling a data channel (Page 59)

Calibrating the touch screen (Page 60)

Changing the monitor settings (Page 61)

Setting the screen saver (Page 62)

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Configuring the device

5.3

Configuring the time server

Note

5.3 Configuring the time server

The HMI device has a buffered realtime clock. The realtime clock is set by using the configuration or by using a time server.

If you are not using a time server, you can also set the time manually.

To fetch the time-of-day of the HMI device from a time server, you can specify up to four different time servers. The time-of-day is synchronized via the "Network Time Protocol" (NTP). The availability of the time server is displayed.

Also specify the update cycle of the time-of-day and, if necessary, a time shift. Update cycle and time shift are valid for all configured time servers.

Do not enter any additional time shift here, but in the "Date & Time" tab.

1. Press "Date & Time" to open the "Date,

Time & Timezone Settings" dialog.

2. Activate the time-of-day

synchronization.

3. At "Update Rate", enter the time

duration in seconds according to which the time-of-day will be synchronized.

Value range: 10 to 86400 (1 day)

4. Use the "+" button to enter an additional

time server.

5. Enter the IP address of the time server

under "Address".

The connection is established. If the connection was successfully established, date and time are displayed.

You can detect the availability of the server by the green or red symbol.

6. Use the "-" button to remove the time

server added last from the configuration.

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Configuring the device

5.4

Enter time and date

If necessary, enter a time shift with

5.4 Enter time and date

You can enter the time and date as well as a time shift in the Start Center.

This time becomes valid when you have switched off "NTP", which means when you do not fetch the time-of-day from a server.

The time shift also applies for the time fetched by a time server.

1. Press "Date & Time" to open the "Date & Time" dialog.

2. Open the "Date & Time" tab.

3. Select the date and the required time in the drop-down lists.

4. the selection wheel under "Time shift".

The set time shift applies even if you fetch the time-of-day from a time server.

The resulting time is displayed under "Localtime".

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Configuring the device

5.5

Activating the acoustic signal

5.5 Activating the acoustic signal

1. Press "Sounds" to open the

"Volume" dialog.

2. Set the "Sound" to "ON".

Once you have set the "Sound" to "ON" you receive an acoustic feedback in the running project each time you touch the touch screen.

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Configuring the device

5.6

Configuring Autostart or wait time

Note Immediate start of the project with a delay time of 0 seconds

5.6 Configuring Autostart or wait time

You specify in the "System Control/Info" dialog if the project starts immediately after switching on the device or after a wait time.

1. Press "System Control/Info" to open the "System Control/Info" dialog.

The "Autostart Runtime" tab is open.

2. Switch on the "Autostart" function.

3. Set the wait time with the selection wheel under "Wait".

The wait time is the time in seconds between the appearance of the Start Center and automatic start of the project.

Value range: 0 ... 60 s

The project starts immediately if a delay time of 0 seconds is set. It is now no longer possible to call the Start Center after switching on the HMI device. To handle this situation, you need to configure an operating element with the "Close project" function.

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Configuring the device

5.7

Changing the password settings

Note

Activating password protection

5.7 Changing the password settings

Password protection prevents unauthorized access to the Start Center.

The password cannot contain spaces or special characters * ? . % / \ ' "

If the password is no longer available for the Start Center, you first have to update the operating system before you can make any changes in the Start Center. All data on the HMI device will be overwritten when you update the operating system.

1. Press "System Control/Info" to open

the "System Control/Info" dialog.

2. Switch to the "Access Protection" tab.

3. Enter a password in the "Password"

text box. Touch the text box. The alphanumerical screen keyboard is displayed.

4. Confirm the password in the "Confirm

Password" text box.

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Configuring the device

Deactivating password protection

5.7 Changing the password settings

1. Press "System Control/Info" to open the "System Control/Info" dialog.

2. Switch to the "Access Protection" tab.

3. Delete the entries in the "Password" text box.

4. Delete the entries in the "Confirm Password" text box.

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Configuring the device

5.8

Displaying licensing information for the HMI device

5.8 Displaying licensing information for the HMI device

1. Press "System Control/Info" to

open the "System Control/Info" dialog.

2. Change to the "License Info" tab.

The "License Info" tab is used to display the licensing information for the software of the HMI device.

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Configuring the device

5.9

Displaying information about the HMI device

"PN X1": MAC address, only for

5.9 Displaying information about the HMI device

1. Press "System Control/Info" to open the "System Control/Info" dialog.

2. Shift the bookmarks up in the navigation area.

3. Change to the "System Info" tab.

The "System Info" tab is used to display specific information on the HMI device. You will need this information when contacting Technical Support.

– "Device:" HMI device name – "Image version": Version of the

HMI device image

– "Bootloader version": Boot

loader version

– "Bootloader release date":

Release date of the boot loader

–

HMI devices with PROFINET interface

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Configuring the device

5.10

Changing the network configuration

Note Communication errors caused by IP address conflicts

5.10 Changing the network configuration

Communication errors can occur if several devices in a network share the same IP address. Assign a unique IP address to every HMI device in the network.

1. Press "Network Interface" to open the

"Interface PN X1" dialog.

2. Choose either automatic address

assignment via "DHCP", or userspecific address assignment.

3. If assigning a user-specific address,

use the screen keyboard to enter valid values in the "IP address", "Subnet mask" text boxes and if applicable in the "Default gateway" text box.

4. Select the transmission rate in the

PROFINET network and the transmission type in the "Mode and speed" selection box under "Ethernet parameters". Valid values are 10 Mbps or 100 Mbps and "HDX" (half duplex) or "FDX" (full duplex).

5. If the "Auto Negotiation" entry is

selected, the transmission type and transmission rate in the PROFINET network will be automatically detected and set.

6. If the "LLDP" switch is selected, the

HMI device exchanges information with other HMI devices.

7. Enter a network name for your HMI

device in the "Device name" field under "Profinet". The name must meet the following conditions.

– A maximum of four blocks with up

to 63 characters each. Example: "Press1.Fender.Bodywork.Hall3"

– Characters "a" to "z", numbers "0"

to "9"; special characters: "-" and "."

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Configuring the device

5.11

Changing the MPI/DP settings

Note

device in the "Address" text box. The

5.11 Changing the MPI/DP settings

The settings for MPI or PROFIBUS DP communication are defined in the HMI device project. Edit the transfer settings only in the following situations:

• Initial transfer of a project.

• Changes made to the project are activated at a later time.

1. Press "Network Interface" to open the "Profibus" dialog.

2. Enter the bus address for the HMI

bus address must be unique within the MPI/PROFIBUS DP network.

3. Enter the time limit for the PROFIBUS communication in the "Time-out" text box.

Valid values are 1 s, 10 s, 100 s.

4. Select the profile from the "Profile" selection box.

5. Select the transmission rate from the "Transmission rate" text box.

6. Enter the highest station address on the bus in the "Highest station address" text box. Valid range of values: 1 to 126.

7. The PROFIBUS profile data is displayed under "Bus parameters...".

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Configuring the device

5.12

Enabling a data channel

Note

See also

5.12 Enabling a data channel

You must enable one data channel to transfer a project to the HMI device.

After having completed the project transfer, you can protect the HMI device against unintentional overwriting of project data and of the HMI device image by locking all data channels.

1. Press "Transfer Settings" to open

the "Transfer Settings" dialog.

2. Switch on "Enable transfer".

3. To enable automatic transfer,

switch on "Automatic".

When the automatic transfer is activated, you can start a transfer from the configuring PC while the project is running. The running project is closed in this case and the new project is transferred.

The new project starts after it is transferred.

Changing the MPI/DP settings (Page 58)

Changing the network configuration (Page 57)

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Configuring the device

5.13

Calibrating the touch screen

crosses within the expected range,

5.13 Calibrating the touch screen

1. Press "Touch" to open the "Touch" dialog.

2. Click the "Recalibrate" button.

3. Press any spot on the touch screen within the next 15 seconds.

4. Touch the five calibration crosses one after the other.

If you have not touched a calibration cross within the expected range, calibration will start once again.

If you have touched all calibration

calibration is complete and will be saved.

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Configuring the device

5.14

Changing the monitor settings

Note Orientation of the screen (portrait or landscape)

5.14 Changing the monitor settings

The screen orientation is defined by the configuration engineer in the course of project creation. The appropriate screen orientation is set automatically when you transfer the project to the HMI device.

Do not make any changes to the screen orientation if a project exists on the HMI device with a different orientation. The screen content may otherwise be truncated.

1. Press "Display" to open the

"Display" dialog.

2. Select the screen orientation:

– "0° (Landscape)" for landscape – "90° (Portrait)" for portrait

3. Use the "Brightness" slider to set

the screen brightness.

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Configuring the device

5.15

Setting the screen saver

Note Burn-in effect

5.15 Setting the screen saver

The screen contents may leave a faint version (ghost) of the image in the background if they appear for too long.

The "ghost" will disappear automatically after some time. The longer the same content is displayed on the screen, the longer it will take for the burn-in effect to disappear.

The screen saver helps to prevent burn-in.

Always use the screen saver.

1. Press "Screensaver" to open the "Screensaver" dialog.

2. Switch on the screensaver with "Enable screensaver".

3. Enter the number of minutes with the selection wheel before the screen saver is to be activated under "Wait".

You may select values between 1 and 120 minutes.

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6.1

Overview

Configuration phase

Process control phase

Transferring the project to the HMI device

Commissioning and recommissioning

A project – the process image of the working process – is created during configuration to visualize automated working processes. The process displays for the project contain displays for values and messages which provide information about process statuses. The process control phase follows the configuration phase.

The project must be transferred to the HMI device if it is to be used in process control. Another prerequisite for process control is that the HMI device is connected online to a controller. Current working processes - operating and observing - can then be subject to process control.

You can transfer a project to an HMI device as follows:

● Transfer from the configuration PC

● Restore from a PC using ProSave

In this case, an archived project is transferred from a PC to the HMI device. The configuration software does not need to be installed on the PC.

ProSave is a service tool that enables you to manage data on your HMI device. With ProSave, you can update the operating system of the HMI device, for example, or backup its data.

● Pack & Go

A project is transferred by means of a storage medium to the HMI device using a PC with ProSave. The configuration software does not need to be installed on the PC.

Initial startup and recommissioning differ in the following respects:

● With initial startup, there is not project on the HMI device.

The HMI device is also in this state after the operating system has been updated.

● When recommissioning, any project already on the HMI device is replaced.

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Commissioning a project

6.2

Operating modes

Changing the operating mode

"Offline" operating mode

"Online" operating mode

"Transfer" mode

6.2 Operating modes

The HMI device may be in the following operating modes:

● Offline

● Online

● Transfer

"Offline mode" and "Online mode" can be set on both the configuration PC and the HMI device. To set these modes on the HMI device, use a corresponding operating element of the project.

The configuration engineer must have configured an appropriate operating element to allow a change of the operating mode on the HMI device during ongoing operation.

Additional information may be available in your system documentation.

In this mode, there is no communication between the HMI device and the controller. Even though the HMI device can be operated, it cannot exchange data with the controller.

In this mode, the HMI device and the controller communicate with each other. You can operate the system on the HMI device according to your system configuration.

In this mode, you can transfer a project from the configuration PC to the HMI device, for example, or backup and restore HMI device data.

The following options are available for setting "Transfer" mode on the HMI device:

● When the HMI device starts up

Start "Transfer" mode manually in the HMI device Loader.

● During ongoing operation

Start the "Transfer" mode manually within the project using an operating element. The HMI device toggles to "Transfer" mode when automatic mode is set and a transfer is initiated on the configuration PC.

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6.3

Data transmission options

Overview

Project

Data channel

Basic Panels DP

Basic Panels with

PROFINET

interface

6.4

Transfer

6.4.1

Overview

6.4.2

Starting the manual transfer

Introduction

Requirements

6.3 Data transmission options

The following table shows the options for data transfer between the HMI device and the configuration PC.

Backup/restore Operating system update Project transfers Updating the operating system

with "Reset to factory settings"

Transfer the executable project from the configuration PC to the HMI device.

You can start the "Transfer" mode manually or automatically on the HMI device.

Transferred data is written directly to internal flash memory of the HMI device. Assign parameters of a corresponding data channel before you start the transfer.

MPI/PROFIBUS DP Yes PROFINET - Yes

MPI/PROFIBUS DP - PROFINET - Yes

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

You can manually switch the HMI device to "Transfer" mode as follows:

● At runtime, using a configured operating element.

● In the Start Center of the HMI device.

● The project is open in WinCC.

● The project is compiled.

● The HMI device is connected to a configuration PC.

● The data channel parameters are assigned on the HMI device.

● The HMI device is in "Transfer" mode.

Commissioning a project

Procedure

Result

6.4.3

Starting the transfer automatically

Introduction

6.4 Transfer

If you are loading a project to an HMI device for the first time, the "Advanced loading" dialog is automatically opened. You configure the appropriate interface parameters in this dialog.

For further information, refer to the WinCC documentation.

Proceed as follows:

1. If you want to load a project simultaneously to several HMI devices, use multiple selection to select all the desired HMI devices in the project tree.

2. Select the "Load to device > Software" command in the shortcut menu of an HMI device.

3. When the "Advanced loading" dialog appears, configure the "Settings for loading":

– Select the interface via which the project will be loaded.

– Configure the corresponding interface parameters.

– Click on "Load".

You can open the "Advanced loading" dialog at any time with the menu command "Online > Advanced loading to device…".

The "Load preview" dialog" opens. The project is compiled at the same time. The result is displayed in the "Load preview" dialog.

4. Check the displayed default settings and edit them, if necessary.

5. Click on "Load".

The project is available on the HMI device following successful transfer. If the "Autostart" function is activated in the Start Center, the transferred project is started automatically.

If automatic transfer is activated, the HMI device automatically changes to "Transfer" mode at runtime as soon as a transfer is started on the connected configuration PC.

Automatic transfer is particularly suited for the test phase of a new project because transfer is completed without interfering with the HMI device.

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Commissioning a project

Note

Requirements

Procedure

6.4 Transfer

If automatic transfer is activated on the HMI device and a transfer is initiated on the configuration PC, the project currently running is automatically stopped. The HMI device then automatically switches to "Transfer" mode.

After the commissioning phase, deactivate the automatic transfer so that the HMI device cannot be inadvertently switched to transfer mode. Transfer mode can trigger unintentional actions in the system.

You can issue a password in the Start Center to restrict access to the transfer settings and thus avoid unauthorized modifications.

● The project is open in WinCC.

● The project is compiled.

● The HMI device is connected to a configuration PC.

● The data channel parameters are assigned on the HMI device.

● The automatic transfer is enabled in the Start Center.

If you are loading a project to an HMI device for the first time, the "Advanced loading" dialog is automatically opened. You configure the appropriate interface parameters in this dialog.

For further information, refer to the WinCC documentation.

Proceed as follows:

1. If you want to load a project simultaneously to several HMI devices, use multiple selection

to select all the desired HMI devices in the project tree.

2. Select the "Load to device > Software" command in the shortcut menu of an HMI device.

3. When the "Advanced loading" dialog appears, configure the "Settings for loading":

– Select the interface via which the project will be loaded.

– Configure the corresponding interface parameters.

– Click on "Load".

You can open the "Advanced loading" dialog at any time with the menu command "Online > Advanced loading to device…".

The "Load preview" dialog" opens. The project is compiled at the same time. The result is displayed in the "Load preview" dialog.

4. Check the displayed default settings and edit them, if necessary.

5. Click on "Load".

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Commissioning a project

Result

6.4.4

Testing a project

Introduction

Note

6.4 Transfer

The configuration PC checks the connection to the HMI device. The HMI device shuts down the current project and automatically changes to "Transfer" mode. The project is transferred to the HMI device. An error message is displayed on the configuration PC if the connection is not available or disrupted.

The project is available on the HMI device following successful transfer. The transferred project is started automatically.

You have the following options to test a project:

● Test the project on the configuration PC

You can test a project on a configuration PC, using a simulator. You can find more detailed information on this in the WinCC online help.

● Offline testing of the project on the HMI device

Offline testing means that communication between the HMI device and controller is down while the test is being carried out.

● Online testing of the project on the HMI device

Online testing means that the HMI device and the controller communicate with each other during testing.

Perform the tests, starting with the "Offline test", followed by the "Online test".

You should always test the project on the HMI device on which the project will be used.

Check the following:

1. Check the correct layout of the screens.

2. Check the screen navigation.

3. Check the input objects.

4. Enter the tag values.

The test ensures that the project will run as you intended on the HMI device.

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Requirement for offline testing

Procedure

Requirement for online testing

Procedure

6.5

Backup and restore

6.5.1

Overview

Backup and restore

6.5 Backup and restore

● The project has been transferred to the HMI device.

● The HMI device is in "Offline" mode.

In "Offline" mode, you can test individual project functions on the HMI device without them being affected by the controller. Controller tags, therefore, are not updated.

Test the operating elements and visualization of the project as far as possible without connecting to the controller.

● The project has been transferred to the HMI device.

● The HMI device is in "Online" mode.

In "Online" mode, you can test individual project functions on the HMI device without them being affected by the controller. Controller tags are updated in this case.

You have the option to test all communication-dependent functions, for example alarms, etc.

Test the operating elements and views of the project.

You can back up and restore the following data in the internal flash memory of the HMI device with a PC:

● Project and HMI device image

● Password list

● Recipe data

Use one of the following tools for backup and restore:

● WinCC

● ProSave

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Commissioning a project

General information

Note Power failure

Compatibility conflict

Note

See also

6.5.2

Backup and restore using ProSave

Requirement

Procedure – Backup

6.5 Backup and restore

If a complete restore operation is interrupted due to power failure on the HMI device, the operating system of the HMI device may be deleted. In this case, you have to reset the HMI device to its factory settings.

If a message is output on the HMI device warning you of a compatibility conflict during the restore operation, the operating system must be updated.

A data transfer can take several minutes, depending on data volume and transmission rate. Observe the status display. Do not interrupt the data transfer.

Data transmission options (Page 65)

● The HMI device is connected to a PC on which ProSave is installed.

● The data channel parameters are assigned on the HMI device.

1. From the Windows start menu, start ProSave on the PC.

2. Select the HMI device type in the "General" tab.

3. Select the type of interconnection for the HMI device and the PC.

4. Select the data to be backed up in the "Backup" tab.

Set the connection parameters.

– "Complete backup" generates a backup copy of configuration data, recipe data and

the HMI device image to a file in PSB format.

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– "Recipes" generates a backup copy of the HMI device's recipe data records in PSB

format.

– "User management" generates a backup copy of the HMI device's user data in PSB

format.

5. Select a destination folder and a file name for the "*.psb" backup file.

Commissioning a project

Result

Procedure – Restore

Result

6.5 Backup and restore

6. Set "Transfer" mode on the HMI device.

If automatic transfer mode is enabled on the HMI device, the HMI device automatically sets "Transfer" mode when a backup is initiated.

7. Start the backup operation in ProSave with "Start Backup".

Follow the instructions in ProSave.

A progress bar opens to indicate the progress of the operation.

The system outputs a message when the backup is completed.

A backup copy of the data is now available on the PC.

1. From the Windows start menu, start ProSave on the PC.

2. Select the HMI device type in the "General" tab.

3. Select the type of interconnection for the HMI device and the PC.

4. Set the connection parameters.

5. Select the "*.psb" backup file to be restored from the "Restore" tab.

You can see the HMI device for which the backup file was created and the type of backup data the file contains.

6. Set "Transfer" mode on the HMI device.

If automatic transfer mode is enabled on the HMI device, the device automatically sets "Transfer" mode when a restore operation is initiated.

7. Start the restore operation in ProSave on the PC with "Start Restore".

8. Follow the instructions in ProSave.

A progress bar indicates the progress of the operation.

When the restore is successfully completed, the data backed up on the PC is now on the HMI device.

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Commissioning a project

6.5.3

Backup and restore using WinCC

Requirement

Backup of the data of the HMI device

Restoring the data of the HMI device

6.6

Updating the operating system - Basic Panel DP

6.6.1

Overview

Updating the operating system

6.6 Updating the operating system - Basic Panel DP

● The HMI device is connected to the configuration PC or the PC with ProSave.

● The HMI device is selected in the project navigation.

● If a server is used for data backup: The HMI device has access to the server.

1. Select the "Backup" command from the "Online > HMI device maintenance" menu.

The "SIMATIC ProSave" dialog box opens.

2. Select the data to backup for the HMI device under "Data type".

3. Enter the name of the backup file under "Save as".

4. Click "Start Backup".

This starts the data backup. The backup operation takes some time, depending on the connection selected.

1. Select the "Restore" command from the "Online > HMI device maintenance" menu.

2. Enter the name of the backup file under "Save as".

Information about the selected backup file is displayed under "Content".

3. Click "Start Restore".

This starts the restoration. This operation takes some time, depending on the connection selected.

A compatibility conflict may occur when transferring a project to the HMI device. This is caused by different versions of the configuration software used and the HMI device image available on the HMI device. If there are different versions, the transfer is aborted. A message indicating a compatibility conflict is displayed on the configuration PC.

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Note Data loss

Note Calibrating the touch screen

6.6.2

Resetting the factory settings

Note Data channel

See also

6.6 Updating the operating system - Basic Panel DP

There are two ways to match the versions:

● Update the HMI device image if the project was created with the most recent version of

the configuration software.

● Transfer a matching version of the HMI device image if you do not want to adapt the

project for the HMI device to the most recent version of the configuration software for the project.

All data on the HMI device, such as the project and licenses, will be deleted when you update the operating system.

After the update, you may have to recalibrate the touch screen.

In ProSave or WinCC, you can update the operating system with or without resetting to factory settings.

● Updating the operating system without reset to factory settings

First, switch into "Transfer" mode on the HMI device or use the automatic transfer function if the project is active. Then start the operating system update in ProSave or WinCC.

● Updating the operating system with reset to factory setting

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

When resetting to factory settings, all data channel parameters used are reset. The transfer can only be started following reconfiguration of the data channel.

Data transmission options (Page 65)

Commissioning a project

6.6.3

Updating the operating system using ProSave

Requirement

Procedure

Result

6.6 Updating the operating system - Basic Panel DP

● The HMI device is connected to a PC on which ProSave is installed.

● The data channel parameters are assigned on the HMI device.

1. From the Windows start menu, start ProSave on the PC.

2. Select the HMI device type in the "General" tab.

3. Select the type of connection between the HMI device and the PC, then set the connection parameters.

4. Select the "OS Update" tab.

5. Select whether to update the operating system with or without restoring the factory settings by setting the "Reset to factory settings" check box accordingly.

6. Select the HMI device image file (file type "*.fwf") under "Image path".

The HMI device image files are available under "Programs\Siemens\Automation\Portal V< version>\Images".

The output area provides information on the version of the successfully opened HMI device image file.

7. Set "Transfer" mode on the HMI device.

If automatic transfer mode is enabled on the HMI device, the device automatically sets "Transfer" mode when an update is initiated.

8. Select "Update OS" on the PC to run the operating system update.

9. Follow the instructions in ProSave.

A progress bar indicates the progress of the operating system update.

A message is displayed when the operating system update is successfully completed and the HMI device is restarted.

The transferred image is available on the HMI device.

TIA version

>\Data\Hmi\Transfer\<TIA

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6.7

Updating the operating system - Basic Panel with PROFINET interface

6.7.1

Overview

Updating the operating system

Note Data loss

Note Calibrating the touch screen

6.7 Updating the operating system - Basic Panel with PROFINET interface

There are two ways to match the versions:

● Update the HMI device image if the project was created with the most recent version of

the configuration software.

● Transfer a matching version of the HMI device image if you do not want to adapt the

project for the HMI device to the most recent version of the configuration software for the project.

All data on the HMI device, such as the project and licenses, will be deleted when you update the operating system.

After the update, you may have to recalibrate the touch screen.

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Commissioning a project

6.7.2

Resetting the factory settings

Note Data channel

See also

6.7.3

Updating the operating system using ProSave

Requirement

Procedure

6.7 Updating the operating system - Basic Panel with PROFINET interface

In ProSave or WinCC, you can update the operating system with or without resetting to factory settings.

● Updating the operating system without reset to factory settings

First, switch into "Transfer" mode on the HMI device or use the automatic transfer function if the project is active. Then start the operating system update in ProSave or WinCC.

● Updating the operating system with reset to factory setting

When resetting to factory settings, all data channel parameters used are reset. The transfer can only be started following reconfiguration of the data channel.

Data transmission options (Page 65)

● The HMI device is connected to a PC on which ProSave is installed.

● The data channel parameters are assigned on the HMI device.

1. From the Windows start menu, start ProSave on the PC.

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2. Select the HMI device type in the "General" tab.

3. Select the type of connection between the HMI device and the PC.

4. Set the connection parameters.

5. Select the "OS-Update" tab.

6. Select the HMI device image file (file type "*.fwf") under "Image path".

The HMI device image files are available under "Programs\Siemens\Automation\Portal V<TIA version>\Data\Hmi\Transfer\<TIA version>\Images".

The output area provides information on the version of the successfully opened HMI device image file.

Commissioning a project

Result

6.7.4

Updating the operating system using WinCC

NOTICE

Updating the operating system deletes all data on the HMI device

Requirement

6.7 Updating the operating system - Basic Panel with PROFINET interface

7. Switch to "Transfer" mode on the HMI device.

If automatic transfer mode is enabled on the HMI device, the device automatically sets Transfer mode when an update is initiated.

8. Select "Update OS" on the PC to run the operating system update.

9. Follow the instructions in ProSave.

A progress bar indicates the progress of the operating system update.

A message is displayed when the operating system update is successfully completed and the HMI device is restarted.

The transferred image is available on the HMI device.

If possible, you should use the interface with the highest bandwidth for this connection, such as Ethernet. Updating the operating system via a serial connection can take up to an hour.

When you update the operating system you delete data on the target system. For this reason, it is advisable to back up the following data:

• User administration

• Recipes

Resetting to factory settings also deletes the License Keys. You should also back up the License Keys before resetting to factory settings.

● The HMI device is connected to the configuration PC.

● The appropriate data channel is configured on the HMI device.

● The HMI device is selected in the project navigation.

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Commissioning a project

Procedure

Result

6.7.5

Resetting to factory settings with ProSave

Requirement

Procedure for setting the PC interface

Procedure for resetting factory settings

6.7 Updating the operating system - Basic Panel with PROFINET interface

1. Select the "Update operating system" command from the menu under "Online > HMI device maintenance" on the configuration PC in WinCC.

The "SIMATIC ProSave [OS-Update]" dialog opens. The path to the image of the operating system has been preset.

2. If necessary, select another path to the operating system image you want to transfer to the HMI device.

3. Click "Update OS".

This starts the update. The update operation can take time, depending on the connection selected.

The HMI device is restarted when the operating system update is successfully completed.

The transferred image is available on the HMI device.

● The HMI device is connected with a standard Ethernet cable to a PC on which ProSave is installed.

1. Select "Start > Control Panel > Set PG / PC interface" on the configuration PC.

2. Select "S7ONLINE (STEP7) -> TCP / IP" from the "Application access point" area.

3. Select the interface which is connected to the HMI device from the "Interface parameter assignment used" area.

4. Confirm your entries.

1. From the Windows start menu, start ProSave on the PC.

2. Select the HMI device type from the "General" tab, and select "Ethernet" from the Connection area.

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Commissioning a project

Note Possible address conflicts with incorrect IP address

Result

Note

Note Calibrating the touch screen

6.7 Updating the operating system - Basic Panel with PROFINET interface

3. Enter an IP address.

Do not use a dynamic IP configuration for "Reset to factory settings".

Specify a unique IP address of the subnet in which the configuration PC is located. For the duration of the update process, the HMI device is automatically assigned to the specified address of ProSave.

If the HMI device has already been used with WinCC or ProSave use the existing IP address for "Reset to factory settings".

4. Change to the "OS-Update" tab.

5. Select the "Reset to factory settings" check box.

6. Select the HMI device image file (file type "*.fwf") under "Image path".

The HMI device image files are available in the WinCC installation folder under "Programs\Siemens\Automation\Portal V<

TIA version

>\Data\Hmi\Transfer\<TIA

version>\Images" or on the WinCC installation DVD.

The output area provides information on the version of the successfully opened HMI device image file.

7. Select "Update OS" on the PC to start the "Reset to factory settings" process.

8. Follow the instructions in ProSave.

A progress bar indicates the progress of the operating system update.

A message is displayed when the operating system update is successfully completed and the HMI device is restarted.

The transferred image is available on the HMI device. The factory settings are reset.

If you can no longer open the Start Center on the HMI device because the operating system is missing, carry out the steps described above to reset the device to the factory settings and try again.

When the restore operation has been completed, you may have to recalibrate the touch screen.

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Commissioning a project

6.7.6

Resetting to factory settings with WinCC

NOTICE

Updating the operating system deletes all data on the HMI device

Note

Requirement

Resetting the HMI device to factory settings

Result

6.7 Updating the operating system - Basic Panel with PROFINET interface

When you update the operating system you delete data on the target system. For this reason, it is advisable to back up the following data:

• User administration

• Recipes

The following is required to restore factory settings using Ethernet:

• Available IP address

• PG/PC interface of the configuration PC that is set to Ethernet TCP/IP

You configure the PG/PC interface using the Control Panel of the configuration PC. Select "S7ONLINE (STEP7) -> TCP/IP" under "Application access point".

● The HMI device is connected to the configuration PC.

● The HMI device is selected in the project navigation.

1. Select the "Update operating system" command from the menu under "Online > HMI device maintenance" on the configuration PC in WinCC.

The "SIMATIC ProSave [OS-Update]" dialog opens. The path to the image of the operating system has been preset.

2. If necessary, select another path to the operating system image you want to transfer to the HMI device.

3. Enable "Restore factory settings".

4. Click "Update OS".

This starts the update. The update operation can take time, depending on the connection selected.

The HMI device is restarted when the operating system update is successfully completed.

The transferred image is available on the HMI device. The factory settings are reset.

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7.1

Maintenance and care

Introduction

Requirement

Note Unintentional response

Note Damage caused by unauthorized cleaning products

Procedure

The HMI device is designed for maintenance-free operation. Make sure you keep the touch screen and keyboard membrane clean.

Use a cleaning cloth dampened with a cleaning agent to clean the equipment. Only use water with a little liquid soap or a screen cleaning foam.

When cleaning the touch screen, an unintentional response in the controller can be triggered by touching keys.

Switch the HMI device off before cleaning to prevent unintentional responses.

The HMI device may be damaged if compressed air, steam jet blowers, aggressive solvents or scouring powders are used for cleaning purposes.

Do not clean the HMI device with compressed air or steam jet blowers. Do not use aggressive solvents or scouring powder.

Proceed as follows:

1. Shut down the HMI device.

2. Spray the cleaning solution onto a cleaning cloth.

Do not spray directly onto the HMI device.

3. Clean the HMI device.

When cleaning the display wipe from the screen edge inwards.

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Maintenance and care

7.2

Recycling

Recycling and disposal

7.2 Recycling

The HMI devices described in these operating instructions can be recycled due to the low levels of pollutants. Contact a certified disposal service company for environmentally sound recycling and disposal of your old devices.

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8.1

Certificates and approvals

Approvals

Note

IEC 61131

CE approval

EC Declaration of Conformity

UL approval

Marking for Australia

The following overview shows possible approvals.

The HMI device itself is approved as shown on the rear panel labels.

The HMI device fulfills requirements and criteria to IEC 61131-2, Programmable Logic Controllers, Part 2: Operating resource requirements and tests.

The HMI device meets the general and safety-related requirements of the following EC directives and conforms to the harmonized European standards (EN) for programmable logic controllers published in the official gazettes of the European Union:

● 2004/108/EC "Electromagnetic Compatibility" (EMC Directive)

The EC Declarations of Conformity are available to the relevant authorities at the following address:

Siemens AG Industry Sector I IA AS FA DH AMB PO Box 1963 D-92209 Amberg, Germany

Underwriters Laboratories Inc., to

● UL 508 (Industrial Control Equipment)

● CSA C22.2 No. 142 (Process Control Equipment)

The HMI device fulfills the requirements of standard AS/NZS 4665.1-2005 +A1:2009 (Class A).

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.2

Electromagnetic compatibility

8.2.1

Emitted interference

Note

8.2.2

Immunity to interferences

8.3

Mechanical ambient conditions

8.3.1

Transport and storage conditions

Type of condition

Permitted range

8.2 Electromagnetic compatibility

The device is designed for industrial use.

The device meets the requirements according to EN 61000-6-4. The device corresponds to limit class A.

The HMI device is not intended for use in residential areas. Operation of an HMI device in residential areas can have a negative influence on radio/TV reception.

The device meets the requirements according to EN 61000-6-2.

The following information is for a device that is transported and stored in its original packaging.

The device meets the requirements according to IEC 60721-3-2, Class 2M2 with the following amendments and limitations:

Free fall ≤ 1 m Vibration to IEC 60068-2-6 5 ... 8.4 Hz, deflection 3.5 mm

8.4 ... 500 Hz, acceleration 1 g

Shock to IEC 60068-2-27 250 m/s2, 6 ms, 1000 shocks

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Technical specifications

8.3.2

Operating Conditions

Type of condition

Permitted range

8.4

Climatic ambient conditions

8.4.1

Transport and storage conditions

Type of condition

Permitted range

Note

8.4 Climatic ambient conditions

The following information applies to a device installed according to the specifications in these operating instructions.

The HMI device is designed for stationary operation in a location protected from the effects of the weather.

The device meets the requirements according to IEC 60721, Class 3M3 with the following amendments and limitations:

Vibration to IEC 60068-2-6 5 ... 8.4 Hz, deflection 3.5 mm

8.4 ... 200 Hz, acceleration 1 g

Shock to IEC 60068-2-27 150 m/s2, 11 ms, 3 shocks

The following information is for a device that is transported and stored in its original packaging.

The device meets the requirements according to IEC 60721-3-2, Class 2K2 with the following amendments and limitations:

Temperature –20 ... +60 °C Atmospheric pressure 1080 ... 660 hPa, corresponds to an elevation of 1000 m to 3500 m Relative humidity 10 ... 90%, without condensation Pollutant concentration SO2: < 0.5 ppm;

Relative humidity < 60%, no condensation

S: < 0.1 ppm;

Relative humidity < 60%, no condensation

Ensure that no condensation (dewing) develops on or inside the HMI device after transporting it at low temperatures or after it has been exposed to extreme temperature fluctuations.

The HMI device must have acquired room temperature before it is put into operation. Do not expose the HMI device to direct radiation from a heater in order to warm it up. If dewing has developed, wait approximately 4 hours until the HMI device has dried completely before switching it on.

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.4 Climatic ambient conditions

8.4.2 Operating Conditions

The following information applies to a device installed according to the specifications in these operating instructions.

The HMI device is designed for stationary operation in a location protected from the effects of the weather.

The device meets the requirements according to IEC 60721-3-3, Class 3K3 with the following amendments and limitations:

Type of condition Permitted range

Temperature, device in landscape

 Vertical mounting

 Inclined installation, inclination up to 35°

Temperature, device in portrait

 Vertical mounting

 Inclined installation, inclination up to 35°

Atmospheric pressure 1080 ... 795 hPa, corresponds to an elevation of

Relative humidity From 10 to 90%, without condensation

Pollutant concentration SO2: < 0.5 ppm;

0 ... 50 °C

0 ... 40 °C

0 ... 35 °C

1000 m to 2000 m

Relative humidity < 60%, no condensation

S: < 0.1 ppm;

Relative humidity < 60%, no condensation

8.4.3 Climate diagram

The diagram below shows the extended range for temperature and humidity during operation based on IEC 60721-3-3 Class 3K3.

The information applies to a device installed in landscape without inclination.

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Technical specifications

8.5

Protection classes

8.5.1

Insulation test

Circuits with a nominal voltage of Ue to other circuits or ground

Test voltage

8.5.2

Protection against foreign objects and water

Device side

Degree of protection

against ingress by water.

8.5 Protection classes

The device meets the requirements according to EN 61131-2.

< 50 V 500 V AC

The device meets the requirements according to EN 60529.

Front When mounted:

• IP65

• Type 4X/Type 12 (indoor use only) 1

Rear panel

• IP20

Touch protection test with standard test probes. There is no protection

Met if specified on the back of the device

The degree of protection of the device front can only be guaranteed if the mounting seal lies flush against the mounting cutout. Read the corresponding information in section "Making the mounting cutout".

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.6

Dimension drawings

8.6.1

Dimensional drawing of KTP400 Basic

8.6 Dimension drawings

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Technical specifications

8.6.2

Dimensional drawing of KTP700 Basic

8.6 Dimension drawings

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.6.3

Dimensional drawing of KTP700 Basic DP

8.6 Dimension drawings

Basic Panels 2nd Generation

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Technical specifications

8.6.4

Dimensional drawing of KTP900 Basic

8.6 Dimension drawings

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.6.5

Dimension drawings of KTP1200 Basic

8.6 Dimension drawings

Basic Panels 2nd Generation

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Technical specifications

8.6.6

Dimensional drawing of KTP1200 Basic DP

8.6 Dimension drawings

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.7

Technical specifications

8.7.1

Power supply

Rated voltage

Tolerance range

8.7.2

KTP400 Basic, KTP700 Basic and KTP700 Basic DP

Weight

KTP400 Basic

KTP700 Basic

KTP700 Basic DP

Display

KTP400 Basic

KTP700 Basic

KTP700 Basic DP

Input device

KTP400 Basic

KTP700 Basic

KTP700 Basic DP

8.7 Technical specifications

The following table shows the permitted rated voltage and the corresponding tolerance range.

+24 V DC 19.2 ... 28.8 V (–20%, +20%)

Weight without packaging Approx. 360 g Approx. 780 g Approx. 800 g

Type LCD TFT Active display area 95 x 53.9 mm (4.3") 154.1 x 85.9 mm (7") Resolution 480 x 272 pixels 800 x 480 pixels Possible colors 16-bit (65536 colors) Brightness control Yes Backlighting

Half Brightness Life Time (MTBF Pixel error class in accordance with

EN ISO 9241-307

MTBF: Operating hours after which the maximum brightness is reduced by half compared to the original value. MTBF is

increased by using the integrated dimming function, for example, time-controlled via screen saver or centrally via PROFIenergy.

)

LED

20,000 h

Type Touch screen, analog resistive Function keys 4 8 Labeling strips Yes

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Technical specifications

8.7 Technical specifications

Memory

KTP400 Basic KTP700 Basic KTP700 Basic DP

Data memory 256 MB

Program memory 512 MB

Interfaces

KTP400 Basic KTP700 Basic KTP700 Basic DP

1 x RS 422/RS 485 - Max. 12 Mbps

1 x Ethernet RJ45 10/100 Mbps -

USB 2.0 Yes

Supply voltage

KTP400 Basic KTP700 Basic KTP700 Basic DP

Rated voltage

Range, permitted

Transients, maximum permitted 35 V (500 ms)

Time between two transients, minimum 50 s

Current consumption

 Typical

 Constant current, maximum

 Inrush current I

Fuse, internal Electronic

Approx. 125 mA

Approx. 310 mA

Approx. 0.2 A

19.2 to 28.8 V (–20%, +20%)

+24 V DC

Approx. 230 mA

Approx. 440 mA

Approx. 0.2 A2s

Approx. 230 mA

Approx. 500 mA

Approx. 0.2 A2s

Miscellaneous

KTP400 Basic KTP700 Basic KTP700 Basic DP

Buffered real-time clock 1, can be synchronized

Acoustic feedback Yes

Typical buffer time: 3 weeks

Basic Panels 2nd Generation

Operating Instructions, 03/2014, A5E33293231-AA

Yes

Technical specifications

8.7.3

KTP900 Basic, KTP1200 Basic and KTP1200 Basic DP

HMI device

KTP900 Basic

KTP1200 Basic

KTP1200 Basic DP

Display

KTP900 Basic

KTP1200 Basic

KTP1200 Basic DP

Input device

KTP900 Basic

KTP1200 Basic

KTP1200 Basic DP

Memory

KTP900 Basic

KTP1200 Basic

KTP1200 Basic DP

8.7 Technical specifications

Weight without packaging Approx. 1130 g Approx. 1710 g Approx. 1710 g

Type LCD TFT Display area, active 198.0 mm x 111.7 mm (9") 261.1 mm x 163.2 mm (12") Resolution, pixels 800 x 480 1280 x 800 Colors, displayable 16-bit (65536 colors) Brightness control Yes Pixel error class in accordance

with EN ISO 9241-307

Backlighting Half Brightness Life Time (MTBF 1)

LED

20,000 h

MTBF: Operating hours after which the maximum brightness is reduced by half compared to the original value. MTBF is

increased by using the integrated dimming function, for example, time-controlled via screen saver or centrally via PROFIenergy.

Type Touch screen, analog resistive Function keys 8 10 Labeling strips Yes

Data memory 256 MB Program memory 512 MB

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Technical specifications

8.7 Technical specifications

Interfaces

KTP900 Basic KTP1200 Basic KTP1200 Basic DP

1 x RS 422/RS 485 - Max. 12 Mbps

1 x Ethernet RJ45 10/100 Mbps -

USB 2.0 Yes

Supply voltage

KTP900 Basic KTP1200 Basic KTP1200 Basic DP

Rated voltage

Range, permitted

Transients, maximum permitted 35 V (500 ms)

Time between two transients, minimum

Current consumption

 Typical

 Constant current, maximum

 Inrush current I

Fuse, internal Electronic

Approx. 230 mA

Approx. 440 mA

Approx. 0.2 A2s

19.2 to 28.8 V (–20%, +20%)

+24 V DC

50 s

Approx. 510 mA

Approx. 650 mA

Approx. 0.2 A2s

Approx. 550 mA

Approx. 800 mA

Approx. 0.2 A2s

Miscellaneous

KTP900 Basic KTP1200 Basic KTP1200 Basic DP

Buffered real-time clock 1, can be synchronized

Acoustic feedback Yes

Typical buffer time: 3 weeks

Yes

Basic Panels 2nd Generation

Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.8

Interface description

8.8.1

Power supply

Pin number

Assignment

8.8.2

PROFIBUS (Sub-D RS422/485)

Assignment for the RS 422

Assignment for the RS 485

8.8 Interface description

Name of interface on HMI device: DC24V X80

Plug connector, 2-pin

Name of interface on HMI device: PROFIBUS DP X2

Sub-D socket, 9-pin, with screw lock

1 +24 V DC (L+) 2 GND 24 V (M)

1 n. c. n. c. 2 GND 24 V GND 24 V 3 TxD+ Data channel B (+) 4 RxD+ RTS 5 GND 5 V, floating GND 5 V, floating 6 +5 V DC, floating +5 V DC, floating 7 +24 V DC, out (max. 100 mA) +24 V DC, out (max. 100 mA) 8 TxD– Data channel A (–) 9 RxD– NC

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Technical specifications

8.8.3

PROFINET (Ethernet)

Assignment

Meaning of LEDs

8.8.4

USB

Assignment

8.8 Interface description

Name of interface on HMI device: PROFINET (LAN) X1

RJ45 plug connector

1 Tx+ 2 Tx– 3 Rx+ 4 n. c. 5 n. c. 6 Rx– 7 n. c. 8 n. c.

There is no connection if both LEDs are off.

The green "Link" LED lights up as soon as there is a physical connection.

The yellow "Activity" LED lights up during the data transfer.

Name of interface on HMI device: USB X60

USB socket

The following table shows the pin assignment of the USB port.

1 +5 V DC, out, max. 500 mA 2 USB-DN 3 USB-DP 4 GND

Basic Panels 2nd Generation Operating Instructions, 03/2014, A5E33293231-AA

Technical specifications

8.9

Scope of functions with WinCC

Tags, values and lists

Object

Specification

Quantity

Alarms

Object

Specification

Quantity

8.9 Scope of functions with WinCC

The following tables show the objects that can be integrated in a project for a Basic Panel. The following tables support you in estimating whether your project is still within the performance features of the HMI device.

The specified maximum values are not additive. We cannot guarantee proper functioning of configurations on devices in which all system limits are exploited.

In addition to the limitations specified, allowances must also be made for restrictions in configuration memory resources.

Tags Quantity 800

Limit value monitoring Linear scaling

Elements per array Quantity 100 Text lists Quantity 300 Graphics lists Quantity 100

Input/output Input/output

Yes Yes

Alarms Number of alarm classes 32

Number of discrete alarms 1000 Number of analog alarms 25 Length of the alarm text 80 characters Number of tags in an alarm Max. 8

Display Acknowledge error alarm individually Acknowledge multiple error alarms simultaneously (group

acknowledgement) Edit alarm Alarm indicator

Alarm buffer Alarm buffer capacity 256 alarms

Simultaneously queued alarm events Max. 64

View alarm Delete alarm buffer

Alarm window, alarm view

Yes

16 acknowledgment

groups

Yes Yes

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Siemens HMI devices Operating Instructions

Specifications and Main Features

Frequently Asked Questions

User Manual

Basic Panels 2nd Generation

Legal information

Preface

Table of contents

Product overview

1.2 Design of the PROFINET devices

1.3 Design of the PROFIBUS devices

1.4 Scope of delivery

1.5 Accessories

General safety instructions

2.2 Notes about usage

Preparations

Checking the package contents

Checking the operating conditions

Selecting a mounting position

Checking clearances

Making the mounting cutout

3.2 Mounting the HMI device

Connection sequence

3.3 Connecting the HMI device

Connecting the equipotential bonding circuit

Connecting the power supply

Connecting a programming device

Connecting the configuration PC

Connecting the controller

Connecting a USB device

3.4 Switching on and testing the HMI device

3.5 Securing the cables

Overview

4.2 General functions of the screen keyboard

4.3 The screen keyboards

4.4 Entering data

Opening the settings

5.2 Overview

5.3 Configuring the time server

5.4 Enter time and date

5.5 Activating the acoustic signal

5.6 Configuring Autostart or wait time

5.7 Changing the password settings

5.8 Displaying licensing information for the HMI device

5.9 Displaying information about the HMI device

5.10 Changing the network configuration

5.11 Changing the MPI/DP settings

5.12 Enabling a data channel

5.13 Calibrating the touch screen

5.14 Changing the monitor settings

5.15 Setting the screen saver

Overview

6.2 Operating modes

Overview

Transfer

Starting the manual transfer

6.3 Data transmission options

Starting the transfer automatically

Testing a project

Overview

6.5 Backup and restore

Backup and restore using ProSave

Backup and restore using WinCC

Overview

6.6 Updating the operating system - Basic Panel DP

Resetting the factory settings

Updating the operating system using ProSave

Overview

6.7 Updating the operating system - Basic Panel with PROFINET interface

Resetting the factory settings

Updating the operating system using ProSave

Updating the operating system using WinCC

Resetting to factory settings with ProSave

Resetting to factory settings with WinCC

Maintenance and care

7.2 Recycling

Certificates and approvals

Emitted interference

Immunity to interferences

Mechanical ambient conditions