SIMATIC-LOGO8-SET11 (v2.0)

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Application Example  04/2016

House Control with LOGO! 8

and Weather Sensors

LOGO! 8, KTP400

Set 11

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 S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

Warranty and liability

Note _{The Application Examples are not binding and do not claim to be complete}

regarding the circuits shown, equipping and any eventuality. The Application Examples do not represent customer-specific solutions. They are only intended to provide support for typical applications. You are responsible for ensuring that the described products are used correctly. These Application Examples do not relieve you of the responsibility to use safe practices in application, installation, operation and maintenance. When using these Application Examples, you recognize that we cannot be made liable for any damage/claims beyond the liability clause described. We reserve the right to make changes to these Application Examples at any time without prior notice.

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http://www.siemens.com/industrialsecurity.

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Table of Contents  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

1 Task

Note This LOGO! set expands the house control of LOGO! Set 9 “House Control with Master-Slave Communication” or LOGO! Set 10 “House Control with

Touch Panel” by a weather station with a LOGO! 8 and a Basic Panel.

Further information on the functionalities of LOGO! Set 9 and LOGO! Set 10, and the respective documentation for download is available in entry IDs 64143308

and 68585344.

Introduction

In a residential home, the following functions shall be controlled automatically using weather sensors and the measuring values displayed on a Basic Panel:

 Blinds

 Roof hatch

 Interior and exterior lighting

 Heating

 Garden watering WARNING

Risk of property damage or personal injury

LOGO! Set 10 is based on LOGO! Set 9/10. In order to avoid property

damage and personal injury it is absolutely necessary to observe the precautions and warnings from LOGO! Set 9 and 10 for the hardware installation, the handling of the blinds and how to operate the application.

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1 Task  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d Figure 1-1 PT 100

Rollo auf/ab Dachluke auf/ab Licht innen Rollo auf/ab ein/aus Licht außen ein/aus Licht zentral ein/aus Heizung

Blinds up/down Roof hatch up/down Interior light on/off Blinds up/down Exterior light on/off Central light on/off Heating

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2.1 Overview  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

2 Solution

2.1 Overview

Schematic layout

The figure below shows a schematic overview of the most important components of the solution: Figure 2-1 PROFINET IE

Set 9/10

Set 11

1 2 3 4

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2 Solution

2.2 Hardware and software components

 S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d Advantages/benefits

 Weather dependent controlling and monitoring of a house control with LOGO! 8, weather sensors and Touch Panel

 Individually setting each of the blinds also possible in automatic mode

 Minimizing wind damage at the blinds

 Cost reduction through efficient room temperature with internal and external temperature comparison

 Additional option to control the functionalities of the application on the PC via the WinCC Basic Panel simulation function

2.2 Hardware and software components

Note Please note that in this LOGO! Set, the LOGO! Set 9 and LOGO! Set 10

hardware setup is expanded by a weather station with a LOGO! 8 and a Basic Panel.

Detailed information on the LOGO! Set 9 / Set 10 hardware setup can be found in the LOGO! Set 9 documentation under entry ID 64143308 and in the LOGO! Set 10 documentation under entry ID 68585344.

2.2.1 Components used

The application example was created with the following components:

Hardware components

Table 2-1

No. Component Qty Article number Note

1. LOGO! 12/24RCE 1 6ED1052-1MD00-0BA8

2. LOGO! CSM 12/24

COMPACT SWITCH MODULE

1 6GK7177-1MA20-0AA0

For the connection of the application example to LOGO! Set 9 or LOGO! Set 10.

3. LOGO!POWER 24 V/4 A 1 6EP1332-1SH52 4. SIMATIC HMI KTP400 BASIC 1

6AV2123-2DB03-0AX0 5. Rain sensor  „1V output voltage -> no rain  9V output voltage -> rain  Output voltage: 0-10V DC  Operating voltage: 12-24 V DC 1 Available from

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2.2 Hardware and software components  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

No. Component Qty Article number Note

6. Temperature sensor  Measuring range: -20°C…+40°C  Output voltage: 0-10V DC  Operating voltage: 12-24 V DC 1 Available from specialist retailers

e.g. Stengler temperature sensor TS-S 7. Twilight sensor  Measuring range: 0…255 Lux (linear)  Output voltage: 0-10V DC  Operating voltage: 12-24 V DC 1 Available from specialist retailers

e.g. Stengler twilight sensor DS-S 8. Light sensor  Measuring range: 0…40 kLux (linear)  Output voltage: 0-10V DC  Operating voltage: 12-24 V DC 1 Available from specialist retailers

e.g.: Stengler light sensor LE-S

9. Wind sensor

 Measuring range: 0.8…40 m/s

 Output signal: Frequency, max. 24 V DC, 100Hz = 40m/s  Supply Voltage: max 24V DC 1 Available from specialist retailers

e.g.: Ventus Mini wind gage:

Art. 200 430

Software components

Table 2-2

Component Qty Article number Note

LOGO!Soft Comfort V8 1 6ED1058-0BA08-0YA1 SIMATIC WINCC BASIC V13 SP1 1 6AV2100-0AA03-0AA5

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2 Solution

2.2 Hardware and software components

Example files and projects

The following list includes all files and projects that are used in this example.

Table 2-3

Component Note

68585346_LOGO_Set11_CODE_v20.zip This zip-file contains

 The enhanced LOGO! Soft Comfort project for the master LOGO! from LOGO! Set 9/ LOGO! Set 10

 the LOGO!Soft Comfort project for the LOGO! 8 from the weather station from LOGO! Set 11

 a revised WinCC V13 project for the KTP700 from LOGO! Set 10

 a WinCC V13 SP1 project for the KTP400 of the weather station from LOGO! Set 11

Note: Please note that the LOGO! program and the

WinCC project from LOGO! Set 10 have been expanded here by the following functions:

 Weather sensor data processing

 Weather-dependent panel alarm messages

 Automatic mode for lighting

The LOGO! and the WinCC program from Set 10 are replaced by the programs from Set 11. Unzip and load all contained programs from Set 11 to the relevant LOGO!s and/or panels (see Table 4-2).

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3.1 Weather sensors  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

3 Mode of Operation

Note Detailed information on the house functions controlled in this application example can be found in the LOGO! Set 9 documentation under entry ID 64143308.

It is also possible to use the LOGO! Set 11 individually as a mere weather station or to control other devices.

3.1 Weather sensors

3.1.1 Wind sensor

The measured values from the wind sensor are processed in the LOGO! program “68585346_LOGO!_Set11_LOGO!_8.lsc” in the “Blinds” program part.

In automatic mode, all blinds are raised in the event of “strong” wind via function block “wind” (B183/analog threshold trigger).

For protecting the blinds, “strong wind” (here, 20 km/h) is given functional priority over high solar irradiation (here, 20 kLux) and lowering via weekly timers.

The function block “wind” can be called up in parameter assignment mode with the respective block name using the LOGO! display or LOGO! TDE. This makes it possible to adjust the threshold values for the wind speed for opening the blinds. When wind speeds fall below 18 km/h, the LOGO! program signals that the wind has died down and the blinds can be moved down again.

Note For wind velocities below the limit value (here, 18 km/h), the blinds will be raised in the morning and lowered in the evening automatically according to the set times of the weekly timers.

3.1.2 Light sensor

The light sensor is processed in the LOGO! program in the blinds control. In automatic mode, all blinds are lowered in the event of high solar irradiation (here, 20 kLux) via function block “sun” (B184/analog threshold trigger).

High solar irradiation takes priority over raising via weekly timers.

Manual switching of blinds takes highest priority, even if the automatic mode is activated and high solar irradiation occurs.

The function block “sun” can be called up in parameter assignment mode with the respective block name using the LOGO! display or LOGO! TDE. This makes it possible to adjust the threshold values for sun irradiation for closing the blinds.

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3 Mode of Operation

3.2 Configuration in network mode

3.1.3 Twilight sensor

The twilight sensor is processed in the LOGO! program in the lighting control. In automatic mode, all exterior lights are automatically switched off at sunrise (> 10 lux) and switched on at dusk (< 10 lux) via function block “twilight” (B187/analog threshold trigger).

Manual switching of lights takes highest priority, even if the automatic mode is activated.

The function block “twilight” can be called up in parameter assignment mode with the respective block name using the LOGO! display or LOGO! TDE. This makes it possible to individually adjust the threshold value for automatic switching off and on of the lighting.

3.1.4 Rain sensor

The rain sensor is processed in the LOGO! program in the program parts garden watering and roof hatch.

In automatic mode, if it does not rain, the garden watering is switched on

automatically in the morning at 09:00 a.m. and in the evening at 08:00 p.m. for 10 minutes via the function block “watering” (B104/Weekly Timer).

If automatic mode for the roof hatch has been activated, it will automatically close when it rains. If it does not rain and the temperature is high, the roof hatch will open.

The function block “watering” can be called up in parameter assignment mode with the respective block name using the LOGO! display or LOGO! TDE. This makes it possible to adjust days and times in the weekly timer for automatic garden

watering.

3.1.5 Temperature sensor

The temperature sensor is processed in the LOGO! program in the program part roof hatch. In automatic mode, the roof hatch is opened via function block “auto roof” (B105) at high temperature (here, >28 °C) and closed at low temperature (here, <25°C).

In automatic mode, all heating is switched off via function block “temp out” (B195/analog threshold trigger) with >22 °C outside temperature.

The function block “temp out” can be called up in parameter assignment mode with the respective block name using the LOGO! display or LOGO! TDE. This makes it possible to individually adjust the threshold value for automatic switching off of the heating.

3.2 Configuration in network mode

From LOGO! Soft Comfort V8 onwards, you are now able to interconnect several LOGO! base modules with each other and with other devices (WinCC and S7-CPUs) in the new network view.

Communication between the devices will be configured automatically. In addition, it is possible to display three programs at once and to drag&drop signals from one program to the other.

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3.2 Configuration in network mode  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

3.2.1 Creating a project in network view and two-way programming

Adding a device in network view Table 3-1

No. Action/response LOGO!Soft Comfort V8

1. Start LOGO!Soft Comfort V8.

2. Click on “Network project” tab to open the network project view.

3. Click on “Add new device”. The subsequent window enables you to add devices you want to use to the network.

4. The network view gives you an overview of the devices used in your network.

Two-way programming

If more than one LOGO! device is added to the network view, you can connect individual function blocks with drag&drop and can exchange data between the individual LOGO! devices.

Note Please note that two-way programming is only possible between LOGO! 0BA8 devices

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3 Mode of Operation

3.2 Configuration in network mode

 S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d Table 3-2

1. A double-click on one of the LOGO! base modules in the network view automatically opens the switching program in the diagram editor of the network project.

2. To exchange data between two LOGO! devices, open the switching programs of two LOGO! devices.

3. Now click on the symbol for dividing the diagram editor in two windows in order that an additional window in the diagram editor opens.

4. Then, click on the bar with the name of one of the two switching programs and drag the diagram into the second window that has opened in the diagram editor.

5. Move the mouse pointer to the output connection of one of the function blocks you want to connect and keep holding the mouse button down.

Then, move the mouse pointer to the function block you want to connect the first function block with.

When you release the mouse button, LOGO!Soft Comfort V8 will connect both function blocks.

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3.2 Configuration in network mode  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

6. Once both function blocks are connected, LOGO!Soft Comfort V8 will create a function block pair and an Ethernet connection and a data transfer mechanism. When the function blocks are displayed in green,

configuration of the

communication between the two LOGO! devices is complete.

Note:

If one of the two function blocks is displayed in red, configuration of the

communication between the two LOGO! devices is not yet complete.

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4 Installation and Commissioning 4.1 Installing the hardware

4 Installation and Commissioning

Note Please also observe the information on installation and commissioning in the

Set_9 and Set 10 documentation, unless you would like to operate Set 11 separately.

4.1 Installing the hardware

Table 4-1

Action Comment

1. Create Sets 9, 10 and 11 as shown in Figure 2-1.

 Set 11 can be used separately, without connecting other sets.

 Set 11 can also be used only with Set 9. For this, the LOGO! software from Set 11 must be used for house control

2. Connect the sets with LAN cables

4.1.1 KTP400

Note Observe the setup guidelines for the KTP400. Further information can be found in the KTP400 Basic Panel Manual.

IP addresses and subnet masks

Make sure that the KTP400, your PC and the hardware setup from LOGO! Set 9 and LOGO! Set 10 are in the same IP address range, as shown in the following table.

Table 4-2

No. Device IP address Subnet mask

1. KTP400 weather station (Set 11) 192.168.1.80 255.255.255.0 2. KTP700 (Set 10) 192.168.1.20 255.255.255.0 3. LOGO! weather station (Set 11) 192.168.1.13 255.255.255.0 4. Master LOGO! (Set 9) 192.168.1.10 255.255.255.0 5. Slave LOGO! (Set 9) 192.168.1.11 255.255.255.0 6. LOGO! TDE (Set 9) 192.168.1.14 255.255.255.0 7. Network card or USB Ethernet Adapter for network

connection to PC

192.168.1.12 255.255.255.0

4.1.2 LOGO! 8

Note Changes of the IP address or the master-slave mode are only possible in “STOP” mode.

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4.2 Software installation (download)  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

4.1.3 Assigning IP addresses to LOGO and setting the master mode

Table 4-3

No. Action/response LOGO! Display

1. Go to the “Network” item via the LOGO! display using the arrow keys C1▲ or C2▼ of the LOGO! 8 and press OK.

2. Select the “IP address” item.

3. Press the OK button of the LOGO! controller and use the arrow keys C1▲, C2▼, C3 ◄ and C4 ► to enter your LOGO!’s IP address (here: 192.168.1.13). Confirm with the OK button.

4. Press the ESC key to return to the previous menu item and select “Set M/S mode”.

5. For configuring the master LOGO!, select “Master”.

6. The configuration of the IP address and the mode for the LOGO! is now complete. Press ESC to return to the main menu

4.2 Software installation (download)

Note It is assumed that the required software LOGO!Soft Comfort V8 and WinCC have been installed on your PC. No previous experience with the software is required.

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4 Installation and Commissioning 4.3 Commissioning  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

4.3 Commissioning

Note For the following points you find information in LOGO! Set 9:

 Download LOGO! program in LOGO! controller

 Settings for web server access For LOGO! Set 9 refer to the following entry:

Building Automation Systems: House control with LOGO! and Master-Slave communication (LOGO! Set 9)

https://support.industry.siemens.com/cs/ww/en/view/64143308

4.3.1 Basic settings for the KTP400

Note The IP address of the HMI panel can only be changed if Runtime has been “stopped”.

Table 4-4

No. Action/response KTP400 display

7. Switch on the KTP400.

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4.3 Commissioning  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

9. 1. Press “Network interface” to open the dialog for changing the network settings. 2. Make your choice between automatic IP

address assignment via “DHCP” and manual IP address assignment. 3. Touch the respective input fields and

enter the IP address and the subnet mask with the screen keyboard, here:

 IP address: 192.168.1.80

 Subnet mask: 255.255.255.0 4. Under “Ethernet parameters” in the

“Mode and speed” selection field, tick “Auto Negotiation”; this automatically detects and sets the connection type and the transmission rate in the PROFINET network.

5. Activate the “LLDP” switch to enable the operator panel to exchange information with other operator panels. In this example, “LLDP” can be activated or deactivated.

6. Under “PROFINET” in the “Device name” field, enter a network name for your operator panel. The name must meet the following requirements:

 Max. four blocks with max. 63 characters each. Example: “Press1.Fender.

Bodywork.Hall3”

 Characters from “a” to “z”, numbers “0” to “9”; special characters: “-” and ".

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4. Press “Settings” on the left side of the dialog window for changing the network settings to return to the panel settings window.

5. To load a project onto the HMI panel, a data channel must be enabled:

1. Click the “Transfer settings” button to open the “Transfer Settings” dialog box. 2. Activate “Enable transfer”.

3. Activate “Automatic” to enable automatic transfer. When automatic transfer is enabled, a transfer from the

configuration PC can be started while the project is running. In this case, the current project is stopped and the transfer of the new project is carried out. After the transfer, the new project is started.

6. To return to the start center, press on the symbol for minimizing the window on the right side of the “Transfer Settings” dialog. 7. In the start center, you can start your project

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4.3.2 Settings in the operating system

Table 4-5

No. Action/response PC screen

1. In the operating system, navigate to:

“Start > Settings > Control Panel > Set PG/PC Interface”.

2. In “Interface Parameter Assignment Used”, select “TCP/IP(Auto) -> Name of your network card or your USB Ethernet adapter” (without the yellow warning sign) for the Ethernet communication with LOGO!.

 In this example: TCP/IP(Auto)->Intel(R) 82577LM Gigab. network card) Make sure that in the dropdown menu “Access Point of the Application” “S7ONLINE (STEP7) -> TCP/IP(Auto) -> Name of your network card or your USB Ethernet adapter” has been selected.

Click on OK to confirm the selection.

3. Alternatively the “Interface Parameter Assignment Used” is displayed at “Control Panel -> Set PG/PC Interface” for certain operating systems.

As in the previous step 2, also select the interface here and make sure that “Access Point of the Application” “S7ONLINE (STEP7) -> TCP/IP(Auto) -> Name of your network card or your USB Ethernet adapter” has been selected in the drop-down list.

Click on OK to confirm the selection.

4. Acknowledge the warning prompt that appears in certain operating systems with OK to complete the selection.

5. The settings in the operating system required for controlling the application example with the Basic Panel or with the PC screen are now complete.

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4.3.3 Assigning devices and programs

Table 4-6

No. Device Program for the device in the zip file

1. KTP400 weather station (Set 11) 68585344_LOGO!_Set11_weather_station_V20.ap13 2. KTP700 (Set 10) 68585344_LOGO!_Set11_HMI_WinCC_V20.ap13 3. LOGO! weather station (Set 11) 68585346_LOGO!_Set11_LOGO!8_weather_station.lsc

contained in the network project 68585346_LOGO!_Set11_LOGO!_8.lnp 4. Master LOGO! (Set 9) 68585346_LOGO!_Set11_LOGO!_8.lsc

contained in the network project

68585346_LOGO!_Set11_LOGO!_v20.lnp 5. Slave LOGO! (Set 9)

6. LOGO! TDE (Set 9)

4.3.4 Loading the programs into the KTP400 and KTP700

Table 4-7

No. Action/response WinCC

1. Start WinCC and with “Browse”, open the project “68585344_LOGO!_ Set11 _weather_station_V20”.

Then click “Open”.

Note:

Repeat the steps of this table for the project “68585344_LOGO!_Set11_ HMI_WinCC_V20“ of the KTP700, unless you would like to operate Set 11 separately.

2. Click on “Open the project view” to open it.

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3. In the project tree under „KTP400 [KTP400 Basic PN]“ go to “Connections” and select it with a double click.

4. In “HMI device”, enter the IP address of your Basic Panel (here: 192.168.1.80) and press Enter to confirm.

Make sure that

 “S7ONLINE” is specified under “Access point”.

 the master LOGO! IP address is specified under “PLC” (here: 192.168.1.13).

 the check box “Cyclic operation” is ticked. 5. In the project tree, go to “Devices &

networks” and select it with a double click.

6. Make sure a subnet has been added to the network. To create a subnet in the network, open the context menu with a right click on the Ethernet interface and click on “Add subnet”.

Note:

In this application example, the subnet has already been added in the WinCC project.

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7. Click on the Ethernet interface and go to the “Properties” tab.

Enter IP address and subnet mask of your Basic Panel, here:

• IP address: 192.168.1.80 • Subnet mask: 255.255.255.0

8. In the project tree, select the folder “KTP400 Basic PN” and click on “Load” in the toolbar.

9. Select the Ethernet interface of your network card or your USB-Ethernet adapter with which you will connect your PC to the Basic Panel. Then click on "Load".

10. Then confirm the dialog and then click on "Load".

11. As soon as the project download has been completed, the project will automatically start on the Basic Panel and you can now operate the

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4.3.5 Configuring dynamic warning messages for wind in the KTP700

WinCC project

In the WinCC project for the KTP700, 4 different dynamic warning messages for wind have been configured. One of the 4 warning messages is displayed depending on the wind speed:

Overview of warning messages Table 4-8

No. Wind level Speed Warning message text Warning

message color

1. Weak wind >= 1 km/h Weak wind: (Wind speed) km/h Blinds can still be operated! 2. Moderate wind >= 20 km/h Moderate wind:

(Wind speed) km/h! Blinds will remain closed! 3. Fresh wind >= 30 km/h Fresh wind:

(Wind speed) km/h! Blinds will remain closed! 4. Strong wind >= 40 km/h Strong wind:

(Wind speed) km/h! Blinds will remain closed!

Individually adjust and modify warning messages

Warning message texts, thresholds and colors can be modified and adjusted to the requirements of the application at any time.

The table below shows which parameters to set in WinCC to change the warning messages.

Table 4-9

No. Action/response WinCC Basic

1. 1. Start WinCC Basic V13 2. Select your unzipped

project „68585344_ LOGO!_Set11_HMI_ WinCC_V20“ with “Browse”. 3. Then click “Open”.

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2. Click on “Open the project view” to open it.

3. In the project tree under „KTP700 [KTP700 Basic PN]“, go to “HMI alarms” and select it with a double click.

4. Navigate to the “Analog alarms” tab. The following options are provided:

1. “Trigger tag” allows you to specify which tag to use for monitoring the threshold (here for wind).

2. Enter the limit value in “Limit” to define when a specific warning message is displayed.

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5. You can display a value in the warning message text (here, e.g., the wind speed):

1. Double-click on one of the warning messages to open the text editing mode. 2. Now go to the place in the

text where you would like to display a value. 3. Open the context menu

with a right click and select the menu item “Insert tag field”.

6. Now select the tag you would like to display in the text and specify the number of digits to be displayed in the message.

Then click on the green checkmark to close the window.

7. Now, go to the “Alarm classes” tab. Here you can assign user-defined names to the individual warning messages.

In addition, you can define the background color of the warning message.

8. Under “Screen management”, go to “Global screen” and open it with a double click.

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9. Proceed as follows:

1. Click on the “Alarm window” to open its properties.

2. Go to the “Properties" tab and make sure that the warning messages (here for wind) which you have configured, are enabled under “Current alarm states” and

“Unacknowledged alarms”.

10. Once you have completed all changes and modifications of the warning messages, click “Load” in the toolbar to load the project to the KTP700.

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5.1 Monitoring with the KTP400  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

5 Operation

Hinweis Operating via integrated webserver, the LOGO! display and LOGO! TDE is described in LOGO! Set 9. For LOGO! Set 9 refer to the following entry: Building Automation Systems: House control with LOGO! and Master-Slave communication (LOGO! Set 9)

https://support.industry.siemens.com/cs/ww/en/view/64143308

5.1 Monitoring with the KTP400

5.1.1 KTP400 screens

All KTP screens have a uniform toolbar on the right: Press one of the buttons to go to the following screens:

 Start

 Weather

 System

 Support

 Language switching

Note Synchronized language change from Basic Panel to LOGO! 8:

If the KTP400 is used to change the language with the button, the display language on the LOGO! display and LOGO! TDE will also change.

5.1.2 Start screen

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5 Operation

5.1 Monitoring with the KTP400

This screen is displayed right after system start.

5.1.3 Overview of weather data

Figure 5-2

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5.1 Monitoring with the KTP400  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

5.1.4 System functions

Figure 5-3

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5 Operation

5.1 Monitoring with the KTP400

This screen provides system functions:

 Clean screen

 Calibrate

 (Data) transfer

 Runtime Stop

More information on the system functions can be found in the Basic Panel manual \4\.

5.1.5 Online Support information

Figure 5-4

Information on the Online Support can be found here. The Home button (1) brings you back to the main menu.

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5.2 Operator Control and Monitoring with KTP700 and KTP400  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

5.2 Operator Control and Monitoring with KTP700 and

KTP400

Table 5-1

No. Action/response KTP700 and KTP400

1. Verify on the KTP700 (LOGO! Set 10) that “Automatic mode” for the blinds is activated.

KTP700

2. The wind speed exceeds 20 km/h.

KTP400

3. All blinds move up and stay in this final position for as long as the wind is strong (>20 km/h).

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5 Operation

5.2 Operator Control and Monitoring with KTP700 and KTP400

5. Press the “Alarm indicator” to open the “Alarm window” with the wind speed warning messages.

KTP700

6. A warning message is displayed in the “Alarm window” that the wind has reached a moderate speed.

Note:

A total of 4 different warning messages have been configured for different wind speed levels in the WinCC project in this application example. Older warning messages which have not been acknowledged remain on display in the alarm window, even if the wind speed has changed or other warning messages have been activated.

KTP700

7. Press the button for acknowledging warning messages until the current warning message is hidden. If required, press the acknowledgment button several times to acknowledge older messages that may still be listed.

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5.2 Operator Control and Monitoring with KTP700 and KTP400  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

8. Close the message window after you have cleared all warning messages.

KTP700

9. If the wind speed drops below 18 km/h and at the same time there is high irradiation (>20 kLUX), all blinds will automatically close.

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5 Operation 5.3 Operation via PC  S iem e n s A G 2 0 1 6 A ll r igh ts re se rv e d

5.3 Operation via PC

Note When using the application example with your PC, please make sure the KTP400 or KTP700 is not connected with the other modules of the application example (LOGO! modules, PC, etc.). It is recommended not to connect the Basic Panel, if you already use your PC as a Basic Panel with the WinCC simulation.

For operating the application example with the PC, the same basic settings (chapter 4.3.1) in the WinCC project apply as for direct operation with the Basic Panel. The only difference is that you do not press the “Load” button, but the “Start simulation” button.

Table 5-2

1. In the project tree, select the folder „KTP400[KTP400 Basic PN]“ and click on “Start simulation” in the toolbar.

2. Press “OK” in the displayed message to start the runtime simulator.

3. Then, the runtime simulator starts with the project.

4. You can now operate the application example via your PC with your mouse.

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6 Links & Literature

6.1 Bibliographic references

Table 6-1

Topic Title

\1\ LOGO! 8 LOGO! 8

A Practical Introduction, with Circuit Solutions and Example Programs

Author: Stefan Kruse Published by: Publicis ISBN: 9783895789267 \2\ LOGO! 8 LOGO!8 - MiniTrainerSchool

Author: Klaus Machalek Product No.: LOGO! MTS

6.2 Internet link specifications

Table 6-2

Topic Link

\1\ Siemens Industry Online Support http://support.industry.siemens.com

\2\ Download page of the entry https://support.industry.siemens.com/cs/ww/en/view/68585346

\3\ LOGO! 8 Manual https://support.industry.siemens.com/cs/ww/en/view/100761780/6 7518106635

\4\ HMI KTP400 Manual https://support.industry.siemens.com/cs/ww/en/view/90114350

\5\ LOGO! Software updates http://w3.siemens.com/mcms/programmable-logic- controller/en/logic-module-logo/demo-software/Pages/Default.aspx \6\ LOGO! Application Examples http://w3.siemens.com/mcms/programmable-logic- controller/en/logic-module-logo/application-examples/Pages/Default.aspx

7 History

Table 7-1

Version Date Modifications

V1.0 04/2013 First version

V1.1 03/2014 Layout modified and security note amended V2.0 04/2016 Software and documentation revision with LOGO! 8