Jung Smart Visu Server Series, SV-SERVER-01, SV-SERVER-INT Product Documentation

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Smart Visu Server

Art-No.: SV-SERVER-01 SV-SERVER-INT

Product Documentation

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Product Documentation

Smart Visu Server

SV-SERVER-01 SV-SERVER-INT

ALBRECHT JUNG GMBH & CO. KG

Volmestraße 1 D-58579 Schalksmühle

Tel: +49 (0) 23 55/80 60 Fax: +49 (0) 23 55/80 61 89 [email protected]

https://www.jung.de/en/

Service Centre

Kupferstr. 17-19 44532 Lünen Germany

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1 COMMISSIONING THE SMART VISU SERVER .............................................. 4

1.1 Correct use ........................................................................................................................ 4

1.2 Product characteristics .................................................................................................... 4

1.3 Scope of delivery .............................................................................................................. 5

1.4 Technical data ................................................................................................................... 5

1.5 Structure of the device, function ..................................................................................... 6

1.6 System information........................................................................................................... 7

1.7 Montage, commissioning ................................................................................................. 8

1.7.1 SV-Home – User interface ...................................................................................... 9

1.7.2 SV-Control – Project Design Interface .................................................................. 10

1.8 Warranty ........................................................................................................................... 11

2 SV-CONTROL ................................................................................................. 12

2.1 Project tab ........................................................................................................................ 12

2.1.1 Manage language ................................................................................................. 12

2.1.2 Start ....................................................................................................................... 12

2.1.3 Backing up a project ............................................................................................. 12

2.1.4 Restoring a project ................................................................................................ 13

2.1.5 Password protection ............................................................................................. 13

2.1.6 SV-Home ............................................................................................................... 15

2.1.7 Product Documentation ........................................................................................ 15

2.2 KNX ................................................................................................................................... 16

2.2.1 Defining the KNX-IP Gateway............................................................................... 16

2.2.2 Importing the KNX-OPC project file ...................................................................... 17

2.3 Hue.................................................................................................................................... 18

2.3.1 Defining the Hue-IP Gateway ............................................................................... 18

2.3.2 Importing Hue lamps ............................................................................................. 19

2.4 Area & Functions ............................................................................................................ 23

2.4.1 Creating a new area .............................................................................................. 24

2.4.2 Editing or deleting areas ....................................................................................... 25

2.4.3 Creating a new function ........................................................................................ 26

2.4.4 Configuring KNX functions .................................................................................... 28

2.4.5 Astro ...................................................................................................................... 86

2.4.6 Configuring Philips Hue functions ......................................................................... 89

2.4.7 Configuring websites / IP functions ....................................................................... 91

2.4.8 Configuring status logic functions ....................................................................... 101

2.4.9 Editing or deleting a function ............................................................................... 103

2.5 Action ............................................................................................................................. 104

2.5.1 Creating Actionsgroups ....................................................................................... 104

2.5.2 Creating an action ............................................................................................... 106

2.5.3 Editing or deleting an action ................................................................................ 110

2.5.4 Point in time overview of the actions .................................................................. 111

2.6 Configuration management ......................................................................................... 112

2.6.1 Network settings ................................................................................................. 113

2.6.2 Setting the system time and date ....................................................................... 114

2.6.3 Remote-Access ................................................................................................... 115

2.6.4 Server update ..................................................................................................... 121

3 SV-HOME ...................................................................................................... 122

3.1 SV-Home settings ......................................................................................................... 123

3.1.1 Language ............................................................................................................ 124

3.1.2 Columns setting .................................................................................................. 124

3.1.3 Design ................................................................................................................. 125

3.1.4 Start page............................................................................................................ 125

3.1.5 Font size .............................................................................................................. 126

3.1.6 Presentation labels ............................................................................................. 126

3.2 SV-Server App for Android .......................................................................................... 127

3.3 SV-Server App for iOS .................................................................................................. 128

4 UPDATE OF THE SMART VISU SERVER .................................................... 129

4.1 Reading out the software version ............................................................................... 129

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4.2 Performing a system update ........................................................................................ 129

5 APPLICATIONS EXAMPLES ........................................................................ 130

6 MAINTAINING THE SMART VISU SERVER ................................................ 131

7 APPENDIX ..................................................................................................... 131

7.1 Accessories ................................................................................................................... 131

8 COPYRIGHT .................................................................................................. 132

8.1 Open Source Lizenzen ................................................................................................. 133

8.1.1 GNU GENERAL PUBLIC LICENSE Version 2 (GPL v2) ................................... 133

8.1.2 GNU GENERAL PUBLIC LICENSE Version 3 (GPL v3) ................................... 139

8.1.3 GNU LESSER GENERAL PUBLIC LICENSE Version 3 (LGPL) ....................... 150

8.1.4 Eclipse Public License - v 1.0 (EPL) ................................................................... 153

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WARNING

Failure to comply with these instructions may result in damage to the device, fire or other hazards. These instructions are a component part of the product and must remain with the end customer. Electrical equipment must only be installed and mounted by qualified electricians. This product is only intended for use in dry rooms.

1 Commissioning the Smart Visu Server

Safety instructions

1.1 Correct use

- Visualisation and operation of KNX systems via terminals with HTML5-compatible browsers or App (iOS, Android), e.g. smartphone, tablet, laptop, PC etc.

- Visualisation and operation of Philips Hue systems

- Operation in local IP networks, which support DHCP (Dynamic Host Configuration Protocol), or with fixed IP address (IPv4)

- Interior operation

1.2 Product characteristics

- Web visualisation of the KNX system for status display and operation (SV-Home)

- Access to the SV-Home web visualization with max. 10 different clients (recommended)

- Integrated web-based start-up tool (SV-Control)

- Simple creation of a preconfigured operating desktop, optimised for applications at home and in small commercial buildings

- Graphical operating elements, selection of icons from supplied libraries

- Import of group addresses (three-level) via OPC import (ETS3, ETS4, ETS5)

- Manual input of group addresses possible

- 24 areas

- 240 dynamic functions (max. 1200 datapoints)

o Switch o Dimming o Motor o Climate o Status / Value o Website o Webcam o State logic

- 250 configurable actions (max. 16 functions per action)

o User-defined o Point in time o Event

- Connection to the KNX-BUS via KNX-IP router or KNX-IP interface

- Integration of Philips Hue systems in the KNX system

- Connection to Philips Hue via the Philips Hue Bridge

- Updateable and upgradeable

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Rated voltage:

DC 12 V SELV

Power consumption:

Typ. 3 W, max. 7 W

Ambient temperature:

–5 ... +45 °C

Storage/transport temperature:

–25 ... +70 °C

LAN:

RJ45 socket (10/100 Mbit/s Fast Ethernet) CAT5

USB:

USB 2.0 Host

Dimensions:

124 x 72 x 31 mm (without retaining unit)

124 x 92 x 40 mm (with retaining unit)

Power supply unit with plug:

Primary voltage:

AC 100 ... 240 V ~

Mains frequency:

50 / 60 Hz

Rated current:

Max. 1 A

Secondary voltage:

DC 12 V SELV

Protection class:

Length of connecting cable:

1.5 m

Plug contact:

SV-SERVER: EU

SV-SERVER-INT: BS,EU,CN

CAUTION

This device contains a battery (CR1632, 0.4 Wh) to back up the saved data. Do not dispose of discharged batteries with domestic waste. During transport, comply with the special regulations of the ADR and IATA.

1.3 Scope of delivery

- Smart Visu Server including software

- Retaining bracket for wall or support rail mounting

- Operating instructions

- Power supply unit with plug

o SV-SERVER: EU power supply unit (Euro plug) o SV-SERVER-01: Power supply unit, including adapter for BS (United

Kingdom), EU (Euro plug) and CN (China)

o SV-SERVER-INT: Power supply unit, including adapter for BS (United

Kingdom), EU (Euro plug) and CN (China)

Legal information

Philips and Hue are registered trademarks of Koninklijke Philips Electronics NV. This product contains Open Source software components, which are subject to the

conditions of Copyright and/or the license agreements of third parties. The license information is located on the Smart Visu Server.

1.4 Technical data

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(1) USB interface

For software updates and data backup

(2) Ethernet interface

For connection to the local network

(3) Power supply

Only the power supply unit from the scope of delivery

(4) Reset button

Reset and update

(5) Status LED

Displays the current status of the server

(6) Discharge protection

Remove for operation

The Status LED (5) displays the various operating statuses.

Colour of the Status LED

Function

Flashing yellow

Server booting

Flashing red

Error pending, server stopping

Continuous dimly yellow

Server and network booting

Continuous brightly yellow

Server gets IP-adress

Continuous blue

Server ready, DHCP active

Continuous green

Server ready, static network address

Flashing blue/magenta

Update operation, DHCP active

Flashing green/magenta

Update operation, static network address

The Reset button (4) triggers a reset or an update.

Reset network settings, DHCP operation active

Press the button ≥ 5 seconds, LED flashes yellow, press the

button again briefly

Factory reset

Press the button for 20 seconds, LED flashes red, press the button again briefly

Initialise update operation

Press the button briefly 5x

- LED turns magenta: No update available - LED flashes magenta: Update operation

1.5 Structure of the device, function

Figure 1: Structure of the Smart Visu Server

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1.6 System information

The Smart Visu Server is used to visualise and operate a KNX system connected to the same network via a smartphone, tablet, laptop or PC and to control Philips Hue systems (SV-Home). A local network is required for it to function.

The connection to the KNX is made via the KNX IP interface. The connection to the Philips Hue system is made via the Philips Hue Bridge.

Start-up takes place via the web-based interface (SV-Control). The technical documentation is also available here.

The server organises KNX functions and Philips Hue operation into areas, functions and actions.

Areas: An area indicates an assignment, e.g. to a room. Up to 24 areas are

possible.

Function: A function corresponds to, for example, a KNX function, thus possibly

comprising multiple group addresses, e.g. switching channel with feedback. A function could also be the link to a Philips Hue lamp. Up to 240 functions can be created with up to 1200 datapoints. Each function can be assigned to one or more areas.

Action: An action is a grouping of one or more functions. Actions can be triggered

by events, by time or via user-defined controls. Up to 250 actions are possible.

Action group: An action group is used to group individual actions. Up to 25 Action groups

can be activated or deactivated as required.

KNX projects can be imported from the OPC export (3-level group address) of ETS3, ETS4 or ETS5 or be created manually. (see chapter 2.2.2)

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1.7 Montage, commissioning

Mounting takes place using the supplied retaining unit on the wall or on a support rail according to DIN EN 60715. The server is snapped onto the retaining unit.

A current HTML5-capable browser (input device) or the corresponding iOS / Android App is required for access to SV-Home and SV-Control. The Smart Visu Server, KNX-IP-Gateway, network router (DHCP active) and input device must all be a part of the same network. During start-up, the Smart Visu Server expects the assignment of an IP address via DHCP.

Remove the discharge protection from the server. Connect the server to the network and the power supply unit to the server. After the mains plug has been connected, the server will boot. As soon as the Status LED turns blue, the server is ready for operation. In the address line of the Internet browser, enter:

http://sv-server.local

This opens the homepage of the server. If your network doesn’t support it, then determine the IP address of the server in the router

manually. Enter the determined address, e.g. 192.168.1.51, in the address line of your Internet browser, e.g.:

This opens the homepage of the server. On the homepage, for further actions, the webbased software tool "SV-Home" (1) can be used for the visualisation and operation of the Smart Visu Server, as can "SV-Control" (2) for the configuration and commissioning of the same.

Figure 2: Homepage of the Smart Visu Server

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Areas (1)

Functions / actions (2)

1.7.1 SV-Home – User interface

The SV-Home is the integrated web interface of the Smart Visu Server for the visualisation, status display and operation of the KNX system and the Philips Hue system. The SV-Home is generated automatically from the configuration set up in SV-Control.

A current HTML5-compatible browser (input device) is required for access to SV-Home. Recommended is the access of max. 10 different clients on the SV-Home web interface. When the server is opened, the SV-Home visualisation can be started by selecting the left button or http://IP-address/SV-Home/ (1).

Figure 3: Opening SV-Home

The top pane (1) displays the areas created in SV-Control with the selected icon and name. It is also possible to display the defined area of the actions. Selecting an area displays the assigned functions and actions (2) beneath.

Figure 4: Structure of the SV-Home visualisation

Depending on the created function type, these functions visualise their status (e.g. the current room temperature) or offer a chance to influence it (e.g. move a Venetian blind or dim a Philips Hue lamp).

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1.7.2 SV-Control – Project Design Interface

This subchapter is intended to help you get to know the structure of the project design interface. The following chapter describe the functions and exact procedure for project design in more detail.

SV-Control is the integrated web-based commissioning tool of the Smart Visu Server. In addition, the system configuration can be performed here.

A current HTML5-compatible browser (input device) or the corresponding iOS / Android App is required for access to SV-Control.

After calling up SV startpage, the SV control can be started by selecting the right-hand button (1).

Figure 5: Opening SV-Control

The homepage of SV-Control then opens.

Figure 6: Start page of SV-Control

The product documentation can be opened using the " " (1) button.

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1.8 Warranty

- Warranty is offered according to the statutory provisions via specialist dealers.

- The CE symbol is a free trade symbol, intended solely for the authorities and does not carry any guarantee of properties.

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- German

- English

- French

- Dutch

- Italian

- Spainish

- Portuguese

- Russian

- Estonia

- Lithuanian

- Latvian

- Polnish

- Ukrainian

- Korean

- chinese

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2 SV-Control

This chapter describes the configuration and commissioning of the Smart Visu Server using SV-Control in detail.

2.1 Project tab

The "Project" tab serves as the homepage of SV-Control. Here, it is possible to set the required language (1), start project design (2), back up the overall project (3) or restore a previously backed up project (4). After project design has been completed, access to the project design functions can be protected by assigning a password (5). In addition, the product documentation (6) is stored in SV-Control in German and English.

Figure 7: SV-Control, Project tab

2.1.1 Manage language

The desired project design language (1) can be specified in the "Project" tab. It is possible to change over the language settings during commissioning or at a later time.

The following languages are available in the selection menu (1):

2.1.2 Start

Begin project design of the Smart Visu Server using the " " button (2).

2.1.3 Backing up a project

The backup of the current project design can be triggered using the " " button (3). This operation can take a moment to complete. Then, the project design can be downloaded

using the " " button (3).

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INFORMATION

The Smart Visu Server can only manage one project. If a project is downloaded using the "Restore" button, any existing project will be deleted.

2.1.4 Restoring a project

A previous project state can be restored using the " " button (4). This operation can take a couple of minutes to complete.

2.1.5 Password protection

After project design has been completed, access to the elementary project design functions can be protected with a password (1).

Figure 8: SV-Control Access Protection

The SV-Control differentiates between complete / restricted access "Administrator" and "User".

Administrator rights:

- Complete access to all tabs

User rights: User access rights are determined by the check boxes of the respective tab / category.

When a password is set the user has no access within the “Project” tab. Additional check boxes:

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KNX

- No access within “KNX” tab

Hue

- No access within “Hue” tab

Areas & Functions

- No access within “Areas & Functions” tab

Exclusively

KNX functions

- Right to create, change and delete areas

- Right to add or delete “Hue functions” from areas

- No right to delete “KNX functions” completely or to edit group addresses of KNX functions.

- Only names and icons of KNX functions can be edited and they can be assigned to additional areas or deleted from assigned areas.

Web functions

- Right to create, change and delete areas

- Right to add or delete “Hue functions” from areas

- No right to delete “Web functions” or to edit the URL of Web functions

- Only names and icons of Web functions can be edited and they can be assigned to additional areas or deleted from assigned areas.

Actions

- No access within “Actions” tab

System

- No access within “System” tab

Additional tabs

- Limited access within “Access protection” tab

- Full access within “SV-Home” tab

- Full access within “Help” tab

Administrator active: The "User" profile is activated after optional assignment of a password.

User active: The "Administrator" profile is activated after any set password is input.

Activating the "User" profile It is possible to specify an Administrator password using the optional assignment of a

password in the input fields (1). To activate the "User" profile and apply the password, press the " " button (2).

Activating the "Administrator" profile To activate the "Administrator" profile, enter the administrator password in the input field

(1) and press the " " button (2).

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2.1.6 SV-Home

SV Home can be called up using the " " button (1) in Figure 9.

2.1.7 Product Documentation

The product documentation can be called up using the " " button (1) in Figure 9.

Figure 9: SV-Control Access Protection

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4 1 3

2.2 KNX

The "KNX" tab is used to define the KNX-IP Gateway and to import the KNX group addresses using the OPC project file.

2.2.1 Defining the KNX-IP Gateway

To be able to use the KNX functionality of the Smart Visu Server, a connection to the KNX system via a KNX-IP data interface is required, which can be reached from the Smart Visu Server via the IP network.

We recommend using one of the following KNX-IP data interfaces:

- Jung: KNX IP interface Art. no.: IPS 200 REG

- Jung: KNX IP router Art. no.: IPR 200 REG The Smart Visu Server must be informed of the current IP address of the KNX-IP data

interface. The simplest way to do this is to determine them from the ETS configuration of the device (static IP address active) or from the network router (DHCP active). Enter the determined IP address of the KNX-IP data interface in the "KNX-IP Gateway" field (2).

Immediately on entry, the connection to the KNX-IP data interface is checked. If the connection is successful, the test is visualized by a green checkmark ( ) or, if it is

unsuccessful, by an orange triangle ( ) at the end of the input line (3). The button ( ) provides more information about your KNX-IP data interface and the

connection (4). The "KNX" tab can be operated fully for both profiles (Administrator/User).

Figure 10: Defining the KNX-IP Gateway

If the connection is faulty, please check the following settings:

- The KNX-IP data interface is switched on and connected to the IP network

- The KNX-IP data interface possess IP address assignment valid for your system

o IP address o Subnet mask o Routing Multicast address

- The KNX-IP data interface is set to Port 3671

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1 3 4

2.2.2 Importing the KNX-OPC project file

SV-Control offers the option of importing ETS projects in the form of OPC project files. OPC project files can be generated from the ETS3 (File  Data Exchange), ETS4 (Tools  Export OPC) and ETS5 (Export project  file type - OPC) and contain all the group addresses, group names, group descriptions and data types created in your project.

The OPC project file helps you to connect the KNX functions of your Smart Visu Server to the appropriate group addresses of the ETS project quickly and simply.

To import the OPC project file, click the " " button (1). You will then be asked to select the file and upload it to the Smart Visu Server. After uploading, all the imported group addresses are listed below the Import function, together with the group name, the group description and the data type length.

You can delete the entire OPC project file using the " " button (2). You now have the option of actively filtering in the input field (3) (e.g. by name or group

addresses) or to display the sorted list by clicking the appropriate column header (group address, status, etc.).

Individual group addresses which are not required can be deleted from the list by clicking the " " (4) button in the appropriate line.

Figure 11: Importing KNX group addresses

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2 3 1

2.3 Hue

The "Hue" tab is used for the definition of the Philips Hue Bridge and to import previously integrated Hue devices and other ZigBee Light Link components.

The "Hue" tab can be operated fully for both profiles (Administrator/User).

2.3.1 Defining the Hue-IP Gateway

The Smart Visu Server supports the integration, visualisation and operation of the Philips Hue System.

To be able to use the hue functionality of the Smart Visu Server, a Philips Hue Bridge is required, which can be reached from the Smart Visu Server via the IP network. In addition, the Philips Hue System must have been commissioned. Please refer to the manufacturer's documentation for the appropriate steps.

The IP address of the Philips Hue Bridge is automatically detected by the Smart Visu Server and displayed in the "Hue-IP-Gateway" (1) text box.

To couple the Bridge with the Smart Visu Server, press the Pairing button of the Bridge for authentication (2).

Successful pairing is visualised by a green checkmark ( ) at the end of the input line (3). A faulty connection or unsuccessful pairing is visualised by an orange triangle ( ) in the same

location.

Figure 12: Defining the Philips Hue Bridge

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1 3 2

2.3.2 Importing Hue lamps

The lamps configured in the Hue system are then listed beneath with their name and the current status. Only those lamps can be listed that are configured in the bridge.

Pressing the " " button (1) allow the selected lamps to be added as the Hue function. Previously added lamps can be removed again using the same button " " (2). If you wish

to add unlisted lamps, then they must be first configured in the Hue Bridge.

Pressing the " " button (3) reads out the Bridge configuration again. Newly-added lamps are then added automatically to the list and can be added as a function, as described above.

Figure 13: Integrating Philips Hue lamps

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Group

Figure

Name

compatibility

WHITE

Hue White

✔

TUNEABLE WHITE

Hue GU10

✔

Hue White Ambiance E14

✔

Hue White Ambiance E27

✔

Hue white ambiance

Flexstrip

✔

TUNEABLE WHITE

Hue White Ambience Being

✔

Hue white ambiance

Flexstrip

✔

Hue White Ambiance Cher

✔

Hue white ambiance wellner

✔

ZigBee – tested devices

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TUNEABLE WHITE

Hue white ambiance

wellness

✔

Hue white ambiance

Flexstrip

✔

Hue White Ambiance Spot

Pillar

✔

Hue White Ambiance – Spot

Runner GU10

✔

Hue Beyond

✔

Hue Phoenix

✔

RGBW

Hue E27

RGBW

✔

Hue GU10

RGBW

✔

Hue White and Color

Ambiance

RGBW

✔

Hue LightStrip

RGBW

✔

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RGBW

Hue LightStrip Plus

RGBW

✔

Hue Go

RGBW

✔

Hue Iris

RGBW

(✔)

Attention! Must

be Friends of Hue certified!

Hue Bloom

RGBW

(✔)

Attention! Must

be Friends of Hue certified!

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Access

User

Areas & Functions

KNX

Web

Administrator

Create new areas





Edit the names of the areas





Edit the icons of the areas





Edit the sequence of functions within the areas





Delete existing areas







Create new KNX functions





Create new Hue functions





Create new web functions











Edit the names of the KNX functions





Edit the names of the Hue functions





Edit the names of the web functions







Edit the icons of the KNX functions





Edit the icons of the Hue functions





Edit the icons of the web functions







Edit the group address of the KNX functions





Edit the URL of the web functions









Edit the update rate of the web functions









Edit the resolution of the web functions











Assign new existing KNX functions to new areas





Assign new existing Hue functions to new areas





Assign new existing web functions to new areas







Remove existing KNX functions from new areas





Remove existing Hue functions from new areas





Remove existing web functions from new areas







Permanently delete existing KNX functions





Permanently delete existing Hue KNX functions



Permanently delete existing web KNX functions









2.4 Area & Functions

An area is a group of functions and actions for visualisation in SV-Home under an individual area name. To improve recognition, an icon can be added to each of the up to 24 areas.

Areas allow you to group the up to 240 functions and 250 actions as you require, e.g. spatially and/or by unit. Functions can be assigned to multiple areas simultaneously.

The access rights within the “Area & Functions” tab are limited for the “User” profile. Overview of the access rights with activated check boxes:

Table 1: Access rights of the Administrator and the User

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2 1 3

6 5 4 7 8

2.4.1 Creating a new area

The up to 24 areas must be provided individual names, icons from the SV-Server library or additional descriptions. The "User" and the "Administrator" have identical access rights within the "Areas" column.

To create a new area, enter the name of the new area in the "Areas" column (1) and then press the " " button (2). The new area is added to the area list with its name and is selected

automatically.

Figure 14: Creating new areas

The arrow buttons " " (3) allow you to change the order of an area, after selecting it, and thus to move the position in SV-Home. The top area in the SV-Control (from top to bottom) is displayed as the first area in SV-Home (from left to right).

In the "Properties" column, it is possible to assign an icon to the selected area by pressing the currently selected icon " " (4) edit the name of the area (5) and, beneath that, add a

description (6). The changes are saved automatically and briefly displayed by a green display (7) "Save

successful". The most recently saved properties can be restored with the " " button (8).

Figure 15: Individualising created areas

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Area

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Area

3 5 4

2.4.2 Editing or deleting areas

Select an area to edit or delete it. The "Areas" column lists all the existing areas. In the "Properties" column, it is possible to assign an alternative icon to the selected area by

pressing the currently selected icon " " (3), edit the name of the area (4) and, beneath that, add a description (5).

The changes are saved automatically and briefly displayed by a green display "Save successful".

To fully delete the selected area, press the " " button (7).

Figure 16: Editing or deleting areas

The area possesses has favorites within the symbol library (5). Additional icons are available via the " " button.

Figure 71: individualization of areas

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1 2 3 4 7 6 8

2.4.3 Creating a new function

A function corresponds to, for example, a KNX function, which possibly comprises multiple group addresses. The up to 240 functions can be given individual names, icons from the SV-Server library or additional descriptions. Each function can be assigned to one or more areas or to none.

Access as Administrator To create a new function, enter the name of the new function in the "Functions" column (1)

and then press the " " button (2). The new function is added in the function list with its name, is selected automatically and, if necessary, assigned to a selected area (3).

A suitable function must be selected from the defined function types (4) in the "Properties" column. Then, it is possible to assign an alternative icon to the selected function by pressing

the currently selected icon " " (5), edit the name of the function (6) and, beneath that, add a description (7).

The changes are automatically saved and briefly displayed by a green "Save successful" screen.

In addition, the button " " (8) indicates whether the entries of the group addresses are stored.

Figure 17: Structure of the "Areas and Functions" tab

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Access as User You require Administrator rights to be able to create new KNX functions (see chapter

Fehler! Verweisquelle konnte nicht gefunden werden.).

Figure 18: Access rights of the user with access to web functions

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Access

User

Areas &

Function

KNX

Administrator Create new KNX functions





Edit the names of the KNX functions





Edit the icons of the KNX functions





Assign new existing KNX functions to new areas





Remove existing KNX functions from new areas





Edit the group address of the KNX functions





Permanently delete existing KNX functions





2.4.4 Configuring KNX functions

Successful commissioning of the KNX system and definition of the KNX-IP Gateway in SVControl are required to be able to use KNX functions.

Access as Administrator or User The "User" and the "Administrator" can have different access rights to KNX functions

within the "Functions" column. The differentiated access rights for locked control boxes at a glance:

Figure 19: Access rights to KNX functions

Each KNX function can be described by a specific function type and summarises suitable ETS group addresses.

The following function types are available to the Administrator:

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Function

type

KNX function

KNX group addresses

Depiction in SV-Control

Write addresses

Size DPT

Read

addresses

Size

[DPT]

Switcher /

Dimmer

Switch

(1 Bit)

1 Bit

1.001

Switch

feedback

1 Bit

1.001

On / Off

(1 Bit)

1 Bit

1.001

---

Dimmer

Brightness value

8 Bit

5.001

Brightness

value feedback

8 Bit

5.001

Dimmer/Switch

Brightness value

8 Bit

5.001

Brightness

value feedback

8 Bit

5.001 Switch

Switch

(1 Bit)

1 Bit

1.001

Switch

feedback

RGB

Send value

red

8 Bit

5.001

value red feedback

8 Bit

5.001

Send value

green

8 Bit

5.001

value green

feedback

8 Bit

5.001

Send value

blue

8 Bit

5.001

value blue

feedback

8 Bit

5.001

Switch

1 Bit

1.001

Switch

feedback

1 Bit

1.001

Motor

UP / DOWN /

STOP

Long time

1 Bit

1.008

---

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Short time

1 Bit

1.008

---

UP / DOWN /

STOP (State)

Long time

1 Bit

1.008

---

--- Short time

1 Bit

1.008

---

Curtain

position

feedback

8 Bit

5.001

Rollershutter/

Awning

Curtain position

8 Bit

5.001

Curtain

position

feedback

8 Bit

5.001

Venetian

Blinds (Slider)

Curtain position

8 Bit

5.001

Curtain

position

feedback

8 Bit

5.001

Slat position

8 Bit

5.001

Slate position

feedback

8 Bit

5.001

Venetian

Blinds

(Button)

Long time

1 Bit

1.008

---

--Short time

1 Bit

1.008

---

Curtain position

8 Bit

5.001

Curtain

position

feedback

8 Bit

5.001

Slat position

8 Bit

5.001

Slate position

feedback

8 Bit

5.001

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climate

Status

Heat / Cool

---

Status

Heat / Cool

1 Bit

1.001

Ventilate

Fan Mode

1 Bit

1.001

Fan level feedback

8 Bit

5.010

Operation mode

Switch operation

mode

8 Bit

20.102

Switch operation

mode feedback

8 Bit

20.102

HVAC Control

Mode

Switch operation

mode

8 Bit

20.102

Switch operation

mode feedback

8 Bit

20.102

Base Setpoint

Setpoint

16 Bit

9.001

Display

temperature

16 Bit

9.001

---

Actual temperature

16 Bit

9.001

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Setpoint shift

8 Bit

6.010

Setpoint shift

feedback

8 Bit

6.010

---

Display

temperature

16 Bit

9.001

---

Actual temperature

16 Bit

9.001

HVAC Group

---

Display temperature

16 Bit

9.001

---

Actual temperature

16 Bit

9.001

Setpoint shift

8 Bit

6.010

Setpoint shift

feedback

8 Bit

6.010

Switch operation

mode

8 Bit

5.010

Switch operation

mode feedback

8 Bit

5.010

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Mulit-

media

Playlist Various

Volume

8 Bit

5.001

Volume feedback

8 Bit

5.001 Text 1/2/3

Byte

16.001

---

PlayPause

1 Bit

1.010

PlayPause feedback

1 Bit

1.010

Playlist

1 Bit

1.007

---

Track

1 Bit

1.007

---

Playlist selection

8 Bit

5.010

---

Mulit-

media

Playlist Mode

Volume

8 Bit

5.001

Volume feedback

8 Bit

5.001

Text 1/2/3

Byte

16.001

---

--PlayPause

1 Bit

1.010

PlayPause feedback

1 Bit

1.010 Track

1 Bit

1.007

---

Playlist

1 Bit

1.007

---

Repeat

1 Bit

Repeat feedback

1 Bit

Shuffle

1 Bit

1.003

Shuffle feedback

1 Bit

1.003

Playlist selection

8 Bit

5.010

---

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Mulit-

media

Playlist Mode

Volume

8 Bit

5.001

Volume feedback

8 Bit

5.001 Text 1/2/3

Byte

16.001

PlayPause

1 Bit

1.010

PlayPause

feedback

1 Bit

1.010

Track

1 Bit

1.007

---

Playlist

1 Bit

1.007

---

Repeat

1 Bit

1.003

Repeat feedback

1 Bit

1.003

Shuffle

1 Bit

1.003

Shuffle feedback

1 Bit

1.003

Playlist selection

8 Bit

5.010

Connect

1 Bit

1.017

Connect feedback

1 Bit

1.017

Scene

Activate scene

Scene group

address

8 Bit

18.001

---

Activate & learn

scene

Scene group

address

8 Bit

18.001

---

Value /

state

Display 1 bit

(boolean)

----

---

Status

1 Bit

e.g.

1.001

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Display 1 byte

(0...100%)

----

---

Value

8 Bit

e.g.

5.010

Display 1 byte

(0…255%)

----

---

Value

8 Bit

e.g.

5.004

Display 1 byte

(0…360°)

----

---

Value

8 Bit

e.g.

14.007

Display 2 byte

(float)

----

---

Value

16 Bit

e.g.

9.001

Display 2 byte (lux)

----

---

Value

16 Bit

e.g.

7.013

Display 2 byte

(time)

----

---

Value

16 Bit

e.g.

7.005

Display 4 byte

(GPS)

----

---

Value

32 Bit

e.g.

14.007

Display 4 byte value

(float)

----

---

Value

32 Bit

e.g.

14.056

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Display 4 byte value

(unsigned integer)

----

---

Value

32 Bit

e.g.

12.001

Display 4 byte value

(signed integer)

----

---

Value

32 Bit

e.g.

13.013

Display 14 Byte

ASCII

----

---

Value

112 Bit

e.g.

16.001

Value

transmitter

Send 1 byte

(0…255%)

Value

8 Bit

5.004

----

--- Value

0 -255

----

---

Range of

values

0 - 255

----

---

Send 2 byte (lux)

Value

16 Bit

7.013

----

---

Value send

0 -

99999

----

---

Range of

values

0 -

99999

----

---

Send 2 byte (time)

Value

16 Bit

7.005

----

--- Value send

-99999 –

99999

----

---

Range of

values

-99999

- 99999

----

---

Table 108: KNX function types

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Switch

1 2 4 5 3

Switch / Dimmer

If required, the function type "Switch / Dimmer" can be depicted by four KNX functions. Switch: The "Switch" function (1) is the standard KNX function for simply switching on and off of

switching actuators. In the "Switch" function, a group address can be defined for writing "Switch" status changes (2) as can a group address for reading "Switch feedback" feedback (3).

In addition, the current status of a group address can be polled by defining an initialisation address (4) on starting the system.

Figure 20: Parameters of the "Switch" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 2: Display of the "Switch" function

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KNX

function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

On / Off

2 3 4

On / Off: The "On / Off" (1) function is stateless (without feedback) for targeted triggering of a

switching signal (e.g. only switch-off). A group address "On/Off" (2) can be configured for writing of the value specified in the input field "Value" (3).

Figure 21: Parameters of the "On/Off" function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 3: Display of the "On / Off" function

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KNX-Funktion

Auswahl der Symbol-Bibliothek

im SV-Control

Bedien- und Anzeigeelement

in der SV-Home

Dimmer

1 3 4

Dimmer: The "Dimmer" function (1) is used for simple dimming of dimmer actuators. A "Brightness

value" (2) group address can be configured for switching or writing a new brightness value. In the same way, to read the feedback, it is possible to configured the group addresses "Brightness value feedback" (3).

In addition, the current status of a selectable group address can be polled by defining an initialisation address (5) on starting the system.

Figure 22: Parameters of the "Dimmer" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 4: Darstellung der Funktion „Dimmer“

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Dimmer +

Switch

1 2 3 4 5 7 6

Dimmer/Switch: The "Dimmer + Switch" function (1) is used for simple dimming of dimmer actuators. A

"Switching" (2) and / or "Brightness value" (4) group address can be configured for switching or writing a new brightness value. In the same way, to read the feedback, it is possible to configured the group addresses "Switching feedback" (3) and "Brightness value feedback" (5).

In addition, the current status of a selectable group address can be polled by defining an initialisation address (6) on starting the system.

Figure 23: Parameters of the "Dimmer/Switch" function

The function has favorites within the symbol library (7). Additional icons are available via the " " button.

Table 5: Display of the "Dimmer" function

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2 3 4

6 7 8 9 10

RGB: The "RGB" function (1) is the KNX function for controlling RGB dimmer actuators. With the

group address, e.g. "Transmit value red" (2), it is possible to write the current brightness value of the red colour channel to the bus. The "Value red feedback" group address (3) can be defined to read the current brightness of the red colour channel.

In addition, the current status of a selectable group address of the colour channel can be polled by defining an initialisation address red (4) on starting the system. The same applies to the green (5 - 7) and blue (8 - 10) colour channel. The "Switching" group address (11) can be defined for central switching of the function. The switching state of the function can also be read via the "Switching feedback" group address (12).

Figure 24: Parameters of the "RGB (KNX)" function

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KNX

function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

RGB

The function has favorites within the symbol library (13). Additional icons are available via the " " button.

Table 6: Display of the "RGB (KNX)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Up / Down /

Stop

1 2 3

Motor

If required, the function type "Motor" can be depicted by one of three KNX functions.

Up/Down/Stop: The "UP/DOWN/STOP" function (1) is the KNX function for simple control of motorised

drives without feedback objects. The motorised drive can be activated by the group addresses "Long time" (2) and "Short time" (3).

Figure 25: Parameters of the "Up/Down/Stop" function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 7: Display of the "Up/Down/Stop" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Up/Down/Stop

(State)

1 2 3

4 6 5

Up / Down / Stop (State): The "UP/DOWN/STOP (State)" function (1) is the KNX function for simple control of

motorised drives with feedback objects. The motorised drive can be activated by the group addresses "Long time" (2) and "Short time" (3).

The "Position feedback" (4) group address must be configured for reading the position. In addition, the current status of a selectable group address can be polled by defining an initialisation address (5) on starting the system.

Figure 26: Parameters of the "Up/Down/Stop (State)" function

The function has favorites within the symbol library (6). Additional icons are available via the " " button.

Table 8: Display of the "Up/Down/Stop (State)" function

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2 3 4

Rollershutter/Awning:

The “Rollershutter/Awning” function (1) is the KNX function for control of motorised roller

shutters/awnings with position specification. The motorised drive can be activated by the group address "Position specification" (2).

The "Position feedback" (3) group address must be configured for reading the position. In addition, the current status of a selectable group address can be polled by defining an initialisation address (4) on starting the system.

Figure 27: Parameters of the "Rollershutter/Awning" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Rollershutter/Awning

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 9: Display of the "Rollershutter/Awning" function

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1 2 3

4 5 6 7 8

Venetian Blinds (Slider): The "Venetian Blinds (Slider)" function (1) is the KNX function for controlling motorised

Venetian blinds with position and slat specification. The motorised drive can be activated by the group addresses "Position specification" (2) and "Slat specification" (4).

To read the positions, it is possible to configured the group addresses "Feedback position" (3) and "Slat feedback" (5).

In addition, the current status of the function can be polled by defining two initialisation addresses (6 - 7) on starting the system.

Figure 28: Parameters of the "Venetian Blinds (Slider)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Venetian

Blinds (Slider)

The function has favorites within the symbol library (8). Additional icons are available via the " " button.

Table 10: Display of the "Venetian Blinds (Slider)" function

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1 2 3

5 6 10

7 9 8

Venetian Blinds (Button): The "Venetian Blinds (Button)" function (1) is the KNX function for controlling motorised

Venetian blinds with position and slat specification. The motorised drive can be activated by the group addresses "Long time" (2), "Short time" (3), "Position specification" (4) and "Slat specification" (5).

To read the positions, it is possible to configured the group addresses "Feedback position" (6) and "Slat feedback" (7).

In addition, the current status of the function can be polled by defining two initialisation addresses (8 - 9) on starting the system.

Figure 29: Parameters of the "Venetian Blinds (Button)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Venetian

Blinds (Button)

The function has favorites within the symbol library (10). Additional icons are available via the " " button.

Table 11: Display of the "Venetian Blinds (Button)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Status Heat/Cool

1 2 3

Climate

If required, the function group "Climate" can be depicted by various KNX functions. Status Heat/Cool (KNX): The "Status Heat / Cool" function (1) allows the display of the current status of a binary

climate actuator system. If, for example, your electrical underfloor heating is switched on, then this function can be displayed in SV-Home.

Figure 30: Parameters of the "Status Heat/Cool" function

The group address to be visualised can be specified in the input field (2). Using the selection menu (3), you can specify this group address as the initialisation address for this function.

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 12: Display of the "Status Heat / Cool" function

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KNX function

Selection of the icon library

in SV-Control

Operating and display element

in SV-Home

Ventilate

1 2 3 5 4

Ventilate: The "Ventilate" function (1) allows the display and control of the status of a KNX ventilation

controller. In the input field (2), it is possible to specify the group address for controlling the fan and, in

the input field (3), it is possible to enter the group address for the feedback of the currently set fan step.

One of the two group addresses can be selected for the initialisation (4) of the Smart Visu Server on its system start.

Figure 31: Parameters of the "Ventilate" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 13: Display of the "Ventilate" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Operation Mode

3 4 5

Operation Mode:

The function "operating mode" (1) is the function for switching the different operating modes in accordance with the KNX. This can be initiated by the group address "operating mode changeover" (2).

The current operating mode can be read by the group address "Operating mode feedback" (3).

In addition, by declaring an initialization address (4) at system startup, the current status of the function can be queried.

Figure 32: Parameters of the "Operating Mode" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 14: Display of the "Operation Mode" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Operation Mode

2 3 1

HVAC Control Mode:

With the function "HVAC control mode" (1), you can switch between heating / cooling and ventilation manually / auto. Switched by the group address "operating mode switching" (2).

The current operating mode can be read by the group address "Operating mode feedback" (3).

In addition, by defining two initialization addresses (4) during system startup, the current status of the function can be queried.

Figure 33: Parameters of the "HVAC Control Mode" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 15: Display of the "HVAC Control Mode" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Base Setpoint

1 2 3 4 5 6 9

Base Setpoint:

The Smart Visu Server supports KNX climate control by specifying a base setpoint (1). The temperature control can be influenced by the group address "basic setpoint" (2).

The reading of the current setpoint and the current actual value can be configured by the group addresses "Display temperature" (3) and "Actual temperature" (4).

In addition, by defining three initialization addresses (5 - 7) at system startup, the current status of the function can be queried.

Moreover, the “Range of values” (8) can be set individually.

Figure 34: Parameters of the "Base Setpoint" function

The function has favorites within the symbol library (9). Additional icons are available via the " " button.

Table 16: Display of the "Base Setpoint" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Setpoint Shift

1 2 3 4 5 6 7 9 8

Setpoint shift:

With the function "Setpoint adjustment" (1), a KNX climate control can be influenced via the setpoint shift. The group address "Setpoint shift" (2) can be used to influence the temperature control.

Reading the current setpoint shift can be configured by the corresponding feedback addresses (3).

Furthermore, the current values can be displayed via the setpoint temperature display (4) and the actual temperature display (8).

In addition, by declaring two initialization addresses (5-7) at system startup, the current status of the function can be queried.

Figure 35: Parameters of the "Setpoint Shift" function

The function has favorites within the symbol library (9). Additional icons are available via the " " button.

Table 17: Display of the "Setpoint Shift" function

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2 3 5 4 6 6 6 6 7

HVAC Group:

With the function "function group HVAC" (1) an all-embracing KNX climate control can be initiated. The current setpoint temperature is indicated by the group address "setpoint temperature display" (2) depending on the set operating mode. The group address "actual temperature" (3) shows the values rounded to one decimal place. The sending and reading of the current setpoint shift (4) can be configured by the corresponding addresses. The current operating mode can be changed and read out by the group addresses "operating mode switchover" or "operating mode feedback signal" (5).

In addition, by declaring four initialization addresses (6) during system startup, the current status of the function can be queried.

Figure 36: Display of the "HVAC Group" function

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KNX-Funktion

Auswahl der Symbol-Bibliothek

im SV-Control

Bedien- und Anzeigeelement

in der SV-Home

HVAC group

The function has favorites within the symbol library (7). Additional icons are available via the " " button.

Table 18: Display of the „HVAC“ function

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2 3 4

5 6 8

Multimedia

Playlist various: The "Playlist divers (1)" function is the KNX function for controlling simple multimedia

applications. The volume can be influenced and confirmed by the group addresses "volume" or "volume

feedback" (2). In the input fields (3) the function can read ASCII characters of the registered group

addresses (for example, playlist, artist, title). If a text is written to these group addresses, these are visible in the SV home.

Furthermore, another playlist (5) or title (6) can be jumped to and another playlist (7) can be selected.

In addition, by declaring two initialization addresses (8-9) during system startup, the current status of the function can be queried.

Figure 37: Function „Playlist Various“

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Playlist Various

The function has favorites within the symbol library (8). Additional icons are available via the " " button.

Table 19: Display of the „Playlist various“ function

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Playlist Mode: The "Playlist mode (1)" function is the KNX function for comprehensive control of multimedia

applications. The volume can be influenced and confirmed by the group addresses "volume" or "volume

feedback" (2). In the input fields (3) the function can read ASCII characters of the registered group

addresses (for example, playlist, artist, title). If a text is written to these group addresses in the KNX system, these are visible in the SV home.

Playback can be influenced and confirmed by the group addresses "Play / Pause" or "Play / Pause Confirmation" (4). Furthermore, a further playlist (5) or title (6) can be started.

The function has the possibility to play the current playlist in a loop (7) or randomly (8). The function "Playlist selection" (10) can be used to select another playlist. In addition, by declaring two initialization addresses (9) during system startup, the current

status of the function can be queried.

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1 2 3 4 5 6 7

8 9 9 9 9

Figure 38: Function „Playlist Mode“

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Playlist Mode

The function has favorites within the symbol library (11). Additional icons are available via the " " button.

Table 20: Display of the "Playlist Mode" function

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Multimedia Sonos: The "Multimedia Sonos (1)" function is the KNX function for comprehensive control of

multimedia applications. The volume can be influenced and confirmed by the group addresses "volume" or "volume

feedback" (2). In the input fields (3) the function can read ASCII characters of the registered group

addresses (for example, playlist, artist, title). If a text is written to these group addresses in the KNX system, these are visible in the SV home.

Playback can be influenced and confirmed by the group addresses "Play / Pause" or "Play / Pause Confirmation" (4). Furthermore, a further playlist (5) or title (6) can be started.

The function has the possibility to play the current playlist in a loop (7) or randomly (8). In addition, by declaring two initialization addresses (9) during system startup, the current status of the function can be queried.

You can play different playlists via the "Playlist" group address (9). For this purpose, sonos loudspeakers can be connected and decoupled by means of the group addresses "connect" or "connect feedback" (10).

In addition, by declaring two initialization addresses (12) during system startup, the current status of the function can be queried.

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1 2 9

8 7 6 5 4 3 11

Figure 39: Function „Multimedia Sonos“

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Multimedia

Sonos

The function has favorites within the symbol library (11). Additional icons are available via the " " button.

Table 21: Display of the "Multimedia Sonos" function

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KNX

function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Activat

Scene

1 2 3

Scene

The Smart Visu Server supports the execution and learning of KNX function values. If required, the function type "Scene" can be depicted by two differentiated KNX functions.

Activate Scene: The "Activate Scene" function (1) is a Smart Visu Server function for executing KNX scenes. The function transmits a scene value (2) to the KNX group address entered in the input field

"Scene group address (1 Byte)" (3). With each KNX scene group address, up to 64 scene values (or scene numbers) (2) can be recalled. The scene value (2) the Smart Visu Server should transmit when a scene is triggered can be set in the input field (2).

Figure 40: Parameters of the "Activate scene" function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 22: Display of the "Activate scene" function

Activate & Learn Scene (KNX):

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KNX

function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Activate

& learn

scene

2 2 4

The "Activate and Learn Scene (KNX)" function (1) is a Smart Visu Server function for executing KNX scenes. This is currently only with a terminal (PC or similar) including mouse usable.

The function transmits a scene value (2) to the KNX group address entered in the input field "Scene group address (1 Byte)" (3). With each KNX scene group address, up to 64 scene values (or scene numbers) (2) can be recalled. The scene value (2) the Smart Visu Server should transmit when a scene is triggered can be set in the input field (2).

Figure 41: Parameters of the "Activate and learn" function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 23: Display of the "Activate & learn scene" function

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2 3 4

Value / State

The function type "Value / Status" can optionally be mapped by 12 differentiated KNX functions.

Display 1-Bit (boolean): The function "Display 1-bit" (1) is the KNX function for displaying one-bit status values of the

KNX system. The function reads the KNX group address entered in the input field "Status (1 Bit)" (2). In

addition, the current status of the function can be polled by defining two initialisation addresses (3) on starting the system.

The value conversion (4) can be used to invert the result by pressing the check mark.

Figure 42: Parameters of the "Display 1-bit values" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 1-bit

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 24: Display of the "Display 1 Bit" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 1 Byte

(0 ..100%)

1 2 3 4 5

Display 1 Byte (0 ..100%): The function "Display 1-Byte" (1) is the KNX function for displaying one-bit integer values

(0...100%) in SV-Home. The function reads the KNX group address entered in the input field "Values (1 Byte)" (2).

As values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

Figure 43: Parameters of the "Display 1-byte" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 25: Display of the "Display 1-Byte" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 1 Byte

(0 ..255%)

1 2 3 4 5

Display 1 Byte (0 ..255%): The function "Display 1-Byte" (1) is the KNX function for displaying one-bit integer values

(0...255%) in SV-Home. The function reads the KNX group address entered in the input field "Values (1 Byte)" (2).

As values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

Figure 44: Parameters of the "Display 1-byte (0..255%)" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 26: Display of the "Display 1-Byte (0..255%)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 1 Byte

(0 ..360°)

1 2 3 4 5

Display 1 Byte (0 ..360°): The function "Display 1-Byte" (1) is the KNX function for displaying one-bit integer values

(0...306°) in SV-Home. The function reads the KNX group address entered in the input field "Values (1 Byte)" (2).

As values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

Figure 45: Parameters of the "Display 1-byte (0..360°)" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 27: Display of the "Display 1-Byte (0..360°)" function

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2 3 4 5 6

Display 2 Byte (Float): The function "Display 2-Byte" (1) is the KNX function for displaying KNX two-bit values

(floating) in SV-Home. The displayed values are rounded down to the first decimal place. The function reads the KNX group address entered in the input field "Values (2 Byte)" (2).

As only values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

With the value conversion (5), predefined units can be internally converted to another unit.

Figure 46: Parameters of the "Display 2-byte (Float)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 2-Byte

(Float)

The function has favorites within the symbol library (6). Additional icons are available via the " " button.

Table 28: Display of the "Display 2-Byte (Float)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 2-Byte

(Lux)

2 3 4 5 6

Display 2 Byte (Lux): The function "Display 2-Byte (Lux)" (1) is the KNX function for displaying KNX two-bit values

(floating) in SV-Home. The displayed values are rounded down to the first decimal place. The function reads the KNX group address entered in the input field "Value (2 Byte)" (2). As

only values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

The value conversion (5) can be used to invert the result by pressing the check mark.

Figure 47: Parameters of the "Display 2-byte (Lux)" function

The function has favorites within the symbol library (6). Additional icons are available via the " " button.

Table 29: Display of the "Display 2-Byte (Lux)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 2-Byte

(Time)

1 2 3 4 5

Display 2 Byte (Time): The function "Display 2-Byte (Time)" (1) is the KNX function for displaying KNX two-bit

values (floating) in SV-Home. The displayed values are rounded down to the first decimal place.

The function reads the KNX group address entered in the input field "Value (2 Byte)" (2). As only values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

The value conversion (5) can be used to convert the time of seconds into minutes or hours.

Figure 48: Parameters of the "Display 2-byte (Time)" function

The function has favorites within the symbol library (6). Additional icons are available via the " " button.

Table 30: Display of the "Display 2-Byte (Time)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 2-Byte

(Time)

2 3 4

Display 4 Byte (Time): The function "Display 4-Byte (Time)" (1) is the KNX function for displaying KNX two-bit

values (floating) in SV-Home. The displayed values are rounded down to the first decimal place.

The function reads the KNX group address entered in the input field "Value (4 Byte)" (2). As only values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

Figure 49: Parameters of the "Display 4-byte (GPS)" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 31: Display of the "Display 4-Byte (GPS)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 4 Byte

(Float)

2 3 4

Display 4 Byte (Float): The function "Display 4-Byte (float)" (1) is the KNX function for displaying positive or negative

floating point values of the KNX system in SV-Home. The displayed values are rounded down to the first decimal place.

The function reads the KNX group address entered in the input field "Values (4 Byte)" (2). As values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

The value conversion (5) can be used to invert the result by pressing the check mark.

Figure 50: Parameters of the "Display 4-byte (Float)" function

The function has favorites within the symbol library (6). Additional icons are available via the " " button.

Table 32: Display of the "Display 4 Byte (Float)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 4 Byte

(Integer)

1 2 3 4 5

Display 4 Byte (Unsigned Integer): The function "Display 4 Byte (Unsigned integer)" (1) is the KNX function for displaying

positive or negative integer values of the KNX system in SV-Home. The function reads the KNX group address entered in the input field "Values (4 Byte)" (2).

As values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

Figure 51: Parameters of the "Display 4 byte (unsigned integer)" function

The function has favorites within the symbol library (5). Additional icons are available via the " " button.

Table 33: Display of the "Display 4 Byte (unsigned integer)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Display 4 Byte

(Integer)

Display 4 Byte (Integer): The function "Display 4 Byte (Integer)" (1) is the KNX function for displaying positive or

negative integer values of the KNX system in SV-Home. The function reads the KNX group address entered in the input field "Values (4 Byte)" (2).

As values can be sent without a unit in the KNX system, the input field "Unit" (3) can be used to enter an individual unit, which is added to the numerical value in the visualisation.

In addition, the current status of the function can be polled by defining two initialisation addresses (4) on starting the system.

The value conversion (5) can be used to invert the result by pressing the check mark.

Figure 52: Parameters of the "Display 4 byte (integer)" function

The function has favorites within the symbol library (6). Additional icons are available via the " " button.

Table 34: Display of the "Display 4 Byte (Integer)" function

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KNX function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

14 Byte (ASCII)

1 2 3

Display 14 Byte (ASCII): The function "Display 14 Byte (ASCII)" (1) is the KNX function for displaying texts of a

maximum of 14 characters of the KNX system in SV-Home. The function can read the ASCII characters in the group address entered in the input field

"Values (14 Byte)" (2). If a text is written to this group address in the KNX system, then this can be displayed in SV-Home with this function.

Figure 53: Parameters of the "Display 14 byte (ASCII)" function

The function has favorites within the symbol library (3). Additional icons are available via the " " button.

Table 35: Display of the "Display 14 Byte (ASCII)" function

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KNX-funktion

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Send

1 byte

(0…255%)

1 2 3

Value transmitter

The function type "value transmitter" can optionally be represented by three differentiated KNX functions.

Send 1 Byte (0…255%): The function "Send 1 byte" (1) is the KNX function with which 1-byte percentage values can

be set. This is passed on via the group address "Value" (2). In addition, a predefined value can be set via "Send value" and the range can be defined via "Value range" (3).

Figure 54: Parameter of the “Send 1 byte (0...255%)“ function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 36: Display of the “Send 1 byte (0...255%)“ function

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KNX-funktion

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Send

2 byte

(0…99999)

1 2 3

Send 2 Byte (lux): The function "Send 2 byte" (1) is the KNX function with which 2 byte lux values can be set.

This is passed on via the group address "Value" (2). In addition, a predefined value can be set via "Send value" and the range can be defined via "Value range" (3).

Figure 55: Parameter of the “Send 2 byte (lux)“ function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 37: Display of the “Send 2 byte (lux)“ function

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KNX-funktion

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Send

1 byte

(-99999 -

99999)

2 3 4

Send 2 Byte (time): The function "Send 2 byte" (1) is the KNX function with which 2 byte time values can be set.

This is passed on via the group address "Value" (2). In addition, a predefined value can be set via "Send value" and the range can be defined via "Value range" (3).

Figure 56: Parameter of the “Send 2 byte (time)“ function

The function has favorites within the symbol library (4). Additional icons are available via the " " button.

Table 38: Display of the “Send 2 byte (time)“ function

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Function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Astro times

2.4.5 Astro

The function type "Astro" can optionally be mapped by nine differentiated functions. The location coordinates (latitude and longitude) are stored under SV-Control configuration

management " " (chapter 2.6).

Astro times: The function "Astro times" (1) displays the times for today's sunrise, sunset, moonrise and

moonset.

Figure 57: Parameter of the „Astro times“ function

The function has favorites within the symbol library (2). Additional icons are available via the " " button.

Table 39: Display of the „Astro times“ function

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Function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Moonphase

Moonphase: The function “Moonphase” (1) displays the different phases of the moon with the date and

time for the current month.

Figure 58: Parameter of the „Moonphase“ function

The function has favorites within the symbol library (2). Additional icons are available via the " " button.

Table 40: Display of the „Moonphase“ function

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Function

Selection of the icon library in SV-Control

Operating and display element in SV-Home

Elevation /

Azimuth

Elevation / Azimuth: The function "Elevation / Azimuth" (1) displays the current position of the sun (horizontal

and vertical) starting from the observation location.

Figure 59: Parameter of the „Elevation / Azimuth“ function

The function has favorites within the symbol library (2). Additional icons are available via the " " button.

Table 41: Display of the „Elevation / Azimuth“ function

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Hue lamps

Selection of the icon library in SV-Control

Operating and display element in SV-Home

RGB

(Hue)

2.4.6 Configuring Philips Hue functions

Successful commissioning and authentication of the Philips Hue System is required to be able to use hue functions. The "User" and the "Administrator" have identical access rights to Hue functions within the "Functions" column.

The Hue luminaires added to the SV-Server in the "Hue" tab are automatically supplemented with their name in the function list (for information on Hue setup, please consult Chapter 2.3 ”Hue").

Figure 60: Parameters of the "RGB (Hue)" function

In the "Areas & Functions" tab, no further function parameters of the Hue lamps can be edited, with the exception of the icon, the function name and the function description.

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Dimming

(Hue white)

Table 42: Display of the "RGB (Hue)" and “Dimming (White) function

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Access

User

Administrator

Areas &

Function

Web

Create Web functions





Edit names of Web functions





Edit icons of Web functions





Assign existing Web functions to new areas





Delete existing Web functions from areas





Change Web address, Web page size or update interval



Delete existing Web functions completely





Function

type

KNX function

Settable options

Depiction in SV-Control

Web

Website

URL

Size depiction

Update interval [in Sec]

IP camera

URL

Size depiction

Update interval [in Sec]

2.4.7 Configuring websites / IP functions

For web functions to be used, an Internet connection is required (except local IP cameras). Access as Administrator or User The "User" and the "Administrator" have different access rights to the web functions within

the "Functions" column.

Table 43: Access rights to the "Websites / IP" function group

The following two function types are available to the Administrator in SV-Control:

Table 44: Overview of the "Websites / IP" function group

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Website

/ IP

Selection of the icon library in SV-

Control

Operating and display element in SV-Home

Website

1 2 3 4 5

Websites

The "Website" function (1) can be used to integrate a website in SV-Home into selectable areas. This function can be used, for example, to add your favourite weather forecasting service to your building automation. In the same way, any other websites can be added to the user interface of the SV-Home of your building automation.

The web address to be displayed can be entered in the "URL" input field (2). When making an entry, ensure that your entry begins with http:// or https://. Besides Internet addresses, it is also possible to enter local websites using the IP address, e.g. http://192.168.180.1 of a local device.

Using the two "Size" input fields (3), you can define the depiction size of the website within SV-Home in pixels. As website content can change on a regular basis, you can define a reload time in minutes using the "Update interval" input field (4). After the set time has elapsed, the website is reloaded for display in SV-Home.

Figure 61: Parameters of the "Website" function

The "Website" function possesses the following individualisation options within the icon library (5).

Table 45: Display of the "Websites" function

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Website

/ IP

Selection of the icon library in

SV-Control

Operating and display element in SV-Home

camera

1 2 3 4 5

IP camera

The "IP Camera" function (1) can be used to integrate an IP camera in the Smart Visu Server into selectable areas. This means that it is possible within the user interface of your SVHome to, for example, display a live image of your entrance area from an IP camera. Local IP cameras can not be displayed when using the remote access.

The web / IP address to be displayed can be entered in the "URL" input field (2). If there is a username and password assigned to the camera it is possible to access the camera directly by entering http://USERNAME:PASSWORD@url -webcam/ in the input field.

Using the two "Size" input fields (3), you can define the depiction size of the website within SV-Home in pixels. You can define a reload time in seconds using the "Update interval" input field (4).

Figure 62: Parameters of the "IP Camera" function

The "Website" function possesses the following individualisation options within the icon library (5).

Table 46: Display of the "IP Camera" function

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INFORMATION

It´s recommended to integrate a maximum of 4 IP cameras at one SV- server installation.

If a network camera is integrated with the "IP Camera" function, this results in a permanent data flow in the home network, independent of the SV Home call.

If a network camera is integrated with the function "Website", this only requires a data flow in the home network when calling the assigned SV Home area.

IP camera : tested Devices

Please note:

Some devices can’t be integrated via the function „IP-Camera“! Alternatively the camera can be integrated by using the function „Website“. Furthermore, local IP cameras are not

displayable when using the remote access. An IP camera can be integrated into the SV server in two different ways. If the camera has an MJPEG stream, it can be inserted in the function "IP Camera". The

correct URL can be found on the websites of the manufacturers.

If there is no MJPEG stream available for the IP camera, the “Website / IP” function can call

the manufacturer's page with the stream.

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manufacturer

figure

title

function: IP-

Camera

function: Website

D-LINK

DCS930L

✔

max. resolution

mode of transmission

640 x 480

network cable / WLAN

operating

voltage

IP-protection

5V / DC

configuration

IP-address:

receive from router

user name

(default):

admin

password

(default):

adminadmin

MJPEG

address

http://ip-address/image/jpeg.cgi

comment:

screenshot:

The following chart shows which device operates with which function: (State May 2018)

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manufacturer

figure

title

function: IP-Camera

function: Website

Rollei

5040504

✔

max. resolution

mode of transmission

1280 x 720

WLAN

oerating voltage

IP-protection

5V / DC

configuration

IP-address:

receive from router

http://ip-addresse/

user name

(default):

password

(default):

MJPEG

address

comment:

 Camera configuration via Rollei App

(Smart Phone e.g.)

 Register and get user account (Rollei)  Connect to camera via user name and

password (at first do registration!)

 Integrating camera to SV-Server via

function „Website“

screenshot:

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manufacturer

figure

title

function: IP-Camera

function: Website

EDIMAX

IC-3116W

✔

max. resolution

mode of transmission

1280 x 720

network cable / WLAN

operating voltage

IP-protection

12 V / DC

configuration

IP-address: receive from router

user name

(default):

admin

password

(default):

1234

MJPEG

address

http://ip-address/snapshot.cgi

comment:

screenshot:

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manufacturer

figure

title

function: IP-Camera

function: Website

Foscam

FI9804W

✔

max. resolution

mode of transmission

1280 x 720

network cable / WLAN

operating voltage

IP-protection

12V / DC

IP 66

configuration

IP-address:

receive from router

IP-address + Port 88

(http://ip-address:88 e.g.)

user name

(default):

admin

password

(default):

(blank)

MJPEG

address

http://ip-addresse:88/cgi-

bin/CGIStream.cgi?cmd=GetMJStream

&usr=username&pwd=xxx

comment:

 Calling camera respectively work

surface (Foscam) via IP-address and function „Website“ (browser)

 Install manufacturer PlugIn (browser

asks automatically)

 Supports only 32-bit browsers

screenshot:

Page 100

SV-SERVER-01 / SV-SERVER-INT 99 / 157

manufacturer

figure

title

function: IP-Camera

function: Website

Axis

M1124

✔

max. resolution

mode of transmission

8 bis 28V DC /

PoE

network cable

operating voltage

IP-protection

12V / DC

configuration

IP-address: receive from router

user name

(default):

root

password

(default):

root

MJPEG

address

http://ip-

addresse/mjpg/video.mjpg?timestamp

comment:

 Calling camera respectively work

surface (Axis) via IP-address and function „Website“ (Browser)

screenshot: