VIESMANN Data Communication Vitocom, Vitodata, Vitosoft, Vitogate

VIESMANN Data communication Vitocom, Vitodata, Vitosoft, Vitogate

Technical guide

TeleControl

Vitocom 100 ■ Type GSM2 ■ Type LAN1 with Vitotrol app and Vitodata 100 Vitocom 300 ■ Type LAN3 with Vitodata 300 ServiceControl

■ Vitosoft 300 Building Automation

■ Vitogate 200, type KNX ■ Vitogate 300, type BN/MB

5414 671 GB 5/2017 Index

Index

1. TeleControl — overview 1.1 Device types, operating functions and product benefits ...... 5 1.2 Applications and users ...... 6 ■ Selection aids ...... 6 ■ Intended use ...... 6 1.3 Device and operating functions; general system requirements ...... 7

2. TeleControl — Vitocom 100 2.1 Vitocom 100, type GSM2 ...... 8 ■ Application ...... 8 ■ Remote switching and remote scanning ...... 8 ■ Remote monitoring ...... 8 ■ Languages ...... 8 ■ Hooking up on-site components ...... 8 ■ System requirements ...... 9 ■ Configuration ...... 9 ■ Benefits ...... 9 2.2 Standard delivery and accessories ...... 9 2.3 Specification ...... 10 ■ Connections ...... 10 ■ Display and controls ...... 11 ■ Specification ...... 11 ■ Dimensions ...... 12

3. TeleControl — Vitocom 100 3.1 Vitocom 100, type LAN1 with Vitotrol app ...... 13 ■ Application ...... 13 ■ Remote switching and remote scanning ...... 13 ■ System requirements ...... 13 ■ Configuration ...... 14 ■ Benefits ...... 14 3.2 Vitocom 100, type LAN1 with Vitodata 100 user interface ...... 15 ■ Application ...... 15 ■ Remote switching and remote scanning ...... 15 ■ System requirements ...... 15 ■ Configuration ...... 16 ■ Benefits ...... 16 3.3 Standard delivery and accessories ...... 16 3.4 Specification ...... 17 ■ Connections ...... 17 ■ Display and controls ...... 17 ■ Specification ...... 18 ■ Dimensions ...... 18

4. TeleControl —Vitocom 300 4.1 Vitocom 300, type LAN3 with Vitodata 300 user interface ...... 19 ■ Application ...... 19 ■ Remote monitoring, telecontrol and remote setup ...... 19 ■ Messages ...... 19 ■ Hooking up auxiliary functions ...... 19 ■ Hooking up auxiliary functions in conjunction with the EM301 extension module (accessories) ...... 20 ■ System requirements ...... 20 ■ Configuration ...... 20 ■ Benefits ...... 21 4.2 Standard delivery and accessories ...... 21 4.3 Specification ...... 22 ■ Connections ...... 22 ■ Specification ...... 22 ■ Display and controls Vitocom 300 ...... 23 ■ Information on the Vitocom 300 M-Bus interface ...... 23 ■ Dimensions ...... 23 4.4 Specification, Vitocom 300 power supply unit ...... 24 ■ Specification ...... 24 ■ Dimensions ...... 24 4.5 Accessories ...... 25 ■ Vitocom 300 accessories overview ...... 25 ■ EM301 extension module for Vitocom 300 ...... 26 ■ UPS module 700 mAh ...... 27 ■ Additional rechargeable power pack 700 mAh ...... 27 ■ Wall mounted enclosure ...... 27 ■ Collector temperature sensor ...... 28 ■ Contact temperature sensor ...... 28 5414 671 GB 2 VIESMANN Data communication Index (cont.)

■ Immersion temperature sensor ...... 29 ■ Flue gas temperature sensor ...... 29 ■ Outside temperature sensor ...... 29 ■ Cylinder temperature sensor ...... 30 ■ Boiler water temperature sensor ...... 30 ■ Room temperature sensor ...... 30

5. TeleControl — Vitotrol app 5.1 Vitotrol app ...... 31 ■ Languages ...... 31 ■ Benefits ...... 31 ■ Standard delivery ...... 31

6. TeleControl — Vitodata 100 6.1 Vitodata 100 user interface ...... 32 ■ Languages ...... 32 ■ System requirements ...... 32 ■ Access rights ...... 32 ■ Configuration ...... 32 ■ Benefits ...... 32 ■ Standard delivery ...... 32

7. TeleControl — Vitodata 300 7.1 Vitodata 300 user interface ...... 33 ■ System requirements ...... 33 ■ Access rights ...... 33 ■ Configuration ...... 33 ■ Benefits ...... 33 ■ Standard delivery ...... 33

8. ServiceControl —Vitosoft 300 8.1 Vitosoft 300, type SID1 ...... 34 ■ Establishing a connection to the system ...... 34 ■ Service, commissioning and diagnosis ...... 34 ■ System requirements ...... 35 ■ Interface ...... 35 ■ Installation ...... 35 ■ Software registration ...... 35 ■ Configuration ...... 35 ■ Update service ...... 35 ■ Benefits ...... 35 8.2 Standard delivery and accessories ...... 36

9. Building Automation — 9.1 Vitogate 200, type KNX ...... 37 Vitogate 200 ■ System requirements ...... 37 ■ Benefits ...... 37 9.2 Standard delivery and accessories ...... 38 9.3 Specification ...... 39 ■ Connections ...... 39 ■ Display and controls ...... 39 ■ Specification ...... 39 ■ Dimensions ...... 40

10. Building Automation — 10.1 Vitogate 300, type BN/MB ...... 41 Vitogate 300 ■ System requirements ...... 41 ■ Benefits ...... 41 10.2 Standard delivery and accessories ...... 42 10.3 Specification ...... 43 ■ Connections ...... 43 ■ Display and controls ...... 44 ■ Specification ...... 44

11. TeleControl — sample applica- 11.1 Residential premises (e.g. detached house, two-family house, apartment building, tions holiday home) ...... 45 11.2 Public buildings (e.g. schools, administration buildings) ...... 46 11.3 Supermarket ...... 47 11.4 Commercial buildings (e.g. production facilities) ...... 48 11.5 Remote monitoring of heating systems with Vitobloc (CHP unit) ...... 49 ■ Application ...... 49 ■ Remote monitoring with the Vitodata 100 user interface ...... 49 ■ Remote monitoring with the Vitodata 300 user interface ...... 49 ■ System requirements ...... 50 ■ Configuration ...... 50 ■ Benefits ...... 50 5414 671 GB Data communication VIESMANN 3 Index (cont.)

12. TeleControl — accessories 12.1 Assignment of TeleControl accessories ...... 51 12.2 Accessories for oil heating systems ...... 51 ■ Minimum fill level indicator for adjustable minimum fill level in the tank ...... 51 12.3 Accessories for gas heating systems ...... 52 ■ Gas pressure switch GW A6 ...... 52 ■ Gas alarm unit GS 2.1 for domestic use, with integral sensor, alarm buzzer and relay output ...... 52 12.4 General accessories ...... 53 ■ Pressure transducer DMU 01, for electronic pressure testing up to 10 bar (1 MPa) ...... 53 ■ Water alarm unit WWG 1, with groundwater probe for detecting water ...... 53 ■ Tested M-Bus meters supported as standard ...... 54 ■ Room thermostat, for installation on finished walls, heating ...... 55

13. Appendix 13.1 Combinations of Vitocom communication devices and Viessmann control units plus control options ...... 56 13.2 Connecting Viessmann devices via LON ...... 57 ■ Sample connections ...... 58

14. Glossary ...... 59

15. Keyword index ...... 60 5414 671 GB 4 VIESMANN Data communication TeleControl — overview

1.1 Device types, operating functions and product benefits The following overview provides guidance on selecting a suitable Vitocom device. The selection depends on the required functions for operating and monitoring the heating system, the primary use, and the intended user or operator. 1

Function Monitoring Operation Optimisation

PC, Vitodata 300 Heat supply utilities, Vitocom 300, LAN3 commercial users PC, mobile phone, Vitodata 100

PC, mobile phone, Vitodata 100 Specialist contractors,

Vitocom 100, LAN1 property managers, App for terminal devices private system users Vitotrol app

Vitocom 100, GSM2 Mobile phone Private system users

Advantages/benefits Operational reliability Comfort Cost reduction

5414 671 GB Data communication VIESMANN 5 TeleControl — overview (cont.)

1.2 Applications and users

Selection aids 1 The following table provides guidance on selecting a suitable Vitocom device. The selection depends on the required application for operating and monitoring the heating system and the intended user or operator. The TeleControl products offer solutions particularly for the listed applications in energy, heating and fault management.

Operating function User Required products Information Energy management Optimising, operating and monitoring Commercial operators Vitocom 300 with Vitodata 300 user in- Page 19 Viessmann heating systems with – Heat supply utilities terface Vitotronic control unit – Local authorities – Commercial enterprises – Municipal services – Heating contractors Heating management Operating and monitoring Viessmann Specialist contractors, property man- Vitocom 100, type LAN1 with Pages 15 heating systems with Vitotronic control agement Vitodata 100 user interface unit – Local authorities – Commercial enterprises – Hotels – Residential facilities and homes for the elderly – Apartment buildings – Heating contractors Private system users in detached and Vitocom 100, type GSM2 Page 8 two-family houses as well as holiday homes Operating Viessmann heating systems Private system users in detached and Vitocom 100, type LAN1 with Page 13 with Vitotronic control unit two-family houses as well as holiday Vitotrol app homes Fault management Monitoring up to 26 on-site components – Clubs, sports facilities Vitocom 300 with Vitodata 300 user in- Page 19 of a Viessmann heating system or third – Residential facilities and homes for terface party system (via digital inputs of the the elderly Vitocom) – Local authorities Monitoring one on-site component of a – Commercial enterprises Vitocom 100, type GSM2 Page 8 Viessmann heating system or third party – Detached and two-family houses system (via digital inputs of the Vitocom) – Apartment buildings – Hotels, clinics, churches – Municipal services – Specialist contractors

Intended use

Vitocom 100, type LAN1 and Vitocom 300, type LAN3 Vitocom 100, type GSM2

Install and operate Vitocom products as intended, in conjunction with The device is intended exclusively for remote controlling systems the electronic control units and controllers for the Viessmann heat with Viessmann heat sources and for remote monitoring systems and power generators designed for this system. Also take account of with Viessmann heat sources and third party systems. The device is the relevant installation, service and operating instructions. In partic- intended to be installed and operated in conjunction with Vitotronic ular, observe the current and voltage specifications for connections control units only, with due attention paid to the associated installa- and hook-ups. tion, service and operating instructions.

Use the Vitocom products exclusively for monitoring, operating and Power is supplied exclusively via the plug-in power supply unit sup- optimising systems with the user and communication interfaces plied. specified for this purpose in the relevant printed documentation. With regard to the communication interfaces, ensure on site that the sys- Intended use presupposes that a sufficient reception level (mobile tem requirements specified in the product documentation are met at network) is present and that the SIM card is approved by Viessmann all times for every transfer medium employed. For this, use the and enabled by the mobile phone provider. Message destinations approved communication components supplied with the products must be set up correctly. (e.g. tested and qualified mobile phone routers). Only use the specified components for the mains power supply (e.g. power supply units).

5414 671 GB 6 VIESMANN Data communication TeleControl — overview (cont.)

1.3 Device and operating functions; general system requirements

TeleControl product Vitocom 100 Vitocom 300 Type GSM2 Type LAN1 Type LAN3 1 Operation SMS Vitotrol Vitodata Vitodata app 100 300 User – Heat supply utilities — — — X – Heating contractors X — X X – System users X X X — Integral interface GSM modem Ethernet, IP networks Communication – Mobile network X — Only via mobile phone router; see www.vitocom.info – Ethernet, IP networks — X X X Vitocom inputs and outputs – Digital inputs 1 — — 2 – Digital outputs — — — 1 – Analogue inputs — — — 0 – M-Bus interface — — — 1 Vitocom 200/300 inputs and outputs in fully expanded system with all possible extension modules – Digital inputs 26 – Digital outputs 7 – Analogue inputs 24 – M-Bus interface 1 Control device – Smartphone X X X X – Mobile phone X — — — – PC — — X X Interface for control device – SMS X — — — – Internet browser — — X X – Vitotrol app terminal devices — X — — Relaying messages – SMS X — X X – Fax Fax only in DE. — X X – Email — — X X Operating function – Switching times, holiday program — X X X – Operating program X X X X – Set values — X X X – Heating curve slope/level — X X X – Scanning operating conditions and tem- — X X X peratures – Codes — — — X – Optimisation — — — X

Note ■ The heating system and functionality of the message facilities The Vitotrol app and Vitodata 100 can be used simultaneously. must be checked at regular intervals. Vitodata 100 and Vitodata 300 cannot be used simultaneously. ■ To improve the operational reliability of the heating system, we recommend allowing for supplementary measures, e.g. frost protec- Information on risks tion or monitoring for water damage Vitocom wireless signals (when communicating via a mobile net- ■ Vitocom 300: So that messages can still be transferred during a work) can interfere with electronic medical devices – particularly car- power failure, we recommend using a UPS (uninterruptible power diac pacemakers, hearing aids and defibrillators, for example. If any supply) module such equipment is used, avoid the immediate vicinity of the Vitocom while it is operational. Information on liability Information on fault messages Viessmann rejects all liability for loss of profit, unattained savings, or The Vitocom only relays faults of connected control units and of the other direct or indirect consequential losses resulting from the use of components connected to configured inputs of the Vitocom. For the Vitocom or the software, as well as losses resulting from inap- technical details, see the installation and maintenance instructions of propriate use. the devices. The Viessmann General Terms and Conditions apply, which are included in each current Viessmann pricelist. Requirements for fault messages: We accept no liability for SMS and email services provided by net- ■ The control units and the Vitocom must be configured correctly. work operators. The terms and conditions of the relevant network ■ The Vitocom message paths must be set up operators therefore apply.

5414 671 GB Data communication VIESMANN 7 TeleControl — Vitocom 100

2.1 Vitocom 100, type GSM2

Application For remote monitoring and telecontrol of Viessmann heating systems with Vitotronic control units via mobile networks. D For remote monitoring of on-site components and third party sys- C B tems via mobile networks. F A E

2 A Boiler with control unit (see table on page 56) B KM-BUS cable (max. 50 m) C Vitocom 100, type GSM2 D Aerial E Mobile network F Mobile phone (incl. smartphone)

Remote switching and remote scanning A heating system can be switched on and off by the Vitocom 100, ■ SIM card credit type GSM2 via GSM mobile networks, and the operating program ■ Current date and expiry date of SIM card (prepaid) can be changed by sending SMS commands. ■ Cost of an SMS ■ Current language setting The following remote scanning options are available: ■ Information on the heating system (e.g. operating condition) and digital input ■ 2 mobile phone numbers that can be notified in case of faults

Remote monitoring With the Vitocom 100, type GSM2, the boiler control unit connected Fault messages are displayed in plain text. via the KM-BUS and devices connected to the KM-BUS are monitored. The following are automatically reported by SMS via mobile phone: The heating circuit control units (e.g. Vitotronic 200-H), connected ■ Heating system faults downstream via LON to the boiler or heat pump control units, are not ■ End of validity of the SIM card (prepaid) monitored by the Vitocom 100, type GSM2. ■ Deletion of current date if power fails (information about a power Heating system faults are reported to no more than 2 mobile phones failure when power is restored) (e.g. system user and heating/service contractor) via SMS.

Languages

One of the following languages can be selected for messages: ■ Lithuanian ■ German ■ Polish ■ Danish ■ Russian ■ English ■ Swedish ■ Estonian ■ Slovak ■ Flemish ■ Slovenian ■ French ■ Spanish ■ Italian ■ Czech ■ Latvian ■ Hungarian

Hooking up on-site components For hooking up on-site components, a digital input DI1 is available in Using this input, external signals can be hooked up via a floating the Vitocom 100, type GSM2. contact (see chapter "TeleControl — sample applications").

5414 671 GB 8 VIESMANN Data communication TeleControl — Vitocom 100 (cont.)

System requirements

Heating system: Note ■ For one heating system SIM cards approved for use with the Vitocom 100, type GSM2 ■ The control unit is connected to the Vitocom 100, type GSM2 via ■ T-Mobile (standard for Vitocom 100, type GSM2 with SIM card) the KM-BUS. (For an overview of connectable control units, see ■ Vodafone page 56.) ■ E-Plus

Note The SIM cards have been tested at a reference location. Perfect If KM-BUS subscribers are already connected to the control unit, operation cannot be guaranteed in different regional areas. then the KM-BUS distributor (part no. 7415 028, available as an For further details on mobile phone tariffs, see www.vitocom.info accessory) is required. Message path/message destination: 2 ■ Standard socket 230 V/50 Hz ■ Mobile phone for receiving SMS. Up to 2 mobile phones can be specified as message destinations. Mobile network: ■ Check for adequate signal strength from the mobile network, using a mobile phone if necessary, at the place where the Vitocom 100, type GSM2 is installed. ■ Activate the SIM card prior to commissioning

SIM card requirements: – Able to send SMS – Able to receive SMS

Configuration The Vitocom 100, type GSM2 is configured via SMS. SMS messages are sent from a mobile phone.

Benefits ■ Rapid relaying of fault messages by SMS via mobile network. ■ Additional connection at the digital input for monitoring function ■ Convenient heating system operation via mobile phone and SMS (see chapter "TeleControl — sample applications"). commands. ■ Maintenance and service become easier. ■ Low operating costs through the use of mobile phone SIM cards, ■ Quick configuration through a single SMS. e.g. prepaid cards excluding data option. ■ Easy retrofitting. ■ Supported by a large number of mobile phone providers

2.2 Standard delivery and accessories

A E

= Standard delivery

5414 671 GB Data communication VIESMANN 9 TeleControl — Vitocom 100 (cont.)

Pos. Designation Part no. A Vitocom 100, type GSM2 with integral GSM modem, wall mounting plate and fixing materials – Without SIM card Z011 396 – With SIM card: Z011 388 – Only available in d – No standard charge – No minimum usage – No minimum contract period – Single connection fee or service charge in accordance with current T-Mobile terms

Note – The SIM card is not a Viessmann product. A contract for the SIM card is concluded on site directly 2 with the mobile phone provider. For information regarding terms of contract, see www.vitocom.info – The SIM card must be activated prior to commissioning.

B Connecting cable with Rast 5 system plugs for connection to the control unit KM-BUS, 3 m long C Aerial with 3 m cable, magnetic foot and adhesive pad D Power cable with plug-in power supply unit, 2 m long Supported control units: E Boiler and heating circuit control units (see table on page 56) See Viessmann pricelist

2.3 Specification

Connections

! Plug-in power supply unit connection, 5 V–, internal +, external & Digital input DI1 connection, floating contact –, min. 1.6 A ( KM-BUS connection ? Aerial connection § Service interface: Do not make any on-site connections.

5414 671 GB 10 VIESMANN Data communication TeleControl — Vitocom 100 (cont.)

Display and controls

A Type plate "T4" Reset button SIMCARD SIM card position "1" PIN entry indicator (green LED) "S1" PIN rotary selector "2" Reception quality (yellow, green and red LEDs) "T1" Service button "3" Mobile network connection status (yellow and green LEDs) "T2" Confirmation button when entering a PIN "4" Operating status indicator (green and red LEDs) "T3" No function "5" Indicator, data transfer service interface (green LED)

Specification

Power supply via plug-in 230 V~/5 V― power supply unit Rated current 1.6 A Power consumption 5 W Protection class II to EN 61140 IP rating IP 30 to EN 60529; ensure through design/installation. Function type Type 1B to EN 60730-1 Permissible ambient temperature – Operation 0 to +50 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −20 to +85 °C On-site connection Digital input: Floating contact

5414 671 GB Data communication VIESMANN 11 TeleControl — Vitocom 100 (cont.)

Dimensions

Note the maximum cable lengths when selecting the installation location as well as the quality of the mobile phone reception.

160

2 111

26.5

5414 671 GB 12 VIESMANN Data communication TeleControl — Vitocom 100

3.1 Vitocom 100, type LAN1 with Vitotrol app

Application For remote control of Viessmann heating systems with Vitotronic control units via IP network.

C E B D K A F H

G 3

A Heat generator with control unit (see page 56) F Secure internet connection to the Vitodata server B LON cable G Vitodata server C Vitocom 100, type LAN1 H Mobile network D IP network (on site) K Mobile control device with Vitotrol app: E DSL router (on site) ■ Remote control of the heating system ■ Message retrieval.

Remote switching and remote scanning

The Vitotrol app enables access to the following control unit parame- Messages ters: Any messages currently active in the heating system, e.g. sensor or ■ Selecting set temperatures burner faults, are transmitted to the Vitocom 100, type LAN1 via ■ Setting the operating program and switching times LON. The Vitocom 100, type LAN1 transmits these messages to the ■ Scanning operating conditions and temperatures Vitodata server. Subject to the Vitotrol app being enabled on the mobile terminal device, it will regularly check the heating system sta- Note tus and display any messages. No scanning in the delivered condi- The Vitotrol app enables users to access only one system at a time tion whilst the mobile terminal device is being charged (for change- using a terminal device. over, see Vitotrol app).

System requirements

Heating system: User account on the Vitodata server: ■ For one single boiler system with Vitotronic control unit, with or A valid user account on the Vitodata server is required to operate a without heating circuits downstream. Vitocom 100, type LAN1; the same applies to the use of the ■ Standard socket 230 V/50 Hz. Vitotrol app. Users can register for this either via the Vitotrol app or via the Vitodata 100 user interface. IP network: ■ DSL router with available LAN socket (on site). Recommended mobile terminal device: ■ Internet connection with flat rate (tariff without restriction on time or data volume) and high availability, i.e. the Vitocom 100, LAN1 is permanently linked to the Vitodata server. ■ Terminal devices with Apple iOS operating system version 6.0 or ■ Dynamic IP addressing (DHCP) in the network (LAN); have this higher checked and (if required) set up on site by an IT expert prior to ■ Terminal devices with Google Android operating system version commissioning. 4.0 or higher ■ Determine the routing and security parameters in the IP network (LAN) so that port 80 and port 443 are enabled for direct outward Note connections; have this checked and (if required) set up on site by For further details, see www.vitotrol-app.info an IT expert prior to commissioning. Mobile network: Note ■ Adequate signal strength from the mobile network where the The Vitocom 100, type LAN1 establishes a secure internet connec- Vitotrol app is used. tion to the Vitodata server during operation. Connecting the ■ For access via WLAN: Adequate signal strength where the Vitocom 100, type LAN1 with any other type of server is not possi- Vitotrol app is used. ble.

5414 671 GB Data communication VIESMANN 13 TeleControl — Vitocom 100 (cont.)

Message destinations: ■ Mobile phone (incl. smartphone) for receiving SMS ■ Vitotrol app ■ Fax machine for receiving faxes ■ Terminal device (e.g. computer) for receiving emails

Benefits ■ Use in heating systems in detached and two-family houses as well ■ Straightforward operation via iOS and Android operating systems. as holiday homes For supported terminal devices, see www.vitotrol-app.info ■ Remote monitoring device for heating contractors and system ■ All messages sent to a PC or mobile phone operators (e.g. caretakers) ■ Easy commissioning through automatic configuration ■ Affordable

5414 671 GB 14 VIESMANN Data communication TeleControl — Vitocom 100 (cont.)

3.2 Vitocom 100, type LAN1 with Vitodata 100 user interface

Application For remote monitoring and remote control of Viessmann heating systems with Vitotronic control units via IP network.

C E B D H A F

K G 3

A Heat generator with control unit (see page 56) H Control device: B LON cable ■ Remote control of the heating system via Vitodata 100 user C Vitocom 100, type LAN1 interface D IP network (on site) ■ Receiving messages via email E DSL router (on site) K ■ Smartphone/PDA for receiving messages via email and SMS F Secure internet connection to the Vitodata server ■ Mobile phone for receiving SMS messages Mobile network G Vitodata server, registration and login at www.vitodata100.com L

Remote switching and remote scanning

The Vitodata 100 user interface enables a wide range of heating Content of messages management functions. Users can access the following control unit ■ System description parameters: ■ Message code, message text ■ Adjusting set temperatures, heating curve slope and level ■ Time ■ Setting operating programs, holiday programs and switching times ■ Additional information ■ Adjusting set values ■ Scanning operating conditions and temperatures

Messages Any messages currently active in the heating system, e.g. sensor or burner faults, are transmitted to the Vitocom 100, type LAN1 via LON. The Vitocom 100, type LAN1 transmits these messages to the Vitodata server. The messages can be displayed on the Vitodata 100 user interface. If message destinations have been saved on the Vitodata server (email, SMS, fax), messages are automatically relayed to these.

System requirements

Heating system: ■ Dynamic IP addressing (DHCP) in the network (LAN); have this ■ For max. 5 single boiler systems or cascades with Vitotronic con- checked and (if required) set up on site by an IT expert prior to trol unit, with or without downstream heating circuits. commissioning. ■ The max. number of devices (LON subscribers) comprising boiler ■ Determine the routing and security parameters in the IP network and heating circuit control units is 20. (LAN) so that port 80 and port 443 are enabled for direct outward ■ Standard socket 230 V/50 Hz. connections; have this checked and (if required) set up on site by an IT expert prior to commissioning. IP network: ■ DSL router with available LAN socket (on site). Note ■ Internet connection with flat rate (tariff without restriction on time The Vitocom 100, type LAN1 establishes a secure internet connec- or data volume) and high availability, i.e. the Vitocom 100, LAN1 is tion to the Vitodata server during operation. Connecting the permanently linked to the Vitodata server. Vitocom 100, type LAN1 with any other type of server is not possible.

5414 671 GB Data communication VIESMANN 15 TeleControl — Vitocom 100 (cont.)

User account on the Vitodata server: Message destinations: A valid user account on the Vitodata server is required to operate a ■ Terminal device (e.g. computer) for receiving emails Vitocom 100, type LAN1; the same applies to the use of the ■ Mobile phone (incl. smartphone) for receiving SMS Vitotrol app. Users can register for this either via the Vitotrol app or ■ Fax machine for receiving faxes via the Vitodata 100 user interface.

Control device with the following features: ■ Internet browser: Microsoft Internet Explorer version 8 or higher or Firefox version 4 or higher or Safari Mobile iOS version 4 or higher ■ Active internet connection

Configuration In the case of dynamic IP addressing (DHCP) the Vitocom 100, type Observe the network settings of the DSL router (see "IP network"). LAN1 will be configured automatically. The DSL router requires no For further details on terms of use, see www.vitodata.info separate settings. 3 Benefits ■ Use in heating systems in detached and two-family houses as well ■ Easy operation via PC and smartphone as holiday homes ■ System monitoring ■ Remote monitoring device for heating contractors and system ■ All messages sent to a PC or mobile phone operators (e.g. caretakers) ■ Simplified commissioning through automatic configuration ■ Affordable

3.3 Standard delivery and accessories

A E

= Standard delivery

Pos. Designation Part no. A Vitocom 100, type LAN1 with fixing materials – Without communication module Z011389 – With communication module for mounting inside the control unit of the heat generator Z011224 B LON cable, 7 m long C LAN cable, 2 m long D Power cable with plug-in power supply unit, 1.9 m long Supported control units: E Boiler and heating circuit control units (see table on page 56) See Viessmann pricelist Current list of supported heat generators: – For Vitodata 100: See Vitodata online help at www.vitodata100.com – For Vitotrol app: See www.vitotrol-app.info

5414 671 GB 16 VIESMANN Data communication TeleControl — Vitocom 100 (cont.)

3.4 Specification

Connections

3 ! § $ ) aÖ

! Plug-in power supply unit connection, 5 V–, internal +, external ) LON terminator, enabled in the delivered condition –, min. 1.6 A aÖ RJ45 socket for LON cable (red) to the Vitotronic control unit § Service interface: Do not make any on-site connections. $ RJ45 socket for LAN cable to the DSL router

Display and controls

A Type plate "T1" Service button "T2" No function "T3" LON button for sending the service PIN (only when integrating the Vitotronic control unit into BMS) "T4" Reset button "1" LON service indicator (green LED) "2" No function "3" IP connection status (green and yellow LED) "4" Operating status indicator (green and red LEDs) "5" Indicator, data transfer service interface (green LED)

5414 671 GB Data communication VIESMANN 17 TeleControl — Vitocom 100 (cont.)

Specification

Power supply via plug-in 230 V~/5 V− power supply unit Rated current 1.6 A Power consumption 8 W Protection class II IP rating IP 30 to EN 60529; ensure through design/installation. Permissible ambient temperature – Operation 0 to +55 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −20 to +85 °C

Dimensions

160 111

5414 671 GB 18 VIESMANN Data communication TeleControl — Vitocom 300

4.1 Vitocom 300, type LAN3 with Vitodata 300 user interface

Application For remote monitoring, telecontrol and remote setup of Viessmann For remote monitoring of on-site components and third party sys- heating systems with Vitotronic control units via IP networks. tems via IP networks.

C E B D H A F

K G

A Heat generator with control unit (see page 56) H Control device: B LON cable ■ Remote control of the heating system via Vitodata 300 user C Vitocom 300, type LAN3 interface D IP network (on site) ■ Receiving messages via email 4 E DSL router (on site) K Fax machine for receiving messages F Secure internet connection to the Vitodata server L ■ Smartphone/PDA for receiving messages via email and SMS G Vitodata server, registration and login at www.vitodata300.com ■ Mobile phone for receiving SMS messages M Mobile network

Remote monitoring, telecontrol and remote setup

The Vitodata 300 user interface provides access to all control ■ Scanning operating conditions and temperatures unit parameters: ■ Remote setup of control parameters via coding addresses ■ Setting set values, heating curve slope and level ■ Trend data can be evaluated and archived on the Vitodata 300 ■ Setting the operating program, holiday program and switching user interface. times ■ Recording energy consumption by integrating M-Bus heat meters.

Messages If the heating system develops a fault, e.g. with one of its sensors or Content of messages the burner, the control unit recognises this and transmits it to the ■ System description Vitocom 300, type LAN3 via LON. It transmits these messages to the ■ Message code, message text Vitodata server. These messages can be displayed on the ■ Time Vitodata 300 user interface. In addition, these messages will be ■ Additional information relayed to the message destinations (SMS, email and fax) saved on the Vitodata server. Additional devices (see chapter "TeleControl — sample applications") and third party systems (monitoring limits via inputs and outputs) can also be monitored.

Hooking up auxiliary functions ■ 2 digital inputs DI1 and DI2 Digital inputs DI1 and DI2 ■ 1 digital output DO1 Using these inputs, on-site fault messages can be hooked up as low ■ 1 M-Bus interface voltage signals. The inputs are monitored by the Vitocom 300, type ■ 1 EM interface LAN3. Input signals are relayed by the Vitocom 300, type LAN3 as messages. Note For detailed information see chapter "Specification". Example: Fault message from refrigeration, lifting and ventilation systems and central fault messages from a control panel.

5414 671 GB Data communication VIESMANN 19 TeleControl — Vitocom 300 (cont.)

Digital output DO1 EM interface On-site components can be hooked up via this output. The output Bus connection to up to 3 EM301 extension modules. can also be configured as a central fault message output. In other words, external signal transducers can be switched via this output.

M-Bus interface For connecting up to 16 volume and consumption meters with M-Bus capability, may be extended by on-site M-Bus repeaters.

Hooking up auxiliary functions in conjunction with the EM301 extension module (accessories) ■ 8 digital inputs DI1 to DI8 ■ 8 analogue inputs AI1 to AI8 ■ 2 digital outputs DO1 and DO2 ■ 1 EM interface 1

Digital inputs DI1 to DI8 0 Using these inputs, on-site fault messages can be hooked up via ms0 100 ms50 floating contacts. The inputs are monitored by the Vitocom 300, type LAN3. Input signals are relayed by the Vitocom 300, type LAN3 as messages. Analogue inputs AI1 to AI8 The message must be programmed via the Vitodata 300 user inter- With Vitodata 300, these inputs can be configured and the values face to "Switch closed" (alarm N/O) or "Switch open" (alarm N/C). It scanned. is possible to scan the status of inputs via the control device (PC/ For devices that can be connected, see page 51 onwards or laptop with internet access). Viessmann pricelist.

Example: Example: Fault message from refrigeration, lifting and ventilation systems and Checking the heating system pressure via pressure transducers. central fault messages from a control panel. 4 Digital outputs DO1 and DO2 With Vitodata 300, these inputs can be configured as pulse counter On-site components, which can be configured with Vitodata 300, can inputs. The Vitocom 300, type LAN3 adds up the pulses determined be switched via these outputs. via the floating contact. Up to 10 Hz (pulse width > 50 ms). EM interface Bus connection to the Vitocom 300. Example: Heat meter, flow meter for oil consumption

System requirements

Heating system: Control device with the following features: ■ For max. 5 single boiler systems or cascades with Vitotronic con- ■ Internet browser: trol unit, with or without downstream heating circuits. Microsoft Internet Explorer version 9 or higher ■ The control unit is connected to the Vitocom 300, type LAN3 via or LON (for an overview of connectable control units, see page 56). Firefox version 4 or higher ■ The max. number of devices (LON subscribers) comprising boiler, or heating circuit and cascade control units is 20. Safari Mobile iOS version 4 or higher ■ Active internet connection IP network: ■ DSL router with available LAN socket (on site) Message path: ■ Internet connection with flat rate (tariff without restriction on time ■ PC/laptop for receiving email or data volume) and high availability, i.e. the Vitocom 300, LAN3 is ■ Mobile phone (incl. smartphone) for receiving SMS permanently linked to the Vitodata server. ■ Fax machine for receiving faxes ■ Dynamic IP addressing (DHCP) in the network (LAN); have this checked and (if required) set up on site by an IT expert prior to commissioning. or Static IP addressing (e.g. when connecting to subnetworks) in the network (LAN) must be set up on the Vitocom 300 on site by an IT expert prior to commissioning. ■ Determine the routing and security parameters in the IP network (LAN) so that port 80 and port 443 are enabled for direct outward connections; have this checked and (if required) set up on site by an IT expert prior to commissioning.

Configuration In the case of dynamic IP addressing (DHCP) the Vitocom 300, type In the case of static IP addressing, IP configuration must be per- LAN3 will be configured automatically. The DSL router requires no formed on the Vitocom 300 and the DSL router by an IT expert. separate settings. Observe the network settings of the DSL router (see "IP network").

5414 671 GB 20 VIESMANN Data communication TeleControl — Vitocom 300 (cont.)

The output and inputs of the Vitocom 300, type LAN3 and the For use of the Vitocom 300, type LAN3 in the mobile network, see EM301 extension modules are configured with the Vitodata 300 user www.vitocom.info interface. For further details on terms of use, see www.vitodata.info

Benefits ■ Powerful communication system for commercial users ■ Optimisation of the heating system ■ Low operating costs through internet connection ■ Recording trends ■ System monitoring ■ Monitoring heating systems, even third party systems, via addi- ■ Comprehensive access to all controller data reduces time and tional connections (see chapter "TeleControl — sample applica- effort during service work. tions") ■ All messages sent to a PC or mobile phone ■ Connection of heat meters via M-Bus interface

4.2 Standard delivery and accessories

A B E G

CD F 4

= Standard delivery

Pos. Designation Part no. A Vitocom 300, type LAN3 With integral LAN socket for IP networks – Without communication module Z011 394 – With communication module H for mounting inside the control unit of the heat generator Z011 399 – With communication module H in conjunction with Vitotronic 300-K, type MW2B Z011 819 – With communication module H in conjunction with Vitotronic 300-K, type MW1B Z011 555 B Power supply unit C LAN cable (RJ45), 2 m long D LON cable, 7 m long Supported control units: E Boiler control unit (see table on page 56) See Viessmann pricelist G Heating circuit or cascade control unit (see table on page 56) See Viessmann pricelist

Current list of supported heat generators: – For Vitodata 100: See Vitodata online help at www.vitodata100.com – For Vitodata 300: See Vitodata online help at www.vitodata300.com Accessories: No pos. no. For accessories, see chapter "Accessories overview" on page 25 F LON connection accessories (e.g. connecting cables, couplings, sockets, etc.), see page 58

5414 671 GB Data communication VIESMANN 21 TeleControl — Vitocom 300 (cont.)

4.3 Specification

Connections

DO 1 digital output: 24 V– Power supply Floating relay contact, M-Bus 1 M-Bus interface: 3-pole, changeover contact, max. 2 A, 24 V–, For the connection of meters with M-Bus communication with LED indicator interface to EN 1434-3 DI1 - DI2 2 digital inputs: with LED indicator For floating contacts, RS485 Not assigned 2-pole, max. breaking capacity of external contact 24 V–, EM EM301 extension module connection 7 mA, with LED indicator LAN Internet connection LON (Viessmann LON) Service interface: Do not make any on-site connections. LON connections FTT 10-A (2 x RJ45) for connection to the control unit

Specification

Rated voltage 24 V– Rated current 710 mA Rated output 17 W Protection class II to EN 61140 IP rating IP 30 to EN 60529; ensure through design/installation. Function type Type 1B to EN 60730-1 Permissible ambient temperature – Operation 0 to +50 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −20 to +85 °C Installation Mounting rail installation TS35 to EN 50022, 35 x 15 and 35 x 7.5

5414 671 GB 22 VIESMANN Data communication TeleControl — Vitocom 300 (cont.)

Display and controls Vitocom 300

A B C

A Display DI2 DI2 indicator B Cursor keys DI1 DI1 indicator C To confirm a selection DO DO indicator D One step back in the menu or cancellation of the setting CON/ACT IP connection status indicator that has been started Fault indicator LON LON indicator Operating status indicator M-Bus M-Bus indicator 4 Information on the Vitocom 300 M-Bus interface Up to 16 heat meters can be hooked up to any one M-Bus interface. The M-Bus protocols of the various meters can differ from each This can be extended by on-site M-Bus repeaters. other. Only heat meters with M-Bus slave interface to EN 1434-3.

Cable recommendation for M-Bus installations Type Max. cable length Cable cross-section Number of terminal de- Transfer rate vices m mm2 Baud Domestic installation 350 0.5 250 9600 Small WAN installation 1000 0.5 60 2400 Standard 2000 0.8 60 2400 Large WAN installation 3000 1.5 60 2400 Grid installation 5000 1.5 16 300 Maximum (linear topology) 10000 1.5 1 300

Dimensions 58

90 105

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4.4 Specification, Vitocom 300 power supply unit

Specification

Rated voltage 100 to 240 V~ Rated frequency 50/60 Hz Rated current 0.8 to 0.4 A Output voltage 24 V– Max. output current 2 A Protection class II to EN 61140 IP rating IP 20 to EN 60529; ensure through design/installation. Primary/secondary poten- SELV to EN 60950 tial separation Electrical safety EN 60335 Permissible ambient temperature – Operation −20 to +55 °C – Storage and transport −25 to +85 °C Installation Mounting rail installation TS35 to EN 50022, 35 x 15 and 35 x 7.5

Dimensions 58 4 90 72

5414 671 GB 24 VIESMANN Data communication TeleControl — Vitocom 300 (cont.)

4.5 Accessories

Vitocom 300 accessories overview

Vitocom 300 accessories Part no. Page EM301 extension module Z012 117 26 UPS module for uninterruptible power supply 7143 432 27 Additional rechargeable power pack to increase the capacity of the UPS module 7143 436 27 Wall mounted enclosure 27 – 2 rows 7143 434 – 3 rows 7143 435 Collector temperature sensor (NTC 20 kΩ) 7831 913 28 Contact temperature sensor (NTC 10 kΩ) 7426 463 28 Immersion temperature sensor (NTC 10 kΩ) 7438 702 29 Flue gas temperature sensor (NTC 20 kΩ) 7452 531 29 Outside temperature sensor (NTC 10 kΩ) 7814 197 29 Control unit accessories: LON communication module for mounting inside the following control units: 7172 173 – Vitotronic 100, types CC1E and CC1I – Vitotronic 200, type CO1E, CO1I, KO1B and KO2B – Vitotronic 200, types WO1B and WO1C (in the case of individual heat pumps or lag heat pumps in a cascade, via LON) – Vitotronic 300, types CM1E and CM1I – Vitotronic 200-H LON communication module for mounting inside the following control units: 7179 113 – Vitotronic 200, types HO1B and KW6B LON communication module for cascade control for mounting inside the following control units: 7172 174 – Vitotronic 300-K, type MW2B – Vitotronic 200, type WO1B (for the lead heat pump in a cascade via LON) 4 LON connection accessories (e.g. connecting cables, couplings, sockets, etc.) — 58 Further sensors: Contact temperature sensor (Ni500) 7182 875 28 Immersion temperature sensor (Ni500) 7450 641 29 Flue gas temperature sensor (Pt500) 7450 630 29 Outside temperature sensor (Ni500) 7820 148 29 Cylinder temperature sensor (Pt500) 7450 633 30 Boiler water temperature sensor (Pt500) Control unit standard 30 delivery Room temperature sensor 7408 012 30 – Part no. 7408 012: Ni500 7438 537 – Part no. 7438 537: NTC 10 kΩ

5414 671 GB Data communication VIESMANN 25 TeleControl — Vitocom 300 (cont.)

EM301 extension module for Vitocom 300 Part no. Z012 117

AI1 − AI8 Analogue inputs: ID DIP switch for setting the device address (delivered con- ■ 0 − 10 V– dition) ■ 4 − 20 mA EM For connecting the Vitocom 300, type LAN3, bus cable ■ Viessmann temperature sensors NTC 10 kΩ, DI1 − DI8 Digital inputs: 4 NTC 20 kΩ, Ni500 or Pt500 ■ For hooking up signals via floating contacts ■ Pulse counter ■ 2-pole DO1, DO2 Digital outputs: ■ Breaking capacity of the external contact 24 V–, 7 mA ■ Floating relay contacts ■ with LED indicator ■ 3-pole ■ N/C or N/O contact ■ Changeover contact, max. 2 A~, 230 V~ ■ N/C or N/O alarm contact ■ with LED indicator ■ Pulse counter 24 V Power supply via Vitocom 300 or prior extension module

Analogue inputs AI1 to AI8 Dimensions Possible connections Specification Temperature sensors – Viessmann NTC 10 kΩ Measuring range 10 to 130 °C

– Viessmann NTC 20 kΩ Measuring range 10 to 210 °C 58 – Viessmann Ni500 Measuring range 0 to 130 °C – Viessmann Pt500 Measuring range 0 to 130 °C DC signal – 0 to 10 V− – Internal resistance 9.6 kΩ 90 158 Current signal – 4 to 20 mA− – Internal resistance 220 Ω

Specification

Rated voltage 24 V– Rated current 375 mA Protection class II to EN 61140 IP rating IP 20 to EN 60529; ensure through design/installation. Function type Type 1B to EN 60730-1 Permissible ambient temperature – Operation 0 to +50 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −25 to +85 °C Installation Mounting rail installation TS35 to EN 50022, 35 x 15 and 35 x 7.5

5414 671 GB 26 VIESMANN Data communication TeleControl — Vitocom 300 (cont.)

UPS module 700 mAh Part no. 7143 432 Dimensions The UPS module for uninterruptible power supply enables a heating system power failure to be relayed/reported.

Use only use the UPS module in conjunction with the original Vitocom 300 power supply unit and the original additional rechargea- 73 ble power pack. When operating with the emergency power supply, turning off the Vitocom 300 at the ON/OFF switch and turning off the mains isolator 90 are also reported as faults. 72 A buffer time of three hours must be ensured to guarantee that information is reliably relayed to all control devices.

Recommendation: ■ Without extension module: Uninterruptible power supply module is sufficient ■ With extension module for partial allocation of the inputs/outputs: Uninterruptible power supply module is sufficient

Specification

Input voltage 24 V– Output voltage 24 V– Charging current 100 mA Deep discharge protection < 22 V– Rechargeable power pack 700 mAh capacity Power failure notification 2 x floating changeover contacts Max. contact breaking ca- 1 A 4 pacity Permissible ambient temperature – Operation 0 to +40 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −20 to +65 °C Installation Mounting rail installation TS35 to EN 50022, 35 x 15 and 35 x 7.5 Service life Approx. 3 years

Additional rechargeable power pack 700 mAh Part no. 7143 436 Dimensions For increasing the capacity of the UPS module.

Recommendation: ■ Incl. extension modules when all inputs/outputs have been alloca- 73 ted: UPS module and additional rechargeable power pack 90 Specification 72

Rated voltage 24 V– Rechargeable power pack 700 mAh capacity Permissible ambient temperature – Operation 0 to +40 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −20 to +65 °C Installation Mounting rail installation TS35 to EN 50022, 35 x 15 and 35 x 7.5 Service life Approx. 3 years

Wall mounted enclosure The wall mounted enclosure is designed for the installation of the Vitocom 300 modules if no control panel or distribution board is available.

5414 671 GB Data communication VIESMANN 27 TeleControl — Vitocom 300 (cont.)

2 rows 3 rows Part no. 7143 434 Part no. 7143 435

142 300 142 300

450

600

■ For Vitocom 300 power supply unit and 1 EM301 extension module ■ 28 separate units ■ For Vitocom 300 power supply unit and 2 EM301 extension mod-

■ Ui = 400 V ules ■ PE/N terminal 2 x 17-pole, 6/16/25 mm2 ■ 42 separate units ■ Rail spacing 150 mm ■ Ui = 400 V ■ Flexible entries at the top ■ PE/N terminal 2 x 25-pole, 6/16/25 mm2 ■ With cable shield, cover and marking strips, additional dual mem- ■ Rail spacing 150 mm brane connectors and additional accessories ■ Flexible entries at the top ■ With cable shield, cover and marking strips, additional dual mem- brane connectors and additional accessories 4 Collector temperature sensor Part no. 7831 913 Specification For connection inside the device. Cable length 2.5 m On-site extension of the connecting lead: IP rating IP 32 to EN 60529; ensure through de- ■ 2-core lead, length up to 60 m with a cross-section of 1.5 mm2 sign/installation. (copper) Sensor type Viessmann NTC 20 kΩ at 25 °C ■ Never route this lead immediately next to 230/400 V cables Permissible ambient temperature – Operation −20 to +200 °C – Storage and transport −20 to +70 °C

Contact temperature sensor To capture the temperature on a pipe. Secured with a tie.

Part no. 7426 463 Part no. 7182 875 With connecting lead For wiring on site

42 42

76 60

Specification IP rating IP 32 to EN 60529; ensure through de- Specification sign/installation. Cable length 5.8 m, fully wired Sensor type Viessmann Ni500 IP rating IP 32D to EN 60529; ensure through Permissible ambient tem- design/installation. perature Sensor type Viessmann NTC 10 kΩ at 25 °C – Operation 0 to +120 °C Permissible ambient tem- – Storage and transport −20 to +70 °C perature – Operation 0 to ++120 °C – Storage and transport –20 to +70 °C

5414 671 GB 28 VIESMANN Data communication TeleControl — Vitocom 300 (cont.)

Immersion temperature sensor To capture the temperature in a sensor well

Part no. 7438 702

Sensor type Viessmann NTC 10 kΩ at 25 °C Cable length 5.8 m, fully wired

Specification IP rating IP 32 to EN 60529; ensure through design/installation. Permissible ambient temperature Part no. 7450 641 – Operation 0 to +90 °C – Storage and transport −20 to +70 °C Sensor type Viessmann Ni500 With sensor well R½ x 100 mm Cable length 3.8 m, fully wired

Flue gas temperature sensor For flue gas temperature scanning, flue gas temperature monitoring Part no. 7450 630 and service display, if an adjustable temperature has been exceeded. 4 With threaded cone. Installation on the flue pipe. The distance from the boiler must be approx. 1.5 times the flue pipe diameter, measured from the boiler back edge to the chimney. ■ Condensing boilers with Viessmann balanced flue system: Order the balanced flue pipe with retainer for the flue gas temperature sensor separately ■ For condensing boilers with on-site flue pipe: The aperture required for the flue pipe installation must be designed and inspected on site. Install the flue gas temperature Specification sensor in a stainless steel sensor well (on site). Cable length 3.8 m, fully wired IP rating IP 60 to EN 60529; ensure through de- Part no. 7452 531 sign/installation. Sensor type Viessmann Pt500 Permissible ambient temperature – Operation 0 to +600 °C – Storage and transport −20 to +70 °C

Specification Cable length 3.5 m fully wired Sensor type Viessmann NTC 20 kΩ at 25 °C Permissible ambient temperature – Operation 0 to +250 °C – Storage and transport −20 to +70°C

Outside temperature sensor Installation location: ■ 2-core lead, length up to 35 m with a cross-section of 1.5 mm2 ■ North or north-westerly wall of the building (copper) ■ 2 to 2.5 m above the ground, for multi storey buildings in the upper ■ Never route this lead immediately next to 230/400 V cables. half of the second floor Connection:

5414 671 GB Data communication VIESMANN 29 TeleControl — Vitocom 300 (cont.)

■ Part no. 7820 148 Sensor type: Viessmann Ni500 ■ Part no. 7814 197

Sensor type: Viessmann NTC 10 kΩ at 25 °C 80 Specification IP rating IP 43 to EN 60529; ensure through design/installation. Permissible ambient tem- 41 66 perature during operation, storage and transport −40 to +70 °C

Cylinder temperature sensor Part no. 7450 633 Specification Cable length 5.8 m, fully wired IP rating IP 32 to EN 60529; ensure through design/installation. Sensor type Viessmann Pt500 Permissible ambient temperature – Operation 0 to +90 °C – Storage and transport −20 to +70 °C

Boiler water temperature sensor 4 Control unit standard delivery Specification Cable length 1.6 m or 3.7 m, fully wired IP rating IP 32 to EN 60529; ensure through design/installation. Sensor type Viessmann Pt500 Permissible ambient temperature – Operation 0 to +130 °C – Storage and transport −20 to +70 °C

Standard delivery for boiler and heating circuit control unit or wall mounted boiler control unit.

Room temperature sensor Installation in the main living room on an internal wall opposite radia- ■ Part no. 7408 012 tors. Never install inside shelving units, in recesses, or immediately Sensor type: Viessmann Ni500 by a door or heat source (e.g. direct insolation, fireplace, TV set, ■ Part no. 7438 537 etc.). Sensor type: Viessmann NTC 10 kΩ at 25 °C Connection: ■ 2-core lead, length max. 30 m with a cross-section of 1.5 mm2 Specification (copper) Protection class III ■ Never route this lead immediately next to 230/400 V cables IP rating IP 30 to EN 60529; ensure through design/installation. Permissible ambient temperature □80 – Operation 0 to +40 °C – Storage and transport −20 to +65 °C

5414 671 GB 30 VIESMANN Data communication TeleControl — Vitotrol app

5.1 Vitotrol app

The Vitotrol app is an internet service for remote monitoring of all The Vitotrol app can be downloaded from the Apple App Store or the heating circuits of one heating system with Vitotronic control unit in Google Play Store. conjunction with Vitocom 100, type LAN1. The Vitotrol app accesses For further information on the Vitotrol app, see Apple App Store, the heating system data via the Vitodata server. This data is used by Google Play Store and www.vitotrol-app.info mobile terminal devices with operating systems Apple iOS version 8.0 or higher, or Google Android version 4.4 or higher.

Languages ■ Danish ■ Russian ■ German ■ Swedish ■ English ■ Slovak ■ French ■ Spanish ■ Italian ■ Czech ■ Dutch ■ Turkish ■ Polish ■ Hungarian ■ Romanian

Benefits Mobile use with heating systems in private residential buildings and ■ Message display in plain text small utility buildings. ■ Communication with Vitocom 100, type LAN1 ■ Affordable ■ Easy operation via control devices with Apple iOS or Google Android operating systems

Standard delivery Vitotrol app, internet service for the remote control of heating sys- Distribution via the Apple App Store and Google Play Store for tems. downloading to mobile control devices.

5414 671 GB Data communication VIESMANN 31 TeleControl — Vitodata 100

6.1 Vitodata 100 user interface

Vitodata 100 is a user interface for heating systems. All data on the For comprehensive information regarding login, terms of use and heating system is maintained and archived on the Vitodata server. function, see www.vitodata100.info The data is utilised by the control devices for which they are intended.

Languages ■ Danish ■ Polish ■ German ■ Russian ■ English ■ Swedish ■ French ■ Spanish ■ Italian ■ Czech ■ Dutch ■ Hungarian

System requirements

Control device (PC or laptop): ■ Software: ■ CPU: Pentium 4, 530 MHz or higher or Microsoft Internet Explorer version 8 or higher AMD Athlon 64, 3200 MHz or ■ RAM: ≥512 MB Firefox version 4 or higher ■ Monitor: or Minimum resolution 1024 × 768 pixels Safari Mobile iOS version 4 or higher ■ Internet access (e.g. DSL)

Access rights To safeguard the individual user's access rights to the system, the system administrator will be entitled to manage users and their access rights. Every user receives a personal password.

Configuration After online user registration, login credentials are made available to In order to configure a system, the user needs to be logged in with users. the administrator password.

Benefits ■ Communication with Vitocom 100, type LAN1 ■ Access rights for all hooked-up systems can be adjusted individu- ■ Remote heating system setup ally ■ Message display in plain text ■ System and user administration ■ Automatic relaying of messages to configured message destinations 6 Standard delivery Use of the Vitodata 100 internet service (Vitodata 100 user interface) Heating system login at www.vitodata100.com on the user control device.

5414 671 GB 32 VIESMANN Data communication TeleControl — Vitodata 300

7.1 Vitodata 300 user interface

Vitodata 300 is a user interface for heating systems. All data on the The Vitodata 300 user interface enables the specific transfer of mes- heating system is maintained and archived on the Vitodata server. sages via fax, email and SMS. The data is utilised by the control devices for which they are inten- ■ Access expansion to several users simultaneously ded. ■ Graphic evaluation of trend data on the Vitodata 300 user interface For comprehensive information regarding login, terms of use and ■ Graphic illustration of the system data with the aid of several cus- functions, see www.vitodata.info. User registration and login at tomer-specific system diagrams (jpg, bmp, gif) www.vitodata300.com

System requirements

Control device (PC or laptop): ■ Software: ■ CPU: Pentium 4, 530 MHz or higher or Microsoft Internet Explorer version 9 or higher AMD Athlon 64, 3200 MHz or ■ RAM: ≥512 MB Firefox version 4 or higher ■ Monitor: or Minimum resolution 1024 × 768 pixels Safari Mobile iOS version 4 or higher ■ Internet access: DSL

Access rights Systems are allocated to an organisational unit (OU) to safeguard individual users' access rights to the systems. One user may be the user for several OUs. Only the administrator of an OU is entitled to manage users and their access rights. Every user receives a personal password.

Configuration After successfully registering online, Viessmann customers can use and configure systems immediately using the Vitodata 300 user interface. Users of Vitodata who are not already Viessmann customers must first apply for a Viessmann customer number. For more information, see www.vitodata.info

Benefits ■ Communication with the Vitocom 300 ■ Quick system overview through graphic system schemes ■ Remote heating system setup ■ System and user administration ■ Display of messages in plain text and administration of the operat- ■ Graphic illustration of trend data for rapid system optimisation ing log ■ The Vitocom 300, type LAN3 enables the scanning of volume and ■ Automatic relay (SMS, email, fax) of messages in accordance with consumption meters with M-Bus interface. the roster administration ■ Access rights for all hooked-up systems can be adjusted individu- ally

Standard delivery Use of the Vitodata 300 user interface via the Vitodata server on the For detailed information on Vitodata 300 terms of use and billing of user control device. the Vitodata 300 user fees, see www.vitodata.info Heating system login at www.vitodata300.com

Supported devices: 7 ■ Vitocom 300, type LAN3

5414 671 GB Data communication VIESMANN 33 ServiceControl — Vitosoft 300

8.1 Vitosoft 300, type SID1

Vitosoft 300, type SID1, is a software tool to support the service, ■ Heat pumps with Vitotronic 200, type WO1B and WO1C 8 commissioning and diagnosis of heating systems. This tool can be ■ Solid fuel boilers with Vitotronic 200 control units, type FO1 used for heating systems with one or more heat generators with or without heating circuits downstream. ■ Floorstanding gas or oil boilers with Vitotronic boiler and heating circuit control units ■ Wall mounted and storage combi boilers with Vitotronic control units

Establishing a connection to the system

Connection via WiFi Connection via Optolink diagnostic adaptor

A F E D B C G E C F D VITOSOFT 300 H VITOSOFT 300

B DG A L A Boiler with control unit (for an overview of connectable control units, see page 56) B Optolink/USB diagnostic adaptor Laptop with Vitosoft 300 installed K C D Vitosoft 300 installation DVD E Internet connection (only for downloading updates) F Router, network switch A Laptop with Vitosoft 300 installed G Viessmann server B Vitosoft 300 installation DVD C Internet connection (only for downloading updates) D Router, network switch E Viessmann server F Internet connection G LON connection to other boiler and heating circuit control units H KM-BUS for connection of additional devices (e.g. remote control units) K Boiler with control unit or For multi boiler systems: Cascade control unit (For overview of control units which can be connected, see page 56) L WiFi connection

Service, commissioning and diagnosis

The following tasks can be easily and efficiently carried out with ■ Diagnosis during service calls Vitosoft 300: ■ Supporting maintenance tasks ■ Commissioning heating systems ■ Optimising heating systems

5414 671 GB 34 VIESMANN Data communication ServiceControl — Vitosoft 300 (cont.)

System requirements

Heating system Control device (PC or laptop) – software ■ Viessmann heat generator with Vitotronic control unit ■ Operating system: ■ Heating systems with Vitotronic 200-H heating circuit control unit, Windows XP (SP3), Windows Vista (SP2), Windows 7, Windows 8 8 type HK1B or HK3B ■ Software: ■ Heating systems with Vitocom 300 communication interface: Com- Microsoft Internet Explorer version 7.0 or higher munication only via LON Update service Control device (PC or laptop) – hardware ■ Internet access (DSL or UMTS/HSDPA) for downloading software ■ Processor: Intel Core 2 Duo or higher updates ■ RAM: > 2 GB ■ Hard drive memory: > 10 GB Note ■ Monitor: Minimum resolution 1024 × 768 In order to install Vitosoft 300, the control device (PC or laptop) must ■ DVD drive for installing the Vitosoft 300 software from the data have a DVD drive. carrier ■ USB interface to connect the Optolink/USB diagnostic adaptor (for connection to the control unit)

Interface Viessmann Optolink interface for communication with Viessmann control units

Installation Vitosoft 300 is installed from the DVD supplied, which offers user Note prompts. Depending on the operating system, additional software Ensure you are connected to the internet via broadband before start- components may need to be installed in order to run Vitosoft 300. ing the installation process. This is so the current version of During installation, software components are downloaded from the Vitosoft 300 can be installed. Vitosoft 300 update server.

Software registration The software must be registered to enable permanent use of Vitosoft Note 300, including software updates and product documentation, in line An active internet connection is required for registration. with the licensing terms. For further information about registering Vitosoft 300 online, see To register, keep the following information to hand: www.vitosoft.info ■ Valid registration key (on the inside cover of the DVD) ■ Vitosoft 300 part number (on the back of the DVD cover)

Configuration Once the diagnostic adaptor has been plugged into the Optolink interface, the connection to the control unit is made automatically. After the program has started, Vitosoft 300 calls up the data stored in the control unit and presents this in the Vitosoft "Overview" menu.

Update service Purchasing Vitosoft 300 enables and entitles the user to download Note and use all Vitosoft 300 updates from the Vitosoft 300 update server Checking availability and downloading new updates requires an for a period of 5 years. active broadband connection. Obtaining Vitosoft 300 updates after this time requires a new pur- Subject to an active internet connection being available, with each chase of Vitosoft 300. program start, Vitosoft 300 checks whether any software updates are available.

Benefits ■ Automatic recognition of the system configuration ■ Parameters are set for the entire control unit configuration ■ Parameters are compared for rapid recognition of any altered sys- ■ Electronic access to the device documentation tem settings ■ Acceptance report ■ System administration for structured archiving of system data ■ Spare parts search ■ Extensive diagnostic options with online trend function ■ Update service via the internet

5414 671 GB Data communication VIESMANN 35 ServiceControl — Vitosoft 300 (cont.)

8.2 Standard delivery and accessories See previous diagram.

8 Pos. Designation Part no. D Vitosoft 300, type SID1 Z008 373 – DVD with Vitosoft 300 software and electronic device documentation – Program updates for Vitosoft 300 and for the electronic device documentation for a period of 5 years Accessories: B Optolink/USB diagnostic adaptor 7438 374 Connecting cable between the USB connection on the PC/laptop and the Optolink connection on the heat generator control unit, approx. 2 m long Further components: A Viessmann heat generator with control unit See Viessmann pricelists, or Supported boiler and heating circuit control units (see table on page 56) installed on site C PC or laptop for operating Vitosoft 300 On site E Internet connection On site

5414 671 GB 36 VIESMANN Data communication Building Automation — Vitogate 200

9.1 Vitogate 200, type KNX

The Vitogate 200 type KNX gateway is designed to hook up Vitogate 200 offers the following functions: Vitotronic control units with integral LON communication module ■ Relaying fault messages (accessories) to KNX systems. ■ Remote control of heating systems via suitable visualisation facilities (e.g. switching, changing set values) Vitogate 200 is designed for the following heating systems with ■ Transfer of device and operating data. Vitotronic control unit: The data point list can be downloaded from www.vitogate.info. ■ Heating systems with one or more floorstanding boilers ■ Data transfer from the Vitotronic control unit to Vitogate 200 via – Small boilers from 2011 or later, including Vitorondens 200 Viessmann LON – Medium sized boilers from 2001 or later ■ Data transfer from Vitogate 200 to the KNX system via the KNX ■ Wall mounted and storage combi boilers from 2004 or later bus (on-site connecting cable) ■ Heat pumps with Vitotronic 200, types WO1B and WO1C from ■ Remote monitoring of heating systems via the on-site KNX system 9 2009 or later, including Vitovent 300 (e.g. actual values, operating states) ■ Vitotwin 300 micro CHP unit via Vitotwin Gateway from 2013 or ■ If a KNX individual room controller is installed on site, set values later can be specified for standard mode ■ Hybrid appliances, including Vitovalor 300 and Vitocaldens 300 Note For an overview of supported boiler and heating circuit control units, Authorised contractors must link the Vitogate 200, type KNX to the see table on page 56. on-site KNX system; this is not part of the Viessmann standard delivery. The KNX product database for Vitogate 200, type KNX, can be downloaded from www.vitogate.info.

Note To set the parameters for the communication objects of the KNX system, download and import the KNX product database into the KNX software tool (ETS).

E C B D F A

A Boiler with Vitotronic B LON cable C Vitogate 200 D KNX cable (on site) E KNX system F Configuration and visualisation of the KNX system

System requirements

Heating system: KNX system ■ For heating systems with one or more heat generators with or The product database provided contains every data point that can be without heating circuits downstream selected for the supported Vitotronic control units. In addition, Vito- ■ For all Vitotronic control units that are connected to the gate enables messages to be transmitted to the KNX/EIB system Vitogate 200 via LON. using one error bit and one error byte.

Configuration The configurations on the KNX side of Vitogate 200 are made with parameter software ETS version 4 or higher. For this, use the product database at www.vitogate.info.

Benefits ■ Heating systems and heating control units remain one standalone, matched system, the functions of which can be controlled by changing parameters. ■ Independent of the standard settings in the delivered condition, the available data points can be configured differently by a contractor using the ETS parameter software (incl. KNX product database)

5414 671 GB Data communication VIESMANN 37 Building Automation — Vitogate 200 (cont.)

9.2 Standard delivery and accessories

9 G

F EE

CC A

D B

= Standard delivery

Pos. Designation Part no. A Vitogate 200, type KNX Z012 827 B LON cable, 7.0 m long Accessories: EIB product database (at www.vitogate.info). Download Wall mounted enclosure 7143 434 For installation of Vitogate 200 if no control panel or standard distribution board is available C Vitotronic control unit (see table on page 56) See Viessmann pricelist D LON connection accessories (e.g. connecting cables, couplings, sockets), see page 58 E LON communication module for 7172 173 – Vitotronic 200-H – Vitotronic 100, types GC1B and GC4B – Vitotronic 200, types GW1B, KO1B, KO2B and FO1 – Vitotronic 300, types GW2B and GW4B – Vitotronic 200 heat pump control unit, types WO1B and WO1C LON communication module for Vitotronic 200, type HO1B, HO1C and KW6B 7179 113 LON communication module for 7172 174 – Vitotronic 200, types WO1B and WO1C For the lead heat pump in a cascade controlled via LON. – Vitotronic 300-K, type MW2B Integrated for Vitotronic 300-K, type MW1B. Additional accessories (on site): F KNX radiator valve servomotor, constant controller (on site) On site G Data interface/USB On site H PC with visualisation software On site K KNX display unit On site L KNX room temperature controller On site

5414 671 GB 38 VIESMANN Data communication Building Automation — Vitogate 200 (cont.)

9.3 Specification

Connections

! § $ ) aÖ

Display and controls

A Type plate "T4" Reset button "T1" No function "1" LON service indicator (green LED) "T2" KNX: For programming the physical address "2" KNX service indicator (red LED) "T3" LON: Only when integrating the gateway into BMS (service "3" KNX connection status (yellow LED) PIN) "4" Operating status indicator (green and red LEDs) "5" No function

Specification KNX bus coupler (TP 1) interface

5414 671 GB Data communication VIESMANN 39 Building Automation — Vitogate 200 (cont.)

Mains voltage 230 V~ Bus voltage 24 V– Power consumption < 10 W subject to equipment version Protection class II IP rating IP 30 to EN 60529; ensure through design/installation. Permissible ambient temperature – Operation +5 to +55 °C Installation in living spaces or boiler rooms (standard ambient conditions) – Storage and transport −20 to +60 °C 9 Humidity Humidity load to EN 60068: 5 to 95 %, non-condensing Installation Wall mounting

Dimensions

160 111

5414 671 GB 40 VIESMANN Data communication Building Automation — Vitogate 300

10.1 Vitogate 300, type BN/MB

The Vitogate 300 type BN/MB gateway is designed to hook up Vitogate 300 offers the following functions: Vitotronic control units with integral LON communication module ■ Relaying fault messages (accessories) to BACnet or Modbus systems. ■ Remote control of heating systems via suitable visualisation facilities (e.g. switching, changing set values) Vitogate 300 is designed for the following heating systems with ■ Transfer of device and operating data. Vitotronic control unit: The data point list can be downloaded from www.vitogate.info. ■ Heating systems with one or more floorstanding boilers ■ Data transfer from the Vitotronic control unit to Vitogate 300 via – Small boilers from 2011 or later, including Vitorondens 200 Viessmann LON – Medium sized boilers from 2001 or later ■ Data transfer from Vitogate 300 to the BMS via RS485 or IP net- ■ Wall mounted and storage combi boilers from 2004 or later work (on-site connecting cable) ■ Heat pumps with Vitotronic 200, types WO1B and WO1C from ■ Remote monitoring of heating systems via the on-site BMS (e.g. 2009 or later, Vitocaldens 300 actual values, operating states) ■ Vitobloc 200 via Vitobloc gateway from 2013 or later Note For an overview of supported boiler and heating circuit control units, Authorised contractors must link the Vitogate 300, type BN/MB to the see table on page 56. on-site BMS; this is not part of the Viessmann standard delivery.

E 10 C B D F A

A Boiler with Vitotronic B LON cable C Vitogate 300 D BMS connecting cable (on site) E BMS F Configuration and visualisation of the BMS

System requirements

Heating system: Configuration ■ For heating systems with one or more heat generators with or The configurations on the BMS side of Vitogate 300 are made with without heating circuits downstream the configuration webserver integrated in the Vitogate 300. It ■ For all Vitotronic control units that are connected to the includes every data point that can be selected for the supported Vitogate 300 via LON. Vitotronic control units. In addition, the Vitogate 300 enables messages to be transmitted to the BMS using one error bit and one error byte.

Benefits ■ Heating systems and heating control units remain one standalone, matched system, the functions of which can be controlled by changing parameters. ■ Irrespective of the standard settings in the delivered condition, available data points can be selectively modified by a contractor using the configuration webserver integrated in the Vitogate 300.

5414 671 GB Data communication VIESMANN 41 Building Automation — Vitogate 300 (cont.)

10.2 Standard delivery and accessories

10 CC A

D B

= Standard delivery

Pos. Designation Part no. A Vitogate 300, type BN/MB Z013 294 B LON cable, 7.0 m long Accessories: Wall mounted enclosure 7143 434 For installation of Vitogate 300 if no control panel or standard distribution board is available C Vitotronic control unit (see table on page 56) See Viessmann pricelist D LON connection accessories (e.g. connecting cables, couplings, sockets), see page 58 E LON communication module for 7172 173 – Vitotronic 200-H – Vitotronic 100, types CC1E and CC1I – Vitotronic 200, types CO1E and CO1I – Vitotronic 300, types CM1E and CM1I – Vitotronic 200 heat pump control unit, types WO1B and WO1C LON communication module for Vitotronic 200, type HO1B, HO1C and KW6B 7179 113 LON communication module for 7172 174 – Vitotronic 200, types WO1B and WO1C For the lead heat pump in a cascade controlled via LON. – Vitotronic 300-K, type MW2B Integrated for Vitotronic 300-K, type MW1B. Additional accessories (on site): F PC On site

5414 671 GB 42 VIESMANN Data communication Building Automation — Vitogate 300 (cont.)

10.3 Specification

Connections Power RX USB Status TX F OFF ON

Term 3 BIAS 2

1 A BIAS Shld AGND RS485 LON status

A- B 10 B+ DC LON PWR - 24 V AC/DC

+ C LAN LON E D Reset

A DIP switch: 1 Bias voltage for RS485 interface 2 Bias voltage for RS485 interface 3 120 Ω terminator, enabled in the delivered condition B RS485 connection: Interface for BACnet MS/TP or Modbus RS485 C Plug-in power supply unit connection, 24 V–, min. 1.4 A D LAN connection (RJ45) with PC/laptop or BACnet IP or Modbus TCP/IP E 2 x LON connection (RJ45), screened F USB connection for software updates

5414 671 GB Data communication VIESMANN 43 Building Automation — Vitogate 300 (cont.)

Display and controls Power RX USB Status TX OFF ON

Term 3 BIAS 2 1 BIAS Shld AGND RS485 LON status A- B+ 10 DC LON PWR - 24 V AC/DC + LAN LON

Reset

LON status Illuminates green RX Flashes yellow: Device receiving data. TX Flashes yellow: Device sending data. Power Illuminates green: Power ON, operating voltage present Status Multicolour status LED: Red, green, orange

Specification

Vitogate 300 Mains voltage 12 to 24 V AC/DC Power consumption Max. 320 mA Rated output Max. 3.85 W Frequency range 47 to 63 Hz Permissible ambient temperature – Operation 0 to 45 °C – Storage and transport −10 to +65 °C Permissible relative humidity – Operation 20 to 80 % relative humidity, non-condensing – Storage and transport 10 to 85 % relative humidity, non-condensing Dimensions (height x width x depth) 100 x 48 x 70 mm Installation Top-hat rail TS35 to EN 50022

Power supply unit Rated voltage 100 to 240 V~ Rated frequency 45 to 65 Hz Output voltage 24 V– ±1 % Output current max. 1.4 A IP rating IP 20 Protection class II Permissible ambient temperature – Operation –25 to +70 °C > 55 °C output loss – Storage and transport −40 to +85 °C Max. humidity 95 % relative humidity at 25 °C, non-condensing Dimensions (height x width x depth) 150 x 36 x 43 mm

5414 671 GB 44 VIESMANN Data communication TeleControl — sample applications

11.1 Residential premises (e.g. detached house, two-family house, apartment building, holiday home)

D E

300 - 400 11

C A

F H G

P + - I

A Vitocom 100, type GSM2 (for one monitoring device only) D Gas alarm unit GS 2.1 for methane or E Room thermostat Vitocom 300, type LAN3 F Water alarm unit WWG 1 B Circulation pump fault G EM301 extension module C Flue gas temperature sensor H Pressure transducer DMU 01 Observe the information on page 53.

5414 671 GB Data communication VIESMANN 45 TeleControl — sample applications (cont.)

11.2 Public buildings (e.g. schools, administration buildings)

D C

A B

H F G

F E

P + - I

A Vitocom 300, type LAN3 E EM301 extension module B Oil or gas tank F Pressure transducer DMU 01 C Eurovac vacuum leak indicator Observe the information on page 53. D Room thermostat G Fuel oil meter H Minimum fill level indicator

5414 671 GB 46 VIESMANN Data communication TeleControl — sample applications (cont.)

11.3 Supermarket

CC F

E B

A Vitocom 100, type GSM2 (for one monitoring device only) D Water alarm unit WWG 1 or E Room thermostat Vitocom 300, type LAN3 F Coldroom B Water alarm unit WWG 1 C Freezer

5414 671 GB Data communication VIESMANN 47 TeleControl — sample applications (cont.)

11.4 Commercial buildings (e.g. production facilities)

B C 300 - 400 11

2 NO E COM D 3 1 NC P

A Vitocom 300, type LAN3 D Water alarm unit WWG 1 B Gas alarm unit GS 2.1 for methane E Heat meter C Room thermostat F Gas pressure switch G Gas connection

5414 671 GB 48 VIESMANN Data communication TeleControl — sample applications (cont.)

11.5 Remote monitoring of heating systems with Vitobloc (CHP unit)

Application For remote monitoring of Viessmann heating systems with Vitobloc Gateway or Vitobloc LON communication module via IP network. For use in the mobile network, see www.vitocom.info

Vitobloc with Vitocom 100, type LAN1 or Vitocom 300, type LAN3

CE B D H

A F

G L

M 11

A Vitobloc CHP unit with Vitobloc Gateway or Vitobloc LON com- H Control device PC/laptop: munication module ■ Access via internet browser to the Vitodata user interface B LON cable ■ Receiving messages via email C Vitocom 100, type LAN1 K Smartphone for receiving messages via email and SMS or L Mobile phone for receiving SMS messages Vitocom 300, type LAN3 M Mobile network D IP network (on site) E DSL router (on site) For further information on the Vitobloc Gateway or Vitobloc LON F Secure internet connection to the Vitodata server communication module, see the Vitobloc Gateway installation and G Vitodata server, registration and login at www.vitodata100.com operating instructions. or www.vitodata300.com For use of the Vitocom 300, type LAN3 in mobile networks, see www.vitocom.info

Remote monitoring with the Vitodata 100 user interface

Access to the following Vitobloc parameters: Supported devices ■ Scanning temperatures ■ Vitocom 100, type LAN1 ■ Scanning operating conditions (e.g. status of engine values) Content of messages If the CHP unit develops a fault, e.g. with one of its sensors, the ■ System description Vitobloc control unit recognises this and transmits it to the Vitocom ■ Message code, message text via the Vitobloc Gateway or the Vitobloc LON communication mod- ■ Time ule. The Vitocom transmits the messages to the Vitodata server, ■ Additional information which relays the fault to the configured message destinations via SMS, fax or email.

Remote monitoring with the Vitodata 300 user interface

Access to the following Vitobloc parameters: If the CHP unit develops a fault, e.g. with one of its sensors, the con- ■ Scanning temperatures trol unit recognises this and transmits it to the Vitocom via the ■ Scanning operating conditions (e.g. status of engine values) Vitobloc Gateway or the Vitobloc LON communication module. The Vitocom transmits the messages to the Vitodata server, which relays Note the faults to the configured message destinations via SMS, fax or A dynamic system scheme can be created for selected tempera- email. tures and operating conditions.

5414 671 GB Data communication VIESMANN 49 TeleControl — sample applications (cont.)

Supported device ■ Time ■ Vitocom 300, type LAN3 ■ Additional information

Content of messages Only in conjunction with the Vitocom 300, type LAN3: The calculated ■ System description energy consumption can be exported to volume and consumption ■ Message code, message text meters with M-Bus capability via the M-Bus interface.

System requirements

Heating system: Control device with the following features: ■ – Vitocom 100, type LAN1 ■ Internet browser: For one single boiler system with Vitobloc CHP unit, with or with- Microsoft Internet Explorer for Vitodata 100 version 8 or higher; for out downstream heating circuits. Vitodata 300 version 9 or higher – Vitocom 300, type LAN3: or For heating systems with one or more heat generators (incl. third Firefox version 4 or higher party systems) with or without heating circuits downstream. or ■ The max. number of devices (LON subscribers) comprising boiler Safari Mobile iOS version 4 or higher and heating circuit control units and Vitobloc Gateway is 20. ■ Active internet connection ■ All control units and the Vitobloc Gateway or Vitobloc LON communication module are connected to the Vitocom via LON (for an Message path: overview of connectable control units, see page 56). ■ PC/laptop or smartphone for receiving email ■ Mobile phone (incl. smartphone) for receiving SMS Mobile network: For using the Vitocom in mobile networks, see www.vitocom.info

IP network: ■ DSL router with available LAN socket (on site). ■ Internet connection with flat rate (tariff without restriction on time or data volume) and high availability, i.e. the Vitocom 100, type 11 LAN1 or Vitocom 300, type LAN3 is permanently linked to the Vitodata server. ■ Dynamic IP addressing (DHCP) in the network (LAN); have this checked and (if required) set up on site by an IT expert prior to commissioning. or Also possible with Vitocom 300: Static IP addressing (e.g. when connecting to subnetworks) in the network (LAN) must be set up on the Vitocom 300 on site by an IT expert prior to commissioning. ■ Determine the routing and security parameters in the IP network (LAN) so that port 80 and port 443 are enabled for direct outward connections; have this checked and (if required) set up on site by an IT expert prior to commissioning.

Configuration The Vitocom is connected via LON to the Vitotronic control unit and Note the Vitobloc Gateway or Vitobloc LON communication module. For further information regarding configuration, see the Vitobloc Gateway operating instructions or www.vitodata.info

Configuration IP connection LON Outputs and inputs Vitocom 100, type LAN1 Automatic in the case of dynamic Automatic — IP addressing (DHCP) Vitocom 300, type LAN3 Automatic in the case of dynamic Automatic Via the Vitodata 300 user inter- IP addressing (DHCP) face or To be set on the Vitocom 300 and on the router by an IT expert in the case of static IP addressing

Benefits ■ Use in heating systems in private residential, municipal and com- ■ Affordable. mercial buildings. ■ Easy operation via PC. ■ Use of the Vitodata 100 user interface for heating contractors and ■ System monitoring system users. ■ All messages to a PC or mobile phone. ■ Standard and joint remote monitoring of the Vitobloc CHP unit and the Viessmann boilers.

5414 671 GB 50 VIESMANN Data communication TeleControl — accessories

12.1 Assignment of TeleControl accessories TeleControl accessories cannot be connected to the Vitocom 100, LAN1.

TeleControl Vitocom 100 Vitocom 300 Type GSM2 Type LAN3 Input/output Digital input Digital input Analogue input (for Digital output M-Bus interface (floating contact) (floating contact) EM301 extension (relay contact) module only) Number of existing inputs/outputs Vitocom 1 2 — 1 1 Extension module — 8 8 2 — Description of the inputs Vitocom DI1 DI1, DI2 — DO1 M-Bus Extension module — DI1 to DI8 AI1 to AI8*1 DO1, DO2 — Building monitoring accessories for oil heating systems Minimum fill level indica- X X — — — tor Fuel oil meter — — — — X Building monitoring accessories for gas heating systems Gas pressure switch GW X X — — — Gas alarm unit GS 2.1 X X — — — Building monitoring accessories for all heating systems Pressure transducer — — X — — DMU 01 Water alarm unit WWG 1 X X — — — Room thermostat X X — — —

12.2 Accessories for oil heating systems

Minimum fill level indicator for adjustable minimum fill level in the tank Part no. 9556 296 Specification Probe Probe voltage Max. 17 V~ 12 IP rating IP 68 to DIN 40050 Material: – Probe housing Polypropylene – Probe weight Brass Resistant to Water, oil Connecting cable Ölflex 2 × 0.5 mm2, 5 m long, max. cable length: 50 m (screened) Max. cable length 50 m (screened) Permissible ambient tem- −5 to +50 °C ■ For connection to Vitocom 100, type GSM2 and Vitocom 300, type perature LAN3 Dimensions (Ø × length) 24 mm × 85 mm ■ Connection to the 230 V~ digital input or floating digital input Signal part ■ For fuel oil, water or neutral liquid (not viscous or adhesive) Supply voltage 230 V~ ±10 %, 50/60 Hz ■ With optical and acoustic alarm (may be switched off) Rated output 5 VA ■ With relay for additional alarm Mains fuse M 32 mA ■ Threaded body G 1 with pipe fitting (for height adjustment) Protection class II to DIN 57700 IP rating IP 30 to DIN 40050 Note Ensuring electrical safety in accordance with EN 60335 requires a Anti-interference To EN 50081-1 coupling relay. Interference resistance To EN 50082-2 Response delay None Additional connection 1 digital output (floating N/O contact) Breaking capacity of digi- Max. 250 V, 2 A, resistive load tal output Relay contact fuse M 2 A Permissible ambient tem- −5 to +55 °C perature Dimensions 163 × 97 × 62 mm

*1 0 to 10 V and 0 to 20 mA plus sensors NTC 10 kΩ, NTC 20 kΩ, Ni500, Pt500

5414 671 GB Data communication VIESMANN 51 TeleControl — accessories (cont.)

Accessories Specification Supply voltage 230 V~ Coupling relay Connections: Part no. 9556 321 – 1 digital input Floating contact For connection to Vitocom 100, type GSM2 and Vitocom 300, type – 1 digital output Floating relay contact LAN3 – 1 changeover contact Max. 230 V~, 10 A

12.3 Accessories for gas heating systems

Gas pressure switch GW A6 ■ With cable entry box Specification ■ Part no. 9556 329 Max. operating pressure 500 mbar Supply voltage None Rated current Eff. 5 mA~ to 10 A~ IP rating IP 54 Switching voltage Eff. 24 to 250 V~, 12 to 48 V– Control current – Eff. max. 6 A~ at cos ϕ = 1 – Eff. max. 3 A~ at cos ϕ = 0.6 – Eff. min. 20 mA~, min. 5 mA– – Max. 1 A– Connections: – Electrical connection – Plug-in connector for cable entry box- es to EN 175 301-803 – 3-pole ■ For connection to Vitocom 100, type GSM2 and Vitocom 300, type – Double insulated LAN3 – Without earth connection ■ Connection to the 230 V~ digital input or floating digital input – Pressure connection G ¼ female thread, centre of casing un- ■ Suitable for gases from gas categories 1, 2 and 3 as well as other derside neutral gaseous media – Test connection Test connector Ø 9 mm, integral to the ■ Power circuits are switched on, off or changed over when the set metal casing value is exceeded or undershot Set value adjustment wheel: – Setting range 5 to 50 mbar – Setting tolerance ±15 % Switching point deviation relative to the 12 set value, adjusted with falling pressure, vertical diaphragm position Permissible ambient temperature: – Operation −15 to +70 °C – Medium temperature −15 to +70 °C – Storage and transport −30 to +80 °C Casing Cast aluminium Dimensions 59 × 73 × 47 mm

Gas alarm unit GS 2.1 for domestic use, with integral sensor, alarm buzzer and relay output ■ GS 2.1 for methane Specification Part no. 9556 302 Supply voltage 230 V~ Rated output 5 VA IP rating IP 20 Connections: – Floating changeover 230 V~, 2 A switch – Connection option for Monitoring of 2 at-risk locations in differ- external gas sensor ent rooms. GS 4.1 (see accesso- Optical alarm at both test points; acous- ries) tic alarm only at the gas alarm unit. Permissible ambient tem- 0 to +50 °C ■ For connection to Vitocom 100, type GSM2 and Vitocom 300, type perature LAN3 Dimensions 90 × 158 × 44 mm ■ Connection to the 230 V~ digital input or floating digital input ■ The alarm is triggered at 20 % of the lower explosive limit Accessories ■ With LED indicators for operation (green), alarm (red) and fault (yellow), test button and reset button Gas sensor GS 4.1 ■ The acoustic alarm can only be acknowledged via the reset button ■ For methane after the alarm threshold has been undershot Part no. 9556 304

5414 671 GB 52 VIESMANN Data communication TeleControl — accessories (cont.)

■ For monitoring a second at-risk location Coupling relay ■ The alarm state is stored by the gas alarm unit Part no. 9556 321 See page 52. Note Ensuring electrical safety in accordance with EN 60335 requires a coupling relay.

Specification IP rating IP 40 Max. resistance 100 Ω supply and return conductor Permissible ambient tem- 0 to +50 °C perature Air pressure 900 to 1100 hPa Relative humidity 5 to 90 % Casing Plastic Dimensions 80 × 80 × 36 mm

12.4 General accessories

Pressure transducer DMU 01, for electronic pressure testing up to 10 bar (1 MPa) Part no. 9556 322 Specification Max. power consumption 30 mA IP rating IP 65 to DIN 43650-A Measuring cell Piezo-resistive ceramic measuring cell Accuracy < ±0.5 % FS Overpressure safety Min. 2 × FS Output signal (feed) 12 to 36 V–, 2-core Response time < 5 ms Connection G ½ B to EN 837-1 Permissible ambient temperature: ■ For connection to the EM301 extension module – Operation −25 to +85 °C ■ Connection to the analogue input 4 to 20 mA – Test material tempera- −25 to +125 °C ture Note – Storage and transport −40 to +125 °C The device is preset to emit a current signal as a test signal. How- Temperature error band In the compensated range: 12 ever, the Vitocom 300, type LAN3 is configured to receive a voltage 0 to +70 °C ≤ 2 % FS signal. Observe the technical documents relating to the transducer Casing and pressure con- Stainless steel 1.4305 when configuring the Vitocom 300, type LAN3 (e.g. via the nection Vitodata 300). Diaphragm Ceramic Al2O3 96 % Gasket FKM (Viton)

Water alarm unit WWG 1, with groundwater probe for detecting water Part no. 9556 324

■ For connection to Vitocom 100, type GSM2 and Vitocom 300, type LAN3 ■ Connection to the 230 V~ digital input or floating digital input

Note Ensuring electrical safety in accordance with EN 60335 requires a coupling relay.

5414 671 GB Data communication VIESMANN 53 TeleControl — accessories (cont.)

Specification Accessories Geothermal probe Principle of operation Conductivity test Coupling relay Response height 2 to 3 mm Part no. 9556 321 IP rating IP 55 to EN 60529 See page 52. Connecting cable H05 VVF 2 × 1.0 mm2, 1.5 m long Max. cable length 50 m (screened) Permissible ambient tem- −5 to +55 °C perature Material – Probe housing Plastic PP – Electrodes Stainless steel V2A Dimensions (Ø × length) 75 ×35 mm Signal part Supply voltage 230 V~ ±10 %, 50/60 Hz Rated output 2.5 VA Mains fuse M 32 mA (5 × 20 mm) Protection class II to EN 60730 IP rating IP 30 to EN 60529 Anti-interference To EN 50081-1 Interference resistance To EN 50082-2 Response delay None Additional connections: – 2 alarm outputs – 1 optical alarm – 1 acoustic alarm – 2 relay outputs – 1 floating changeover switch – 1 floating N/O contact, can be acknowledged – 1 external acknowledge- ment Relay output breaking ca- Max. 250 V, 2 A, resistive load pacity Permissible ambient tem- −5 to +55 °C perature Dimensions 163 × 97 × 62 mm Installation Wall mounted or control panel integra- 12 tion

Tested M-Bus meters supported as standard

Manufacturer Manufacturer's de- Product designation Type Firmware scription version MAN Hex Medium Code (Hex) ABB Energiemesstechnik HYD 2324 F95 type US770 Heat 04 28 GmbH SVM 4ECD ICH heat meter F4 Heat 04 09 SVM 4ECD Deltamess F2 Heat 04 08 Allmess GmbH SLB 4D82 Megacontrol CF-50 Heat 04 02 CF Compact Integral MK MaXX Heat 04 06 Aquametro AMT 05B4 Aquametro CALEC ST Heat 04 C0 Aquametro CALEC MB Heat 04 80 BERG BEC 08A3 Berg DCMi 461 WP Electricity 02 00 Elster ELS 1593 Elster F96 Plus Heat 04 2F EFE 14C5 Elster SensoStar 2 Heat 04 00 SVM 4ECD Elster F2 Heat 04 08 SVM 4ECD Elster F4 Heat 04 09 EMU EMU 15B5 EMU Professional 3/75 M-Bus Electricity 02 10 Engelmann Sensor GmbH ERE 14C5 WaterStar Water 06 00 SensoStar 2 Heat 04 00 SensoStar 2C Heat 04 00 Itron ACW 0477 Itron CF 51 Heat 04 0A CF Echo 2 Heat 04 09 CF 55 Heat 0C 0B CF 51 Heating/cooling 0D 0A BM +m Water 16 0E CYBLE M-Bus 1.4 Water 07 14 5414 671 GB 54 VIESMANN Data communication TeleControl — accessories (cont.)

Manufacturer Manufacturer's de- Product designation Type Firmware scription version MAN Hex Medium Code (Hex) Kamstrup A/S KAM 2C2D Multical 601 Heat 04 08 Kamstrup Multical 402 Heat 04 0B Kamstrup Multical 602 Heat 04 0F Kamstrup Omnipower Electricity 02 18 Landis & Gyr GmbH LUG 32A7 Ultraheat 2WR5 Heat 04 02 Ultraheat 2WR6 Heat 04 03 Ultraheat T230 Heat 04 07 Ultraheat UH50 Heat 04 04 Metrona SPX 4E18 Metrona Pollutherm Heat 04 34 Minol ZRI 6A49 Minol Minocal C5-CMF Heat 06 88 ZRM 6A4D Minocal C2 Heat 04 81 NZR NZR 3B52 NZR IC-M2 Electricity 02*2 50 Gas 03*2 50 Heat (return) 04*2 50 Heat (inflow) 0C*2 50 DHW 06*2 50 Water 07*2 50 Cold water 16*2 50 Saia-Burgess SBC 4C43 Saia-Burgess ALE3B5F Electricity 02 17 Sensus Metering Systems SEN 4CAE Sensus Pollutherm Heat 04 0B Sensus PolluStat E Heat 04 0E Sontex SON Supercal 531 Heat 04 0D Techem GmbH TCH 5068 m-bus S Heat 04 26 Zenner ZRM 6A4D Zenner multipulse Electricity 02*2 130 Gas 03*2 131 Heat (return) 04*2 132 Heat (inflow) 0C*2 133 Heating/cooling (combi) 0D*2 134 Water 07*2 135 Cold water 16*2 136 12 DHW 06*2 137 Cold water/DHW 17*2 138

Note For a complete list of the M-Bus meters currently supported, see www.vitocom.info

Room thermostat, for installation on finished walls, heating Part no. 7247 852 Note When connecting, check that the digital inputs (230 V~) are connected to the same phase as the Vitocom power supply.

Specification Function – N/C contact – Bimetal technology with thermal feed- back and high precision Hysteresis Approx. 0.5 K Adjustable temperature 5 to 30 °C range RTR-E 6124 for 230 V Colour White For connection to Vitocom 100, type GSM2 and Vitocom 300, type LAN3

*2 Type of medium changes automatically subject to configuration.

5414 671 GB Data communication VIESMANN 55 Appendix

13.1 Combinations of Vitocom communication devices and Viessmann control units plus control options

Application information for the current product range: Part 1 Communications User interface Viessmann con- Wall mounted ap- Small boil- Medium sized Heating cir- products trol unit interface pliances ers and industrial/ cuit control commercial boil- unit ers 1 2 3 4 5 6 7 8 9 qP qQ qW TeleControl Vitocom 100, type SMS X — — X X X X X X X X X GSM2 Vitocom 100, type Vitotrol app — X — — X — — X — X — X LAN1 Vitodata 100 — X — X X X X X X X X X Vitocom 300, type Vitodata 300 — X — X X X X X X X X X LAN3 ServiceControl Vitosoft 300, type SID1 PC/laptop — — X X X X X X X X X X Building Automation Vitogate 200, type KNX — — X — X X X X X X X X X Vitogate 300, type BMS — X — X — X — — X X X X BN/MB

1 KM-BUS 9 Vitotronic 100, types CC1E and CC1I 2 LON qP Vitotronic 200, types CO1E and CO1I 3 Optolink qQ ■ Vitotronic 300, types CM1E and CM1I 4 Vitotronic 100, type HC1B ■ Vitotronic 300-K, type MW1B 5 Vitotronic 200, types HO1B, HO2B and HO1C qW Vitotronic 200-H, types HK1B and HK3B 6 Vitotronic 300-K, type MW2B A OpenTherm, contact 7 Vitotronic 100, types KC2B and KC4B B Vitodens 100, Vitopend 100 8 Vitotronic 200, types KO1B, KO2B and KW6B

Application information for the current product range: Part 2 Communications User interface Viessmann control unit Heat pumps Vitobloc Vitotwin Vitovalor products interface 200 300 300-P 1 2 3 4 5 6 7 8 TeleControl Vitocom 100, type SMS X — — X X — X*3 — GSM2 Vitocom 100, type Vitotrol app — X — X X — — — LAN1 Vitodata 100 — X — X X X X — Vitocom 300, type Vitodata 300 — X — X X X — X LAN3 ServiceControl 13 Vitosoft 300, type SID1 PC/laptop — — X X X — — — Building Automation Vitogate 200, type KNX — — X — X X — X — Vitogate 300, type BMS — X — X X X — — BN/MB

1 KM-BUS 6 Vitobloc gateway from EM-50 or LON3000 communication mod- 2 LON ule for EM-6 to EM-20 3 Optolink 7 Vitotwin Gateway 4 Vitotronic 200, type WO1B 8 Vitotronic 200, type HO1E 5 Vitotronic 200, type WO1C

*3 Can only be connected via the digital input.

5414 671 GB 56 VIESMANN Data communication Appendix (cont.)

Application information for retrofitting existing heating systems: Part 1 Communications User interface Viessmann control Small boilers Biomass Wall mounted appliances products unit interface boilers 1 2 3 4 5 6 7 8 9 qP qQ qW TeleControl Vitocom 100 SMS X — — X X X X — — X X X Type GSM2 Vitocom 100 Vitotrol app — X — — — — X — — — X X Type LAN1 Vitodata 100 — X — — — — X — — X X X Vitocom 300 Vitodata 300 — X — — — — X — — X X X Type LAN3 ServiceControl Vitosoft 300 PC/laptop — — X X X X X — — X X X Type SID1 Building Automation Vitogate 200 — — X — — — — X — — X X X Type KNX Vitogate 300 — X — — — — — — — X X X Type BN/MB

1 KM-BUS 8 Vitotronic 300, type FW1 2 LON 9 Wall mounted gas boilers with weather-compensated control, 3 Optolink manufactured between 1999 and 2004: Vitodens 200, 4 Vitotronic 100, types KC2 and KC4 Vitodens 300, Vitopend 200 and Vitoplus 300 with standard and 5 Vitotronic 150, types KB1 and KB2 Comfortrol programming units 6 ■ Vitotronic 200, types KW1, KW2, KW4, KW5 and KW6 qP Vitotronic 100, types HC1 and HC1A ■ Vitotronic 300, type KW3 qQ Vitotronic 200, type HO1 7 Vitotronic 200, type FO1 qW Vitotronic 200, type HO1A

Application information for retrofitting existing heating systems: Part 2 Communications User interface Viessmann control Medium sized and indus- Heat pumps Heating cir- Vito- products unit interface trial/commercial boilers cuit control sorp unit 1 2 3 4 5 6 7 8 9 qP qQ qW TeleControl Vitocom 100 SMS X — — X X X X X X X X X Type GSM2 Vitocom 100 Vitotrol app — X — — — X — — X — — X Type LAN1 Vitodata 100 — X — X X X X X X X X X Vitocom 300 Vitodata 300 — X — X X X X X X X X X Type LAN3 ServiceControl Vitosoft 300 PC/laptop — — X X X X X X X X X X Type SID1 Building Automation 13 Vitogate 200 — — X — X X X X X X X X X Type KNX Vitogate 300 — X — X X X X — X X X — Type BN/MB

1 KM-BUS 8 Heat pump control unit WPR 300 2 LON 9 Vitotronic 200, type WO1A 3 Optolink qP ■ Vitotronic 050, types HK1W, HK1S, HK3W and HK3S 4 Vitotronic 100, types GC1, GC1B and GC4B ■ Vitotronic 200, types HK1W, HK1S, HK3W and HK3S 5 ■ Vitotronic 200, type GW1 qQ ■ Vitotronic 050, type HK1M ■ Vitotronic 300, type GW2 ■ Vitotronic 200, type HK1M 6 Vitotronic 200, types GW1B, GW2B and GW4B qW Vitotronic 200, type HO1D 7 ■ Vitotronic 333, types MW1, MW1S, MW2 and MW2S ■ Vitotronic 300-K, types MW1, MW1S, MW2S and MW3B

13.2 Connecting Viessmann devices via LON The transfer distances for LON are subject to the electrical proper- Observe the cabling requirements for the operation of the LON inter- ties of the relevant cable. For this reason, only use the specified face FTT 10-A. cable types. Use only one cable type within each LON. All Viessmann devices equipped with a LON interface are connected Cable types (on site): via LON plugs. Viessmann LON always requires cores "1" and "2" ■ 2-core cable, CAT5 or higher, screened plus the screen. The cores are interchangeable. The installation is ■ JY(St)Y 2 x 2 x 0.8 mm (telephone cable) therefore reverse polarity protected.

5414 671 GB Data communication VIESMANN 57 Appendix (cont.)

Note When connecting equipment and during wiring, observe the requirements of protection class II, i.e. 8.0 mm air-gap and creep path or maintain 2.0 mm insulation thickness towards live parts. Ensure the safe electrical separation of all on-site components (incl. PCs/laptops) conforms to EN 60335 or IEC 65.

Sample connections

Viessmann LON

AE CB

D D F F

E Up to 99 subscribers F LON connection in accordance with the length of cable runs (see the following diagram)

■ Always place LON subscribers with only one LON interface at the start of the LON (position A). ■ Always place the Vitocom at the end of the LON (position C).

Installation spacing

7 m 21 m 21 m 21 m

N NN NN

K K M M

GGGGGG L H H L 900 m

N LON subscriber 13

Pos. Designation Part no. A Boiler and heating circuit control unit In accordance with system version B Heating circuit control unit In accordance with system version C Vitocom See Viessmann pricelist D Terminator (2 pce), 7143 497

Not required for devices with only one LON interface: – Vitodens 300-W, type B3HA – Vitodens 333-F, type B3TA – Vitodens 343-F, type B3UA – Vitocom 100, type LAN1 – All control units equipped with the communication module that is part of the standard delivery of the Vitocom 100, type LAN1. G LON cable, 7 m long 7143 495 H LON coupling 7143 496 K LON connector (2 pce) 7199 251 L Connecting cable On site M LON socket (2 pce) 7171 784

5414 671 GB 58 VIESMANN Data communication Glossary

Data transfer via analogue landlines KNX/EIB devices are configured with EIB Tool Software (ETS). Data transfer via hardwired cables with fixed bandwidths for voice and data services. This is achieved between 2 terminal devices with LAN (local area network) telephone numbers. Billing via time tariff. A LAN is a computer network that extends over several rooms but rarely extends beyond a single property. The most common techni- Data transfer via mobile networks cal standard for network structures in LAN is Ethernet. The data In these mobile networks, data can be transmitted via hardwired transfer rates are between 10 and 1000 Mbit/s. cables and packet-switching (GPRS). The packet-switching transfer Important components of a LAN are switches, routers and, increas- is billed via volume tariff; the hardwired transfer via time tariff. ingly, internet gateway routers.

BMS (building management system) Control centre Building management systems include the entire technical automa- A control centre is designed to give optimum support to people in tion facilities in building services. This is part of building automation control rooms, for central management of process and safety func- which is split over field, automation and management levels. The tions. building management system is part of the management level. LON (local operating network) GSM (global system for mobile communication) LON is a network used in larger or commercial buildings. Communication standard as mobile replacement for analogue land- LON supports Standard Network Variables (SNVT) and device pro- lines. Data transfer via hardwired cables with fixed bandwidths for files. voice and data services takes place between 2 terminal devices with Commercially available software can be used to connect the SNVT. telephone numbers. Billing via time tariff. SMS (short message service) GPRS (general packet radio service) Text service developed for GSM networks. Texts of limited length Communication standard as mobile replacement for analogue land- can be transmitted. lines. GPRS represents packet-oriented data transfer. Billing via volume tariff. UMTS (universal mobile telecommunications system) UMTS is a mobile wireless standard with high transfer speeds. This HSDPA (high speed downlink packet access) standard makes it possible to use multimedia services via the mobile HSDPA is a data transfer process based on the UMTS mobile wire- network. less standard, which enables data transfer rates similar to DSL in a mobile network. Typical data transfer rates are between 3.6 Mbit/s WAN (wide area network) and 7.2 Mbit/s. A WAN is a network that, unlike a LAN, extends over a wide geo- graphic area. WANs are used to link up different networks. WANs ISP (internet service provider) can be extended by internet providers to enable internet access. An ISP offers the content, services or technical input that are required for the utilisation or operation of content and services on the WLAN (wireless local area network) internet. WLAN is a LAN based on wireless communication (mostly IEEE-802.11 standard). In some countries "WiFi" is also used to IPsec (internet protocol security) describe this system. IPsec is a security protocol that improves data security during communication across IP networks (confidentiality, authenticity and VPN (virtual private network) integrity) and that can be used to build virtual private networks A virtual private network (VPN) is designed to link devices from their (VPN). original network to a neighbouring network without need for these networks to be compatible with each other. KNX/EIB system With a VPN, partners can communicate without risk of manipulation The European Installation Bus (EIB) is a bus system used in small to in an encrypted virtual network or from local networks in different medium sized buildings. locations via the public internet. A VPN also enables a direct con- The EIB protocol is supported by the Konex communication standard nection from one device to a server (end-to-end connection) with (KNX) and meets the Konex TP-I requirements for data transfer. secure access.

5414 671 GB Data communication VIESMANN 59 Keyword index

A G Accessories for oil heating systems...... 51 Gas alarm unit...... 45, 48, 51, 52 Additional rechargeable power pack...... 27 Gas pressure switch...... 48, 51, 52 Gas sensor...... 52 B General packet radio service...... 59 BACnet ...... 43 Glossary...... 59 BACnet system...... 41 GPRS...... 59 BMS...... 41, 59 GSM...... 59 BMS connecting cable...... 41 GSM modem...... 7, 10 Boiler control unit...... 8, 21 Boiler water temperature sensor...... 30 H Browser...... 7 Heating circuit control unit...... 8, 10, 16, 30, 36, 50, 56, 58 Building management system...... 59 Heating curve...... 7, 19 Heating management...... 6 C Heat meter...... 20, 48, 54 Cascade control unit...... 20, 21 Heat meters...... 19 Central fault message output...... 20 Heat pump control unit...... 8, 19, 34, 49, 56 Changing over the operating program...... 19 High speed downlink packet access...... 59 Changing the operating program...... 8 Holiday program...... 19 CHP unit...... 49 Hooking up auxiliary functions...... 19, 20 Coding addresses...... 19 Hooking up on-site components...... 8 Collector temperature sensor...... 28 HSDPA...... 59 Communication module LON...... 37, 41 HTTPS protocol...... 13, 15, 19 Connection fee...... 10 Connection status, mobile network...... 11 I Contact, floating...... 20, 22, 26, 27, 51, 52, 53 Immersion temperature sensor...... 29 Contact temperature sensor...... 28 Indicator, data transfer service interface...... 11, 17 Control centre...... 59 Information Control parameters...... 19 – Fault messages...... 7 Controls – Liability...... 7 – Vitocom 100, type GSM2...... 11 – Risks...... 7 – Vitocom 100, type LAN1...... 17 Information on risks...... 7 – Vitocom 300...... 23 Internet access...... 20, 32, 33, 59 – Vitogate 200, type KNX...... 39 Internet browser...... 7, 49 – Vitogate 300, type BN/MB...... 44 Internet protocol security...... 59 Control units Internet server...... 49 – Current product range...... 56 Internet service provider...... 59 – Retrofitting existing heating systems...... 57 IP connection status...... 17, 39 Coupling relay...... 51, 52, 53, 54 IP network...... 13, 15, 19, 49 Cylinder temperature sensor...... 30 IPsec...... 59 ISDN...... 32, 33 D ISP...... 59 Device types, TeleControl...... 5 Diagnostic adaptor...... 34, 35, 36, 56, 57 K Dimensions KM-BUS...... 8, 9, 10, 56, 57 – Vitocom 100, type GSM2...... 12 KNX/EIB system...... 59 – Vitocom 100, type LAN1...... 18 KNX cable...... 37 – Vitogate 200, type KNX...... 40 KNX product database...... 37, 38 Display elements KNX system...... 37 – Vitocom 100, type GSM2...... 11 – Vitocom 100, type LAN1...... 17 L – Vitocom 300...... 23 LAN...... 59 – Vitogate 200, type KNX...... 39 Landline...... 59 – Vitogate 300, type BN/MB...... 44 Liability...... 7 DSL router...... 13 Local area network...... 59 Local operating network...... 59 E LON...... 56, 57, 59 EIB system...... 59 – Sample connections...... 58 EM301 extension module...... 26, 27, 28 LON button...... 17 Energy management...... 6 LON cable...... 13, 15, 19, 21, 37, 38, 41, 42, 49, 58 Extension module...... 25, 28 LON connection accessories...... 21, 25, 38, 42 LON connection with Viessmann devices...... 57 F LON connector...... 58 Fault management...... 6 LON coupling...... 58 Fault message...... 7, 8, 9 LON service indicator...... 11, 17, 39 Fax...... 19 LON socket...... 58 Fax machine...... 19 LON subscriber...... 20, 50 Fax reception...... 20 LON terminator...... 17, 39, 58 Floating contact...... 20, 22, 26, 27, 51, 52, 53 Flue gas temperature sensor...... 29, 45 Fuel oil meter...... 46, 51 5414 671 GB 60 VIESMANN Data communication Keyword index

M S M-Bus interface...... 19, 26 Secure connection...... 13, 15, 19 M-Bus meters...... 54 Selecting a Vitocom device...... 6 Message...... 8 Service charge...... 10 Message destination...... 9 Service interface...... 10, 17, 39 Message path...... 7, 9 Short message service...... 59 Minimum fill level indicator...... 46, 51 SIM card...... 8, 9, 10 Mobile network...... 7, 8, 9, 19 SIM card activation...... 9 Mobile networks...... 59 Smartphone...... 13, 19, 49 Mobile phone...... 9, 15, 19 SMS...... 59 Mobile phone number...... 8 SMS commands...... 8, 9, 14 Mobile phone providers...... 9 Spare rechargeable power pack...... 27 Mobile signal...... 9 Specification Modbus...... 43 – EM301 extension module...... 26 Modbus system...... 41 – Power supply unit...... 24 Multi boiler system...... 20, 34, 37, 41 – Vitocom 100, type GSM2...... 11 – Vitocom 100, type LAN1...... 18 N – Vitocom 300, type LAN3...... 22 Network operator...... 7 – Vitogate 200, type KNX...... 39 – Vitogate 300, type BN/MB...... 44 O Standard delivery and accessories Operating condition...... 7 – Vitocom 100, type GSM2...... 9 Operating conditions...... 19 – Vitocom 100, type LAN1...... 16 Operating program...... 19 – Vitocom 300, type LAN3...... 21 Operating program changeover...... 8, 19 – Vitogate 200, type KNX...... 38 Operating state...... 37, 41 – Vitogate 300, type BN/MB...... 42 Operating status indicator...... 11, 17, 39 – Vitosoft 300, type SID1...... 36 Operational reliability...... 7 System administration...... 33 Operation via SMS...... 9, 14 System monitoring...... 50 Optimising heating systems...... 6 System requirements...... 37, 41 Optolink...... 34, 35, 36, 56, 57 – Control device...... 32, 33, 35 Outside temperature sensor...... 29 – Heating system...... 9, 13, 15, 20, 35, 37, 41 Overview – KNX system...... 37 – TeleControl...... 5 – Message path...... 20 Overview, device and operating functions ...... 7 – Mobile network...... 9, 13 Overview, system requirements...... 7 – Overview...... 7 Overview, TeleControl...... 5 – Vitobloc Gateway...... 50 – Vitocom 100, type GSM2...... 9 P – Vitocom 100, type LAN1...... 13, 15 Power failure...... 7 – Vitocom 300, type LAN3...... 20 Power supply unit...... 24 – Vitodata 100...... 32 Prepaid SIM card...... 8 – Vitodata 300...... 33 Pressure transducer...... 45, 46, 51, 53 – Vitosoft 300, type SID1...... 35 Product description System scheme...... 33 – Vitocom 100, type GSM2...... 8 – Vitocom 100, type LAN1...... 13 T – Vitocom 300, type LAN3...... 19 Tablet...... 13 – Vitodata 100 user interface...... 32 Terminator LON...... 58 – Vitodata 300 user interface...... 33 Trend data...... 33 – Vitogate 200, type KNX...... 37 – Vitogate 300, type BN/MB...... 41 U – Vitosoft 300, type SID1...... 34 UMTS...... 59 – Vitotrol app...... 31 Universal mobile telecommunications system...... 59 Pulse counter inputs...... 20 Update service...... 35 UPS module...... 7, 27 R User administration...... 33 Rated current...... 11, 18, 22, 24, 26, 52 User interface Rated frequency...... 24 – Vitodata 100...... 6, 15, 32, 49 Rated voltage...... 22, 24, 26, 27 – Vitodata 300...... 6, 19, 20, 33 Reception quality...... 12 – Vitotrol app...... 13, 31 Rechargeable power pack...... 27 Reference location...... 9 Remote control...... 6 Remote monitoring...... 6 Room temperature sensor...... 30 Room thermostat...... 45, 46, 47, 51, 55 5414 671 GB Data communication VIESMANN 61 Keyword index

V Vacuum leak indicator...... 46 Viessmann LON...... 57 Virtual private network...... 59 Vitobloc...... 49 Vitobloc Gateway...... 49 Vitocom 100, type GSM2 – Benefits...... 9, 14 – Product description...... 8 – Specification...... 11 – Standard delivery and accessories...... 9 Vitocom 100, type LAN1 – Benefits...... 16 – Product description...... 13 – Specification...... 18 – Standard delivery and accessories...... 16 Vitocom 300, type LAN3 – Benefits...... 21 – Product description...... 19 – Standard delivery and accessories...... 21 Vitodata 100 user interface – Product description...... 32 Vitodata 300 user interface – Product description...... 33 Vitogate 200, type KNX – Configuration...... 37 – Product description...... 37 – Specification...... 39 – Standard delivery and accessories...... 38 Vitogate 300, type BN/MB – Configuration...... 41 – Product description...... 41 – Specification...... 44 – Standard delivery and accessories...... 42 Vitosoft 300 – Update service...... 35 Vitosoft 300, type SID1 – Product description...... 34 – Standard delivery and accessories...... 36 Vitotrol app – Product description...... 31 Vitotronic control unit...... 8, 19, 34, 37, 38, 41, 42, 49, 56, 57 VPN...... 59

W Wall mounted enclosure...... 27 WAN...... 59 Water alarm unit...... 45, 47, 48, 51, 53 Web server...... 13, 15, 19 Wide area network...... 59 Wireless local area network...... 59 WLAN...... 59 5414 671 GB 62 VIESMANN Data communication 5414 671 GB Data communication VIESMANN 63 Subject to technical modifications.

Viessmann Werke GmbH & Co. KG Viessmann Limited D-35107 Allendorf Hortonwood 30, Telford Telephone: +49 6452 70-0 Shropshire, TF1 7YP, GB Fax: +49 6452 70-2780 Telephone: +44 1952 675000 www.viessmann.com Fax: +44 1952 675040 E-mail: [email protected] 5414 671 GB 64 VIESMANN Data communication