ABB Welcome User Manual

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Door Entry System

System Manual

ABB-Welcome

Page 2

Welcome

Leading to a flexible and simple world

The new door entry system ABB - Welcome is a new product range for more flexible application in 2-wire technology.

By the simple 2-wire bus and modular design of outdoor stations, the installers will have a variety of choices for any kind of application of single-family house, multi-family buildings and residential complex, no matter for new buildings or renovation.

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Welcome

More flexibility and simplicity

Thanks to the modular design and extremely versatile 2-wire bus system, the new Welcome range is designed with the concept of flexibility, simplicity and elegance. Therefore installation and usage become much easier and more comfortable. With the wide range of well-designed products, Welcome meets all your needs for door entry.

01 02

03 04

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01 One-family house 02 Multi-family house 03 Apartment building 04 High rise building 05 Residential Complex

06 Welcome video pushbutton outdoor station, white 07 Welcome video pushbutton outdoor station, aluminum 08 Welcome video keypad outdoor station, white 09 Welcome video keypad outdoor station, aluminum 10 Welcome 7" video hands-free indoor station, white 11 Welcome 4.3" video hands-free indoor station, white 12 Welcome 4.3" video handset indoor station, white 13 Welcome audio handset indoor station, 3 buttons , white

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Contents

Terminology

01 Examples of typical system

02 Planning

03 Installation

04 Commissioning

05 Operation

06 Overview of product range

07 Connection

08 Technical assistant tool

Legend

08/132

12/132

20/132

85/132

93/132

102/132

104/132

113/132

128/132

130/132

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Terminology

In order to logically and easily understand Welcome system for installation, terminologies are defined below with illustrations . It is strongly recommended to read them first before other chapters.

Insulated system

The insulated system is a system in which all devices are managed by one system controller and isolated by a gateway if get networked. The operation within an insulated system will work independently and not interrupt other insulated systems. This is an important concept, both power consumption and distance calculation are made based on the insulated system.

Fig.1

Branch connection

Branch connection is a connection layout of devices. With the branch connection, the same type of devices are not connected with each other like looping connection, sometimes an additional device, such as a video indoor distributor is needed. Usually, the branch connection of indoor stations or gateways is coexisting with looping connection of video distributor.

Common part

The common part is the bus of the networked system —the insulated system where gate station, gateway (only the part out of building) and other related system devices are installed.

System C is a typical networked system where the system controller manages the gate station, guard unit and gateways.

Fig.1

Building part

The building part is the bus of the individual building system

System B is a typical branch connection where the indoor stations are connected by branch and video indoor distributors are needed with looping connecting.

Internal bus

Fig.2

Fig.1

The system controller supplies the other bus subscribers with voltage and controls communication on the 2-wire bus. Starting from the system controller, the 2-wire bus is divided

into 2 parts — the internal bus and external bus. — the insulated system where the outdoor station and indoor stations and other related system devices are installed.

The internal bus is the bus for controlling devices of indoors

or sub insulated system devices. In the building system, it System A and B are typical building systems where the system controller manages the outdoor station, gateway, video indoor distributor, and audio/video indoor stations.

Fig.1

refers to the bus line from system controller to the last indoor

station. In the networked system, it refers to the bus line from

system controller to the last gateway.

Fig.1

A,B and C are 3 insulated systems

Fig.2

Internal bus and external bus in building system

In. — Internal bus Ex. — External bus

Looping connection

Looping connection is a connection layout of devices. With the looping connection, the same type of devices are connected one after another. The device can be indoor station, video distributor or gateway.

System A shows the looping connection of audio indoor stations in one building, and system C shows the looping connection of gateway (the ones inside the building) in a networked system.

Fig.1

External bus

Fig.2

The external bus is the bus for controlling devices of outdoors

of the same insulated system and outdoor related system

devices. In the building trunk system, it refers to the bus line

from system controller to outdoor station. In the networked

system, it refers to the bus line from system controller to the

gate station.

Internal bus and external bus in networked system

In. — Internal bus Ex. — External bus

Note: Graphic symbols are explained in the legend on page 130

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Fig.3

Fig.4

Apartment system

For multi-insulated systems with multi-system controllers, when an insulated system is for an apartment, this is called apartment system.

Fig.3

A group of villas/single-families linking into a networked system can also be taken as one form of apartment system.

Fig.4

The gateway address is set subsequently one upon another while no addressing is needed at the indoor station.

Floor system

For multi-insulated systems with multi-system controllers,

when an insulated system for a building oor that contains several apartments ( for example on a oor ) , this is called oor

system.

Fig.5

A group of multi-family buildings linking into a networked

system can also be taken as one form of oor system.

Fig.6

Video system

For insulated system with only one system controller, in addition to the transmission of the control information, the audio signal as well as the video signal is transmitted on a 2-wire bus, it is video system.

The right insulated system of Fig.6 (system B) is a typical video system.

For video systems, at least one video outdoor station should be present, the indoor station can be purely audio or at least one video indoor station.

Outdoor stations

Like one person may have different roles such as father, employee, etc., the outdoor station can be named differently when installed in different places. When no specific referring to certain installing environment, it is called outdoor station as a general.

Apartment system for apartments

Fig.5

Floor system for apartments in a floor

Apartment system for a group of villas

The gateway address should be set based on the address of

the rst indoor station managed by this gateway.

Building system

For multi-insulated systems with multi-system controllers, when an insulated system is for one building, this is called building system. A high-rise building with more than 250 apartments breaking down into several parts and being able to be called from the same gate station can also be taken as one form of building system.

Fig.7

The gateway address is set subsequently one upon another.

Audio system

For insulated system with only one system controller, in addition to the control information(unlock), only audio signal is transmitted on a 2-wire bus, it is audio system.

The left insulated system of Fig. 6 (system A) is a typical audio system.

Neither video outdoor station nor video indoor station will be present in audio systems.

When the outdoor station is installed in the door of an apartment or villa, it is called apartment/villa outdoor station.

When the outdoor station is installed in the door for several apartments on that floor, it is called floor outdoor station.

When the outdoor station is installed in the door for one building, it is called building outdoor station.

When the outdoor station is installed in a general entrance for the residential complexes, it is called gate station.

Parallel outdoor stations

With one system controller, when several outdoor stations are connected (with different addresses set), it is called parallel outdoor stations.

Parallel indoor stations

When several indoor stations are set as the same address for one apartment (expect apartment system), it is called parallel indoor stations.

While for apartment system, parallel indoor stations use different addresses, such as the case on page 60 Fig.74.

Fig.6 Fig.7

Floor system for a group of multi-family buildings

Building system for building with more than 250 apartments

250 apartments

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01 Examples of typical

system

Examples of typical system

Welcome answers to all your needs in all contexts, no matter

Fig.8

Single family home

System type: audio/video combined

Wiring: looped from devices to devices

Devices used » One video outdoor station, 1-row push button » One flush mounted box, size 1/2 » One mini system controller » One 4.3" hands-free video indoor station, white » One 4.3" handset video indoor station, white

» One audio handset indoor station, white

» One electric door opener (not provided by ABB)

for new construction or renovation of old buildings, no matter for single-family houses, multi-family houses, high-rise buildings with more than 250 apartments or residential complex.

Single-family house, audio/video

Welcome system consists at minimum of a system controller, outdoor station and indoor station. In Fig.1 three indoor stations are installed in one house. When a visitor rings the bell at the video outdoor station, the call can be answered at either the 4,3" video hands-free indoor station, the 4,3" handset video indoor station, or the audio indoor station.

Fig.8

Multi-family building, audio

Retrofitting a Welcome system in a multi-family house with existing wiring is very easy. Even a plain bell system can be converted to audio or video system. Depending on the local circumstances, an installation with recourse to a rising mains, as shown in Fig.2, is recommended. The wires branch off on each floor where the existing apartments are located – to where an audio indoor station with handset is mounted. There the user can answer incoming calls, open the pedestrian door and the garage door. Also door bell buttons can be used. These are connected to the indoor station.

Fig.9

The drawing shows the easy-to-install 2-wire bus. From the door opener to audio/video outdoor station. And from there to the mini system controller whose working mode is “one on”. And from there to 4.3" hands-free indoor station, which loops through to 4.3" handset indoor station and audio indoor station. No additional distributors are required.

Fig.9

Multi-family building, audio

System type: audio

Wiring: rising mains with branch connections

Devices used » One audio outdoor station with the composed of: » one audio module with 1-row push button » one cover frame » one 4-row push button module » one flush mounted box, size 1/2 » One mini system controller

» Ten audio handset indoor station, white » One electric door opener(not provided by ABB)

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The audio solution for the multi-family houses. The drawing shows the easy-to-install 2-wire bus from the electrical door opener to outdoor audio station, from there to the system controller and from there to the audio indoor station with handset. No additional distributors are required. In case of future renovation into video system, then a video distributor is needed for every 4 indoor stations.

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High-rise building, audio/video

Fig.10

The setup of a video system or a combined audio/video system can include an existing rising mains. To correctly distribute the video image of the outdoor station inside the house, video distributors are installed in each branch box. Once one system controller can not cover all the power consumption of the devices, additional power supply in the bus should be added by the combination of gateway and system controller.

01 Examples of typical

system

Group of villas, audio/video

For a group of villas/single-family houses, a gate station can be equipped as the main entrance. The gateway installed in each villa/single-family ensures the independent operation of each villa/single-family and links the whole group as a networked system.

Fig.11

Fig.10

High-rise building, audio/video

System type: audio/video combined

Wiring: branch line by distributor connection

Devices used

One keypad outdoor station

One flush mounted box, size 1/4

Three system controllers

Two gateways

Twenty five video indoor distributors

Fifty audio handset indoor stations. white

Fifty video 4.3’’ hands-free indoor stations. white

One electric door opener (not provided by ABB)

The drawing shows the easy-to-install 2-wire bus from the electrical door opener to outdoor audio station, from there to the system controller and from there to the audio indoor station with handset. An additional system controller and a gateway works as auxiliary power supply is needed to support the bus line for power consumption.

Fig.11

Group of single family homes, audio/video

System type: audio/video combined

Wiring: branch line by distributor connection

» Devices used » One keypad outdoor station

» that includes:

» one camera module » one audio module » one cover frame » two pcs of 4-row pushbutton module

» one flush mounted box, size 1/4 » One system controller » Four video indoor distributors » Sixteen sets of villa kit » Sixteen gateways » One electric door opener (not provided by ABB)

The solution for a group of single family homes networked together. The drawing shows the easy-to-install 2-wire bus from the electrical door opener to gate station, from there to the system controller from there to the video indoor distributor, and from there to villa system and to video hands-free indoor station. Each villa system should add a gateway to be insulated from the networked bus.

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Fig.

High-rise building with floor entrance, video

For a high-rise building, a pushbutton outdoor station is present on each floor as the second entrance to reach the apartment door. The gateway installed on each floor ensures their independent operation within the building.

01 Examples of typical

system

Resident complexes, audio/video

For residential complexes that may include single family homes, multi-family houses and high-rise buildings, common gate station(s) are present with guard unit(s). The gateway installed in each single family home /high-rise building ensures their independent operation within the building and links the whole group as a networked system.

Fig.13

Fig.12

High-rise building with floor entrance, video

System type: audio/video combined

Wiring: branch line by distributor connection

Devices used

One keypad outdoor station

One flush mounted box, size 1/4

Five video outdoor stations, each containing:

one came modules

one audio modules

one cover frame

one flush mounted box

One system controller

Five mini system controllers

Five gateways

Five video indoor distributors

» Fifteen 4.3" video hands-free indoor stations, white

Six electric door opener (not provided by ABB)

The drawing shows the easy-to-install 2-wire bus from the electrical door opener to outdoor station, from there to the system controller, from there to floor gateway, and from there to floor system and to video hands-free indoor station. Each floor system should add a gateway to be insulated from the networked bus.

Fig.13

Residential complexes, audio/video

System type: audio/video combined

Wiring: branch line by distributor connection

» Devices used

» One keypad outdoor station » One flush mounted box, size 1/4 » Two video outdoor stations, each composed of:

» one camera module » one audio module » one cover frame » one flush mounted box

» Two audio outdoor stations, each composed of:

» one audio module with 1-row pushbutton » one 4-row pushbutton module » one cover frame » one flush mounted box, size 1/2

» Five mini system controllers » One video indoor distributor » Four gateways » Eight 4.3" hands-free video indoor stations, white

» Twenty audio handset indoor stations. white » Five electric door openers (not provided by ABB)

The drawing shows the easy-to-install 2-wire bus from the electrical door opener to gate station, from there to the system controller, from there to video distributor, and from there to each insulated building system and to audio handset indoor station. Each building system should add a gateway to be insulated from the networked bus.

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Commercial objects, audio/video

Fig.14

For buildings with several entrances (doctor's office, law firm, small businesses, etc.), these can be individually equipped with outdoor stations. A combination of audio outdoor stations and video outdoor stations is possible. For this application, a video outdoor distributor as MDRC unit must be used. The door, from which the bell is rung, is opened by the indoor station called.

01 Examples of typical

system

Fig.14

Commercial objects, video/audio

System type: audio/video combined

Wiring: looped from devices to devices

Devices used

Two video outdoor stations, each composed of: » one camera module

» one audio module

» one cover frame » one flush mounted box

Two audio outdoor stations composed of: » one audio module » one cover frame » two flush mounted boxes

One system controller

Three video outdoor distributors

One audio handset indoor station. white

One video hands-free indoor station. white

One video handset indoor station. white

» Four electric door opener (not provided by ABB)

The drawing shows the easy-to-install 2-wire bus connect indoor stations and multi outdoor stations. The outdoor distributor is needed to connect the multi outdoor stations together.

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02 Planning

Planning

Either by providing an all-round and easy-to-understand table to grasp all the possibilities of the combination of outdoor station, indoor station and system device, or by supplying a few simple rules for flexible topology and power consumption and distance calculation to meet the project requirement, this makes even complex projects easy to manage and easy to implement at a later stage.

In most cases, the existing lines can be used. The universally used 2-wire bus technology allows a bell system to be upgraded to a video system with outdoor camera.

Welcome system can be set up with one system controller or with multi-system controllers. For both types, every system controller makes an insulated system.

For each insulated system, it can be exclusively an audio system. In the building part, visitors and residents use it to communicate between audio outdoor stations and audio indoor stations. In the common part, if a guard unit is present, the visitor and guard can communicate with each other.

The insulated system can also be a video system. This makes the camera image of the video outdoor station visible at the video indoor stations in the building part, or image of video gate station visible at the guard units in the common part.

This chapter includes below sections to make the planning job easier

2.1 Capacity of Welcome system

2.2 Selection of the outdoor station

2.3 Selection of the indoor station

2.4 Selection of the system devices

2.5 System topology

2.6 Power consumer calculation and distance calculation to an insulated system

2.7 Easy reference for the modular outdoor station solution

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02 Planning System capacity

2.1 Capacity of Welcome system

The system capacity is determined by the valid address number of the devices. Two kinds of addressing are used in Welcome system: Independent addressing and combined addressing.

For independent addressing, the devices' addresses are independent in the common part and in the building part.

For combined addressing, the total address number of the devices in every building and the devices in common part-should

be less than a certain value.

Fig.15

Capacity of Welcome system

Outdoor station Switch actuatorIndoor station

(independent

addressing)

Total address:

(combined

addressing)

Total address of independent addressing =Common part or every individual building part, two parts are independent

* Total address of combine addressing =Common part + every individual building part , two parts are combined

250 60 - building gateway mode

Gateway Guard unit

99 - apartment/Floor gateway mode

-- -

Outdoor station

The outdoor station of Welcome system includes the building outdoor station,single family home outdoor station, gate station, and second confirmed outdoor station. The total address number of outdoor stations is 9 for all kinds of entry

Gateway

The address of gateway is using independent addressing. The total address of gateway varies when it is set as different modes for application.

level. The following are some examples of the address of door stations:

In one video system with only one building/single family home, 9 outdoor stations can be installed.

In a networked system, 4 gate stations in the common part,

The total address number of gateways when it is set as apartment gateway or floor gateway is 99. The available number of address of gateway when set as building gateway is 60. Please refer to page 41-45 for gateway setting for application.

and each building has 4 building outdoor stations and one second confirmed outdoor station in each of the apartment, total 9 (4+4+1) outdoor stations can be installed for the apartment.

Fig.15(B4)

Guard unit

The address of guard unit is using independent addressing. Total up to 9 guard units is allowed in a video system of one building or in the building part of networked system. In one

Or 5 building outdoor stations for one single family home and 4 gate stations in the common part, total 9 (5+4) outdoor stations can be installed for the apartment.

Fig.15(B54)

networked system, total up to 9 guard units is allowed in the common part.

Switch actuator

Indoor station

In a single building or in the building part of a networked system, the total address number of indoor stations is 250.

In one audio/video system for one building of up to 250

apartments.

In one networked system, with each building of up to 250

apartments

Fig.15(B1)

The address of switch actuator uses combined addressing. Up to 199 switch actuators can be connected. For example:

In a system with one building with 199 apartments, each

apartment can install one switch actuator.

In a networked system, 4 switch actuators can be installed

in the common part, and 195 switch actuators can be installed in every building.

-Total address:

1999

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02 Planning Outdoor station selection

2.2 Selection of the modular outdoor station

Welcome provides a wide range of outdoor stations with pushbutton by the combination of the modules, covers and boxes.

Fig.16

Composition of an pushbutton outdoor station

Audio pushbutton outdoor station composition

Composition of pushbutton outdoor station

For pushbutton outdoor stations, it multiples the application by setting as one column or double column for the same pushbutton module. The setting is made by the audio modules. We call the different pushbutton status "single row" or "double row". 3-row pushbutton and 4-row pushbutton are optional for application. For pushbutton outdoor stations, to compose an outdoor station, audio module (with no pushbutton, with 1-row pushbutton or 2-row pushbutton), pushbutton module (3-row pushbutton or 4-row pushbutton), cover frame and flush mounted boxes are compulsory. If surface mounting is required, a rain hood is needed.

Fig.16

There is a quick composition table for pushbutton outdoor station on page 21-24. Please follow the guide below and refer to the table to choose the articles for the desired pushbutton outdoor station.

Step 1: Audio or video? Please refer to page 21-22 for audio pushbutton outdoor station and page 23-24 for video pushbutton outdoor station.

Step 2: 3-row pushbutton or 4-row pushbutton? Please refer to the 3-row pushbutton or 4-row pushbutton table for different pushbuttonapplication.

It is technically possible but esthetically, inconsistent for combining audio module with pushbutton and 3-row pushbutton module. For better appearance as an outdoor station, the composition of pushbuttons follows the rule that every pushbutton should have the same height. Thus if 3-row pushbutton module is used, audio module with pushbutton and 4-row pushbutton module are not recommended.

Please decide whether single row or double row pushbutton is needed, then please turn to the button ranges to quickly locate the possible composition.

In case the light and call guard functions are required for the outdoor station, then the total buttons should be the combination of the apartment no. and button number for extra functions.

In case it is not sure whether single or double pushbuttons for one row is optimal, it is also possible to turn to the pushbutton range to see all the possibilities.

Step 4: Choose the right composition by balancing the cost

and esthetics

There may be more than one possibility of compositing

outdoor station in certain cases by choosing 3-row pushbutton module or 4-row pushbutton module, choosing a nameplate module or not and setting as single row or double row for the same pushbutton module. It is advised to consider the cost and esthetics together when making the composition decision.

Video pushbutton outdoor station composition

Nameplate module use case

Step 3: How many calls are needed?

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Rainhood use case

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02 Planning Outdoor station selection

Audio outdoor station

Button Range

Single

Double

Row*

1 - 2 1 - 4 1 1 - 2 2 1 - 4

3 - 5 5 - 10 3 5 - 6 4 7 - 8 5 9 - 10 x1

6 - 8 11 - 16 6 11 - 12 7 13 - 14 8 15 - 16 x2

9 - 11 17 - 22 9 17 - 18 10 19 - 20 11 21 - 22 x3

12 - 14 23 - 28 12 23 - 24 13 25 - 26 14 27 - 28 x4

15 - 17 29 - 34 15 29 - 30 16 31 - 32 17 33 - 34 x5

18 - 20 35 - 40 18 35 - 36 19 37 - 38 20 39 - 40 x6 x1

21 - 23 41 - 46 21 41 - 42 22 43 - 44 23 45 - 46 x7

24 - 26 47 - 52 24 47 - 48 25 49 - 50 26 51 - 52 x8 x1

27 - 29 53 - 58 27 53 - 54 28 55 - 56 29 57 - 58 x9

30 - 32 59 - 64 30 59 - 60 31 61 - 62 32 63 - 64 x10 x1

33 - 35 65 - 70 33 65 - 66 34 67 - 68 35 69 - 70 x11

M251021A-. M251022A-. M251023A-. M251021P3 51021DN 51021CF-. +

Row*

x1 x1 x1

Single Double Single Double Single Double

Audio Module

* Optional to install rain hood

Pushbutton Module

Nameplate Module

3-row pushbutton

Article No.

Cover Frame & Flush Mounted Box

41021F

51022CF-. + 41022F

51021RH 51022RH 51023RH 51024RH 51028RH 51025RH 51026RH 51029RH 51027RH

51023CF-. + 41023F

51024CF-. + 41024F

51028CF-. + 41028F

51025CF-. + 41025F

51026CF-. + 41026F

51029CF-. + 41029F

51024CF-. + 41024F + 51021J

Video outdoor station

3-row pushbutton

Button Range

Single Row*

1 - 2 1 - 4 1 1 - 2 2 1 - 4

3 - 5 5 - 10 3 5 - 6 4 7 - 8 5 9 - 10 x1

6 - 8 11 - 16 6 11 - 12 7 13 - 14 8 15 - 16 x2

9 - 11 17 - 22 9 17 - 18 10 19 - 20 11 21 - 22 x3

12 - 14 23 - 28 12 23 - 24 13 25 - 26 14 27 - 28 x4

15 - 17 29 - 34 15 29 - 30 16 31 - 32 17 33 - 34 x5 x1

18 - 20 35 - 40 18 35 - 36 19 37 - 38 20 39 - 40 x6

21 - 23 41 - 46 21 41 - 42 22 43 - 44 23 45 - 46 x7 x1

24 - 26 47 - 52 24 47 - 48 25 49 - 50 26 51 - 52 x8

27 - 29 53 - 58 27 53 - 54 28 55 - 56 29 57 - 58 x9 x1

30 - 32 59 - 64 30 59 - 60 31 61 - 62 32 63 - 64 x10

Double Row*

Camera Module

M251021C

M251021A-. M251022A-. M251023A-. M251021P3 51021DN 51022CF-. +

x1 x1 x1 x1

Single Double Single Double Single Double

Audio Module

* Optional to install rain hood

Pushbutton Module

Nameplate Module

Article No.

Cover Frame & Flush Mounted Box

41022F

51023CF-. + 41023F

51022RH 51023RH 51024RH 51028RH 51025RH 51026RH 51029RH 51027RH

51024CF-. + 41024F

51028CF-. + 41028F

51025CF-. + 41025F

51026CF-. + 41026F

51029CF-. + 41029F

51024CF-. + 41024F + 51021J

Button Range

Single

Double

Row*

1 - 2 1 - 4 1 1 - 2 2 1 - 4

4 - 6 7 - 12 4 7 - 8 5 9 - 10 6 11 - 12 x1

8 - 10 15 - 20 8 15 - 16 9 17 - 18 10 19 - 20 x2

12 - 14 23 - 28 12 23 - 24 13 25 - 26 14 27 - 28 x3

16 - 18 31 - 36 16 31 - 32 17 33 - 34 18 35 - 36 x4

20 - 22 39 - 44 20 39 - 40 21 41 - 42 22 43 - 44 x5

24 - 26 47 - 52 24 47 - 48 25 49 - 50 26 51 - 52 x6 x1

28 - 30 55 - 60 28 55 - 56 29 57 - 58 30 59 - 60 x7

32 - 34 63 - 68 32 63 - 64 33 65 - 66 34 67 - 68 x8 x1

36 - 38 71 - 76 36 71 - 72 37 73 - 74 38 75 - 76 x9

40 - 47 79 - 84 40 79 - 80 41 81 - 82 42 83 - 84 x10 x1

44 - 46 87 - 92 44 87 - 88 45 89 - 90 46 91 - 92 x11

M251021A-. M251022A-. M251023A-. M251021P3 51021DN 51021CF-. +

Row*

x1 x1 x1

Single Double Single Double Single Double

Audio Module

* Optional to install rain hood

Pushbutton Module

Nameplate Module

4-row pushbutton

Article No.

Cover Frame & Flush Mounted Box

41021F

51022CF-. + 41022F

51021RH 51022RH 51023RH 51024RH 51028RH 51025RH 51026RH 51029RH 51027RH

51023CF-. + 41023F

51024CF-. + 41024F

51028CF-. + 41028F

51025CF-. + 41025F

51026CF-. + 41026F

51029CF-. + 41029F

51024CF-. + 41024F + 51021J

4-row pushbutton

Button Range

Single Row*

1 - 2 1 - 4 1 1 - 2 2 1 - 4

4 - 6 7 - 12 4 7 - 8 5 9 - 10 6 11 - 12 x1

8 - 10 15 - 20 8 15 - 16 9 17 - 18 10 19 - 20 x2

12 - 14 23 - 28 12 23 - 24 13 25 - 26 14 27 - 28 x3

16 - 18 31 - 36 16 31 - 32 17 33 - 34 18 35 - 36 x4

20 - 22 39 - 44 20 39 - 40 21 41 - 42 22 43 - 44 x5 x1

24 - 26 47 - 52 24 47 - 48 25 49 - 50 26 51 - 52 x6

28 - 30 55 - 60 28 55 - 56 29 57 - 58 30 59 - 60 x7 x1

32 - 34 63 - 68 32 63 - 64 33 65 - 66 34 67 - 68 x8

36 - 38 71 - 76 36 71 - 72 37 73 - 74 38 75 - 76 x9 x1

40 - 42 79 - 84 40 79 - 80 41 81 - 82 42 83 - 84 x10

Double Row*

Camera Module

M251021C

M251021A-. M251022A-. M251023A-. M251021P3 51021DN 51022CF-. +

x1 x1 x1 x1

Single Double Single Double Single Double

Audio Module

* Optional to install rain hood

Pushbutton Module

Nameplate Module

Article No.

Cover Frame & Flush Mounted Box

41022F

51023CF-. + 41023F

51022RH 51023RH 51024RH 51028RH 51025RH 51026RH 51029RH 51027RH

51024CF-. + 41024F

51028CF-. + 41028F

51025CF-. + 41025F

51026CF-. + 41026F

51029CF-. + 41029F

51024CF-. + 41024F + 51021J

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02 Planning Outdoor station selection

Fig.17

Keypad with pure audio module outdoor station

Fig.18

Keypad and display (in-built RFID reader )with pure audio module outdoor station

Options of keypad outdoor station

For condominium buildings and residential complexes, it is recommended to choose keypad outdoor station.

Keypad with pure audio module outdoor station

Fig.17

Besides the keyless access by inputting the correct password, it can also be used for inputting the correct call code to call the indoor stations.

The call code is default starting from 1, which will call the indoor station with the address of 1.

Keypad and display (in-built RFID reader) with pure audio module outdoor station

Fig.18

The display with in-built ID/IC reader can be used for multiple uses: keyless access by reading the registered proximity card, displaying some welcome messages, showing the status of calling progress, or processing the programming. Upon programming, the name or call code can also be displayed on the screen and scrolled up and down on the keypad module.

The call code is default starting from 1, which will call the indoor station with the address of 1.

Keypad with the pushbutton outdoor station

Fig.19

Keypad provides the keyless access for the residents of the building by inputting the correct password.

It is a good solution especially for the single family home solution. Then the pushbutton is largely for visitors only.

Display(in-built RF reader) with the pushbutton outdoor station

Fig.20

ID/IC proximity reader can be useful also for residents' keyless access by reading the registered proximity card. In case lost, it can also be easily wiped out in the system and a new card can be efficiently registered. Then the push button is largely for visitors only.

Keypad and display(in-built RF reader) with pushbutton outdoor station

Fig.21

It is the combination of keypad outdoor station and push button outdoor station. It provides the most convenient calling experience for the residents and the visitors. For the residents, he can input the correct password or swipe the registered proximity card. He can also press the push button or scroll up and down the screen and press call button in case the resident's name is stored there.

Fig.19

Keypad with pushbutton outdoor station

Fig.20

Display (in-built RFID reader) with pushbutton outdoor station

28 | ABB-Welcome

Fig.21

Keypad and display (in-built RFID reader) with pushbutton outdoor station

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02 Planning Outdoor station selection

2.3 Selection of the indoor station

In addition to the appearance, to select the indoor station for application needs to consider the functions needed for the project. The table below gives a general function list for the indoor station for application.

Functions 7" all touch video hands-free

indoor station

* Secret conversation x x x x

* Cyclical surveillance x x x -

* Manual call x x x -

* Door bell call x x x x

* Remote unlock x x x x

* Control two locks x x x x

* Room to room call x x x x

* Home to home call x x x x

* Paging/Broadcast - x x -

* Black list x x x -

* Call guard unit x x x x

* SOS x x x x

* Image saving x x x -

* Customized audio message

leaving

* Call forward x x x -

* Door status check x x x x

Variable ringtone x x x x

Customized password for keypad x x x -

* Picture frame and screen saver x - - -

* Automatic unlock x x x x

* QR code for user manual reach x x x -

* Mute one or mute all x x x - only mute itself

* Induction loop - x x x

Local power supply - x x -

Surface mounted installation x x x x

Desktop installation x x x -

Flush-mounted installation - x - -

x - - -

4.3" video hands-free

indoor station

** 4.3" video handset

indoor station

Audio handset

indoor station

Secret conversation

Fig.22

During the conversation between the outdoor station and the indoor station, all outdoor stations and indoors that are not involved in the conversation are temporarily excluded in order to guarantee the privacy of video door entry conversations. When calling from an outdoor station that is temporarily excluded, a time-out will indicate that the extension line is momentarily busy.

Cyclical surveillance

Fig.23

All indoor stations are equipped with a surveillance button which can be used to connect the outdoor stations at any time. The user sees the images from the default outdoor station; press repeatedly the button to display images from the additional camera (if present) connected to the default outdoor station, and then from other outdoor stations.

Fig.22

Secret conversation

Fig.23

Cyclical surveillance Door bell call

Manual call

Fig.24

During surveillance, by picking the handset up or activating audio in case of hands-free stations, the user starts a conversation with the selected call station.

Door bell call

Fig.25

Indoor stations are provided with two terminal pins used to connect the door bell button. If the button is pressed, the indoor station emits an about 3s ring, according to the selected call ring tone (different from those of the other calls). If the user has several indoor stations in parallel, and connect this button only to one indoor station, all indoor stations will ring together.

Fig.24

Manual call

Fig.25

Notes: * For the function description, please find the explanation in the following pages.

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Page 17

BLACKLIST

BLACKLIST 1

Add New

02 Planning Outdoor station selection

Fig.28

Room to room call

Home to home call

Remote unlock

Fig.26

With the system at reset, the user can open the lock of the default outdoor station at any time. If during conversation, the user can release the door lock associated to the outdoor station making the call .

Control two locks

Fig.27

Two locks can be connected with outdoor station, one is for pedestrian gate and the other is for driveway gate. User can press "unlock" button and programmable button (e.g. button 1, release 2ndlock function is programmed first) to control the two doors respectively.

Room to room call&Home to home call

Fig.28

If there are several indoor stations in parallel, after programming an indoor station for internal intercom function, user can activate the intercom call at this indoor station, all other indoor stations will ring together.

For several different apartments, after programming an indoor station for external intercom function, user can activate the intercom call at this indoor station, the called indoor station will ring.

Paging/Broadcast

Fig.29

User can activate the broadcast function by entering broadcast menu, a message can be forwarded through all IS in the same apartment.

Blacklist

Fig.30

To be safe, for home to home call the unwanted caller can be set in blacklist.

Call guard unit

Fig.31

This function allows establishing a communication with the guard unit. Enter communication menu to send the call to the guard unit or press a programmable button (call guard unit function is programmed first ) to activate the call.

Send SOS

Fig.32

If there is emergency, user can send an SOS message to guard unit by pressing programmable button 1 for 3s. Guard unit will receive the SOS message and indicates which apartment is sending SOS.

Image saving

Fig.33

Users can find who has recently been at the door and what happened to him by history menu. Either manual snapshots during conversation or automatic snapshots after bell ringing in your absence will be saved in history.

Customized audio message leaving

Fig.34

Before going out you can record an audio message for a family member or visitors who ring the bell.

Fig.29 Fig.30

Paging/Broadcast

……

Fig.31

Call guard unit

Blacklist

Fig.32

Send SOS

(001)

SOS

＞3s

Fig.26

Remote control

Remote unlock at any time for default outdoor station

32 | ABB-Welcome

Fig.27

Control 1st and 2nd locks

Fig.33 Fig.34

Image saving Customized audio message leaving

HIS TORY

Date-Time Direction 2013-03-22 01:05 2013-03-22 Out door-1 01:12 2013-03-22 Out door-1 01:15

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02 Planning Outdoor station selection

Fig.35

Call forward

Fig.36

Door status check

Call forward

Fig.35

It is possible to forward the income calling when absent from home. Through the setting at indoor station before leaving home, the incoming call can be forwarded from home to the selected neighbor or the guard unit.

Door status check

Fig.36

A sensor is connected with outdoor station, if this door is open for over 120s, LED of unlock button of indoor stations and guard units will flash. When the door is closed, the LED will be off. If 2 or more outdoor stations are associated, the LED will be off when all outdoor stations are closed and will flash when at least one outdoor station is open.

Variable ringtone

Users can select the ring tone for default outdoor station or other outdoor stations or the door bell ring tone among the 5 available ones.

Customized password for keypad

Users can set a private password (6-8 digits) at indoor station just at home, which is easy to remember.

Picture frame and screen saver

Fig.37

When the indoor station is at standby, its appearance will add the decor of the room. With a SD card the indoor station can display high-resolution files from the computer or camera directly on the touch display. The display time can be adjusted optionally.

Automatic unlock

Fig.38

This function is used mainly in the service sector (offices, doctors, professional). This feature can be activated or deactivated at the indoor station. With the function activated, LED unlock will light, and after receiving a call, unlock command will be sent automatically.

QR code for user manual reach

Fig.39

Users can scan QR-Code contained in the menu of video indoor stations directly to get the detailed manual. While for audio indoor station, QR-Code is contained in the quick guide.

Mute one / mute all indoor station

Fig.40

User can mute the ringtone when there's an incoming call. Press the mute button to mute the indoor station. If the user has several indoor stations in parallel, long-press the mute button for about 3s at one indoor station, and all indoor stations will mute together when there's an incoming call. When the function is activated, the LED MUTE turns on.

Induction loop

Fig.41

Indoor station with an induction loop allows hearing-impaired persons to wear a hearing aid (working in "T" mode) to hear the ringtone and the voice of visitors.

Local power supply

Indoor station can be powered by an additional power supply when a parallel indoor station needs to be installed without impact on the whole system.

5s ＞5s

Fig.37

Picture frame and screen saver

Fig.39

QR code for user manual reach

Fig.38

Automatic unlock

Fig.40

Mute one and mute all

AUTO UNLOCK

Auto Unlock

Time 1T ime 2

08 : 00 00 : 00

12 : 00 00 : 00

Disable cfoarlwla rd

≥120s

8:00 - 12:00

34 | ABB-Welcome

Fig.41

Induction loop for hearing aid

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02 Planning System device selection

2.4 Selection of system devices

It’s important to select the appropriate system devices to set up a Welcome system. Both function of the devices and topology for the application needs to be considered. System controller is a must for any insulated system; other system devices can be selected to meet the specific project requirement.

Fig.42

Application of system controller, local power supply and auxiliary power supply

System controller, local power supply and auxiliary power supply

System controller provides both power and communication command for a Welcome system. An extension of the system controller, auxiliary power supply and local power supply serve as the supplement to provide a flexible power solution to meet the requirement of all kinds of Welcome system. The illustration shown is a project case using three power sources.

Fig.42

System controller

Working as the "brain“ of all devices, a system controller is compulsory and exclusive in any insulated system. It not only provides power, but also manages all the communication and control between outdoor stations and indoor stations in the building part,and between gate stations and the gateway in the common part.

For those systems with multi-system illustration shown be broken down into several insulated systems and every insulated system needs separate power consumption and distance limit calculation.

Both standard system controllers and mini system controllers are provided to meet different project needs.

The system controller has two working modes: “all on” and “one on”, "all on" and "one on" are system behavior for screen switching on for the indoor stations with the same address (parallel indoor stations) in case of being called. Under "all on", the master video indoor station and other slave video indoor station(s) will all switch on the screens and ring at the same time upon being called from the outdoor stations or gate stations. Under "one on", only the "master" video indoor station will switch on the screen and ring, the other "slave" video indoor station(s) will ring but will not switch on the screen.

Fig.43

Power units of system controller

As system controller will provide the power for the system, it is important to calculate the available power unit of standard system controller or mini system controller for the system before application.

For a 2-wire system, the available power unit of a system controller needs to take the situation of 1 or ≥2 apartments into consideration firstly.

To achieve a comfortable door communication experience in applications, different value of working power will always be reserved first to handle the simultaneous working of different devices(door call, setting, door bell) before allocated to the standby devices.

Since the power calculation is based on the remaining standby current after subtracting the varied reserved working current in 1 or ≥2 apartments, thus, the power units of system controller varies when the system contains 1 or ≥2 apartments, which has been revealed in Table 1 (page 62 ).

Moreover, the "all on" and "one on" mode setting will impact the power consumer calculation when one apartment contains more than one video indoor station(parallel indoor stations). As we can see from the power and distance table in Table 1 on page 62, for one additional video 4.3" indoor station when the system controller is under "all on" mode, 23 more consumer units should be counted, while only 11 consumer units are counted when system controller is under "one on" mode. In the real project, the balance can be made between cost and comfort.

Auxiliary power supply

System controller

Fig.43

“All on” and “One on” setting of system controller

Master

Local power supply

Slave

36 | ABB-Welcome

All on

One on

Master

Slave

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02 Planning System device selection

Fig.44

Local power supply for parallel indoor stations

Local power supply

Local power supply and system controller are exactly the same devices, but they are named differently because of the different functions they serve.

Local power supply only provides the pure power source without giving communication commands like the system controller.

Unlike the system controller or auxiliary power supply that provides the power for all the devices in the external and internal bus line through the 2-wire bus terminal, local power supply provides the pure power to individual

devices directly by connecting the local power supply terminals.

Devices below contain local power supply terminals, and

can be powered by local power supply:

Audio module of outdoor station

4.3” video handset/hands-free indoor station

Guard unit

Despite the physical product is like system controller, the working mode setting of local power supply is useless .

Power units of local power supply

One mini local power supply can feed

Up to 4 pcs of parallel 4.3" video hands-free indoor station

Up to 4 pcs of parallel 4.3" video handset indoor station

Up to 4 pcs of parallel guard units

1 pc of any kind of pushbutton outdoor station

1 pc of any kind of keypad outdoor station

：

Even though one standard local power supply doubles the capacity compared to one mini local power supply, the user will not need it.

The increased number of devices can be the increased quantities of apartments in one building or the increased quantities of parallel indoor stations within one apartment.

Based on the calculation rule in Table 1 (page 62), specifically, for scenarios below when the power units of one system controller is smaller than required consumer units of devices, local power supply is highly recommended. This is due to the fact that compared to auxiliary power supply, local power supply solution will be less cost and easier wiring:

When the total consumer units of external and internal bus > power unit of system controller, while the total consumer units of the devices on internal bus ≤ power unit of system controller, one or all outdoor stations should be powered by local power supply.

When feeding the local power supply to parallel slave 4.3"

video hands-free or 4.3" video handset indoor station(s), the total power consumer units will become≤power units of system controller.

When feeding the local power supply to guard unit, the

total power consumer units will become ≤power units of system controller.

When adding the parallel 4.3" video hands-free or 4.3"

Fig.45

video handset indoor station to an apartment after the door communication system installation had been finished in the past. Since the additional device might cause the system controller to inadequately cover the increased consumer units, it is safe to put local power supply to additional 4.3" indoor station to that certain apartment without affecting the existing power solution.

Fig.46

Fig.45

Feed parallel 4.3” video indoor stations by mini local power supply

Note:

1. Standard system controller “all on” mode, supports 1 outdoor station + 5 parallel 4.3” video hands-free indoor stations

2. Mini local power supply, feeds 4pcs 4.3 video hands-free indoor stations

Note:

1. Standard system controller “all on” mode, supports 1 outdoor station + 3 parallel 7” video hands-free indoor stations

2. Mini local power supply, feeds 4pcs 4.3 video hands-free indoor stations

For parallel 4.3” video indoor stations in one apartment, the screen of any one fed by local power supply will always be on for incoming calls,even in “one on” setting in system controller.

Fig.44

When the device is fed by local power supply, it requires rather small power consumer unit from the system controller. Which is shown in Table 1 on page 62. The saved power of system controller can be used to increase the number of devices under this system controller.

Fig.46

Add parallel 4.3” video indoor stations to apartments after installation

Note: In 2013, the door entry system for this building had been installed. Later on, Apartment A, B and/or C can also equire to add one more video indoor station with local power supply without affecting other users.

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02 Planning System device selection

Auxiliary power supply

For one insulated system, when adding the local power supply to the devices in external bus or internal bus, if both ways still cannot cover the required consumption units of the devices, auxiliary power supply is suggested. The combination of gateway (under auxiliary power supply mode) and system controller will make an auxiliary, which can be used to split the system into two insulated systems.

Fig.47

Like system controller, the "all on" and "one on" mode setting will impact the power consumption calculation in parallel indoor stations.

Power units of auxiliary power supply

The Table 1-2 on page 63 can be used to count devices powered by auxiliary power supply. To have an easy reference please check Table 3-2, Table 3-3 and Table 3-4 on page 77-78, the capacity of both mini auxiliary power supply and standard auxiliary power supply are counted in.

Gateway

For the system with multi-system controllers, gateway is needed to make each insulated system(managed by one system controller) interact with devices installed in the common part.

Gateway offers high level flexibility for application with 5 different working modes. The modes of gateway can be set as below:

» Building gateway » Floor gateway » Apartment gateway » Auxiliary power supply » Line amplifier

For the setting of the working mode of gateway, please refer to page 98 in Chart 04.

Building gateway mode

Building gateway is mainly applied to building systems, which enables one building to be an independent sub insulated system within a residential complex. Each building supports up to 250 apartments.

Fig.48

Or it can be used for a building with more than 250 apartments by making 2 insulated building systems for this building.

Fig.49

It supports 60 such system for application. The address of building gateway should be set one upon another in sequence from 1 to 60.

Fig.47

Auxiliary power supply

System controller + gateway (auxiliary power supply mode)

Fig.48

Building gateway application for building systems within a

residential complex

Fig.49

Building gateway application for high-rise building with more than

250 apartments

63 apartments

Building gateway mode

63 apartments

Commissioning as gate station

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Page 22

Floor gateway mode

Floor gateway is mainly applied to floor systems, which enables a floor outdoor station and multi-apartments on the same floor to be an independent sub insulated system within the building.

Fig.50

02 Planning System device selection

Fig.51

Floor gateway application for small residential complex

Apartment 01 A

Apartment 02 B

Apartment 01 A

Apartment 02 B

Apartment 03 C

Apartment 04 D

Apartment 05 E

Apartment 06 F

Apartment 04 A

Apartment 05 B

Apartment 06 C

Also it can be used for a small residential complex that uses pushbutton outdoor station as gate station.

Fig.51

The starting address of one floor gateway should be minimal address of indoor station of this floor. But the available address number for floor gateway is 99. Please refer to page 99 for commissioning of gateway.

Fig.50

Floor gateway application for floor systems within the building

Outdoor station Left building

Outdoor station Gate entrance

Outdoor station Right building

42 | ABB-Welcome

building 1

ST. X100 X10 X1

2 0 0 3

ST. X100 X10 X1

2 0 0 2

ST. X100 X10 X1

2 0 0 1

Address

Apartment 01 A

Apartment 02 B

Apartment 03 C

Outdoor station Left building

Address

Apartment 01 A

Apartment 02 B

Apartment 03 C

Apartment 04 D

Apartment 05 E

Apartment 06 F

Outdoor station Gate entrance

Address3ST. X100 X10 X1

Apartment 04 A

Apartment 05 B

Apartment 06 C

Outdoor station Right building

3 0 0 4

ST. X100 X10 X1

3 0 0 5

ST. X100 X10 X1

3 0 0 6

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02 Planning System device selection

Fig.52

Apartment gateway application

1. For apartment systems within the building

2. For a group of villa that networked

Apartment gateway mode

Fig.52

Apartment gateway is mainly applied to apartment systems, which enable an apartment with a second confirmed outdoor station to be an independent sub insulated system within the building.

Also it can be used for the application of a group of villas/ single family houses in a residential complex. It supports 99 such systems for application. The address of apartment gateway should be set one upon another in sequence from 1 to 99.

Auxiliary power supply mode

The system controller must combine the gateway set as auxiliary power supply mode to feed the system with extra power. The additional system controller is used to split the system into two insulated systems.

There is no need to set address for auxiliary power supply.

Line amplifier mode

Line amplifier is used to extend the distance of signal when it is not enough. The distance extended by one amplifier will vary according to cable type.

Please refer to page 64 Table 2-3 for the distance calculation. The position to install the amplifier is recommended at the end of the maximum distance of the cable.

Fig.53

Example: A project of a residential complex with 10 buildings, looped through with 10 building gateways, whose wiring distance from gate station to last building is 300m, cable RVV, Ø=1mm is used.

User case analysis: The attenuation units of the 10 building gateways are 15 units (1.5 unit x10). If with cable RVV, Ø=1mm, according to the Table 2-3, the max. distance can be counted as 170m, which is <300m.

Solution: One gateway in amplifier mode is needed to split into section A and section B.

Fig.53

Line amplifier application

Gateway address

Actual distance

Solution:

Reference table:

1st 2nd 3rd 4th 5th 6th 7th 8th 9th 10th

30m 60m 90m 120m 150m 180m 210m 240m 270m 300m Section A is from gate station

to 5th building, the attenuation unit is 7.5 unit (1.5 unit x 5),the max. distance is 180m, ≥ the real distance 150m

Table 2-3 Table 2-3

Section B is from 5th building to 10th building, the attenuation unit is 7.5 unit (1.5 unit x 5), the max. distance is 180 m, ≥ the real distance 150m

So the solution is to install the gateway as line amplifier mode at 6th building for maximum use of cable.

There is no need to set address for line amplifier.

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02 Planning System device selection

Fig.55

Power consumption units of gateway

Maximum quantity limitation of gateway pass through to an apartment

Noted: a maximum of 4 gateways can be passed through to any apartment, regardless of the mode of gateway, except this combination:building gateway + floor gateway + apartment gateway. (The looping of gateway is not counted)

For example, for building n

Fig.54

» For floor 1 and floor 2, total 3 gateways » For floor 10, up to 4 gateways, which is the maximum

For each building, a maximum of 2 gateways for each apartment is allowed, either building gateway + floor gateway, building gateway + apartment gateway, or floor gateway + apartment gateway. It is not allowed building gateway + floor gateway + apartment gateway. So for floor 10, it is not allowed to have apartment gateway.

Power consumption units of gateway

For gateway except when it is set as line amplifier mode, the consumption unit is divided into two parts: the one provided by the internal bus of system controller of one insulated system , and the other part provided by the external bus of system controller of the sub insulated system (if any).

Fig.55

When set as line amplifier mode, the power consumption is provided independently by the system controller that controls it.

Please refer to page 62 for Table 1-1 of power consumption and distance calculation. The power consumption need to be calculated distinctively by the mode:

» When it is set as building gateway, floor gateway, apartment

gateway and auxiliary power supply mode, the total consumption is 7 units, with 2 units (C1) from internal bus of system controller of the insulated system and 5 units (C2) from external bus of system controller from system controller of the other connected insulated system.

» When it is set as line amplifier mode, the consumption unit

is 5 from the system controller that controls it.

Attenuation unit of gateway

For looping through of one gateway regardless of the mode,

1.5 attenuation unit will be consumed.

C2=5 units

C1=2 units

Fig.54

Maximum gateways passed through to apartments

Building 1 Building 2

Building n

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02 Planning System device selection

Fig.57

1. 1 level cascading connection for 2 outdoor stations with outdoor distributor

2. 2 level cascading connection for 3 outdoor stations with outdoor distributor

Switch actuator

Fig.56

As the function implementation device of the indoor station or outdoor station or guard unit, switch actuator can be installed in the internal bus or external bus in both building part and common part. Different modes can be set to realize different functions.

» If installing within the apartment, it can be used to extend

the call to a bell or a light (switch on for a period of time when it is called). The address of the switch actuator and the indoor station should be configured to be the same. This is called "Call repetition mode".

Fig.56-1

» If installing the switch actuator in the common part to

connect a lock or a light, it can be controlled by any indoor station, guard unit or outdoor station in the whole system. If installing it within a building, only the devices of the given building can control it. For all these scenarios:

» If the "unlock" button of indoor station or guard unit

controls the connected lock, the switch actuator address should be set as the address of outdoor station which the lock is associated with. This is called "Door opener mode".

Fig.56-2

» If the lock or light will be controlled by the programmable

button of indoor station ,guard unit or outdoor station, the mapping of the switch actuator address and the programmable button address should be configured. This is called "Time relay mode".

Fig.56-3

Outdoor distributor

Fig.57

As a video signal switching device in the external bus, outdoor station distributor should be used when more than one outdoor station or one gate station is present in a given project while at least one of the outdoor stations is video. If pure multiple audio outdoor stations are the case, the node connection is enough without the need of video outdoor distributor.

Each outdoor station distributor can connect 2 outdoor stations. The cascaded connection is also possible from outdoor station distributor to next level outdoor station distributors. As a passive device, it consumes no power, but the video signal drops a lot (15 attenuation units), thus as less level as possible of the video outdoor distributor should be achieved to have less signal attenuation for a given line.

2 level cascading connection for 4 outdoor stations with outdoor distributor

3 level cascading connection for 8 outdoor stations with outdoor distributor

The local power source should be provided to the connected lock or light, as the switch actuator only provides a dry contact.

Fig.56

1. Call repetition mode

2. Door opener mode 3. Time relay mode

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02 Planning System device selection

Fig.59

Use one auxiliary power supply in common part

Video distributor

As a video signal branching device in the internal bus, video distributors should be used when star connection is needed for the apartments in the building part and for the gateways in the common part. For the audio system, the video distributor is not needed in the building part and the common part.

Fig.58

Each video distributor can connect up to 4 apartments or 4 lines in the building part and 4 gateways in the common part. The cascaded connection is also possible. The impact of the distance can be reviewed from the distance calculation in Table 2 on page 64.

When video distributor is used in the common part, the total distance of all the lines branched by the video distributor under one system controller should be less than 800meters. Auxiliary power supply can be used to split the whole distance into several sections, which can ensure each section meet the 800 meters distance limit with one system controller. The distance constraint from different cables should also be considered, please check page 64 to view the details.

Fig.59

Guard unit

As the management interface, the desk-top supported guard unit in the 4.3" touch screen can interact with gate stations, outdoor stations, indoor stations and even the other guard units efficiently. PC or laptop can also be connected to edit the resident information efficiently by a universal USB cable.

Fig.60

For security concern, guard unit can act as a panic reception center, receiving the emergency call from any indoor station by activating the “SOS" signal. What is more, the interception in day/night mode can be set with customized timeline and receivers(for all or just VIPs), the call will be directed to the guard unit for monitoring purpose when the visitor call the resident directly from the gate/outdoor station. Finally, when the outdoor station or gate station 's "call guard" function is activated, for example by a one-button video gate station, the operator in the guard unit will intercede all the calls from the visitors and transfer the filtered call to the dedicated indoor station.

Fig.61

Fig.60

Connect guard unit and PC or laptop by USB cable

Fig.58

Star sharp connection in common part by distributors

Fig.61

Interception function of guard unit

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Page 27

IP-Gateway

IP-Gateway enables ComfortTouch or smartphone and tablet ( iOS and Andriod ) with installed Welcome app as a video indoor station. It supports user to establish the call from vistors, control doors or switch on lights by WIFI or remote access under 3G/4G with the help of server provider. Also IP-Gateway is a configure interface for other Welcome products, like telephone gateway.

Fig.62

Up to 4 terminal devices (including comfort touch & tablet & smartphone) can be connected with one IP-Gateway. For the setup and use of the terminal devices with IP-Gateway, the following is required:

1. Register and logging into ABB portal. Get your own user account from the server.

2. Connect the IP-Gateway to ABB portal. Configure the IP-Gateway by PC, when this PC and IP-Gateway are connected to the same network by one router. Enter your own user account by “Portal Login” menu.

3. Install the APP on the terminal devices, and login by your own user account.

4. Coupling the IP-Gateway and terminal devices.

Fig.62

ComfortTouch and smartphone and

tablet (iOS and Andriod) with installed

Welcome app

02 Planning System topology

2.5 System topology

For any insulated system, there are 2 kinds of connection to make the topology – loop through connection and branch connection (node branch or branch with video distributor). In actual project there will be more than one topology for the same.

Topology of the external bus

For external bus, if there is more than one outdoor station or system devices in the insulated system, things should be considered to make the topology.

» For audio system, if there is more than one outdoor

station,the outdoor station can be looping through the device or node branch.

» For video system, if there is more than one outdoor station

(audio/video), the outdoor video distributor is needed for a cascading connection for parallel outdoor station. By cascading connection, the distance calculation for external bus line is between the longest parallel outdoor station and system controller, rather the total of the distance of each parallel outdoor station.

Fig.63

Fig.64

Fig.62

Smartphone and tablet (iOS and Andriod)

with installed Welcome app

52 | ABB-Welcome

Fig.63

Topology audio outdoor stations in a audio system

Loop though of outdoor station in audio system

Node branch of outdoor station in audio system

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Fig.64

Topology video outdoor stations in a video system

3 level cascading connection for 8 outdoor stations with outdoor distributor

02 Planning System topology

Topology of the internal bus

For internal bus, the RC rule is needed to be considered when making the topology. Below things need to be taken into consideration when making the topology.

Scope of distance calculation for external bus

Topology

Looping through the indoor station

Looping through the node(branch line/stub line)

looping through the video distributor(branch line/stub line)

looping through the gateway

RC rule if in audio system

RC=OFF in all the devices

Fig.65

RC=OFF in all the devices

Fig.67

RC=OFF in all the devices

Fig.69

RC rule if in video system

RC=ON in the last device RC=OFF in all other devices

Fig.66

RC=ON in the last device of each stub line and at the end of the riser main and RC=OFF in all other devices

Fig.68

RC=ON in the last device RC=OFF in all other devices

Fig.70

Can be used in building part?

YES

Can be used in common part?

YES

Advantage to use Caution to make

- Good for low rise building and parallel indoor stations

- Future proof even upgrading from audio system into video system

- Cost and power effective without video distributor

- When the BUS terminals of one indoor station which is in the middle of building is not well fixed, the rest of the indoor stations will not work

- The diameter of the cable is recommended no less than Ø=0.6mm

- Flexible wiring, "star shaped" is allowed

- Cost effective for audio system, no distributor is

Each node should be changed into video distributor if upgrading into video system

needed

- It will have longer distance compared to looping the same quantity of gateway or indoor station, especially when parallel indoor stations are looped within the apartment

- When one of the branch does not work, it will not

The total cable length should be less than 800 meters, this might not be enough in a big residential complex. Auxiliary power supply can be used to split the common part from one system controller into several system controllers

impact the others

- Allow the parallel bus lines

Long distance when the looping quantities are less(for example≤8),which is good for residential complex

When as building gateway in the residential complex, the distance will not be long enough when with many looping quantities

Remarks: In the real world, the combination of different topologies will be used to maximize the advantage while to avoid the constraint of each topology.

Fig.71 Fig.72 Fig.73

See for RC rule.

Fig.65

Fig.66

Looping through the indoor station in audio system Looping through the indoor station in video system

54 | ABB-Welcome

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Fig.67

Looping through the node(branch line/stub line)

02 Planning System topology

Fig.69 Fig.70

Looping through the gateway in audio system Looping through the gateway in video system

Fig.68

Looping through the distributor (branch line/stub line)

RC-OFF RC-OFF RC-OFF RC-OF F

Fig.71

In audio system Looping through the video distributor with each distributor branching into 4 lines . The terminal resistor must be set as “OFF”, to all the gateway and distributor

RC-OFF RC-OFF RC-O NRC-OFF

56 | ABB-Welcome

Fig.72

In video system Looping through the video distributor with each distributor branching into 4 lines. The terminal resistor must be set as "ON" on the last gateway each stub line and at the end of last distributor

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Fig.73

Looping through gateway as auxiliary power supply. Each distributor is connected to branching into 4 lines. Each line looping through the building gateway.

Topology for some special application

Welcome is a flexible system for many special applications. For some cases, by allocating all the devices in a certain topology will conquer the limitation such as the power consumer and distance.

For example, for a big villa, more than 1 video outdoor stations are needed, more than 4pcs 7” video indoor stations are required, and dedicated intercom (one room can call the dedicated room, while all the rest keep idle), then the topology can be made as the illustration.

Fig.74

In some cases, for example the pushbutton modules of outdoor station need to be installed at a lower place for wheelchair users, or be installed separately with audio outdoor station for renovation from audio system to video system, it can make topology like the illustration.

Fig.75

02 Planning System topology

But it must be noted that the maximum distance of the cable from camera modules to audio module is only 10 m.

58 | ABB-Welcome

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Fig.74

Topology of a big villa with 12 7” hands-free indoor stations

02 Planning Power consumer and distance calculation

Dedicated intercom

Customized name as living room

Auxiliary power supply mode Addressing is unnecessary

Apartment Gateway mode

Remarks: Special software should be supplied for both gateway and 7”, please contact your installer for this application

Fig.75

Auxiliary power supply mode Addressing is unnecessary

Special application of camera module

Customized name as kitchen

Auxiliary power supply mode Addressing is unnecessary

2.6 Power consumer and distance calculation to an insulated system of Welcome system

The set up of a Welcome system needs to calculate both the power consumer and distance. Based on the table 1 and table 2, installers can make plans for any kind of projects by following the process below:

Fig.76

Process of power consumer and distance calculation

60 | ABB-Welcome

3pairs 2-wire bus together Max: 10 metres

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Table 1-1: Power consumer calculation& attenuation unit (system controller)

Note: All below consumer and distance calculation is based on each insulated system

Device

Number( n ) Consumer

Unit ( c )

n x c n x aAttenuation

Unit( a )

Distance based on cable selected(m)--Check Table 2

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Push button module(3-row or 4-row) Keypad module Display module(ID or IC) Nameplate module

6 or 0* 14 or 0* 1 or 0* 2 or 0* 20 or 0* 1 or 0*

External Bus--System device

Outdoor distributor Gateway Gateway (line amplified mode) Switch actuator Guard Unit

5 5 6 15 or 0*

1 1

Total consumer units for external bus

Internal Bus-Indoor Station

Audio handset--- (no additional consumer unit for

parallel indoor stations in audio system)

4.3" handset & hands-free--(additional consumer unit should be counted in parallel indoor stations)

7" hands-free--(additional consumer unit should be counted in parallel indoor stations)

1 or 0***

Additional consumer unit in case parallel 4.3" indoor stations or 4.3' and audio in video system(Only consider the apartment with max. parallel indoor stations), the system controller is set as "one on"

Fig.77

11 or 0*

Additional consumer unit in case parallel 4.3" indoor stations or 4.3' and audio in video system(Only consider the apartment with max. parallel indoor

23 or 0*

stations), the system controller is set as "all on" Additional consumer unit in case parallel 7" indoor

stations or 7" and 4.3" or 7" and audio in video system(Only consider the apartment with max.

parallel indoor stations)

Internal Bus-System Device

Guard Unit Gateway Gateway (line amplified mode) Video distributor Switch actuator IP-Gateway

15 or 0* 2 5 1 6 17

Total consumer units for internal bus

Total consumer units

1.5

2 1 1

Total attenuation units

B= (max. distance from system controller to the furthest indoor staion)

A= (max. distance from outdoor station to the furthest indoor station)

The total consumer units should be less than below power unit whose value varies in 1 or >=2 apartments building >=2 apartments 1 apartment One standard system controller in audio&video system,Total conumer units <=96 <=127 One mini system controller in audio system, Total consumer units <=60 <=72 One mini system controller in video system, Total consumer units <=27 <=58

Note: * When the device is powered by local power supply, the value of consumer unit=0. See example.3 for its application. ** The number counted for the attenuation will base on how many levels so to achieve the least attenuation. For example 4 outdoor stations, 3 outdoor distributors, but 2 levels

is counted. Check page 54 for the levels.

*** When looping through the indoor station, the attenuation unit=1, and when the indoor station is branched from the distributor, the attenuation=0

02 Planning Power consumer and distance calculation

If one system controller or even by the provision of local power supply is not enough to feed all the devices, auxiliary power supply can be uselationat Please be informed that the power unit for system controller and auxiliary power supply are the result of different formula, even the same value is made to have easy memory.

Table 1-2: Power consumer calculation & attenuation unit (auxiliary power supply)

Note: All below consumer and distance calculation is based on each insulated system

Device

Number( n ) Consumer

Unit ( c )

n x c n x aAttenuation

Unit( a )

Internal Bus-Indoor Station

Audio handset--- (no additional consumer unit for

parallel indoor stations in audio system)

4.3" handset & hands-free--(additional consumer unit should be counted in parallel indoor stations)

7" hands-free--(additional consumer unit should be counted in parallel indoor stations)

1 or 0***

Fig.77

11 or 0*

Additional consumer unit in case parallel 4.3" indoor stations or 4.3' and audio in video system(Only consider the apartment with max. parallel indoor

23 or 0*

stations), the system controller is set as "all on" Additional consumer unit in case parallel 7" indoor

stations or 7" and 4.3" or 7" and audio in video system(Only consider the apartment with max.

parallel indoor stations)

Internal Bus-System Device

Guard Unit Gateway Gateway (line amplified mode) Video distributor Switch actuator

IP-Gateway

15 or 0* 2 5 1 6

1.5

2 1

Total consumer units for internal bus

The total consumer units should be less than below power unit whose value varies in 1 or >=2 apartments building >=2 apartments 1 apartment One standard auxiliary power supply in audio&video system,Total conumer units <=79 <=122 One mini auxiliary power supply in audio system, Total consumer units <=43 <=67 One mini auxiliary power supply in video system, Total consumer units <=38 <=53

Note: * When the device is powered by local power supply, the value of consumer unit=0. *** When looping through the indoor station, the attenuation unit=1, and when the indoor station is branched from the distributor, the attenuation=0

Fig.78

Distance calculation

Distance based on cable selected(m)--Check Table 2

B= (max. distance from system controller to the furthest indoor staion)

Fig.77

Parallel 4.3" indoor stations or 4.3" and audio in video system, the system controller is set as "one on"

62 | ABB-Welcome

Note: when make calculation of power consumer, the apartment with max. indoor stations. For the illustrated figure,the value of the additional quantity that should be counted is 2.

B: The distance from system controller to the furthest indoor staion (Table 2-1) A: The distance from outdoor station to the furthest indoor station (Table 2-2) A*:The distance from outdoor station to the furthest gateway (Table 2-3)

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B: Max. distance from system controller to the furthest indoor station, calculation is based on total power unit of internal bus(check Table1)

Table 2-1: Distance calculation for different cables (distance B)

unit:m

02 Planning Power consumer and distance calculation

Cable

Power consumer units

1-4 5-8 9-12 13-16 17-20 21-24 25-28 29-32 33-36 37-40 41-44 45-48 49-52 53-56 57-60 61-64 65-68 69-72 73-76 77-80 81-84 85-88 89-92 93-96

A: Max. distance from furthest outdoor station to furthest indoor station or gateway, calculation is based on the total attenuation unit (check Table 1) For audio system, the value of A is fixed

Cable

For Video system, the value of A varies due to differtent total attenuation unit from outdoor station to the last device

Table 2-2: Max distance from furthest outdoor station to furthest indoor station (distance A)

Cable

Attenuation unit 1-5 6-10 11-15 16-20 21-25 26-30 31-35 36-40 41-45 46-50 51-55 56-60 61-65 66-70

Coax, 75-5 Ø=0.75 mm, 0.45 mm²

Video system

370 340 310 290 270 250 240 230 210 200 190 190 180 170 160 160 150 150 140 140 130 130 120 120

Audio system

600 570 540 480 430 390 350 330 300 280 260 250 230 220 210 200 190 180 170 170 160 150 150 140

Coax, 75-5

650

Coax, 75-5

470 450 430 410 390 370 350 330 310 290 280 260 240 220

RVV, Ø=1 mm, 2 x 0.75 mm²

Video system

350 320 300 270 260 240 230 210 200 190 180 170 170 160 150 150 140 140 130 130 120 120 120 110

RVV, Ø=1 mm,

610 410 230 640

RVV, Ø=1 mm,

290 280 260 250 240 230 220 200 190 180 170 160 150 130

Audio system

570 540 510 450 400 370 330 310 280 260 250 230 220 210 200 190 180 170 160 160 150 140 140 130

J-Y(ST)-Y, Ø=0.8 mm, 2 x 0.5 mm²

Video system

230 210 200 180 170 160 150 140 130 130 120 120 110 110 100 100 90 90 90 90 80 80 80 80

J-Y(ST)-Y,Ø=0.8 mm,

150 140 140 130 120 120 110 110 100 90 90 80 80 70

Audio system

370 350 340 300 270 240 220 200 190 180 170 160 150 140 130 120 120 110 110 100 100 100 90 90

J-Y(ST)-Y, Ø=0.6 mm, 2 x 0.28 mm²

Video system

130 120 110 100 100 90 80 80 80 70 70 70 60 60 60 60 50 50 50 50 50 50 40 40

J-Y(ST)-Y,Ø=0.6 mm,

130 130 120 120 110 110 100 90 90 80 80 70 70 60

Audio system

200 190 190 170 150 140 130 120 110 100 90 90 80 80 70 70 70 60 60 60 60 50 50 50

UTP 5, 2 x Two pairs, each core Ø=0.5 mm 8 x 0.2 mm²

Video system

360 330 300 280 260 240 230 220 210 200 190 180 170 160 160 150 140 140 130 130 130 120 120 110

Audio system

580 550 520 460 410 370 340 310 290 270 250 240 220 210 200 190 180 170 170 160 150 150 140 140

unit:m

UTP 5, 2 x 2pairs

unit:m

UTP 5, 2 x 2pairs

300 290 280 270 250 240 230 220 200 190 180 170 150 140

Sample project 1: big single family home with 3 outdoor stations

One big villa with 3 outdoor stations all with one 1 button. First one is video with display as reader, second one as video with keypad, without display, third one is audio only, inside the apartment, 1 x 7", and 1 audio handset. All on mode with branch line connection by a video distributor. The cable will use RVV, Ø=1mm, The cable run is estimated to be around 200 meters from outdoor station to the 7".

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Keypad module Display module(ID or IC)

External Bus--System Device

Outdoor distributor

Total consumer units for external bus 76

Internal Bus--Indoor Station

Audio handset 7" handsfree Additional consumer unit in case parallel 7" indoor

stations or 7" and 4.3" or 7" and audio in video system(Only consider the apartment with max. parallel indoor stations)

Total consumer units for internal bus 35

Total consumer units 111

System controller in video system,Total conumer units<=127

Conclusion: The power consumption is ok with one system controller. The max distance from outdoor station is 220m, so the distance is also OK.

Number( n ) Consumer

2 3 1 1

1 1

Unit ( c )

6 14 2 20

1 17

n x c n x aAttenuation

12 42 2 20

1 17

Unit( a )

0 1

Total attenuation units

Distance based on RVV, Ø=1mm,Check Table 2

0 1

B= (max. distance from system controller to the furthest indoor staion)

A= (max. distance from

outdoor station to the furthest indoor station)

200m

220m

Table 2-3: Max distance from furthest outdoor station to furthest gateway ( distance A*)

1-5 6-10 11-15 16-20 21-25 26-30 31-35 36-40 41-45 46-50 51-55 56-60 61-65 66-70

64 | ABB-Welcome

Coax, 75-5Attenuation unit

310 290 280 260 240 220 200 180 160 140 120 100 80 60

RVV, Ø=1 mm,

190 180 170 160 150 130 120 110 100 90 70 60 50 40

J-Y(ST)-Y,Ø=0.8 mm,

100 90 90 80 80 70 60 60 50 40 40 30 30 20

J-Y(ST)-Y,Ø=0.6 mm,

90 80 80 70 70 60 60 50 50 40 30 30 20 20

unit:m

UTP 5, 2 x 2pairs

200 190 180 170 150 140 130 120 100 90 80 70 50 40

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Fig.79

Big single family home with 3 outdoor stations

» System type: audio/video combined » Wiring: looping through

» Devices used: » Two camera modules » Three audio modules » One keypad module » One display module » Two cover frames, size 1/3 » One cover frame, size 1/1 » Two flush mounted boxes, size 1/3 » One flush mounted box, size 1/1 » Two outdoor distributors » One system controller » One 7” video hands-free indoor station » One audio handset indoor station » Three electric door opener (not provided by ABB)

The power consumption is fine with one system controller. The max distance from outdoor station is 220m, so the distance is also OK without amplifier

02 Planning Power consumer and distance calculation

Sample project 2: condominium with 12 apartments

One keypad OS (display is included+4pcs name plate modules) with 12 apartments, 10 apartments with 3 pcs 4.3" in each apartment and 2 apartments with 1 audio handset per apartment, one standard system controller under "one on" working mode. Branch line connection with 3pcs of video distributor (4 apartments per distributor). Cable will use J-Y(ST)-Y,Ø=0.6mm. The cable run will be around 100m from outdoor station to last indoor station.

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Keypad module Display module(ID or IC) Nameplate module

Total consumer units for external bus 46

Internal Bus--Indoor Station

Audio handset

4.3" handset & hands-free Additional consumer unit in case parallel 4.3" indoor

stations or 4.3" and audio in video system(Only consider the apartment with max. parallel indoor

stations), the system controller is set as "one on"

Internal Bus--System Devices

Video distributor

Total consumer units for internal bus 57

Total consumer units 103

One standard system controller in video system,Total conumer units<=96

Conclusion: The power consumption 96<103, so one standard system controller is not enough, and the distance is OK.

Number( n )

1 1 1 1 4

2 30

Consumer Unit ( c )

6 14 2 20 1

1 1

n x c

6 14 2 20 4

2 30

Attenuation Unit( a )

0 0

Total attenuation units

Distance based on J-Y(ST)-

n x a

Y,Ø=0.6mm, Check Table 2

0 0

B= (max. distance from system controller to the furthest indoor staion)

A= (max. distance from

outdoor station to the furthest indoor station)

60m

130m

Solution: The outdoor station is locally powered by one mini system controller

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button)

Keypad moduleNameplate module Display module(ID or IC) Nameplate module

Total consumer units for external bus 0

Internal Bus--Indoor Station

Audio handset

4.3" handset & hands-free

Additional consumer unit in case parallel 4.3" indoor stations or 4.3" and audio in video system(Only consider the apartment with max. parallel indoor stations), the system controller is set as "one on"

Internal Bus--System Devices

Video distributor

Total consumer units for internal bus 57

Total consumer units 57

One standard system controller in video system, Total consumer units<=96

Conclusion: The power consumption is ok with this solution. The max distance from outdoor station is 130m, so the distance is also OK .

Number( n )

1 1 1 1 4

2 30

Consumer Unit ( c )

0 0 0 0 0

1 1

n x c

0 0 0 0 0

2 30

Attenuation Unit( a )

0 0

Total attenuation units

Distance based on J-Y(ST)-

n x a

Y,Ø=0.6mm, Check Table 2

0 0

B= (max. distance from system controller to the furthest indoor staion)

A= (max. distance from outdoor station to the furthest indoor station)

60m

130m

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Fig.80

Condominium with 12 apartments

» System type: audio/video combined » Wiring: branch line by distributor connection

» Devices used: » One camera module » One audio module » One keypad module » Four nameplate modules » One cover frame, size 2/4 » One flush mounted box, size 2/4 » One system controller » One mini system controller » Three video distributors » Thirty 4.3” video hands-free indoor stations » Two audio handset indoor stations » One electric door opener (not provided by ABB)

One standard system controller is not enough, need to add a local power supply for outdoor station.

02 Planning Power consumer and distance calculation

Sample project 3: Condominium with 3 outdoor stations and 12 apartments

1 building with 3 video push button outdoor stations of 12 apartments, each apartment is equipped with 3x4.3" video handsfree indoor stations, all the screens should be turned on in case being called from outdoor station. The topology is going to be looping the video distributor with one supporting 2 apartments in which looping the indoor station will be uses.The cable will use J-Y(ST)-Y,Ø=0.6mm. The cable run will be around 40m from outdoor station to system controller, and 40m from system controler to last indoor station.

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Push button module(3-row or 4-row)

External Bus--System device

Outdoor distributor

Total consumer units for external bus 72

Internal Bus--Indoor Station

4.3" handset & hands-free Additional consumer unit in case parallel 4.3" indoor

stations or 4.3" and audio in video system(Only consider the apartment with max. parallel indoor staions), the system controller is set as "all on".

Internal Bus--System Devices

Video distributor

Total consumer units for internal bus 88

Total consumer units 160

One standard system controller in video system,Total conumer units<=96

Conclusion: The power consumption 96<160, so one standard system controller is not enough, and the distance is OK.

Number( n )

3 3 12

Consumer Unit ( c )

6 14 1

n x c

18 42 12

Attenuation Unit( a )

Total attenuation units

Distance based on J-Y(ST)-

n x a

Y,Ø=0.6mm, Check Table 2

B= (max. distance from system controller to the furthest indoor staion)

A= (max. distance from

outdoor station to the furthest indoor station)

50m

90m

Solution: Each of the outdoor stations are locally powered by one mini system controller

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Push button module(3-row or 4-row)

External Bus--System device

Outdoor distributor

Total consumer units for external bus 0

Internal Bus--Indoor Station

4.3" handset & hands-free

Additional consumer unit in case parallel 4.3" indoor stations or 4.3" and audio in video system(Only consider the apartment with max. parallel indoor staions), the system controller is set as "all on".

Internal Bus--System Devices

Video distributor

Total consumer units for internal bus 88

Total consumer units 88

One standard system controller in video system,Total conumer units<=96

Conclusion: The power consumption 88<96, so one standard system controller plus 3 local power supply are enough, the distance is also OK.

Number( n )

3 3 12

Consumer Unit ( c )

0 0 0

n x c

0 0 0

Attenuation Unit( a )

Total attenuation units

Distance based on J-Y(ST)-

n x a

Y,Ø=0.6mm, Check Table 2

B= (max. distance from system controller to the furthest indoor staion)

A= (max. distance from

outdoor station to the furthest indoor station)

50m

90m

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Fig.81

Condominium with 3 outdoor station and 12 apartments

» System type: video » Wiring: branch line by distributor connection » Devices used » Three camera module » Three audio module » Twelve button module, 3/6 pushbutton » Three cover frame, size 2/3 » Three flush mounted box, size 2/3 »

Two outdoor distributor

One system controller

Three mini system controller

Six video distributor

Thirty six 4.3” video hands-free indoor station

Three electric door opener(not provided by ABB) One standard system controller is not enough, and distance is ok, need to add a local power supply for each outdoor station.

02 Planning Power consumer and distance calculation

Sample project 4: residential complex with 4 entrances

4 gate stations, one is keypad with display (ID card reader), and the other is video push button modules with up to 7x4row modules, 4 buildings are looped with building gateway together with 1 guard unit, the system controller is used to feed all the above products in the common part. The max. distance from gate station to last building is around 250m. RVV, Ø=1mm, is going to be used.

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Keypad module Display module(ID or IC)

External Bus--System device

Outdoor distributor

Total consumer units for external bus 168

Internal Bus-System Devices

Guard unit

Gateway in the common part

Total consumer units for internal bus 23

Total consumer units 191

One standard system controller in video system,Total conumer units<=96

Conclusion: The power consumption191>96, so one standard system controller is not enough, and also the distance can not be met without

amplifier

Number( n )

4 4 4 4

Solution: gate stations are powered by local power supply, while like only one gate station is counted to have the consumer

units, 1 gateway as amplifier can be used in the first building

Device

External Bus--Outdoor Station

Camera module Audio module(0/1/2-row button) Keypad module Display module(ID or IC)

External Bus--System Device

Outdoor distributor

Total consumer units for external bus 42

Internal Bus-System Device

Guard unit

Gateway (line amplifier mode) Gateway

Total consumer units for internal bus 28

Total consumer units 70

One standard system controller in video system,Total conumer units<=96

Conclusion: The power consumption 70<96, so one standard system controller plus 3 local power supplies are enough, the distance can be met by a line amplifier

Number( n )

1 1 1 1

Analysis: The network system involves 5 insulated systems: 4 buildings and one in the common part. Each insulated system should be evaluated respectively. Only the insulated system in the common part will be examplified.

Consumer Unit ( c )

6 14 2 20

Consumer Unit ( c )

6 14 2 20

n x c

24 56 8 80

1581

n x c

6 14 2 20

Total attenuation units for system controller

Attenuation Unit( a )

1.5

Total attenuation units

Attenuation Unit( a )

1.5

Total attenuation units

Distance based on RVV, Ø=1mm

n x a

Check Table 2

B= Max. distance from system controller to the furthest building

A= (Max. distance from

gate station to the furthest building) (check Table 2-3)

Distance based on RVV, Ø=1mm

n x a

Check Table 2

A1=Max. distance from

gate station to the added gateway (check Table 2-3)

B= (Max. distance from system controller to the furthest building(check Table 2-1)

A2=Max. distance from the

added gateway to the furthest building(check Table 2-3)

240m

110m

120m

230m

180m

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Fig.82

Residential complex with 4 entrance

02 Planning Power consumer and distance calculation

» System type: video » Wiring: branch line by distributor connection » Devices used (common part only) » Four keypad outdoor stations, with ID card reader

Four flush mounted boxes, size 1/4

» » Three outdoor distributors » One guard unit » One system controller » Three mini system controllers » Four electric door openers (not provided by ABB)

One standard system controller is not enough, and distance is problem, need to add a local power supply for each outdoor station and a gateway in the internal bus of common part.

Sample project 5: high-rising building with 140 apartments

1 building with 2 video keypad outdoor station with display. The building has 140 apartments, with 110 apartments with one audio handset, and 28 with one 4.3" hands-freee indoor station, two last apartments with 2 x 4.3" hands-free

Step1: For the 140 apartments, check the "The mixed power solution for keypad outdoor station with display"table

Divide the 140 apartments into Four insulated systems, and "auxiliary power supply+gateway" is used for the last three insulated systems.

indoor stations/apartment. For these 2 apartments, each are

equipped with a second confirmed outdoor station before the private door. Whole system is branch line connection through

1st insulated system: 2 keypad outdoor stations with 3

gateway in the internal bus -- one standard system controller.

distributor with each supporting 4 indoor stations. System

controller is set under "all on" working mode. The cable will use RVV, Ø=1mm, the distance from outdoor station to the furthest indoor station is estimated to be 150m.

Analysis: For the140 apartments, please check the "The mixed power solution for keypad outdoor station with display" to get an easy reference.

2nd insulated system: 62 apartments(62 pcs audio indoor stations) with 16 vdieo distributors -- one standard auxiliary system controller.

3rd insulated system: 62 apartments(48 pcs audio indoor stations + 14 pcs 4.3" video handsfree indoor stations) with 16 vdieo distributors -- one standard auxiliary system controller.

For the last 2 apartements equipped with 2 second-confirmed

outdoor stations, apatment gateway should be used.

4th insulated system: 16 apartments(14 pcs 4.3" video handsfree indoor stations + last 2 apartment systems) with 4 vdieo distributors -- one mini auxiliary system controller

For 1st insulated system:

Device

External Bus--Outdoor Station

Camera module

Audio module(0/1/2-row button)

Keypad module

Display module(ID or IC)

External Bus--System Device

Outdoor distributor

Total consumer units for external bus 84

Internal Bus-System Device

Gateway

Mini system controller in video system,Total conumer units<=96

Conclusion: The power consumption 90<96, so one standard system controller is OK, and distance is also OK.

Number( n )

Total consumer units for internal bus 6

Total consumer units 90

Consumer Unit( c )

n x c

Attenuation Unit( a )

1.5

Total attenuation units

n x a

4.5

19.5

Distance based on RVV, Ø=1mm, Check Table 2

B=Max. distance from system controller to the furthest gateway

A=Max. distance from outdoor station to the furthest gateway (check Table 2-3)

320m

160m

72 | ABB-Welcome

For 2nd/3rd/4th insulated systems, the value is OK accroding to Table "the mixed power solution for keypad outdoor station with display".

Step2: For the 2 apartments with second-confirmed outdoor station, each is equipped with a mini system controller and apartment gateway.

Device

External Bus--Outdoor Station

Camera module

Audio module(0/1/2-row button)

External Bus--System Device

Gateway

Total consumer units for external bus 25

Internal Bus-Indoor Station

4.3" handset & hands-free Additional consumer unit in case parallel 4.3"

indoor stations or 4.3'"and audio in video system(Only consider the apartment with max. parallel indoor stations), the system controller is set as "all on"

Mini system controller in video system,Total conumer units<=58

Conclusion: The power consumption 50<58, so one mini system controller for each of apartment with second-conrmed outdoor station is OK

Number( n )

Total consumer units for internal bus 25

Total consumer units 50

Consumer Unit( c )

n x c

Attenuation Unit( a )

n x a

Distance based on RVV, Ø=1mm, Check Table 2

ABB-Welcome | 73

Page 38

Fig.83

High-rising building with 140 apartments

» System type: audio/video combined » Wiring: branch line by distributor connection »

Devices used

» Two keypad outdoor station » Two flush mounted box, size 1/4 » Two camera module » Two audio module, 1/2 pushbutton » Two cover frame, size 1/2 » Two flush mounted box, size 1/2 » Thirty six video distributor » One outdoor distributor » Three system controller » Five gateway » Three mini system controller » One hundred and ten audio handset » Thirty-two 4.3" video handsfree » Four electric door opener (not provided by ABB)

It is OK to use one mini system controller for each of the apartment system of the last 2 apartment with second confirmed outdoor station, distance is also OK.

02 Planning Power consumer and distance calculation

Rule to maximize the distance calculation in the common part

In the residential complexes, the actual distance from the gate station to the furthest gateway can be really long. So, by balancing the wiring topology and system total cable length, the combination of looping the gateway and looping the distributor together with auxiliary power supply in the common part can be used to maximize the distance calculation rule.

Checking the Table 2, if 3 gateways are looped through in the trunk of the common part, it can be allowed a maximum of 200m (check Table 2-3) by UTP cable for A1 (3x1.5=4.5 units), and the max. cable distance from last gateway in auxiliary power supply in the trunk to the furthest building gateway of Area6 with A2≤190m (check Table2-3) of UTP cable (2+3x1.5=6.5 units).

Fig.84

Rule to maximize the distance of cable

74 | ABB-Welcome

ABB-Welcome | 75

Page 39

02 Planning Power consumer and distance calculation

Based on Table 3-1, for audio or video keypad outdoor station whose power units value are fixed, then, the capacity for different types of indoor station are available as below:

Reverse calculation for capacity of system controller andauxiliary power supply

Based on Table 1-1 and Table 1-2, suppose after deducting the consumer units of other devices in external bus and internal bus(for example the outdoor station), the remaining power units for indoor station and video distributor(if has) in the internal bus=R. then, below Table3-1 is the reverse calculation to efficiently know the capacity of different power supply.

Table 3-1: Internal bus capacity formula for system controller and auxiliary power supply

Indoor

The

station

setting of

type

Standard

System

controller

Audio

indoor

"One On"

station

or " All on"

in audio

system

Audio

indoor

station

or 4.3"

"One On"

video

indoor

station

in video

system

"All On"

For example:

For an audio system with 1 audio outdoor station with keypad but without display(total 14+2=16 units), mini system controller is used, then

R=60-16=44 units. From above table, it can support max. 44/3=14 apartments with 3 indoors stations/apartments.

For a video system, 2 parallel outdoor stations are fed by local power supply, standard system controller is used with "one on", then R=96-

0=96 units. From the above table, it can support (96-22)/3.25=22 apartments with 3 IS/apartment, the no. of video distributor 22/4=6. with each

supporting 4 apartments.

For a video system, 1 keypad outdoor station is fed by local power supply, standard system controller is used with "all on", then R=96-0=96

units. From the above table, it can support(96-23)/2.5=29 apartments with 2 x4.3" video IS/apartment, the no. of video distributor 29/2=15 with

each supporting 2 apartments.

For a video system, 1pc push button outdoor station with 1 push button module(Total 6+14+1=21 units) is used, standard system controller is

used with "all on", then R=96 - 21=75 units. From above table, it can support (75-46)/3.5=8 apartments with 3x4.3" video IS/apartments, the no.

of video distributor =8/2=4 pcs with each supporting 2 apartments.

1 indoor station /apartment 2 indoor stations /apartment 3 indoor stations /apartment 4 indoor stations /apartment

Max. No. of apartment

R - - R/2 - - R/3 - - R/4 - -

R/1.25 R/2.5 - (R-11)/2.25 (R-11)/2.25/4 - (R-22)/3.25 (R-22)/3.25/4 - (R-33)/4.25 (R-33)/4.25/4 -

R//1.5 - R/3 (R-11)/2.5 - (R-11)/2.5/2 (R-22)/3.5 - (R-22)/3.5/2 (R-33)/4.5 - (R-33)/4.5/2

R - - (R-11)/2 - - (R-22)/3 - - (R-33)/4 - -

R/1.25 R/2.5 - (R-23)/2.25 (R-23)/2.25/4 - (R-46)/3.25 (R-46)/3.25/4 - (R-69)/4.25 (R-69)/8.5 -

R//1.5 - R/3 (R-23)/2.5 - (R-23)/2.5/2 (R-46)/3.5 - (R-46)/3.5/2 (R-69)/4.5 - (R-69)/4.5/2

R - - (R-23)/2 - - (R-46)/3 - - (R-69)/4 - -

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Table 3-2: Internal bus capacity for one standard system controller with only one keypad outdoor station

Indoor

station

type

Audio

indoor

station

in audio

system

with one

audio

keypad

outdoor

station

Audio

indoor

station

or 4.3"

video

indoor

station

in video

system

with one

video

keypad

outdoor

station

The

setting of

Standard

System

controller

"One On" or " All on"

"One On"

"All On"

1 indoor station /apartment 2 indoor stations /apartment 3 indoor stations /apartment 4 indoor stations /apartment

Max. No. of apartment

60 - - 30 - - 20 - - 15 - -

43 11 - 19 (5 - 9 3 - 4 1 -

36 - 18 17 - 9 9 - 5 4 - 2

43 11 - 13 4 - 2 1 - - - -

36 - 18 12 - 6 2 - 1 - - -

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Based on Table 3-1, for audio or video keypad outdoor station whose power units value are fixed, then, the capacity for different types of indoor station are available as below:

Table 3-3: Internal bus capacity for one standard auxiliary power supply

Indoor

The

station

setting of

type

Standard

System

controller

Audio

"One On" or " All on"

indoor

station

in audio

system

Audio

"One On" 63 16 - 30 8 - 17 5 - 10 3 -

indoor

station

or 4.3"

video

"All On 63 16 - 24 6 - 10 3 - Local power supply is recommended

indoor

station

in video

system

7" indoor

"One

station

On" or "

in video

All on"

system

1 indoor station /apartment 2 indoor stations /apartment 3 indoor stations /apartment 4 indoor stations /apartment

Max. No. of apartment

79 - - 39 - - 26 - - 19 - -

52 - 26 27 - 14 16 - 8 10 - 5

52 - 26 22 - 11 9 - 5

4 1 - 2 1 - 1 1 or 0 by looping through 1 1 or 0 by looping through

4 - 2 2 - 1

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Remark: To see the whole picture of all kinds of indoor station supported by auxiliary power supply, despite the 7" capacity is the result out of the table 1-2, it is still shown in this table. Also for 2 indoors/apartment. the result is still valid despite conflict with the result counted by Table 1-2, in which some buffer has been given.

76 | ABB-Welcome

ABB-Welcome | 77

Page 40

2pairs

UTP 5, 2 x

J-Y(ST)-

Y,Ø=0.6mm,

J-Y(ST)-

Y,Ø=0.8mm,

Table 3-4: Internal bus capacity for one mini auxiliary power supply

Indoor

The

station

setting of

type

Standard

System

controller

Audio

"One On" or " All on"

indoor

station

in audio

system

Audio

"One On" 30 8 - 12 3 - 4 1 - Local power supply is recommended

indoor

station

or 4.3"

video

"All On 30 8 - 6 2 - Local power supply is recommended Local power supply is recommended

indoor

station

in video

system

7" indoor

"One

station

On" or "

in video

All on"

system

1 indoor station /apartment 2 indoor stations /apartment 3 indoor stations /apartment 4 indoor stations /apartment

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

43 - - 21 - - 14 - - 10 - -

25 - 13 10 - 5 4 - 2

25 - 13 6 - 3

2 1 - 1 1 - - -

2 - 1 1 - 1

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

Max. No. of apartment

No. of video distributor with each supporting 4 apartments

No. of video distributor with each supporting 2 apartments

02 Planning

Quick reference

Distance range and cable type

B=From system controller to the furthest indoor station

A=From one or parallell outdoor stations to the furthest indoor station

+ 51021J

51024CF-

. +41024F

51029CF-

. +41029F

51026CF-

. +41026F

51025CF-

. +41025F

51028CF-

. +41028F

51024CF-

. +41024F

51023CF-

. +41023F

51022CF-

.+ 41022F

RVV,

Ø=1mm,

Coax, 75-5

51021CF-

Audio Outdoor Station Composed by 3-row Button Modules

Module

Nameplate

Button

Module

fed by

or mini

standard system sontroller

No. of audio outdoor station

System

controller

.+ 41021F

Audio Module Cover Frame & Flush-mounted Box

M251021P3 51021DN M251021A-. M251022A-. M251023A-.

OS modules are

system controller

The article no. of the composed

M2300

or M2301

x1 x1

selected audio module

push button module and the

Below apartment no. is composed by selected

M2301

M2300

shown in the right

M2301

M2300

51021RH 51023RH 51028RH 51026RH 51027RH51022RH 51024RH 51025RH 51029RH

* Optional to install rain hood

78 | ABB-Welcome

No.

Indoor

2.7 Easy reference for the modular outdoor station solution

The mixed power solution for pushbutton outdoor station

station

M2200.-.

Apartment No.

1-2 1-4 1 6 4 6 4 - - 1 1-2 2 3-4 650m 600m 610m 570m 410m 370m 230m 200m 640m 580m

Single Double Single Double Single Double Single Double Single Double A B A B A B A B A B

3-5 5-10 1 5 3 5 2 1 - 3 5-6 4 7-8 5 9-10 650m 540m 610m 510m 410m 340m 230m 190m 640m 520m

6-8 11-16 1 5 2 4 2 2 - 6 11-12 7 13-14 8 15-16 650m 480m 610m 450m 410m 300m 230m 170m 640m 460m

9-11 17-22 1 4 2 3 1 3 - 9 17-18 10 19-20 11 21-22 650m 390m 610m 370m 410m 240m 230m 140m 640m 370m

12-14 23-28 1 4 2 3 1 4 - 12 23-24 13 25-26 14 27-28 650m 350m 610m 330m 410m 220m 230m 130m 640m 340m

15-17 29-34 1 3 2 2 1 5 - 15 29-30 16 31-32 17 33-34 650m 300m 610m 280m 410m 190m 230m 110m 640m 290m

18-20 35-40 1 3 1 2 - 6 1 18 35-36 19 37-38 20 39-40 650m 280m 610m 260m 410m 180m 230m 100m 640m 270m

21-23 41-46 1 3 1 2 - 7 - 21 41-42 22 43-44 23 45-46 650m 250m 610m 230m 410m 160m 230m 90m 640m 240m

24-26 47-52 1 2 1 1 - 8 1 24 47-48 25 49-50 26 51-52 650m 230m 610m 220m 410m 150m 230m 80m 640m 220m

27-29 53-58 1 2 1 1 - 9 - 27 53-54 28 55-56 29 57-58 650m 210m 610m 200m 410m 130m 230m 70m 640m 200m

be locally powered. For example, for a building with 32

apartments, the 3-row single button modules are used, totally,

3 outdoor stations are required, then 2 outdoor stations can

be powered by standard system controller, and the third one

should be powered by mini local power supply.

possible with the combination of audio module with button, it

is recommended to use pure audio module with 3-row button

module. Then for example for 28 buttons, the 5 pcs of 3-row

30-32 59-64 1 2 1 1 - 10 1 30 59-60 31 61-62 32 63-64 650m 200m 610m 190m 410m 120m 230m 70m 640m 190m

33-35 65-70 1 2 1 1 - 11 - 33 65-66 34 67-68 35 69-70 650m 180m 610m 170m 410m 110m 230m 60m 640m 170m

Remarks:

1. For each of the additional parallel outdoor station , it should

button module should be used.

2.For double button outdoor station, despite techenically

ABB-Welcome | 79

Page 41

2. For each of the additional parallel outdoor station , it should than 73, as thestandard system controller can not fully cover

the required power units

be locally powered. For example, for a building with 64

apartments, the 4-rowdouble button modules are used, totally,

2 outdoor stations are required, then one outdoor station is

should be powered by mini local power supply.

Remarks:

1. * means the outdoor station should be powered by one mini

local power supply when the no. of indoor stations are more

* Optional to install rain hood

43-46 87-92 1 2 - 1* - 11 - 43-44 87-88 45 89-90 46 91-92 650m 150m 610m 140m 410m 90m 230m 50m 640m 140m

39-42 79-84 1 2 - 1* - 10 1 39-40 79-80 41 81-82 42 83-84 650m 160m 610m 150m 410m 100m 230m 60m 640m 150m

35-38 71-76 1 2 - 1* - 9 - 35-36 71-72 37 73-74 38 75-76 650m 170m 610m 160m 410m 110m 230m 60m 640m 170m

31-34 63-68 1 2 - 1 - 8 1 31-32 63-64 33 65-66 34 67-68 650m 190m 610m 180m 410m 120m 230m 70m 640m 180m

27-30 55-60 1 2 1 1 - 7 - 27-28 55-56 29 57-58 30 59-60 650m 210m 610m 200m 410m 130m 230m 70m 640m 200m

23-26 47-52 1 3 1 1 - 6 1 23-24 47-48 25 49-50 26 51-52 650m 230m 610m 220m 410m 150m 230m 80m 640m 220m

19-22 39-44 1 3 1 2 - 5 - 19-20 39-40 21 41-42 22 43-44 650m 260m 610m 250m 410m 170m 230m 90m 640m 250m

15-18 31-36 1 3 2 2 - 4 - 15-16 31-32 17 33-34 18 35-36 650m 300m 610m 280m 410m 190m 230m 110m 640m 290m

11-14 23-28 1 4 2 3 1 3 - 11-12 23-24 13 25-26 14 27-28 650m 350m 610m 330m 410m 220m 230m 130m 640m 340m

7-10 15-20 1 4 2 4 1 2 - 7-8 15-16 9 17-18 10 19-20 650m 430m 610m 400m 410m 270m 230m 150m 640m 410m

3-6 7-12 1 5 3 4 2 1 - 3-4 7-8 5 9-10 6 11-12 650m 540m 610m 510m 410m 340m 230m 190m 640m 520m

1-2 1-4 1 6 4 6 4 - - 1 1-2 2 3-4 650m 600m 610m 570m 410m 370m 230m 200m 640m 580m

Single Double Single Double Single Double Single Double Single Double A B A B A B A B A B

M2300

M2301

M2300

M2301

push button module and the

selected audio module

shown in the right

Below apartment no. is composed by selected

x1 x1

Apartment No.

M2200.-. M2300

or M2301

The article no. of the composed

OS modules are

M251021P4 51021DN M251021A-. M251022A-. M251023A-.

station

Indoor

No.

controller

System

No. of audio outdoor station

standard system sontroller

system controller

or mini

fed by

Module

Button

Nameplate

Module

Audio Module Cover Frame & Flush-mounted Box

02 Planning

Quick reference

Distance range and cable type

B=From system controller to the furthest indoor station

A=From one or parallell outdoor stations to the furthest indoor station

-. + 51021J

51024CF

41024F +

-. +

41029F

51029CF

-. +

41026F

51026CF

-. +

41025F

51025CF

2pairs

UTP 5, 2 x

J-Y(ST)-

Y,Ø=0.6mm,

J-Y(ST)-

Y,Ø=0.8mm,

Ø=1mm,

Coax, 75-5 RVV,

50m 30m- - - - -20m 20m 40m

For each one of video parallel OS, for A, below amount of distance should be subtracted.

51021RH 51023RH 51028RH 51026RH 51027RH51022RH 51024RH 51025RH 51029RH

.+ 41021F

.+ 41022F

. +41023F

. +41024F

. +41028F

. +41025F

. +41026F

. +41029F

. +41024F

+ 51021J

51021CF-

51022CF-

51023CF-

51024CF-

51028CF-

51025CF-

51026CF-

51029CF-

51024CF-

Audio Outdoor Station Composed by 4-row Button Modules

Video Outdoor Station Composed by 3-row Button Modules

Audio Module Cover Frame & Flush-mounted Box

Nameplate

Button

Module

-. +

51028CF

-. +

51024CF

-. +

51023CF

-. +

M251021A-. M251022A-. M251023A-. 51022CF

41028F

41024F

41023F

41022F

button

module and the selected audio module

Below apartment no. is composed by selected push

51022RH 51023RH 51024RH 51028RH 51025RH 51026RH 51029RH 51027RH

Optional to install rain hood

80 | ABB-Welcome

Coax, 75-5

Ø=1mm,

RVV,

Y,Ø=0.8mm,

J-Y(ST)-

Y,Ø=0.6mm,

J-Y(ST)-

UTP 5, 2 x

2pairs

A=From one or parallell outdoor stations to the furthest indoor station

B=From system controller to the furthest indoor station

Distance range and cable type

Camera

outdoor

No. of video

station fed by

standard system

System

controller

No.

Video

distributor

No.

Indoor

station

Module

sontroller or mini

system controller

Apartment No.

M251021C M251021P3 51021DN

the

modules

composed OS

The article no. of

M2304 M2300

M2231.-.

are shown in the

or M2301

M2230.-.

rightt

standard system controller.(M2300)

station in addtion to the system controller(M2301)

be locally powered. For example, for a building with 32

apartments, 2 outdoorstations are required, then one outdoor

station is powered by standard system controller, and the

second outdoor station should be poweredby mini local power

supply.

possible with the combination of audio module with button, it

is recommended touse pure audio module with 3-row button

module. Then for example for 28 buttons, the 5 pcs of 3-row

1-2 1-4 1 1 1 4 or 1* 4 or 1* 1 - - 1 1-2 2 3-4 470m 340m 290m 320m 150m 210m 130m 120m 300m 330m

3-5 5-10 1-2 2-3 1 4 3 1 1 - 3 5-6 4 7-8 5 9-10 450m 290m 280m 270m 140m 180m 130m 100m 290m 280m

6-8 11-16 2 3-4 1 3 3 1 2 - 6 11-12 7 13-14 8 15-16 450m 270m 280m 260m 140m 170m 130m 100m 290m 260m

9-11 17-22 3 5-6 1 3 2 1 3 - 9 17-18 10 19-20 11 21-22 430m 240m 260m 230m 140m 150m 120m 80m 280m 230m

12-14 23-28 3-4 6-7 1 3 2 1 4 - 12 23-24 13 25-26 14 27-28 430m 210m 260m 200m 140m 130m 120m 80m 280m 210m

15-17 29-34 4-5 8-9 1 2 2 1 5 1 15 29-30 16 31-32 17 33-34 410m 190m 250m 190m 130m 120m 120m 70m 270m 190m

18-20 35-40 5 9-10 1 2 1 1 6 - 18 35-36 19 37-38 20 39-40 410m 180m 250m 170m 130m 110m 120m 60m 270m 170m

21-23 41-46 6 11-12 1 2 1 1 7 1 21 41-42 22 43-44 23 45-46 390m 160m 240m 160m 120m 100m 110m 60m 250m 160m

24-26 47-52 6-7 12-13 1 2 1 1 8 - 24 47-48 25 49-50 26 51-52 370m 150m 230m 150m 120m 90m 110m 50m 240m 140m

27-29 53-58 7-8 14-15 1 1 1** 1 9 1 27 53-54 28 55-56 29 57-58 370m 140m 230m 140m 120m 90m 110m 50m 240m 130m

Single Double Single Double Single Double Single Double Single Double Single Double A B A B A B A B A B

30-32 59-64 8 15-16 1 1 1** 1 10 - 30 59-60 31 61-62 32 63-64 350m 140m 220m 130m 110m 90m 100m 50m 230m 130m

Remarks:

1. * means one mini system controller, others are the no. of

2. ** means the local power supply should power that outdoor

3. For each of the additional parallel outdoor station , it should

button module should be used.

4. For double button outdoor station, despite techenically

ABB-Welcome | 81

Page 42

2. ** means the local power supply should power that outdoor

3. For each of the additional parallel outdoor station , it should station in addtion to the system controller(M2301)

be locally powered. For example, for a building with 32

apartments, 2 outdoorstations are required, then one outdoor

station is powered by standard system controller, and the

second outdoor station should be powered by mini local

power supply.

Remarks:

1. * means one mini system controller, others are the no. of

standard system controller(M2300)

Optional to install rain hood

51022RH 51023RH 51024RH 51028RH 51025RH 51026RH 51029RH 51027RH

39-42 77-84 8 15-16 1 1 1** 1 10 - 39-40 79-80 41 81-82 42 83-84 350m 120m 220m 110m 110m 80m 100m 40m 230m 110m

35-38 69-76 7-8 14-15 1 1 1** 1 9 1 35-36 71-72 37 73-74 38 75-76 370m 120m 230m 120m 120m 80m 110m 40m 240m 120m

31-34 61-68 6-7 12-13 1 1 1** 1 8 - 31-32 63-64 33 65-66 34 67-68 370m 130m 230m 120m 120m 80m 110m 50m 240m 130m

27-30 53-60 6 11-12 1 2 1 1 7 1 27-28 55-56 29 57-58 30 59-60 390m 150m 240m 140m 120m 90m 110m 50m 250m 140m

23-26 45-52 5 9-10 1 2 1 1 6 - 23-24 47-48 25 49-50 26 51-52 410m 160m 250m 150m 130m 100m 120m 60m 270m 150m

19-22 37-44 4-5 8-9 1 2 1 1 5 1 19-20 39-40 21 41-42 22 43-44 410m 170m 250m 160m 130m 110m 120m 60m 270m 160m

15-18 29-36 3-4 6-7 1 3 2 1 4 - 15-16 31-32 17 33-34 18 35-36 430m 190m 260m 180m 140m 120m 120m 70m 280m 190m

11-14 21-28 3 5-6 1 3 2 1 3 - 11-12 23-24 13 25-26 14 27-28 430m 210m 260m 200m 140m 130m 120m 80m 280m 210m

7-10 13-20 2 3-4 1 3 3 1 2 - 7-8 15-16 9 17-18 10 19-20 450m 250m 280m 240m 140m 160m 130m 90m 290m 240m

3-6 5-12 1-2 2-3 1 4 3 1 1 - 3-4 7-8 5 9-10 6 11-12 450m 290m 280m 270m 140m 180m 130m 100m 290m 280m

1-2 1-4 1 1 1 4 or 1* 4 or 1* 1 - - 1 1-2 2 3-4 470m 340m 290m 320m 150m 210m 130m 120m 300m 330m

Single Double Single Double Single Double Single Double Single Double Single Double A B A B A B A B A B

M2231.-.

M2230.-.

Apartment No.

station

No.

Indoor

02 Planning Quick reference

M2304 M2300

or M2301

composed OS

modules

the

M251021C M251021P4 51021DN

The article no. of

M251021A-. M251022A-. M251023A-. 51022CF

are shown in the

rightt

Below apartment no. is composed by selected push

system controller

module and the selected audio module

button

41022F

-. +

51023CF

41023F

-. +

51024CF

41024F

-. +

51028CF

41028F

-. +

distributor

Video

No.

controller

System

sontroller or mini

standard system

station fed by

No. of video

outdoor

Camera

Module

Button

Nameplate

Module

Audio Module Cover Frame & Flush-mounted Box

Video Outdoor Station Composed by 4-row Button Modules Distance range and cable type

The mixed power solution for keypad outdoor station with display

Building <=250 apartments

Apartment No. =Indoor station No.

Audio system with audio keypad outdoor station with display --- without auxiliary power supply A B A B A B A B A B

1-24 - 2 24 - - - - - - - - - 650m 390m 610m 370m 410m 240m 230m 140m 640m 370m

25-60 - 1 60 - - - - - - - - - 650m 210m 610m 200m 410m 130m 230m 70m 640m 200m 61-96 - 1* 96 - - - - - - - - 650m 140m 610m 130m 410m 90m 230m 50m 640m 140m

Audio system with audio keypad outdoor station with display --- for auxiliary power supply B B B B B

Audio system with audio keypad outdoor station with display --- with auxiliary power supply A1** B A1** B A1** B A1** B A1** B

97-158 - 2 - - 79 - 79 - - - - - 650m 170m 610m 160m 410m 100m - - 640m 160m 159-237 - 2 - - 79 - 79 - 79 - - - 650m 170m 610m 160m 410m 100m - - 640m 160m 238-250 - 2 13 - 79 - 79 - 79 - - - 650m 170m 610m 160m 410m 100m - - 640m 160m

Video system with video keypad outdoor station with display, indoor station is 4.3 video handset/hands-free or audio handset.---without auxiliary power supply

9 3 2 9 3 - - - - - - - - 390m 310m 240m 300m 120m 200m 110m 110m 250m 300m 10-43 11 1 43 11 - - - - - - - - 390m 170m 240m 160m 120m 110m 110m 60m 250m 160m 44-76 19 1* 76 19 - - - - - - - - 330m 120m 200m 110m 110m 80m 90m 40m 220m 110m

Video system with video keypad outdoor station with display, indoor station is 4.3 video handset/hands-free or audio handset.---for auxiliary power supply

- - - - - 63 16 - - - - - - - 140m - 130m - 90m - 50m - 130m

Video system with video keypad outdoor station with display, indoor station is 4.3 video handset/hands-free or audio handset---with auxiliary power supply

77-103 26 1 40 10 63 16 - - - - - - 240m 140m 150m 130m 80m 90m 150m 130m

104-126 32 2 - - 63 16 63 16 - - - - 260m 140m 160m 130m 80m 90m - - 170m 130m

127-189 48 2 - - 63 16 63 16 63 16 - - 260m 140m 160m 130m 80m 90m - - 170m 130m 190-250 63 2 - - 63 16 63 16 63 16 61 16 240m 140m 150m 130m 80m 90m - - 150m 130m

Remarks: * means the outdoor station(s) are all fed by local power supply, and the power of system controller is used purely to power the indoor stations. Please be noted that the total cable length of the system should be less than 800 meters. **means the Max. distance from futhest outdoor station to the furthest indoor station/gateway under one auxiliary power supply. Unit:m

In case each building should be connected into a residential complexes, a building gateway with 5 consumer units should be considered, which will

result in:

1) 5 less audio indoor station in audio system for the standard system controller. Eg. A max. of 55 audio indoor stations with 1 audio keypad outdoor station can be powered by one system controller plus a building gateway.

2) 4 indoor stations and 1 video distributor in video system for the standard system controller. Eg. A max. of 72 video indoor stations with 18 video distributors and 1 video keypad outdoor station(fed by mini local power supply) can be powered by one system controller

In case several auxiliary power supplies or several standard system controller with building gateway are used, if possible, it is recommended to power

the same amount of devices for each auxiliary power supply or system controller.

Standard System Controller

Total

How many OS fed by standard system controller

Apartment No. with 1indoor station/ apartment

distributor No.

- - - 79 - - - - - - - - 170m - 160m - 100m - 60m - 160m

How many distributor

1st Standard Auxiliary Power Supply

How many

apartment.

distributor with 1indoor station/ apartment

2nd Standard Auxiliary Power Supply

How many apartment. with 1indoor station/ apartment

How many distributor

3rd Standard Auxiliary Power Supply

How many

apartment.

distributor with 1indoor station/ apartment

4th Standard Auxiliary Power Supply

How many

apartment.

distributor with 1indoor station/ apartment

Fig.58 Fig.59

Fig.85

Cable type and distance A:Max. distance from outdoor station to the furthest indoor station A1:Max.distance from outdoor station to the furthest gateway B: Max. distance from furthest system controller to the furthest indoor station

Coax, 75-5 RVV,

A B A B A B A B A B

A1** B A1** B A1** B A1** B A1** B

Ø=1 mm,

B B B B B

J-Y(ST)-Y, Ø=0.8 mm,

J-Y(ST)-Y, Ø=0.6 mm,

UTP 5, 2 x 2pairs

For each one of video parallel OS, for A, below amount of distance should be subtracted.

50m 30m- - - - -20m 20m 40m

51021J

Coax, 75-5 RVV,

Ø=1mm,

Y,Ø=0.8mm,

J-Y(ST)-

Y,Ø=0.6mm,

J-Y(ST)-

UTP 5, 2 x

2pairs

51025CF

41025F

-. +

51026CF

41026F

-. +

51029CF

41029F

-. +

41024F +

51024CF

-. +

A=From one or parallell outdoor stations to the furthest indoor station

B=From system controller to the furthest indoor station

For building with more than 250 apartments, it can be handled by using gate station as the apartment outdoor station, and splitting the whole building into several sections with section connected by one building gateway .

Building <=250 apartments

Total apartment No. =Indoor station No.

251-315 80 2 - - 63 16 63 16 63 16 63 16 63 16 - -

316-378 96 2 - - 63 16 63 16 63 16 63 16 63 16 63 16

Total distributor No.

Standard System Controller

How

Apartment

many OS

No. with

fed by

1indoor

standard

station/

system

apartment

controller

How many distributor

1st Building Gateway+ Standard System Controller

How

many

apartment.

distributor with 1indoor station/ apartment

2nd Building Gateway+ Standard System Controller

How

many

apartment.

distributor with 1indoor station/ apartment

Fig.7

3rd Building Gateway+ Standard System Controller

How

many

apartment.

distributor with 1indoor station/ apartment

4th Building Gateway+ Standard System Controller

How

many

apartment.

distributor with 1indoor station/ apartment

5th Building Gateway+ Standard System Controller

How

many

apartment.

distributor with 1indoor station/ apartment

6th Building Gateway+ Standard System Controller

How

many

apartment.

distributor with 1indoor station/ apartment

Cable type and distance A1: The max. distance from outdoor station to the furtherst gateway B: Max. distance from furthest stem controller to the furthest indoor station

Coax,

R VV,

J-Y(ST)-

75-5

Ø=

Y,Ø=

1mm,

0.8mm,

A1 + B A1 + B A1 + B - A1 + B

240m

150m

130m

150m

130m

80m

90m

80m

90m

140m

240m

140m

Y,Ø=

0.6mm,

UTP 5, 2 x 2pairs

General Remarks :

In case more keypad outdoor stations are needed, each additional outdoor station should be powered by local power supply, the distance will

impacted. In case one video distributor does not support 4 indoor stations, please base on one standard auxiliary power supply can feed total 79 units to count

the capacity (84-5 units of gateway) For example it can be 52 indoor stations plus 26 video distributors with one supporting 2 indoor stations. In case parallel indoor stations are present, please base on the power consumer units calculation rule to count the capacity in Table 1 and Table 2.

150m

130m

150m

130m

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Fig.84

Keypad outdoor station solution example: One building with 3 keypad video outdoor station with display, total 240 apartments, each auxiliary power supply with 60pcs 4.3" hands-free indoor station

03 Installation

Following is general information for the installation of an ABB Welcome system in new and existing buildings. The installation of flush-mounted and surface-mounted devices as well as MDRC units and Kit is described in detail in the operating manuals of the devices. There will have video describing the installation in more detail.

Installation instructions for new buildings

The following should be ensured when setting up a reliable, simple, economical and future-oriented Welcome system:

Despite many kinds of cables are workable for the Welcome system, the distance subjects to the type of cable used, please check the page 64 to select the correct cable to the given project.

For small systems: Looping the internal bus from device to device is recommended.

For high rising building: setup of a structure with a rising mains is recommended.

For small networked system. Looping trunk line from one villa/building to next villa/building through gateway is recommended. If two or more trunk lines are provided, many internal bus lines can be used. But please pay attention to the distance restraint of this topology to keep the sum of the wiring distance smaller than 800 meters.

For big networked residential complex.

Branch line connections for the trunk line is recommended by gateway plus video distributor is recommended.

Please check chapter 2 for the distance and capacity for all above mentioned scenarios.

Welcome audio system should make later conversion to video easy. The conversion includes the exchange of at least one audio outdoor station with a video outdoor station and at least one audio indoor station with a video indoor station. The system controller needn't not be replaced. However, if the total power consumption of the conversed system exceeds the capacity of the original system controller, additional bus power supply(gateway + system controller) should be put in the bus.

For branch connections in the system, video distributors must be installed for the conversion. This is very important, If not, the conversion will become very time-consumping, as even the exchange of one audio indoor station with one video indoor station will require a total change of the original node connection into branch line connection by video distributor. These are not required in the internal bus – if it is looped from device to device. The setting of the terminal resistors of the system must be checked after the conversion. (see page 55-58)

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03 Installation

Installation instructions for modernization

The modernization of a building is an ideal opportunity for replacing an existing door entry system with a Welcome system within the design of the other electrical installations.

Here, as a rule – independent of the type of wiring of the old system (pure bell system, system with "1+n“ technology or comparable systems with 2-wire bus technique) – existing lines can be used. In case of existing cable material a possible reduction of the transmission range is to be checked.

Conversion of old bell systems in one-family houses to Welcome

Available:

» At the door: one button » Indoors: one door bell » In the sub-distribution: one transformer for the door bell and

the name plate

The conversion of the bell system in a one-family house to Welcome system is easy if a cable is available from the front door to the distribution and a cable from the distribution into the building, e.g. in the hallway. This layout is used by the system controller, outdoor station and indoor station.

The conversion of old bell and intercom systems to ABBWelcome ("1+n" technique, with coaxial cable for video if necessary) The multifamily house has available:

» At the door: bells (with "1+n" wiring) + loudspeakers /

microphones

» Indoors: in each apartment, one indoor station

with door bell and a button for opening the front door

» In the sub-distribution: one bell transformer for

the buzzer/electronic door opener, one transformer for the house telephones

For systems with "1+n" wiring as rising mains installation with branch connections to the indoor stations only two wires are required from the multi-wire cable. The indoor stations of the ABB-Welcome system are also connected to the rising mains via the branch line. For a video system one indoor FM video distributor should be installed in the branch box.

Fig.86

This enables buildings with only a bell system to be retrofitted with audio or video system.

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Fig.86

Conversion of "1+n"system to Welcome (Including audio system and video system)

03 Installation

Existing“1+n" system

Installation of the outdoor stations

The composition process from modules into an outdoor station is screwless and convenient. The direction to snap the module should be heeded. A "click" sound will be heard when the module is well placed. The installation video is available to see the whole process.

Fig.87

For all outdoor stations an installation wall box is available for flush-mounting. The rainy hood serves as surface-mounting box as well as the device to protect dirt, water or snow falling on the camera lens. Flush-mounting is suitable for all types of walls, whether rendered, clinker or cavity wall. because the installation box has a full perimeter frame. For flush-mounting in a cavity wall (thickness between 2 and 25 mm), the glass glue or similar adhesive material is recommended to seal and adhere the flush box and wall.

Fig.88

In case a 10-module frame and box are not enough for the actual application, the conjunction by 3 or more 4-module frame and flush box by jointing fixture is possible. However, the rainy hood is only available 3 pcs of 4-module frames in horizontal connection.

Fig.89

For dismantling the end strip, a distance of 1 cm should be kept to the right of the outdoor station.

Fig.90

The camera has a large detection angle . The view area can be manually adjusted by a simple tool with range of +15 ,-15 at all direction.

Fig.91

Note: The camera of the video outdoor station

should not face powerful light sources, such as street lights. This should be taken into consideration when choosing the correct position for mounting. Lamps in the entrance area should uniformly illuminate the face of the visitor. The recommended installation height is 1.50 m. This optimally captures persons of average body size. Bright or backgrounds with a deep contrast should be avoided. It could reduce the quality of the picture.

88 | ABB-Welcome

Conversion for audio system Conversion for video system

Fig.87

Composition of outdoor station Flush-mounting box installation

Fig.88

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Fig.89

The conjunction of 3 pcs of 4-moudle outdoor stations

03 Installation

Fig.90

The distance zones for the installation of the outdoor station

Installation of indoor stations

The Welcome audio indoor station and video 4.3" handset indoor station and 7" video handsfree indoor station are easy to install as a surface mounted device with the aid of the enclosed mounting frame. The devices can also be mounted on a commercially available VDE or Italian( or equirement) flush

Fig.92

mounted wall box.

Fig.93 Fig.94

The 4.3" video hands-free indoor station can be installed in the design of 5 various easily changeable color frames so to comply with or contrast the decoration color in an apartment. Both surface mounted and flush mounted are possible. For surface mounted, the device can be mounted on VDE/ Italian( or equirement) flush mounted wall box. For the flush mounted version, a metal flush box is recommended to ensure the efficient and sleek installation. For flush-mounting in a cavity w a l l (thickness between 0.2 and 2.54cm),a cavity wall mounting set consisting of mounting anchors is available.

Fig.95

Note: In order to enable disabled people to use and set video

handsets, we recommend an installation height of 120-125 cm.

Additional information is contained in the operating manuals. The associated QR codes are listed starting from page 106.

Installation of system devices

Recommendation: All MDRC units should be mounted in the central distribution of the building. This can be fixed depending on the size of the building and topology selected.

Fig.96

For example, when installing an auxiliary power supply in the sub-distribution of the apartment, for connecting the devices.

The ABB-Welcome indoor video distributor is suitable for mounting in rising mains below a door bell button in a deep flush-mounted wall box.

Fig.97

Fig.91

Mechanical adjustment and detection angle of camera

90 | ABB-Welcome

Fig.92

Surface mounted and desktop of 7” video hands-free indoor station

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Fig.93

Surface mounted and desktop of 4.3" video handset indoor station

Fig.94

Surface mounted and desktop of audio handset indoor station

Fig.95

Surface mounted, desktop mounted and flush mounted of 4.3’’ video hands-free indoor station

04 Commissioning

Commissioning

Well-prepared for everything. Several settings need to be made

prior to the installation of a Welcome system. These can be carried out by the electrical installer already at the factory, so that the devices can be directly installed at the customer's premises.

Fig.96

Mounting of the MDRC devices

Setting the address of the outdoor station:

The allocation to one of the nine inputs of the Welcome system is made at the outdoor stations and the associated switch actuators for lock and light via the setting of the address.

Here the rotary knob house/outdoor is set on an address between 1 and 9. The knob is located at the rear of the outdoor station.

Fig.98

Rotary knob for setting the address of an outdoor station

Fig.98

Setting the button sounds on/off:

At the outdoor stations the acoustic feedback signal is switched on and off via the "TT" button sounds switch when a push button is pressed. The switch is located at audio module of outdoor station.

Fig.97

Mounting of the video distributor

92 | ABB-Welcome

Address: Address of outdoor station

TT: Button sounds(ON=active)

S/D: Single or double button for one row(ON=double buttons)

MODE: Working mode of 1st/ 2nd button

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04 Commissioning

Overview of the different setting options

Device Setting Note

ABB-Welcome outdoor station Address of the outdoor station

Button sounds on/off

Single or double button for one row

"MODE"switch for 1st/2nd button

Volume from indoor station to outdoor station

Setting of door lock release time

Setting of the video signal format

ABB-Welcome indoor station Address of the indoor station

Only if several outdoor

Setting of the default outdoor station stations are used in the one

system

Setting of the master indoor station

Setting of the terminal resistor

ABB-Welcome system controller Setting of the system working mode "One on "or "All on"

ABB-Welcome gateway Address of gateway

Setting of the working mode of gateway

Setting of the terminal resistor

ABB-Welcome switch actuator Address of switch actuator

Setting of working mode of switch actuator

Setting of the terminal resistor

Setting of the door opener time and light time

ABB-Welcome video distributor Setting of the terminal resistor

ABB-Welcome guard unit Address of guard unit

Setting of the standard outdoor

Setting of the master guard unit

Setting of the terminal resistor

Setting the single or double button for one row

Fig.99

In case the push button is present on the outdoor station, once the single or double buttons for one row is set on "S/D" switch, all the push button modules on the outdoor station will behave the same manner, either one button for each of all the button modules or double buttons for each of all the button modules

Setting the "MODE" switch for 1st/2nd button

Fig.100

For each row of push button, both in single button and double buttons scenarios, 4 modes are possible to set the function of first and second button. When switching the light is desired, the switch actuator is needed to enable the function.

Setting of indoor station->outdoor station volume

The volume from all the indoor stations to outdoor station during communication can be set on the sliding switch in case the outdoor station is installed in the noisy area.

Setting of door lock release time

This setting determines the operating period of the door lock (from one to ten seconds).

Setting of the video signal format

Fig.101

The setting allows selection of the standard of the video signal of the system, either PAL or NTSC. PAL Standard video 50 Hz NTSC Standard video 60 Hz The jumper is located on the back of the camera module.

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S/D 1

S/D 2468135

ON MODE

S/D 1

ON MODE

S/D 1

ON MODE

S/D 1

ON MODE

S/D 1

Fig.99

1. Setting of single button

04 Commissioning

2. Setting of double button

Fig.100

Setting of mode for 1st and 2nd button

1. Setting of not extra function

2. Setting of lighting

Setting the address of the indoor station:

Fig.102

At the indoor stations the apartment is assigned via the setting of the address. Up to 250 apartments can be addressed within a Welcome system.

For handset indoor station, the address of an indoor station (e.g. "024") is set with the aid of the jumpers "X100","X10" and "X1" at the indoor stations, where "X100" specifies the hundreds digit (here "0"), "X10" the tens digit (here "2") and "X1" the units digit (here "4"). The jumpers are located at the rear or outside of the indoor stations.

For 4.3" hands-free indoor station, the address of an indoor station (e.g."024") is set with the aid of the rotary knobs & dip-switches "X200","X100","X10" and "X1" at the indoor stations, where "X200" & "X100" specifies the hundreds digit (here "off"), "X10" the tens digit (here "2") and "X1" the units digit (here "4").

Attention that, for 7" hands-free indoor station, if address is more than 99, the setting must be done when entering system setting and "X10" & "X1" is set as "0".

Setting of the "default outdoor station"

For several outdoor stations in a Welcome system the “default outdoor station" must be set at the indoor stations and guard unit. Here the rotary knob STATION is set on the address of the standard outdoor station – between 1 and 9. For handset indoor station, the setting is done with the aid of jumper. The rotary knob or jumper is located at the rear or outside of the indoor stations.

Setting of the master indoor station

In each apartment the switch "M/S" must be activated at one indoor station. This means "M/S=ON". For additional indoor stations in the apartment the switch here must be on "M/S=OFF". The master/slave setting is on all indoor stations as well as guard unit. The switch is located at the back of the indoor stations and guard unit.

Setting of the terminal resistor

The terminal resistor "RC" in Welcome audio systems is always switched to "RC=OFF". For video systems, the terminal resistors are to be switched to "RC=ON" for the last devices of a branch and to "RC=OFF" for all others.

3. Setting of call guard unit 4. Setting of both call guard unit and lighting

Fig.101

Setting of video signal format.

Fig.102

1. Setting of 4.3" video handset indoor

3. Setting of 4.3" video hands-free indoor

The terminal resistors are set via the switch "R/C" on all indoor stations as well as guard unit, video indoor distributors, switch actuator and gateway.

2. Setting of audio handset indoor station

4. Setting of 7" video hands-free indoor

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04 Commissioning

Setting of the system controller working mode "One on" or "All on"

Fig.103

System working mode "One on" or "All on" is controlled by system controller. If in "One on" mode, when there's an incoming call, all indoor stations in the same apartment ring together, but only master indoor station switches on screen. If in "All on" mode, when incoming call, all indoor stations in the same apartment ring and switches on screen together. (refer to illustration on page 36)

All indoor stations which are powered by the same system controller follow this rule.

Setting the "MODE" for gateway

Fig.104

At the gateway, the building no. or apartment no. is assigned via the setting of the address according to different working mode of gateway. 5 modes are possible to set the function of gateway.

» Building gateway (MODE:1->OFF, 2->OFF, 3->OFF)

-Enable one building as an independent subsystem( outdoor station/guard unit can be connected), support up to 60 such systems within the whole system.

Refer to page 41.

» Floor gateway (MODE:1->OFF, 2->OFF, 3->ON)

-Enable multi-apartments as an independent subsystem ( another outdoor station can be connected, for example in

front of the door of floor with multi-apartments). Refer to page 42.

» Apartment gateway (MODE:1->OFF, 2->ON, 3->OFF)

- Enable one apartment as an independent sub-ystem(2nd confirmed outdoor station can be connected), support up to 99 such systems within the whole system. Refer to page 44

» Additional power supply mode (MODE:1->OFF, 2->ON, 3- >ON).

- Enable a system controller to provide additional power

source for system. Refer to page 44.

» Line amplifier (MODE:1->ON, 2->OFF, 3->OFF)

- Strengthen the video signal and extend transmission

distance. The increased distance please refer to Page 44.

Setting the address of the gateway

At the gateway, the building no. or apartment no. is assigned via the setting of the address according to different working modes of gateway.

Building gateway - the address is equal to the riser number. Floor gateway - address is equal to the minimum

address of the indoor station inside the sub-system.

Fig.105

Apartment gatewy - address is equal to the apartment

number. There is no need to set address for auxiliary power supply and line amplifier.

Setting the "MODE" for switch actuator

Fig.106

3 modes are possible to set the function of switch actuator.

» Call repetition (MODE:2->OFF, 3->OFF)

Switch actuator is enabled upon an incoming call to control an external bell or light. The device is disabled after the call is answered or after a customized time out (adjusted from 1 to 30 seconds).

» Door opener (MODE:2->OFF, 3->ON)

Switch actuator is enabled by pressing unlock button of indoor stations / guard units, to release a lock connected. The device is disabled after a customized time out (adjusted from 1 to 10 seconds).

» Time relay (MODE:2->ON, 3->OFF)

Switch actuator is enabled by pressing program button of indoor stations/ guard units or light button of outdoor station in the same sub-system, to release a lock connected or switch on a light. The device is disabled after a customized time out (adjusted from 1 second to 5 minutes). Please refer to page 48 for the illustration of above function.

Setting the address of the switch actuator

The address of the switch actuators is associated with the outdoor station or indoor station which controls the actuator. Up to 199 switch actuators can be addressed in one system.

Fig.103

Setting of working mode on system controller/ mini system controller Setting of gateway for different working mode

Fig.104

The address of a switch actuator (e.g. "001") is set with the aid of the rotary knobs & dip-switch "X100","X10" and "X1", where "X100" specifies the hundreds digit (here "off"), "X10" the tens digit (here "0") and "X1" the units digit (here "1").

Fig.107

Setting the address of guard unit

The commissioning of guard unit is same as 4.3” video handset indoor station, except the valid address for guard is only 9.

Fig.108

User can use the USB connector for the connection to the PC: download/upload the configuration. e.g. download the contact lists.

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Fig.105

Setting address of floor gateway

Setting the IP-Gateway & APP

The IP-Gateway is be configured by the PC, which is connected in the same network with IP-Gateway by a router. User can set the address of the associated indoor station with the IP-Gateway, also the default outdoor station address, and others. Meanwhile, user can set the different permission of each paired APP in the “APP Management” menu.

Fig.110

Fig.109

Also, firmware update, data and time setting, configure ComfortTouch and others can be done by the web browser.

Fig.109

Fig.106 Fig.107

Setting mode of switch actuator

Fig.108

Setting address of switch actuator

Setting the address of guard unit

Fig.110

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05 Operation

Operation

Always intuitively correct. ABB-Welcome system makes this

possible from the very first contact. Because the eyes, hands and ears quickly orient themselves. In this way the intelligent system fulfills individual wishes and requirements.

Operating the outdoor and indoor stations

The outdoor and indoor stations are operated intuitively. Familiar style elements and easy-to-understand icons are used. For the 7" all touch and 4.3" hands-free and 4.3" handset indoor station, the menu structure is used. The functions of all devices are described in the respective operating manuals, which can be scanned from the QR code either from the quick guide or from the screen of the device under "information".

System behavior

Optional connection activation.

The advanced technology of Welcome system offers the user a large variety of options. A connection can be established by ringing the button at the second-confirmed outdoor station or apartment outdoor station or gate station. Or it can be established at the indoor station by switching on the microphone and/or the camera of the outdoor station. A connection lasts at most two minutes after which it is automatically terminated.

station(second-confirmed outdoor station, apartment outdoor station, gate station or guard unit) always have a higher priority than the connections that are established between two indoor stations-intercom. This means that an existing intercom will be interrupted as soon as the bell is rung from outdoor station.

» In case an existing connection between outdoor station and

indoor station is established, a new connection(intercom) will not be established, however, an occupied status of the system is displayed at the indoor station

Simultaneous connection and setting.

To achieve a comfortable user experience, the door bell button can be rung irrespective of an existing connection between outdoor station and indoor station or between one indoor station and the other indoor stations. In the case of parallel indoor stations in the same apartment, all indoor stations will ring at the same time for the door bell. A third indoor station in the building can be still under setting without interrupting the door bell and existing connection.

Fig.111

Fig.112

Simultaneous connection and setting.(1+1+1) .

A maximum of one apartment is being called(can be the connection between outdoor station and indoor station, or the indoor station and the other indoor station), one apartment is rung by door bell button, and one indoor station is under setting at the same time.

Apartment 4: During the moment all other three apartments are under simultaneous working, no activity can be done

Apartment 2: Connection between outdoor station and indoor station, or intercom

Apartment 3: Connection between both indoor stations and door bell button

Apartment 1: Setting can be operated at one indoor station, the other indoor station is idle.

Connection priority.

To guarantee that no call of a visitor is missed at an outdoor station, the following simple rule applies.

» Connections that are established at the outdoor

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Overview of product range

06 Overview of product range

Camera module

Features

» Scratch and fire resistant finish » Video camera with large detection angle (H 86°,V 67°, D

104°) and manually mechanical adjustment (H ± 15°, V ± 15°)

» Anti-fog design with in-built heater » Built-in infrared lighting ensures clear picture at night » Secret "surveillance" enables users to surveil one area

through the camera of the outdoor station, whose backlight

will not be switched on

» Optional to connect one additional output of camera for

surveillance inside the video indoor station

» Optional to choose the standard of the video signal, either

PAL or NTSC (according to the local power frequency) for clear video quality

Audio module

Features

» 1 output for door opener without the need of additional

power supply

» 1 output for floating output, door opener (30V AC/DC 1A) » 1 input for door status check » 1 input for exit pushbutton » 2 options: aluminum brush and white coating » 4 options of functions: audio without pushbutton,

audio with 1 row of pushbutton, audio with 2 rows of

pushbuttons, audio without pushbutton but with speech

synthesis

» 3 led indications: call established / system busy,

communication possible, door unlocked

» Adjustable feedback ringtone of pushbutton » Adjustable lock release time » Adjustable speaker volume » Integrated optic sensor for day/night mode » Mode setting for the first/second button as switch on

lightings, call indoor station or call guard unit

» Mode setting for pushbutton as single column or double

columns

Pushbutton module

Features

» Two options of article: 3 rows and 4 rows » Two options: single column or double columns » Extractable nameplate by tool without the need to

disassemble the panel

» Backlight ensures clear visibility at night » UV resistant

Keypad module

Features

» Name scrolling by up and down or by inputting letters of

the calling name (display must be accompanied, sorting is progressive upon inputting next letter of name)

» The calling code can be numbers only or the combination

of numbers and letters

» Call can be activated automatically or by pressing after

inputting code

» Download name directory from PC or directly enter to edit

from the keyboard

» Up to 3,000 names » Public password and up to 6,000 customized passwords

are allowed

» Repeatedly inputting wrong password will be locked » Password can be set with 6~8 digits » Calling code can be set with 1~6 digits » Call guard unit is available » Backlight ensures clear visuality at night

Technical data

» Waterproof: IP 54, vandal proof: IK 07. » Operation temperature: -40 °C – +70 °C; -40 °F – 158 °F » Bus voltage: 20-30 VDC

QR code service

104 | ABB-Welcome

Technical data

» Waterproof: IP 54, vandal proof: IK 07. » Operation temperature: -40 °C – +70 °C; -40 °F – 158 °F » Power supply, door opener (Lock-GND): 18 V 4 A

impulsive, 250 mA holding

» Floating output: door opener (COM-NC-NO): 30 V

AC/DC,1 A

» Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

QR code service

Technical data

» Waterproof: IP 54, vandal proof: IK 07 » Operation temperature: -40 °C – +70 °C; -40 °F – 158 °F » Bus voltage: 20-30 VDC

QR code service QR code service

Technical data

» Waterproof: IP 54 vandal proof: IK 07 » Operation temperature: -40 °C – +70 °C; -40 °F – 158 °F » Bus voltage: 20-30 VDC

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06 Overview of product range 06 Overview of product range

Display module

Features Features

» 2 options for in-built RFID proximity reader: ID card and IC

card

» Wiegand output available » Up to 3000 different cards » Register and delete cards locally in setting menu » Different feedback sounds when accepting or rejecting the

reading card

» Customized message is programmable » Withstand down to -40 °C

Nameplate module

» It can be used to hold the address of the building or the

resident directory for keypad outdoor station, or simply to complete the module within the cover frame

» Backlight ensures clear visibility at night

7" video hands-free indoor station

Features

» Large 17.8 cm (7") color display with intuitive touch

control

» 6 touch film buttons for communication, unlocking, mute,

programmable button (can be set as intercom, call guard unit, etc.), surveillance and setting

» During resident's absence, voice message of the resident

will be played automatically in case of door calls, and 3 pictures of the visitor will be automatically stored

» The no. of pictures that can be stored is decided by the

capacity of the SD card (not provided)

» Call transfer among different apartments and guard unit is

available

» Doctor function for automatic unlock » 5 ringtones for different call sources, i.e. from default

outdoor station, secondary outdoor station, door bell,

intercom or guard unit

» Send SOS alarm to guard unit in emergency » Surface mounting and desktop mounting » The detailed user manual can be downloaded though

scanning the QR code on the screen

4.3" video hands-free indoor station

Features

» 4.3" color display with OSD » 6 touch film buttons for communication, unlocking, mute,

programmable button (can be set as intercom, call guard unit, etc.), surveillance and setting

» 2 pictures of the visitor will be automatically stored in the

picture memory for door calls during resident's absence

» The no. of the pictures is up to 60 pcs » Call transfer among different apartments and guard unit is

available

» Doctor function for automatic unlock » 5 ringtones for different call sources, i.e. from default

outdoor station, secondary outdoor station, door bell,

intercom or guard unit

» Broadcast by simply long pressing the communication

button

» Surface mounting, flush mounting and desktop mounting » The detailed user manual can be downloaded though

scanning the QR code on the screen

Technical data

» Waterproof: IP54, vandal proof: IK07 » Operation temperature: -40 °C – +70 °C; -40 °F – 158 °F » Bus voltage: 20-30 VDC

QR code service QR code service

106 | ABB-Welcome

Technical data

» Waterproof: IP54, vandal proof: IK07 » Operation temperature: -40 °C – +70 °C; -40 °F – 158 °F » Bus voltage: 20-30 VDC

Technical data

» Display resolution: 800 x 480 » Display size: 7" » Operating temperature: -10 °C - +55 °C;14 °F – 131 °F » Protection: IP 30 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

QR code service QR code service

Technical data

» Display resolution: 480 x 272 » Display size: 4.3" » Operating temperature: -10 °C - +55 °C;14 °F – 131 °F » Protection: IP 30 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

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06 Overview of product range 06 Overview of product range

4.3" video handset indoor station

Features

» Slim indoor station with handset (depth of 45 mm) » 4.3" color display with OSD » 6 touch film buttons for communication, unlocking, mute,

programmable button (can be set as intercom, call guard unit, etc.), surveillance and setting

» 2 photos of the visitor will be automatically stored in the

picture memory for door calls during resident's absence

» Up to 25 photos » Call transfer among different apartments and guard unit is

available

» Doctor function for automatic unlock » 5 ringtones for different call sources, i.e. from default

outdoor station, secondary outdoor station, door bell,

intercom or guard unit

» Surface mounting and desktop mounting » The detailed user manual can be downloaded through

scanning the QR code on the screen

Audio handset indoor station

Features

» 1 easy pushbutton for unlock, and 2 additional buttons for

self setting functions, e.g. intercom, door status check,

second lock release or even calling the security guard, etc

» Max-mid-mute volume adjuster on the side » 2 LEDs to indicate different working status » 5 ringtones for different call sources, i.e. from default

outdoor station, secondary outdoor station, door bell,

intercom or guard unit

» The activating or deactivating of automatic unlock can

be made by simply pressing the unlock button for 10

seconds

» Surface mounted

System controller

Features Features

» Control the entire system, the "brain" of the individual

system

» Over-heat protection, over-current protection, lightening

protection

» Two working modes to switch between "all on" and "one

on"

» 1LED for normal working condition indication » Overheat, short-circuit and lightening protection » As auxiliary BUS power supply when connecting to

gateway under certain mode

Mini system controller

» Control the entire system, the "brain“ of the individual

system

» Over-heat protection, over-current protection, lightening

protection

» Two working modes to switch between "all on" and "one

on"

» 1LED for normal working condition indication » Overheat, short-circuit and lightening protection » As auxiliary BUS power supply when connecting to

gateway under certain mode

Technical data

» Display resolution: 480 x 272 » Display size: 4.3" » Operating temperature: -10 °C – +55 °C;14 °F – 131 °F » Protection: IP 30 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

QR code service QR code service

108 | ABB-Welcome

Technical data

» Operating temperature : -10 °C – +55 °C ;14 °F – 131 °F » Protection: IP 30 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

Technical data

» Operating temperature: -25 °C – +55 °C; -13 °F – 131 °F » Protection: IP 20 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Mains voltage: 100-240 V, 50 / 60 Hz, 1.0 A » Bus voltage: 28 ± 2 VDC, 1.2 A » Size: 8 U

QR code service QR code service

Technical data

» Operating temperature: -25 °C – +55 °C; -13 °F – 131 °F » Protection: IP 20 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Mains voltage: 100-240 V, 50 / 60 Hz, 0.6 A » Bus voltage: 28 ± 2 VDC, 0.65 A » Size: 4 U

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06 Overview of product range 06 Overview of product range

Gateway Video outdoor distributor

Features

» It offers 5 different modes which can be set by dipswitch:

apartment gateway, floor gateway, building gateway,

Features

» 2 way inputs connect different outdoor stations » Used in buildings with more than one video outdoor station

auxiliary BUS power supply interface and line amplifier

Guard unit Video distributor

Features

» 4.3" touch screen and 6 touch film buttons can ensure

the communication with calls from outdoor station, indoor station or other guard unit (if any)

» It can be manually or automatically set into intercept mode

to increase security level for all users or only VIPs

» This compact device supports 4-way outputs connected to

different apartments or different high-rise buildings

» Flush-mounted into VDE/Italian box or surface mounted

through the hole in the middle

» Surveillance can be done through the camera of outdoor

stations or integrated analog camera

» Missed calls and alarm messages stored in the memory

can be reviewed

» It can be surface mounted on the wall or desktop

mounted

Technical data Technical data

» Operating temperature: -25 °C - +55 °C; -13 °F – 131 °F » Protection: IP 20 » Single-wire clamps: 2 x 0,28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0,28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

» Operating temperature: -25 °C - +55 °C; -13 °F – 131 °F » Protection: IP 20 » Single-wire clamps: 2 x 0.28 mm2–2 x 1 mm » Fine-wire clamps: 2 x 0.28 mm2–2 x 1 mm » Bus voltage: 20-30 VDC » Size: 2U

QR code service QR code service

110 | ABB-Welcome

Technical data

» Display resolution: 480 x 272 » Display size: 4.3"

» Operating temperature: -10 °C - +55 °C;14 °F – 131 °F » Protection: IP 30 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm²

Technical data

» Operating temperature: -25 °C to +55 °C; -13 °F – 131 °F » Protection: IP 20 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 V

» Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC

QR code service

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Connection

07 Connection06 Overview of product range

Switch actuator

Features

» 1 output for connecting an electronic lock or light » 1 output for local pushbutton » 3 working modes: extend door bell, switch on lighting,

door lock release

» The switching duration of unlock or switch on lighting is

adjustable

» Flush-mounted

IP-Gateway

Features

» Enables Smartphones (iOS and Android) and tablet by

installing the app as video indoor station

» Supports both WIFI and remote access under 3G/4G with

the help of service provider

» Enables the integration with ABB Comfort touch as indoor

station

» Enables to configure other Welcome products using a web

browser

The flexible solutions made by easy connection. ABB Welcome

system can also be easily and quickly connected for all kinds of buildings. The following examples of terminal diagrams provide optimum orientation and guarantee effective installation.

Technical data

» Operating temperature: -25 °C - +55 °C; -13 °F – 131 °F » Protection: IP 30 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Floating output for light: 230 V AC, 3 AX » Floating output for door opener: 30 V AC/DC; 3 A » Bus voltage: 20-30 VDC

QR code service

112 | ABB-Welcome

Technical data

» Operating temperature: -25 °C – +55 °C; -13°F-131°F » Protection: IP 20 » Single-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Fine-wire clamps: 2 x 0.28 mm² – 2 x 1 mm² » Bus voltage: 20-30 VDC » Size: 10 TE

QR code service

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Single-family house/villa

» System type: audio/video combined

» Wiring: looped from devices to devices

Multi-family, audio only

» System type: audio only

» Wiring: Branch line connection, node

» 1 entrance, 10 apartments, 1 pc of audio

handset for each apartments

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Multi-family, video

» System type: video

» Wiring: Branch line connection with video distributor

» 2 entrances, 10 apartments, 1 pc of 4.3’’ video hands-

free and 1 pc of 4.3’’ video handset for each apartment

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Multi-family, video

» System type: video

» Wiring: Branch line connection with video distributor

» 1 entrance, 60 apartments, 1pc of 4.3" indoor

stations each apartment except apartment No.1 & apartment No.2 with 1 pc of 4.3’’ video hands-free and 1 pc of 4.3’’ video handset

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Residential complex, audio/video

» System type: audio/video

» Wiring: Loop connection for the common part

» 1 gate station, 1 guard unit for the common part, 3

sub-insulated systems (audio/video)

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Residential complex, audio/video

» System type: audio/video

» Wiring: Branch line connection for the common part

» 1 gate station, 4 sub-insulated system (audio/video)

GND

LOCK

COM

Exit

Mains 100-240V~

OUT1

OUT2

OUT3

OUT4

OUT

Mains 100-240V~

GND

LOCK

Mains 100-240V~

COM

Exit

GND

LOCK

COM

Exit

Address

124 | ABB-Welcome

TT S/D MODE

1 2 3 4

M2300

One on

All o n

M2304 M2302

G s

MODE

X10X 1

RC on

RC off

Address

TT S/D MODE

1 2 3 4

RC on

RC off

M2300

One on

All o n

Address

TT S/D MODE

1 2 3 4

MODE

X10X 1

RC on

RC of f

M2300M2302

One on

All o n

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Residential complex, audio/video

» System type: audio/video

» Wiring: Branch line connection with auxiliary power supply

» 1 gate station, 8 sub-insulated system (audio/video)

a b

GND

LOCK

COM

Exit

a b

OUT

a b

OUT

a b

OUT1

a b

OUT2

Mains 100-240v~

a b

OUT3

a b

Mains 100-240v~

OUT4

a b

OUT1

a b

OUT2

a b

OUT3

a b

OUT4

Address

126 | ABB-Welcome

TT S/D MODE

1 2 3 4

M2300

S S

MODE

x1x10

0 1

One on

All on

RC on

RC off

M2300 M2304M2302

One on

All on

RC on

RC off

MODE

0 1

RC on

RC off

M2300

M2304M2302

x1x10

One on

All on

RC on

RC off

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08 Technical assistant tool

Technical assistant tool

Welcome system provides a series of tools for installation. The technical tools can be downloaded by the given link or scanning the QR code of each tools.

Quotation software

The quotation software enables the easy and efficient system composition and quotation automatically. Three key advantages as below:

1. Can upload customized price easily for better price management.

2. Can generate possible matched modular outdoor stations(with cost and general effect)for selection.

3. Once the indoor station is also selected, the other system devices will be selected automatically.

Topology wizard

With single family house, multi-family house and high-rise building simulation application scenario to be used as the topology background, it is very easy for the designer or architect to make a "DRAWING" topology. With the Visio sharp source, the designer or architect just need to drag in or out the related device, then the desired topology is done. It is as easy as A-B-C.

Setting and wiring wizard

The Visio and CAD version product library are available to help the designer, architects and those who need the drawing etc., which will help to make the drawing and setting more efficiently. The wiring and setting will move accordingly once the product device moves.

The product library include:

» Each product device with illustration, connection terminals

and setting instruction.

» The 2-wire BUS and normal 2 wire » The sketch of the third party products, such as lock and

analog camera.

128 | ABB-Welcome

Conguration software

With configuration software, just a few data input will be enough to configuration the system.

» It enables the efficient inputting, editing and deleting

resident names for keypad outdoor station or keypad gate

station.

» It supports easy proximity card management. » It also supports uploading the data from the excel sheet

into the software.

» On-line labeling tool enables the efficient and professional

printing 3 difference names or numbers' printing, which

are for 3-row push button module or 4-row push button

module, or nameplate module.

Installation video

Besides the installation manual, below videos are available for easy and better understanding.

1. Video for assembly modules into an finished outdoor station, mounting and wiring of outdoor stations.

2. Video for mounting and wiring of indoor stations.

3. Video for mounting and wiring of system devices.

4. Video for KIT connection for easier DIY solution.

The attached QR code for the direct and easier scanning and review in mobile phone or tablet

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2TMC107015M0201

06-2014 SH-SO 2000

ABB Welcome User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual