1 Division Appareillage et Système Résidentiels 1 IP SYSTEM Wiring Devices and Home Systems Division

1Division Appareillage et Système Résidentiels

1

IP SYSTEM

Wiring Devices and Home Systems Division


The reason of the system


House Building Compound

4000 units600m

4000 units1Km

2 wires digital system

8 wires + 2 wires digital system

IP + 2 wires digital system

LIMIT OF 2 WIRES:


The integration between 2wire and IP

THE IP TECHNOLOGY IS NOT A NEW SYSTEM, BUT IT ENTERS IN THE D.E.S. OFFER TO IMPROVE THE 2WIRES PERFORMANCE.

THIS INTEGRATION PERMITS TO TAKE ADVANTAGE OF BOTH TECHNOLOGIES:

•2wires technology

Easiness of cabling

Good ratio performace/price

Range of the internal/external units also

for the entry and medium segments

•IP technology

Distance

Multichannel

Centralization of the building’s management @


A tipical VDE system architecture can be divided in 2 lines:

Backbone

Riser

Typical building’s architecture

RIS

ER

BACKBONE

FLAT

Interface

BackboneRiserFlat


DISTANCE

Following these index, we can deduce that:

Backbone in the big residential complex, IP technology is the best solution

Riser 2wires responds to all requests

50m – 10Km

20

m –

60

0m

Distance

Usually with “distance” we mean the distance between the internal unit and the external unit, but it’s better to consider the average distance for every line:

Riser: from 5m to 600m

Backbone: from 50m to …Km


IP MULTICHANNELIn a big residential complex, the probability to have more than one call on the same line changes from line to line:

•Riser:low or medium probability

•Backbonehigh probability

The “multichannel” permits to have, on the same line, more A/V connections in the same time until 5 calls every 100 Mbits,

•the system is “always” available

Following these index, we can deduce that:

Backbone• in residential complex with many MAIN entries, the IP technology is the

best solution Riser

• the 2wires is able to respond to all the requests

2 4

6

high probability

low probability

medium probability


IP CENTRALIZATION OF BUILDING MANAGEMENT

DISTANCE AND MULTICHANNEL GIVE ALSO ANOTHER ADVANTAGE:

•Distance: in big residential complex it’s possible to collect all building information and functions in a single point•Multichannel: it’s possible manage all these information and functions in the same time

THEREFORE IT’S POSSIBLE TO CENTRALIZE THE MANAGEMENT OF ALL THE SYSTEM IN A SINGLE POINT: THE EVOLUTED SWITCHBOARD

•Communicate with all the external and internal units

•Management of all flat’s alarms

•Send messages to internal units

•Management by multi-switchboards

•Videocontrol

For management’s centralization we can consider the previous remarks: Backbone

• in residential complex with many Main entries, the IP technology is the best solution Riser

• in little and medium building the 2wires is able to respond to all the requests


New DES IP offer


The IP offer is composed by two devices: Interface 2 wires / IP

• Codes BT:346890 LG 574039

Switchboard software• Codes BT:346300 LG:574043

Two new codes Unlimited installation solutions


@

Cod: BT 346890 LG 574039

•2wires technology on the riser•IP protocol on the backbone•Dimension: 10 DIN•Two different modalities of configuration

•Simplified modalities by jumpers•Complete modalities by software

BT 346000 or 346020LG 063435

IP INTERFACE


•PC based solution ( Microsoft Windows )•Dedicated NETWORK•User-friendly menu interface available also for touchscreen display•Communication with internal units•Communication with external units•Communication between switchboards•Management by multi-switchboard•Flat alarms management•First level of videocontrol•Messages to Internal Units

Switchboard IP “software”


•Visualization of alarmstechnical alarm customization

•Visualization of switchboard’s messagesUp to five msgUp to 52 chrswithout occuping the VDE channel


•MANAGEMENT OF 8 SENSORS5 burglar sensors and 3 technical sensorsSensors direcly connected to alarm module

•PANIC ALARMone buttom insideexpandable with other buttons

•ALARMS SEGNALLINGVisualization on alarms module’s ledsVisualization on Internal Unit’s displayMailing to switchboards

•TWO MODELS: ALUMINIUM AND ANTHRACITE

•COMPACT DIMENSIONS:Flush-mounting installation in 506E box

All the axolute plates for 506E box

2wire

BT 349416-17

LG 573954


Details IP interface


CONNECTIONS:

1-ETH: Ethernet connection

2-SCS AV IN: Connection dedicated for the Entry Panels

3-SCS AV: System power supply (BUS) from the first power supply

4-SCS AV OUT: Connecton dedicated for the Internal Units

5-Connection for future use

6-DC: Device power supply (1&2) from the second power supply

7-USB port for configuration and reset button

8-LED

9-Physical configurator socket

Interface connection


LED of user interface


CONNECTION DIAGRAM


INTERFACE CONFIGURATION

The interface can be configured:

BY SOFTWARE (TiDeviceIP)

Via ETHERNET

Via USB (USB – mini usb)

WITH CONFIGURATORS


DIFFERENCE BETWEEN HARDWARE AND SOFTWARE CONFIGURATION

HW SW

MAX N° OF I.U. 4000 10000

MAX N° OF EP 16 1000

MAX N° OF SWITCHBOARD 9 UNLIMITED

DIRECT CALL FROM PE TO SB NO YES

REDIRECTION OF AUTO POWER ON NO YES

LIST OF CYCLING VIEW NO YES


The OFFSET concept:Max number of calls from EP=4000, max number of IU=4000, how can we go over this limit?

If in the IP interface we put something like the riser number in traditional system, we can go over! This is the OFFSET

The BASE address is the number that we add to the SCS number, and the result is the SYSTEM address.


Art. 346890 - AAdd. Base PE = 0Add. Base PI = 0Add. Base for Calls = 0(from 1 to 3999)

Art. 346890 - BAdd. Base PE = 0Add. Base PI = 0Add. Base for Calls = 4000(from 4000 to 7999)

Art. 346890 - CAdd. Base PE = 0Add. Base PI = 0Add. Base Call = 0(from 1 to 3999)

Art. 346890 - DAdd. Base PE = 0Add. Base PI = 4000(from 4000 to 7999)Add. Base Call = 0

ETHSWITCH

PE (A)P=1

PE (B)P=2

PI CONFIGURATION0..3999

PI CONFIGURATION0..3999

Using the software is possible to see all the interface/switchboard connected on the LAN (in automatical way) and configure them:

Set the range of EP and IU connected to each interface assigning them a system address

(System address = base address + SCS address)

Interface A: 1 PE conneced, base add of PE= 0 system add=SCS add PE=1

In this case the base add for calls is 0 (this EP will start to call from the system add 1-3999)

Interface B: 1 PE conneced, base add of PE= 0 system add=SCS add PE= 2

In this case the base add for calls is 4000 (this EP will start to call from the system add 4000-7999)

Interface C: 3999 PI connected,base add of PI =0 system add=SCS add PI= 1-3999

Interface D: 3999 PI connected, base PI add=4000 system add = 4000-7999


SWITCHBOARD FUNCTIONS:

CALLSCALLS

It is possible to receive the calls from the EP and IU

It is possible to call the IU and the EP

It is possible to forward calls from EP to IU

Intercom between different switchboards;

Is possible cycling the cameras deciding the order you want (system address: 1-30-45-245-567-ecc….)

TEXT MESSAGETEXT MESSAGE

Send text message to each switcboard; (max 150 c.)

Send text message to evoluted internal units (max 5 msg, 52 crts for each messagge);

ALARMSALARMS

The alarm message can be received just by the corrispondent switchboard..

The operator can manage the alarm (intrusion technical and antipanic) by the switchboard also calling the IU.


ANY QUESTIONS?

Documents

1 Division Appareillage et Système Résidentiels 1 IP SYSTEM Wiring Devices and Home Systems Division