bticino home automation

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TECH

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Automation

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Dimmer for electronic transformers Colour Touch Screen

NOTA: per approfondimenti sul sistema di Automazione domestica vedere Guida MY HOME. 3 MY HOME GUIDE PROJECT AND INSTALLATION

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coNteNtSMY HOME gENERAL fEATuRES

General features 4

MY HOME AuTOMATIONWire automation 5

Catalogue 79

General rules for installation 16

Wiring diagrams 21

Configuration 26

Technical features 91

Dimensional data 106

NuMERIC INDEX 107

4 GeNeraL featureSMy HoMe - autoMatIoN GeNeraL featureS

Guide to choosingthe systemWIre The system is made up of devices which communicate via the BUS wire; some devices, such as the controls and actuators, perform basic functions while others, such as the TOUCH SCREEN, perform advanced functions. As well as allowing the devices to communicate, the BUS transports their power supply.

As the actuator devices control the loads, they must also be connected to the 240V a.c. power line. By selecting the suitable devices one can manage the following systems:- lighting- operating rolling shutters, fans

and exhaust fans

As well as these installation possibilities there are special functions which can satisfy different home comfort needs very simply. An example is the possibility of calling, by pressing a pushbutton, a scenario which the user can directly personalise at any time (switching ON several lamps at the same time, operating some shutters, etc.).

lighting

Control Actuator

Illuminazione

BUS

Illuminazione

BUS BUS

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MY HOME GUIDE PROJECT AND INSTALLATION

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traditional device

LN

coNtroLS

PoWer SuPPLy

actuatorS

uSer LoadS

coNtroL aNd actuatIoN devIceSThe basic system is made up of command and actuation devices. The command devices in fact replace the traditional devices such as switches, two-way switches

and pushbuttons but can also perform new, more complex functions; the actuators are instead devices which, like traditional relays, drive the connected load following a suitable command.

Wire automation

M

L

N

M

twisted pair


Wire automationcoNtroL aNd actuatIoN devIceSAll the system devices are connected to the BUS cable in parallel by means of pull-out terminals. The cable supplied by BTicino is unshielded; the item code is L4669 (100m Roll) or L4669/500 (500m Roll).

As well as being connected to the BUS cable the actuators must also be connected to the supply line of the controlled load (240VAC).

twisted pair

coNtroL

BUS connection terminal

protective cover

configurator

38

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coNtroL devIceSThe control devices can control the state of the actuators, performing different functions: ON, OFF, timing etc. depending on the mode of operation assigned to them by configuration.The device is modular to fulfil the different installation needs and functions required by the user.

Two types of key cover can be used:- single key cover (operation of the lower push

button) 1, with one or two LIVING INTERNATIONAL, LIGHT, LIGHT TECH and KRISTALL (clear) modules to be used with the grey control key; 2

- double key cover, (operation of both upper and lower push buttons) 3,with one or two LIVING INTERNATIONAL, LIGHT, LIGHT TECH and KRISTALL modules to be used with the black control key, 4.

From the functional point of view the control with the single key cover is similar to a traditional closing contact (pushbutton or switch), the control with a

upper pushbutton, 1

lower pushbutton, 3

LED

double key cover 1 module

single key cover 2 modules

single key cover 1 module

blackcontrol key, 4

double key cover (horizontally pivoted) is instead similar to a traditional changeover contact or dimmer control.

double key cover 2 modules

greycontrol key, 2


Wire automationAll the controls have an LED which signal the control state (ON or OFF) and allow identification in the dark.

upper pushbutton

lower pushbutton

LEDgreen: location (identification in the dark)yellow: load active

Two-module control Item L4652/2 complete with key cover

BaSIc coNtroL devIceSThe following devices belong in this category:- two-module control Item L4652/2- three-module control Item L4652/3- IR receiver Item L/N/NT4654N for remote control- passive IR receiver Item L/N/NT4610 and Item L/N/

NT4611- TOUCH SCREEN Item L/N/NT4683 & L4684

These components can send commands to single loads (lamps, exhaust fans, air conditioners, etc.) and to double loads (motor for rolling shutters, blinds, etc.).The choice of modularity and type of key cover to install is closely connected to the function which the device must perform.

As a function of the possible modes of operation, the control devices can be divided into- control devices;- scenario devices.

IR receiver Item L4654N for remote control

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IR receiver Item L4654N for remote control

coNtroL devIceS for SceNarIoSDevices which can also perform special and advanced functions belong in this category.An example is the possibility of saving several commands and activating them by pressing just one key. The following control devices can perform these functions:- 2 module control item L4651/2 completed with

LIVING INTERNATIONAL, LIGHT, LIGHT TECH or KRISTALL key covers;

- TOUCH SCREEN item L/N/NT4683 & L4684- scenario control unit item N4681- scenario control command item L/N/NT4680

Scenario command unit Item N4680

Colour Touch Screen, Item L4684(to be completed with a Cover PLate)

toucH ScreeNThe Touch screen is a device which can command the home with the simple touch of a finger. You can switch the lights ON and OFF, dim the lights, lower or raise the rolling shutters, water the garden, adjust the temperature in various rooms etc. The display shows a home page which shows graphically the applications which it can manage. Touching the icon of the application to be managed (e.g. lighting), a page will appear where the light point icons have been customised. Always with a simple touch on the icon chosen, the lamp or the lamps associated with it will switch ON or OFF or dim. The Touch screen can easily be installed on the wall and is completed with the cover plates of the LIVING INTERNATIONAL, LIGHT or LIGHT TECH series.

The command items L4651/2 & L/N/NT4680 and the TOUCH SCREEN items L/N/NT4683 & L4684 can activate/program scenarios including Automation, Temperature control, Sound Diffusion System, Door entry and Video door entry applications. When used with a F420 scenario module or MH200 scenario/ logic controller. The local scenario control unit item N4681 is instead dedicated just to Automation (Lighting & Blinds) scenarios.


Wire automationfLuSH-MouNtING actuatorSActuators are devices which perform the commands sent to them and control the connected load, like an electromechanical relay.For this reason, as well as being connected to the BUS cable via the pull-out terminals, they must also be connected to the 240V a.c. load supply line. There are various

types of actuator which differ in the power controlled and in the shape, size and installation features.

oNe ModuLe actuatorS These are small and intended for flush-mounting installation by the side of traditional devices (energy sockets, connectors etc.).

micropushbutton for test

These actuators have a micropushbutton to check operation.

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actuatorS IN dIN ModuLeThese devices are suitable for centralised installation in cabinets and distribution boards (size 2 DIN modules). Available in 1, 2 and 4-relay versions for the command of single or double loads (motors for shutters), these devices also have load control keys to perform the operation test.

load connection terminals

load control pushbutton

These actuators have the advantage that the rear DIN adapter and the front can be removed to make them smaller and thus allow their installation in trunking, junction boxes, false ceilings, rolling shutter boxes, etc.In centralised installations (for example distribution boards DIN series E215/... or Multibox) the DIN

removable adapter for installation on DIN rail in distribution boards

removable front

only 20 mm

dIN actuator for INStaLLatIoN IN dIStrIButIoN BoardS

INStaLLatIoN IN juNctIoN BoxeS

actuator

INStaLLatIoN IN truNkING

adapter and the front cover can align the profile of the actuator to that of the other DIN modular devices.

BUS Connection


Wire automationactuatorS IN BaSIc ModuLeThe Basic actuators are extremely compact: width = 40.5 mm, height = 40.5 mm, depth = 18 mm. These sizes allow installation of the actuators in junction boxes or inside the load to be activated (for example in the cups of a ceiling lamp, in the structure of a standard lamp, etc.). The command points (item

L4652/2) can also be placed in a 503E or PB503 box with Basic actuators. This installation is possible using a 504E or PB504 box or finding new spaces where the actuators can be positioned.

side section

rectangular flush-mounting box

3-module support with screws for rectangular box

traditional pushbutton

Living International3-module cover plate

side-by-side Basic items

exaMPLe of INStaLLatIoN IN fLuSH-MouNtING Box

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L/N/NT 4688

External devices Prestige switch (reuse of historical devices)

PC

BUS

BUS

INterfaceSThe automation system, although using specially made devices, also allows the use of traditional devices or a personal computer, allowing the opening and the flexibility of use towards outside systems. The connection between the modern BUS digital technology and the traditionally wired component or the PC is represented by special devices called interfaces. These devices in fact interpret the

information of the traditional world and translate it into signals which are compatible with the BUS logic devices. The interfaces made are:- Interface RS232 item L4686- LIVING INTERNATIONAL/LIGHT/LIGHT TECH contact

interface item L/N/NT4688- Contact interface in Basic module item 3477- SCS/SCS interface item F422- SCS/EIB interface item F426.

rS232 INterfaceThis device can connect the BUS to a PC by means of an RS232 connector. By means of specific software

L4686

LIvING INterNatIoNaL/LIGHt/LIGHt tecH coNtact INterfaceBy means of this device traditional components such as switches and pushbuttons can be connected to

the computer is used to command and monitor the BUS logic devices with the use of Bticino software.

the BUS, extending the use of the BUS to already existing traditional systems. Thermostats, command devices, humidity sensors, wind sensors etc. can also be interfaced.


Wire automation coNtact INterface IN BaSIc ModuLeSThe main feature of this device, thanks to its small size, is the behind-device mode of installation, in fact in a 503E or PB503 box the interface can be installed immediately behind the traditional devices (e.g.: switch, pushbutton) or low electronic devices

(e.g.: commands, sensors). This installation solution simplifies the conversion of traditional electrical systems to house-automation systems, as the existing flush-mounting boxes can be kept, avoiding making holes in the wall.

rectangular flush-mounting box

3-module support with screws for rectangular box

traditional pushbutton

LIvING INTERNATIONAL3-module cover plate

contact interface

exaMPLe of INStaLLatIoN IN fLuSH-MouNtING Box

External devices Prestige switch (reuse of historical devices)3477

BUS

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ScS/ScS INterfaceThe item made in DIN housing allows the communication between BUSes with SCS (Bticino) technology, even if dedicated to different functions (Burglar alarm, Automation, Door entry and digital Video door entry).

F422

Digital door entry and video door entry system

AutomationBurglar alarm

BE

M

M

System

BUS

F426

BUS

BUS

ScS/eIB INterfaceUsing the interface systems based on the SCS technology communicate with EIB systems. This item also is made in 2-modules DIN housing.

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Logical dimensions (maximum number of addresses)

A system can manage up to 9 room addresses.For each room up to 9 addresses can be managed for each actuator.Any address belonging to one or more groups is added to these addresses.

Large systems (logic expansion)

In large homes or in service/industrial areas it may be necessary to make Automation systems with a number of devices which exceeds the address limit described.In this case a complex Automation system can be made connecting several Automation systems to a common BUS, by means of interface item F422 configured in the logic expansion mode.

GeNeraL ruLeS for INStaLLatIoNMax. number of devices

Installation rules:

In sizing the system remember the following recommendations:

1. The riser BUS must be made up of an automation system.

2. In this way up to 10 interfaces can be connected to the riser, it can thus manage up to ten systems as if there were only one.

features:

Each system is separated by others and works independently, as it can use all the 81 configuration addresses provided (9 light points for each of the 9 rooms).Command devices configured to send GROUP or GENERAL commands respectively to some or all the actuators in the individual system and in the common BUS itself can be installed in the common BUS.The POINT-TO-POINT commands generated inside each individual system and on the common riser cannot reach the other systems; they can thus only work on the actuators in the respective system.To send GROUP, GENERAL commands etc. from one system to another use the control device item L4651/2 configured to send AUXILIARY commands.Control and centralised management devices such as Web server, Touch screen and Energy management control unit must be installed on the common BUS.

For more information see the CONFIGURATION and TECHNICAL FEATURES section of this Guide.

BHG


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Physical dimensions (linked to the cable length and device absorption)The maximum number of devices which can be connected on the BUS depends on their total absorption and the distance between the connection point and the power supply. The power supply can supply up to 1.2A; the maximum number of devices will thus be determined by the sum of the absorptions of the individual devices to be installed. For the purposes of the calculations described, refer to the absorption table in the technical features.

In calculating the absorptions also consider the availability of current depending on the length of cable.During the sizing thus respect the following rules:

NOTE: The maximum current available at the end of cable BUS item L4669 250m long is 600mA.

alimentatore

comando

attuatore

scatola di derivazione

500m max

250m max

alimentatore

comando

attuatore

scatola di derivazione

500m max

250m max

a

B

a = 250m maxB = 250m maxa + B = 500m max

1 2 3

A PL CC G

1) The connection between the power supply and the furthest device may not exceed 250m.

2) The total connections may not exceed 500m.

3) For optimum division of the currents on the BUS line, the power supply Item E46ADCN should be positioned in the middle.

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Installation rules:

In sizing the system remember the following recommendations:

1. Each BUS, connected in input and in output to the interface, must be supplied with its own power supply and for each of them the system limits, in terms of absorption and maximum distances specified below, apply.

A system made up of two or more BUSes, connected by interfaces configured in physical expansion mode, cannot be supplied with only one power supply item E46ADCN, even if the number and the type of components connected to the system would not involve exceeding the maximum absorption planned (1200 mA).

Large systems (physical extensions)

In large systems or with current absorption greater than the limit of 1200 mA supplied by power supply item E46ADCN, the system must be divided into several stretches supplied with their own power supply and connected by means of interface item F422 configured in physical expansion mode.

Features:

For each BUS apply the system limits, in terms of absorption and maximum wiring distances, as indicated in the previous page. A system made up of two or more BUSes, connected by interfaces configured in physical expansion mode, cannot be supplied with only one power supply item E46ADCN, even if the number and the type of components connected to the system would not involve exceeding the maximum absorption planned (1200 mA).

Positions I3 and I4 must be configured as a function of the configuration of the Automation devices in the two systems connected together. In reference to the illustration, supposing for example that I3=2, I4=7: on the input (IN) BUS the addresses of the Automation 1 devices must be

between A=1 / PL=1 and A=2 / PL=6; on the output (OUT) BUS the addresses of the automation 2 devices must be

between A=2 / PL=8 at the address of the next interface.

I1 = -I2 = -I3 = 2I4 = 7

MOD = 1

OUT

IN

I1 = -I2 = -I3 = 5I4 = 4

MOD = 1

A/PL = 11 26 A/PL = 55 99

1 3

A/PL = 28 53

2

2. Two interfaces in parallel cannot be connected on the same BUS.

3. Up to 4 interfaces can be put in series, dividing the system into 5 separate stretches.


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1 2 L N

N

L

MIN 3 m

3

To manage some types of load correctly, installation indications, valid for all the actuators used, must be respected.

FLUORESCENT LAMPS: the connection cable between the actuator and the load must not be less than 3m long. Do not connect more than 15 actuators which control this type of lamp on the same line.

actuatorS

GeNeraL ruLeS for INStaLLatIoNactuators

METAL IODIDE AND SODIUM vAPOUR LAMPS: pay attention to the indications given for fluorescent lamps to the instructions for use of these lamps (for example avoid switching them on hot), do not connect dimmers to the same line of these lamps; keep the BUS line and the power for these lamps at least 1 metre apart.

THREE-PHASE NETWORKS: in the case of three-phase networks check the balancing of the phases and the quality of the network.

Failure to respect the above provisions may affect the correct working of the device.

Example of connection with Item F411/1N


GeNeraL ruLeS for INStaLLatIoNtwo-input interface

The connection between the interface and the traditional device must not be more than 50 metres long.

tWo-INPut INterface IteM L/N/Nt4688 aNd IteM 3477

BUS

prestigious switch (reuse of historical devices)

50 m


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SWItcHING a LaMP oN aNd off

N

L

power supply

L46751-module actuator

to other devices

BUS

A=1PL=1M=G=

L4651/2control

A=1PL=1M=O/ISPE=AUX=

230v a.c.

230v a.c.

SWItcHING tWo LaMPS oN aNd off WItH oN/off GeNeraL coNtroL

N

L

F411/1N F411/1NA=1PL=1M=0/IG1=G2=

A=1PL=2M=0/IG1=G2=

BUSBUS

L4651/2control


L4651/2control


L4651/2ON/OFFgeneral control

A=GENPL=M=O/ISPE=AUX=

power supply

230v a.c.

230v a.c.

WIrING dIaGraMS

dIaGraM 1

dIaGraM 2


Motor coNtroL IN aLterNated curreNt for roLLING SHutterS, curtaINS or MotorISed roLLING SHutterS

24V d.c. M

++

power supply B

power supply A

F411/2

L4651/2control

A=3PL1=1M=SPE=AUX=

A=3PL1=1PL2=1G=M=

F411/2

A=3PL1=1PL2=1G=M=SLA

230v a.c.

v a.c.

to other devices

BUS

Motor coNtroL IN dIrect curreNt for MotorISed curtaINS (exaMPLe 24 v d.c.)

N

L

M

N

L1 L2

power supply

230v a.c.

F411/2DIN actuator

A=2PL1=1PL2=1G=M=

L4651/2control

A=2PL1=1M=SPE=AUX=

to other devices

BUS

L1-N = clockwise rotationL2-N = anticlockwise rotation

M = motor in AC with 2 windings

NOTE: It is possible to use direct current motors with other features (12 - 24 - 48 v d.c.) by replacing the compatible power supply unit with the features of the motor (voltage and current), thus verifying the absorptions of the motor with the actuator relay capacity (item F411/2).

WIrING dIaGraMS

dIaGraM 3

230v a.c.

dIaGraM 4


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SWItcHING-oN coNtroL for BatHrooM LIGHt aNd faN WItH deLayed SWItcHING-off

N

L

M

power supply

F411/1NMaster actuator

to other devices

BUS

F411/1NSlave actuator

L4651/2control

TheONcontrolturnsonthelightandthefan at the same time

TheOFFcontrolturnsoffthelightwhereas the fan turns off after 2 minutes (configurator in M=2 of the Master actuator)

A=3PL=1M=2G1=G2=G3=

A=3PL1=1M=O/ISPE=AUX=

A=3PL=1M=SLAG1=G2=G3=

230v a.c.

ON

OFF

bathroom light

bathroom fan

autoMatIc LIGHt SWItcHING-oN aNd LocaL coNtroL of tIMed oN

N

L

power supply

L46751-module actuator

to other devices

BUS

A=1PL=1M=G=

L4651/2control

A=1PL=1M=6SPE=AUX=2

230v a.c.

L4611IR detector

A=5PL=7M=AUXSPE=AUX=2

ThelightturnsonwhentheIRdetectordetects a person or when the control, item L4651/2 is pressed. It turns off automatically after 15 minutes.

TheconfiguratorsintheAUXpositionsofthedetector and of the control must have the same value.

230v a.c.

dIaGraM 5

230v a.c.

dIaGraM 6

24

SWItcHING oN aNd off aNd BrIGHtNeSS adjuStMeNt of fLuoreSceNt LaMPS By MeaNS of tHe BaLLaSt

L

+

N L - +

to other devices

BUS

L4651/2control

F413NDIN actuator

power supply

A=2PL=1M=SPE=AUX=


230v a.c.

dIaGraM 8

230v a.c.N

L

N

Ballast

WIrING dIaGraMS

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N

L

to other devices

BUS

L4651/2control

DIN dimmer actuator

power supply incandescence lamps,halogen and ferromagnetic transformer

230v a.c.

A=1PL=2M=G=


230v a.c.

dIaGraM 9


coNfIGuratIoNGeneral description

INdex of tHe devIceS to Be coNfIGured

The following pages describe the configuration mode of the devices of the system which require it.

Contents

Item Description PageL4651/2 control for 1 actuator 2 modules 38L4652/2 control for 2 actuators 2 modules 41L4652/3 control for 3 actuators 3 modules 42L/N/NT4683 touch screen 48F420 scenario module - 2 DIN modules 46N4681 scenario control unit 2 modules 43L/N/NT4654N receiver for remote control 2 modules 50L/N/NT4610 fixed IR receiver 2 modules 58L/N/NT4611 swivel IR receiver 2 modules 58L4671/1 actuator 1 relay 2 modules 60L4671/2 actuator 2 relays 2 modules 61L4674 actuator for slave dimmer 2 modules 62L/N/NT4675 actuator 1 relay 1 module 603475 actuator Basic module 613476 actuator/command Basic module 62L/N/NT4672 actuator 1 relay NC 2 modules 66F412 actuator 1 relay NC 2 DIN modules 63F411/1N actuator 1 relay 2 DIN modules 64F411/2 actuator 2 relays 2 DIN modules 65F411/4 actuator 4 relays 2 DIN modules 66F413N 1 to 10v output for ballast - 2 DIN modules 68L/N/NT4688 contact interface - 1 module 693477 contact interface - Basic module 71F422 SCS/SCS interface 2 DIN modules 73F425 memory module 2 DIN modules 78


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actuatorS: addreSS aNd tyPe of coNtroL

To understand the addressing logic it is useful to define some terms which will occur frequently in this text.

Room (A)

Set of devices belonging to a logical area (in a home, for example, the living room, the bedroom, etc.).

Light Point (PL)

Numeric identification of the single actuators inside the Room.

group (g)

Set of devices also belonging to different rooms but which must be controlled at the same time (e.g. the rolling shutters of the North side of the home, the lighting of the day area, etc.).

1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

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Up to 9 room addresses can be managed in one system.For each room up to 9 addresses can be managed for each actuator.To these addresses are added any belonging to one or more groups.

Actuator address

The address of each actuator is defined uniquely by assigning the numeric configurators 1 to 9 in positions A (Room) and PL (Light Point inside the Room).A maximum of 9 addresses can be defined for each room; a maximum of 9 rooms can be defined in a system.The group of belonging is defined by inserting a third numeric configurator in the housing identified with G (Group).Some actuators have several G positions (G1, G2 and G3) as they can belong to several different groups at the same time.

Example: The actuator configured with A = 1, PL = 3 e G = 4 is device 3 of room 1 belonging to group 4.

For special applications such as extensive systems in houses or service/industrial rooms, where the use of many devices may exceed the configuration limits mentioned above (9 addresses for each of the 9 rooms planned), interface item F422 can be used, configured in the logic expansion mode.

This mode can expand a system made up of several individual systems, each of which may thus use all the 81 addresses, connected together on a single BUS with riser function. A typical use may be the house distributed over several floors: a system can be made for each floor and they can be connected by means of interface item F422.

LoGIc exteNSIoN



coNtroLS: addreSSeS aNd tyPe of coNtroL

group control

If the control is configured with A = GR and PL = 1, this device sends the command to the actuator identified with G = 1 (thus belonging to group 1).

Point-to-point control

If the control is configured with A = 2 and PL = 3, this device sends the command to the actuator identified with A = 2 and PL = 3.

Control

Device address mode

Type of command Control device Actuator device configurator configurator configurator configurator housing value housings valuePoint-to-point A A PL PLRoom A A PL PLGroup A G1 PL G2 G3General A PL

The control devices also have positions A and PL to define the addresses of the devices which receive the command (actuators).For these positions there are numeric configurators with graphics which enable the device to send the command with the various ways listed in the table below.

G E N

GR

19

A M B

G E N

GR

19

A M BG E N

GR

19

A M B

G E N

GR

19

A M BG E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

G E N

GR

19

A M B

exaMPLeS of coNfIGuratIoN

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addreSSING LeveLS

For a better understanding of the concepts described in the previous page, the four addressing modes are described below.

Room command

Direct command to all the actuators identified by the same room number.Control device: A = AMB PL = n* Actuator: A = n* PL = n*

Point-to-point command

Direct command to one actuator identified by a room number and a light point number.Control device: A = n* PL = n* Actuator: A = n* PL = n*

Example: commands for all the window and door frames of a room

* n = any numeric configurator from 1 to 9

The control devices (senders) can activate the actuators (receivers) with the following modes.

Room 1 Room 2

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3

Point-to-pointCommands

Actuators

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3

Example: command for a single load (lamp, fan, rolling shutter, etc.)

Room 1 Room 2

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3


Actuators

RoomCommand 2

RoomCommand 1

A = AMBPL = 2

A = AMBPL = 1

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3



addreSSING LeveLS

group control

Direct command to all the actuators which perform particular functions even if they belong to different rooms and are identified by the same group number.

general control

Direct command to all the system actuators.

Room 1 Room 2

A = GRPL = 1

A = GRPL = 2

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3

Room 1 Room 2

A = GRPL = 1

A = GRPL = 2

A = GENPL =

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3


Actuators

Commands

Actuators

RoomCommand 2

RoomCommand 1

GroupCommand 1

GeneralCommand

GroupCommand 1

GroupCommand 2

A = AMBPL = 2

Actuators

RoomCommand 1

A = AMBPL = 1 Room

Command 2

A = AMBPL = 2

A = AMBPL = 1

GroupCommand 2

A = 1PL = 1G = 1

A = 1PL = 2G = 1

A = 1PL = 3G = 2

A = 2PL = 1G = 2

A = 2PL = 2G = 1

A = 2PL = 3G = 1

A = 1PL = 1G = 1

A = 1PL = 2G = 1

A = 1PL = 3G = 2

A = 2PL = 1G = 2

A = 2PL = 2G = 1

A = 2PL = 3G = 1

Room 1 Room 2

A = GRPL = 1

A = GRPL = 2

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3

Room 1 Room 2

A = GRPL = 1

A = GRPL = 2

A = GENPL =

A = 1PL = 1

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A = 2PL = 2

A = 2PL = 3


Actuators

Commands

Actuators

RoomCommand 2

RoomCommand 1

GroupCommand 1

GeneralCommand

GroupCommand 1

GroupCommand 2

A = AMBPL = 2

Actuators

RoomCommand 1

A = AMBPL = 1 Room

Command 2

A = AMBPL = 2

A = AMBPL = 1

GroupCommand 2

A = 1PL = 1G = 1

A = 1PL = 2G = 1

A = 1PL = 3G = 2

A = 2PL = 1G = 2

A = 2PL = 2G = 1

A = 2PL = 3G = 1

A = 1PL = 1G = 1

A = 1PL = 2G = 1

A = 1PL = 3G = 2

A = 2PL = 1G = 2

A = 2PL = 2G = 1

A = 2PL = 3G = 1

Example: command of all the window and door frames of a floor, on the North side of the building

Example: opening/closing command of all the window and door frames of the building

Control device: A = GR PL = n* Actuator: A = n* PL = n* G = n*

Control device: A = GEN PL = /Actuator: A = n* PL = n* G = n*

n* = any numeric configurator from 1 to 9


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The drawing shows two rooms of a building with 6 windows (3 for each room) with electrically operated rolling shutters.Each actuator connected to the rolling shutter is identified by three numbers: Room number (A), progressive device number (PL) and Group (G) to which it belongs.The control devices are instead marked by two configurators in positions A and PL which specify the actuators which will receive the command (one only, one group or several actuators of a room).

Point-to-point control

Control 1 (A = 1, PL = 1) controls actuator 1 (A = 1, PL = 1 and G = 1). In the same way control 2 (A = 1, PL = 2) controls actuator 2 (A = 1, PL = 2 and G = 1) etc..

Room control

Room control 1 (A = ROOM, PL = 1) controls actuators 1, 2 and 3 marked with A = 1. In the same way Room control 2 (A = ROOM, PL = 2) controls actuators 4, 5 and 6 marked with A = 2.

group control

The two Group controls can manage some rolling shutters of room 1 and others of room 2. In fact the group control 1 marked with A = GR and PL = 1 controls actuators 1, 2, 5 and 6 marked with G = 1. In the same way group control 2 (A = ROOM, PL = 2) controls actuators 3 and 4.

general control

The device identified A = GEN and PL = - (no configurator) sends a general command to all the actuators in the system.

controls 2 3 4 1 2 1 2

230v a.c.

A = 1PL = 2

A = 1PL = 3

A = 2PL = 1

A =GENPL =

A = 1PL = 1G = 1

A = 1PL = 2G = 1

A = 1PL = 3G = 2

A = 2PL = 1G = 2

A = 2PL = 2G = 1

A = 2PL = 3G = 1

A =GRPL = 2

A =GRPL = 1

A =AMBPL = 1

A =AMBPL = 2

1 2 3 4 5 6

1

A = 1PL = 1

general control

actuators

BUS

group controls

room controls

point-point controls



MaIN coNtroL oPeratING ModeS

The devices in the automation system can perform different functions, such as setting the brightness, switching lamps ON/OFF or opening/closing rolling shutters.The function performed, i.e. what the device must do, is defined by putting

configurators into the housings marked with M of the control devices and completing the devices with keys and key covers (if the devices are flush mounted). The table below lists the various operating modes depending on the configurator and type of key cover used in the device.

Table

Key covers Configurator value (M) Function performed

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

configurator OFF

no configurator

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

configurator M

configurator

configurator PUL

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

configurator O/I

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

MM

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

configurator ON

Cyclical ON-OFF command Pressing the device used with relay actuators several times on the key cover sends the ON and OFF command alternately.With dimmer actuators keeping the pushbutton pressed adjusts the load power.

ON commandOn pressing the key cover the device sends the ON command.

OFF commandOn pressing the key cover the device sends the OFF command.

Monostable ON-OFF command (pushbutton) This mode can perform an ON/OFF command similar to the command of a traditional point-to-point pushbutton, thus intended just for one address.

Bistable command with hold (UP-DOWN for rolling shutters). By pressing the key cover (lower or upper) quickly, it sends the UP-DOWN command for a rolling shutter motor. After the command has been given, pressing the lower or upper key cover again stops the rolling shutter in the position required.

Monostable command (UP-DOWN for rolling shutters).The device sends an UP-DOWN command for a rolling shutter motor as long as the lower or upper key cover is pressed.When the key cover is released the motor STOPS.

ON/OFF command Used with relay actuators, when the upper key cover is pressed the device sends an ON command; when the lower key cover is pressed the device sends an OFF command.With dimmer actuators pressing the upper and lower key cover adjusts the load power.

1 function

2 functions


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Table

Configurator (M) value Function performed

Special functions This mode can perform special functions (OFF delayed, STOP timed) on the basis of the type of actuator used (single or double) and the numeric configurator inserted.

The actuators can be configured for the following operating modes:

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

Some special functions can be performed using a resource common to all the SCS systems: the auxiliary channels. There are 9 transmission channels on which commands can be sent. Commands can be sent on auxiliary channels from any control device, configuring A = AUX and PL = 1 to 9. The configurator in PL specifies on which auxiliary channel the command must be

transmitted, while the mode of operation is specified by configurator M as for all the other commands. The actuators do not recognise these commands directly; the special command which translates the auxiliary into a command which the actuators can perform must therefore be used.

M

M ON

M OFF

M O / I

M

M

M

M

M S L A

M

SPE 18

18

P U L

18M 14

M

configurator PUL

MaIN actuator oPeratIoN ModeS

configurator 1 to 4

configurator SLA

SlaveThis mode can perform a command with two or more actuators. In practice the actuators with the SLA (Slave) configurator repeat the function performed by another actuator which acts as Master.The actuators must have the same addresses and must be of the same type (either all light actuators or all rolling shutter actuators).

PULThe device does not operate with the Room and General commands.


This Item can be used in systems that have an SCS/SCS interface item F422. When installing the control on the bus of an interface (terminal OUT), it is possible to send commands to an actuator situated on the bus of another interface directly, without using auxiliary controls as a medium. This new Item has a configuration housing called I used for the address of the interface on which there is the actuator to be controlled. The interfaces in the system (in logical expansion mode) must be numbered from 1 to 9 (I=1 to 9). If I=0, the control for extended systems sends commands intended for actuators installed only on the local section; if I=CEN, the control for extended systems sends commands intended for actuators installed on the main riser.

PLA

MLIV1LIV0SPE

I

position M

front view

upper pushbutton

lower pushbutton

LED

coNfIGuratIoNcontrol for extensive systems Item L4655

The control enables you to achieve functions for advanced dimmers such as the time setting for SOFT-START and SOFT-STOP or the activation of a dimmer at a selected adjustment level, selected between 1% to 99%, configuring the LIv1 and LIv0 (01 to 99) housings. It is also possible to set up all the functions of the special control Item L/H4651/2, except those used for video door-entry systems and auxiliary controls. Therefore, the new control enables you to address a total of 81 devices connected to the buses of the 9 SCS/SCS interfaces; additionally, considering the 81 devices that can be installed on the riser bus, it will be possible to achieve a total of 810 addresses with one system.

LED

rear view

Mode of operation

The following table lists all the modes of operation expected with the configurator in position M.The - symbol indicates the configurator/key cover combinations which cannot be used.

1) The device puts the actuator which it has in address in OFF after a time laid down by the configurators used, as indicated in the table below:

Configurator Time (minutes) 1 1 2 2 3 3 4 4 5 5 6 15 7 30 seconds 8 0.5 seconds

Table Possible function Combination key cover used and configurator in M

Cyclical ON-OFF for short push no and adjustment for long push configurator ON command ON Timed ON command 1) 1 to 8 OFF command OFF ON pressing the upper key OFF pressing the lower keyand adjustment for long pressure (dimmer) O/I 3)

Rolling shutter up-down to end of stroke Monostable rolling shutter up-down MPushbutton (ON monostable) PUL -

2) Extra times to table 1. To actuate them both positions M and SPE must be configured.

Configurator Time M SPE 1 7 2 seconds 2 7 10 minutes

3) As a function of the receiver actuator mode of operation

configurator housing

BUS


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Operating functions possible with configurator in position SPE

Possible function Configurator Combination key cover in position SPE used and configurator in M

Locks the state of the devices to which the command is addressed 1 1 Unlocks the state of the devices to which the command is addressed 1 2 Locks with lower key and unlocks with upper key 1 3ON with flash 1) 2 none to 9 Selection fixed adjustment level at 10 to 90% of the dimmer 2) 3 1 to 9 Repeating of key 1 to 9 of the scenario unit 4 1 to 9 whose address is specified in A and PLSelection of the SOFT-START and SOFT-STOP speed and selection of 5 1 to 93) the fixed adjustment level from 1% to 99% using the LIV1=0 to 9 and LIV0=0 to 9 housings; the management is cyclical with ON at the selected level and OFF. If LIV1=LIV0=0,the control cyclically allows you to send ON (at the last motorised level) and OFF; when using point-point commands, the adjustment occurs with a long pressure and with an adjustment speed which can be configured with the M housing (see table 3) Same functions as above, with ON management (at selected 9 1 to 93) level) using top key and OFF using bottom key. If LIv1=LIv0=0, the control will allow you to send ON (last stored level) with the top key and OFF with the bottom key; when using point-point commands, the adjustment occurs with a long pressure and with an adjustment speed which can be configured with the M housing (see table 3)

Advanced modes of operation

In combination with the configurator in position M, by configuring positions SPE and AUX the device can be enabled to perform special functions.

1) The flashing time is specified in the table:

Configurator Time (seconds) none 0.5 1 1 2 1.5 3 2 4 2.5 5 3 6 3.5 7 4 8 4.5 9 5

T T

PLA

MLIV1LIV0SPE

I

position M

position SPE

2) The function is operative if the address of the device corresponds to the address of a dimmer actuator.

The configurator in M determines the adjustment in % of the load power. Configurator %P on the load 1 10 2 20 3 30 4 40 5 50 6 60 7 70 8 80 9 90 The activation of the device sets the load to the selected value only in ON mode.

To execute the OFF mode, use a second control with configurator OFF in M.3) The function is operative if the address of the device corresponds to a dimmer actuator. Configurator Soft-start and soft-stop time 1 1 sec 2 3 sec 3 5 sec 4 10 sec 5 20 sec 6 40 sec 7 1 m 8 2 m 9 4 m 15 s

coNfIGuratIoNcontrol for extended systems Item L4655


Other operating functions possible with configurator in position SPE


Scenario module control 6 SCENARIO M T1 T2 T3 T4 1 1 2 3 4 2 5 6 7 8 3 9 10 11 12 4 13 14 15 16Sound system function 8 see Technical Guide Sound System

position M

position SPE

T1

T3

T2

T4

PLA

MLIV1LIV0SPE

I


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coNfIGuratIoNtimer control Item L4656

This device enables you to achieve advanced timing functions. When configuring the M1/M2 housings for determining the timing minutes and S1/S2 for the timing seconds, it is possible to send timed commands, with time up to 59 minutes and 59 seconds with 1 second steps. If M1=M2=S1=S2=9, a command with a timing of 0.5 seconds will be sent. If M1=M2=S1=S2=0, the command will not be timed, thus operating in cyclical ON-OFF mode on the P1 button. If the sub-keys contained in the package are appropriately selected (1 or 2 modules, 1 or 2 functions), it will be possible to send only timing commands or, when using the two keys on the right, the usual ON, OFF or dimmer adjustment commands.As shown in the table, it is possible to achieve the following functions in combination with the keys:- only timing function implemented with 2-module key 1 function

(pushbutton P1);- timing function with one key on the left, 1 module and 1 function

(pushbutton P1) and one key on the right, 1 module and 1 function for sending OFF commands (pushbutton P3);

- timing function with one key on the left, 1 module and 1 function (pushbutton P1) and one key on the right, 1 module and 2 functions for sending ON commands (pushbutton P2) and OFF commands (pushbutton P3) or with long pressure, adjustment of the dimmer brightness level.

This Item can also be used in systems that have the SCS/SCS interface item F422. When installing the control on the bus of an interface, it is possible to send commands to an actuator situated on the bus of another interface directly, without using auxiliary controls as a medium.This new Item has a configuration housing called I used for the address of the interface on which there is the actuator to be controlled. The interfaces in the system (in logical expansion mode) must be numbered from 1 to 9 (I4=1 to 9).If I=0, the control sends commands intended for actuators installed only on the local section; if I=CEN, the timer command sends commands intended for actuators installed on the main riser.

NOTE: Please refer to Bticinos sales technicians for the availability date of the actuators.

front view

rear view

Table

Key covers used/Corresponding function

T1 T2 T1 T2 T3timed ON timed ON OFF timed ON OFF/Set DOWN ON/Set UP

T1 T2 T1 T2

T3

pushbutton P2

pushbutton P3

pushbutton P1

LED


BUS


This device can be configured to perform typical functions (ON, OFF, timed ON) and special functions (otherwise possible in traditional systems with many devices and complex wiring).

Mode of operation

The following table lists all the modes of operation expected with the configurator in position M.The - symbol indicates the configurator/key cover combinations which cannot be used.

1) The device puts the actuator which it has in address in OFF after a time laid down by the configurators used, as indicated in the table below:

Configurator Time (minutes) 1 1 2 2 3 3 4 4 5 5 6 15 7 30 seconds 8 0.5 seconds

Table Possible function Combination key cover used and configurator in M

Cyclical ON-OFF for short push no and adjustment for long push configurator ON command ON Timed ON command 1) 1 to 8 OFF command OFF ON pressing the upper key OFF pressing the lower keyand adjustment for long pressure (dimmer) O/I 3)

Rolling shutter up-down to end of stroke Monostable rolling shutter up-down MPushbutton (ON monostable) PUL -

position M

front view

upper pushbutton

lower pushbutton

LED

rear view


BUS

2) Extra times to table 1 only valid for item L4651/2. To actuate them both positions M and SPE must be configured.

Configurator Time M SPE 1 7 2 seconds 2 7 10 minutes

coNfIGuratIoNcontrol for single load 2 modules Item L4651/2

3) As a function of the receiver actuator mode of operation


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Operating functions possible with configurator in position SPE


Locks the state of the devices to which the command is addressed 1 1 Unlocks the state of the devices to which the command is addressed 1 2 Locks with lower key and unlocks with upper key 1 3ON with flash 1) 2 none to 9 Selection fixed adjustment level at 10 to 100% of the dimmer 2) 3 1 to 9 Repeating of key 1 to 4 of the scenario control unit 4 1 to 9 whose address is specified in A and PL

Advanced modes of operation

In combination with the configurator in position M, by configuring positions SPE and AUX the device can be enabled to perform special functions.

2) The function is active if the device address corresponds to the address of a dimmer actuator Item L4674.

The configurator in M defines the adjustment in % of the load power. Configurator %P on the load 1 10 2 20 3 30 4 40 5 50 6 60 7 70 8 80 9 90 Activating the device only puts the load at the value selected in ON. To turn OFF

use a second control with configurator OFF in M.

MSPEAUX

PLA

position Mposition SPE

1) The flashing period is indicated in the table:

Configurator Time (seconds) none 0.5 1 1 2 1.5 3 2 4 2.5 5 3 6 3.5 7 4 8 4.5 9 5

T T


Operating functions possible with configurators in position AuX

The configurator in AUX indicates the auxiliary channel number which activates the command.

On receiving a message sent on the AUX channel indicated, the device sends the command for which it is configured as if its command button had been pressed.No. of auxiliary channel Combination key cover which enables the control used and configurator in AUX

No channel Channel 1 to 9 1 to 9 1 to 9

position AUX

Other operating functions possible with configurator in position SPE


Scenario module control 6 SCENARIO M T1 T2 T3 T4 1 1 2 3 4 2 5 6 7 8 3 9 10 11 12 4 13 14 15 16Sound diffusion system function 8 see Section Sound Diffusion SystemDoor entry and video door entry system functions 9 see Communication Technical Guide

MSPEAUX

PLA

position Mposition SPE

T1

T3

T2

T4

coNfIGuratIoNcontrol for single load 2 modules Item L4651/2


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Table Possible function Combination of key covers used/Configurator in M1 and M2

ON command ON OFF command OFF Timed ON command 2) 1 to 8 Dimmer - ON command (upper key) O/IOFF (lower key) + adjustment 1)

Cyclical ON-OFF command and adjustment 1) no configurator Rolling shutter up-down to end of stroke Monostable rolling shutter up-down MPushbutton (ON monostable) PUL 1) If the command is sent to a dimmer actuator.2) For operating times and description see the table for the device Item L4651/2.

Mode of operation

Made up of two independent controls, the back of the device has two distinct positions M1 and M2. If the device is to be used for just one command, configure only the positions for command 1 (positions A1, PL1 and M1). If instead two separate commands are to be generated, configure the positions of command 1 and command 2 independently.

PL1A

M1A2PL2M2

position M1

control 1 control 2 control 1 control 2

front view

upper pushbuttons

lower pushbuttons

LED

control 1

control 2

BUS

rear view

position M2

coNfIGuratIoNcontrol for single and double loads 2 modules Item L4652/2


Device with three independent controls.Can drive actuators for single loads with 1 relay or actuators with 2 interlocked relays and send controls for the management of advanced devices if configured with CEN configurator.

Mode of operation

On the back of the device has three distinct A and PL positions which refer to three keys on the front part.Going from left to right the three front keys correspond to command 1 (A1, PL1), command 2 (A2, PL2) and command 3 (A3, PL3).

The following table lists all the modes of operation with the configurator in position M.

front view

upper pushbuttons

lower pushbuttons

LED

control 1

control 2

rear view

control 3

BUS

position M

Configurator value in position M Key covers used/function

no configurator cyclical ON-OFFNOTE: if the command is associated with a dimmer actuator Item L4674 with modes of operation cyclical ON-OFF, ON (upper key) and OFF (lower key) the brightness can also be adjusted.


2 ON-OFF UP-DOWN cyclic5 ON-OFF UP-DOWN cyclic monostable8 ON-OFF ON (upper key) cyclic OFF (lower key)


1 ON-OFF UP-DOWN cyclic4 ON-OFF UP-DOWN cyclic monostable7 ON-OFF ON (upper key) cyclic OFF (lower key)


3 up-down6 up-down monostable9 ON (upper key) OFF (lower key)

coNfIGuratIoNcontrol for single and double loads 3 modules Item L4652/3


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two-way switch for the programming

mode of operation

local control unit address

front view

LED

The control unit, size 2 Living International/Light modules, has 4 pushbuttons on the front to recall the scenarios and 4 LED to indicate the active scenario.These pushbuttons are activated by means of Light Kristall keys and key covers with double function, with labels to make a note of the scenarios saved. On the basis of the configuration of position M, the control unit can act as independent device (Master), or as Slave, repeater of keys programmed in another control unit set as Master.

Selection of the command addresses

The table below gives the control unit addressing modes as a function of configurator 1 to 9 in position A.

Table Configurator Command addressesvalue1 to 9 pressing one of the four pushbuttons, before activating

the scenario saved, the device sends an OFF command to all the devices belonging to the room selected in A. Pressing the pushbutton again sends an OFF command to all the devices belonging to the room selected in A and switches OFF the scenario LED

no configurator on pressing one of the four pushbuttons, the scena-rio saved is activated without sending a previous OFF command. Pressing the pushbutton switches OFF only the LED scenario activated

Mode of operation

The table below lists all the modes of operation performed by the control unit as a function of the value of the configurator in position M.

Table Configurator Function performedvalueno the control unit acts as masterconfigurator Sla the control unit acts as slave of a master scenario

control unit. Pressing one of the four keys recalls the scenarios programmed for the four keys of the master control unit. The configuration of A and PL must mirror that of the Master control unit.

NOTE: The control unit must only be programmed if it is configured as Master. In this case no configurator is assigned to position M.

position M

coNfIGuratIoNScenario control unit Item N4681


Press one of the four keys in the control unit to activate the scenarios previously set. In this case all the commands which have been saved sequentially according to a specific programming procedure are activated at the same time and act on the actuators of the whole system, even of different rooms (regardless of whether there is a configurator in position A of the scenario control unit).One or more scenarios saved can be changed and/or deleted at any time, as the user requires.The control unit can be configured to manage two types of scenario:

Activation of scenarios for all the system devices by sending an OFF command just to the devices belonging to a specific room. The value of configurator 1 to 9 in positions A and PL defines the control unit address in the system.Pressing the key corresponding to one of the four scenarios saved puts all the actuators of the room set in A to OFF and then sets the new scenario selected, signalled by its LED lighting up.After the scenario is activated, if the same key is pressed again, the state of all the actuators of the room set in A is reset and the LED goes out.Scenarios activating dimmer actuators Item L4674 cannot be managed with this mode.

scenario identification label

scenario 2 keyscenario 1 key

scenario 3 key

scenario 4 key

LED

key cover

Activation of scenarios for all the system devices without previously sending an OFF command. In this case the value of configurator 1 to 9 in position PL defines the control unit address in the system.With this mode pressing one of the four pushbuttons does not previously send an OFF command to the system actuators before activating the scenario.The control unit therefore does not reset all the actuators in the system; if a specific actuator not considered in the scenario is to be moved to OFF, move it by means of its control device.With an active scenario, if the control key is pressed later, the LED goes out but the scenario set remains.

Note: the scenario control unit occupies an address in the system. No actuator can be configured with the same A and PL address as the control unit.

coNfIGuratIoNScenario control unit Item N4681


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1 2

3 4

two-way switch for the programming

rear view

Programming the scenarios

The control unit can only save the scenarios if the device is set as Master (no configurator in position M).Thanks to the devices self-learning feature, the control unit programming procedure is summarised in activating all those system commands which define the scenarios and in the later saving phase in which the control unit saves and associates the scenarios set to each of the four keys.After configuring the control unit, reset (see section below), then continue with the programming as specified below:1) Put the two-way switch on the back of the control unit in position

to activate the self-learning phase;2) Press one of the four pushbuttons to which the scenario is to be

associated until its LED lights up. When it starts flashing this signals that the programming phase is active.

3) Set the scenario by means of the commands and/or actuators involved. Several commands can be saved, up to a maximum of: 45 (key 1) 35 (key 2) 25 (key 3) 20 (key 4) WArNINg In this phase do not give commands outside the scenario to be activated

because the control unit will save them. If the number of commands being saved is greater than the value

allowed, the control unit flashes more quickly. The LED then goes out and the programming phase stops.

In this situation a new program will replace the first commands set during the previous scenario.

4) At the end of the scenario definition, confirm the save by pressing the key marked by the flashing indicator again. The indicator will then extinguish.

5) Repeat the procedure described in points 2, 3 and 4 to program the scenarios associated with the other keys. Also follow this procedure to add or change the features of a scenario already set.

Warning This procedure does not cancel the commands already saved. If the

scenario is to be changed completely, reset.6) If the features of the scenarios saved are to be changed at any time keep

the two-way switch on the back on the position; if not switch the two-way switch to position (programming locked, useful in public places where outside people have access).

position M

Resetting one or more saved scenarios

If the device is ready for programming, one or all the scenarios saved can be reset at any time. To reset a scenario just keep its key pressed for about ten seconds (the LED lights up and goes out after a few seconds).The LED flashes more quickly to signal that the memory has been cancelled.To reset all the scenarios saved at the same time press the keys of scenario 1 and of scenario 4 for about ten seconds (the indicator of key 1 lights up and goes out after a few seconds).In this case the four LED flash more quickly to signal that the memory has been cancelled.


To link a scenario Module to a command, put the Room and Light Point configurators into housings [A] and [PL]. Several scenario Modules can be installed in the same system by assigning different addresses to them. To configure the special Command (item L4651/2), [M] and [SPE] must be considered as well as housings [A] and [PL]. Putting configurator 6 into [SPE] sets the device up to control the scenario module, then putting a configurator from 1 to 4 into [M] selects the group of scenarios to be commanded with the 4 keys as indicated in the table. To use the Touch screen consult the manuals which come with the item itself.

Programming

To program, change or cancel a scenario enable the programming so that the programming state LED is green (press the lock/unlock button on the Scenario module for at least 0.5 seconds). Operations:1) Press one of the four keys on the Special command to which the scenario

is to be associated for 3 seconds, the corresponding orange LED lights up and then flashes signalling the learning phase. Wait for the orange LED to flash before continuing.

2) Construct the scenario by means of the commands belonging to the various Automation, Temperature control, Sound Diffusion System, etc. functions.

3) Confirm the scenario by pressing the corresponding button on the Special command quickly; the LED changes from flashing orange to green.

4) To change or create new scenarios to be linked to the other keys, repeat the procedure starting from point 1.

If the Scenario module does not receive a command within 30 minutes from the beginning of the learning phase, the programming is automatically interrupted.To call a set scenario just press its button on the Special command quickly. To cancel a scenario completely, keep the corresponding button pressed for about ten seconds. The orange LED signals the cancellation by flashing quickly. To cancel the entire memory keep the DEL button on the Scenario module pressed for 10 seconds, the yellow reset scenarios LED flashes quickly. Once the operations have been performed lock the programming, pressing the lock/unlock button for at least 0.5 seconds, so that the corresponding LED becomes red.

Notes

Inside the system itself one Scenario module can be programmed at once as the other devices are temporarily locked; during this phase the programming state LED becomes orange signalling the temporary Lock.During the learning phase and when there are timed commands or group commands, the Scenario module does not save events for 10 or 5 seconds respectively. You must thus wait before continuing with creating the scenario.During the scenario learning phase only the changes of state are saved.The Scenario module should be configured with a different A and PL address from that of an actuator. Use A=0 and PL=1-9, which cannot be used by actuators.

Configurator Scenario Scenario Scenario Scenario housing M key 1 key 2 key 3 key 4 1 1 2 3 4 2 5 6 7 8 3 9 10 11 12 4 13 14 15 16

coNfIGuratIoNScenario module Item f420

key 1

Item F420

Item L4651/2

key 2

key 3 key 4

LED key 1-3 LED key 2-4




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To cancel a scenario

1) the Scenario Module must be enabled in order to execute the programming process;

2) press the button of the scenario you want to cancel for at least 8 seconds: the red LED will turn on after 3 seconds; it will turn off after another 5

seconds; release the key. The corresponding LED will start flashing quickly for about 2 seconds, thus indicating that the scenario has been cancelled. If the LED does not flash, it means that the command has failed.

NOTE: To cancel all scenarios of the module, use the reset key directly on the scenario module Item F420.

Programming a scenario 1) the Scenario Module must be enabled in order to execute the

programming process;2) press the key you want to associate the scenario with for 4 seconds. When the LED turns on, release the key. The corresponding LED will begin to flash,

hence indicating the activation of the programming mode;3) set the scenario using the controls and/or actuators;4) when the scenario is set, press the button with the flashing LED again to

exit the programming mode;5) repeat par. 2, 3 and 4 for all the other keys, including those that are

already programmed if you need to add commands to the associated scenario.

NOTE: when you finish programming, it is recommended to disable the possibility to modify the scenarios by acting on the enable/disable key of the scenario module.

The Scenario Control is a device that does not directly manage the scenarios by storing them inside of it. It basically acts as a control to activate, create and change 4 scenarios stored in the Scenario Module Item F420 provided that the latter is enabled for being modified with the enable/disable key.

Configuration

Positions A and PL of the scenario control must correspond to those in the scenario module Item F420. The association of each key of the control with one of the scenarios stored by the module is made by configuring housing M. It is possible to configure positions N and DEL to set the number of the scenario to be activated with a delay and the period of the delay (from 30s to 1m). For more information, please see the following tables.

coNfIGuratIoN Scenario control Item L/N/Nt4680

Front view

PLA

MN

DEL

Back view detail

Correspondence between the 4 keys of the scenario control and the number of scenarios stored in the scenario module Item F420:

Configurator M Key 1 Key 2 Key 3 Key 4 1 Scenario 1 Scenario 2 Scenario 3 Scenario 42 Scenario 5 Scenario 6 Scenario 7 Scenario 83 Scenario 9 Scenario 10 Scenario 11 Scenario 124 Scenario 13 Scenario 14 Scenario 15 Scenario 16

Depending on the configurators inserted in position N, it is possible to set a delay to be associated with one or all scenarios before being actually actuated.

Configurator N Key 1 Key 2 Key 3 Key 4 0 None None None None1 Delay ON None None None2 None Delay ON None None3 None None Delay ON None4 None None None Delay ON5 Delay ON Delay ON Delay ON Delay ON

The configurator in the DEL position determines the delay on activating the scenario.

Configurator DEL Delay 0 None1 1 minute2 2 minutes3 3 minutes4 4 minutes5 5 minutes6 10 minutes7 15 minutes8 15 seconds9 30 seconds

Key 2Key 1

Key 4Key 3


Bus SCS

335919

To configure the Touch screen connect it to a Personal Computer by means of interface cord item 335919 and use the special TiDisplay software.This software can define the link between the preconfigured icons, which will be shown on the display, and the functions which must be managed and actuated by the devices of the Automation, Energy management, Sound diffusion, Burglar-alarm and Temperature control systems.Depending on the requirements of the installer and of the user a new configuration can be created or an existing one modified.TiDisplay can also configure extra functions in the Touch screen such as showing the time and the date, setting a protection password and updating the firmware version.For further information refer to the documentation supplied with the software.

Connecting the Touch Screen to the Personal Computer

TiDisplay Software example of definition of the icons for the Lighting function (Italian software shown, English version available)

coNfIGuratIoNtouch screen Item L/N/Nt4683

SCS BUS


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Bus SCS

335919

In order to configure the colour TOUCH SCREEN Item L4684, it is necessary to connect a Personal Computer using the interface cable Item 335919 (version for RS232) or Item 3559 (USB version) and to use the special TiDisplay Color software. This type of software enables you to determine a link between the pre-configured icons, which will be shown on the display, as well as the functions that need to be managed and actuated from the Automation, Energy Management, Sound System, Burglar Alarm and Temperature Control systems. Depending on the needs of the installer and the client, it is possible to create a new configuration or change an existing one. Furthermore, TiDisplay Color or TiDisplay allow you to configure additional functions in the Touch Screen such as displaying the time and date, setting a security password and updating the firmware version. For more information, please refer to the documentation supplied with the software.

TiDisplay Software example of definition of the icons for the Lighting function (Italian software shown, English version available)

coNfIGuratIoNcoLour toucH ScreeN Item L4684

Connecting the Touch Screen Item L4684 to the Personal Computer

Front view

BUS

Item 335919

Item 3559


front view

LEDprogramming/

reset pushbutton

receiving lens

rear view

room number receiving the command

mode of operationchannel selection

selector switch to enable programming

The receiver can add the remote control by means of infrared ray commands (Item 4482/7 4482/16) to the manual control or replace the manual control by the remote control. Commands for four 1-relay actuators for single loads or two 2-relay actuators for double loads (motor of rolling shutters etc.) can be associated with the remote control pushbuttons.On the front the device has, as well as the IR receiving lens, a programming

pushbutton and a LED to indicate the programming phase and reception of the IR signal sent by the remote control.

remote controls

Item 4482/77 channels

Item 4482/1616 channels

The IR receiver can be set up for 3 different modes of operation depending on the configuration of positions A, PL 1 to 4 and M:

PL1

PL2

PL3

PL4

Correspondence between remote control pushbuttons and loads controlled

Table Mode M Functions which can be performed A 1 to 4 Repeating of 4 generic commands (ON/OFF, UP/DOWN) with the 4 remote control keys. Remote The receiver saves the commands required in the installation phase,control by inserting configurators in positions A, PL 1 to 4 and M. Changing the pre-set functions involves the reconfiguration of the IR receiver.B none Repeating of 4 generic commands (ON/OFF, UP/DOWN) with the 4 remote control keys.Remote In this case the control unit saves the commands with a self-learning procedure.self-learning The user can change the succession and the commands saved to be recalled with the remote control at any time. C SLA Repeating the 4 generic scenario control unit keys with the remote control keys. Remote scenarios

coNfIGuratIoNIr receiver Item L/N/Nt4654N


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Table

Function Type Position Position Position Position Position of control A PL1 PL2 PL3 PL4

cyclical ON-OFF Light point 1 to 9 1 to 9 1 to 9 1 to 9 1 to 9for short press in the room+ adjustment (dimmer) indicated in R

cyclical ON-OFF Room 1 to 9 AMB AMB AMB AMB Command 2)

Rolling shutter Light point 1 to 9 1 to 9 1 to 9

up-down 1) in the room 1 to 9 1 to 9

indicated in A 1 to 9 1 to 9

1 to 9 1 to 9

1 to 9 1 to 9

1 to 9 1 to 9

Monostable Room 1 to 9 M M

rolling shutter Command 2) M M

up-down 1) M M

M M

M M

M M

Rolling shutter Room 1 to 9

up-down Command 2)

to end of stroke 1)

ON command Room 1 to 9 ON ON ON ON Command 2)

OFF command Room 1 to 9 OFF OFF OFF OFF Command 2)

Example 1If on the receiver positions PL2 and PL3 have configurator 7, the remote control operates double actuator 7 of the room indicated in A, raising the rolling shutters with pushbutton 2 and lowering them with pushbutton 3.

rear view

Mode A (remote control)

This mode lets the user associate generic commands (ON/OFF, UP/DOWN) intended for single loads or double loads with the remote control keys.The correspondence between the remote control keys and the loads commanded is determined in the installation phase by the configuration of positions A and PL 1 to 4 of the IR receiver, as shown in the table below. The following can be associated with the remote control pushbuttons:- Point-to-point commands, i.e. intended for single or double loads (rolling

shutter motor) whose address is specified by configurator 1 to 9 in positions PL 1 to 4. The various modes of operation are determined by the association of the configurators with the PL positions.

- Commands intended for actuators for single and double loads belonging to the room defined with configurator 1 to 9 in position A. In this case the modes of operation are defined by the configurators marked by the graphics of the function performed, inserted in positions PL 1 to 4.

addresses/mode of operationdefinition of

channels 1 to 16 of the remote control

Example 2If on the receiver positions PL2 and PL3 have configurator and position A has configurator 2, the remote control operates all the actuators in room 2, raising the rolling shutters with pushbutton 2 and lowering them with pushbutton 3.

1) The two PL positions must have the same configurator. The UP command is associated with the first PL position and the DOWN command with the second PL position.

2) The command is intended for devices belonging to the room indicated in A.


7-channel remote control

Configurator in position MCH1 1 CH2 2 CH3 3 CH4 4 CH5 5 CH6 6 CH7 7

16-channel remote control Configurator Configurator in position M in position MCH1 CH9 1 CH2 CH10 2 CH3 CH11 3 CH4 CH12 4 CH5 CH13 5 CH6 CH14 6 CH7 CH15 7 CH8 CH16 8

coNfIGuratIoNIr receiver Item L/N/Nt4654N

Mode A (remote control)

Up to 4 IR receivers can be installed in the room considered. They can manage up to a maximum of 16 separate commands.The correspondence between the channels of a remote control and the respective IR receiver is established by configuring position M of the IR receiver correctly.

Item 4482/7

Item 4482/16

rear view

configurator M


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Programming the receiverIf the IR receiver is to be set up to save/modify commands associated with the remote control key, the two-way switch on the back must be in the open padlock position.With respect to function a (remote control) position M is not configured to set the associated remote control. A scenario can be reset and at the same time a remote control key associated to it following the following procedure:

Selection of the key to associate to a scenario and reset of the scenario 1) Press the key on the infrared receiver and keep it pressed; the LED lights

up and goes out after a few seconds; the key can then be released.2) Within 20 seconds press the key on the remote control to be associated

to a scenario. The receiver associates the key and resets the scenario and confirms by the LED flashing. From this point the scenario is only activated by the remote control key so set.

3) Repeat the operations of points 1, 2 and 3 for each scenario to which a key is to be associated.

With reference to the picture of the previous page, a key can be associated to a scenario only according to the table below:- Scenario 1 - CH1, CH5, CH9, CH13;- Scenario 2 - CH2, CH6, CH10, CH14;- Scenario 3 - CH3, CH7, CH11, CH15;- Scenario 4 - CH4, CH8, CH12, CH16.

Saving scenariosIf a key has already been associated to the scenario to be created or modified, the saving procedure is the following:1) Press the pushbutton on the front of the IR receiver until the LED lights up.2) While the LED is lit up, press the key associated to the scenario on the

remote control within 20 seconds.The LED flashes to confirm the correct programming procedure:- scenario 1 (1 flash every 4 seconds)- scenario 2 (2 flashes every 4 seconds)- scenario 3 (3 flashes every 4 seconds)- scenario 4 (4 flashes every 4 seconds)3) At this point the scenario can be set by means of the controls and/or

actuators involved.4) When the scenario has been defined confirm the saving by pressing the

key on the receiver and making sure that the LED has gone out.5) The procedure of the previous point must be repeated to define the other

scenarios and to modify a previous saving.

The LED flashes to signal the reception of one of the four commands sent by the remote control.Several remote controls can activate the same scenario.

To modify an already set scenario repeat the operations described in Saving scenarios.If the key associated with the scenario is to be changed, repeat the operations described in Selection of the key to associate with a scenario and scenario reset; this operation also deletes the scenario.

Mode C (remote scenarios)

This operating mode is only used if the system has a scenario control unit Item N4681. In this case the IR receiver saves and associates the four keys of the scenario control unit with the four keys of the remote control.By means of the remote control the user can then recall the scenarios saved by the control unit. To enable the receiver for this mode of operation, positions A and PL1 must be configured with the same address as the scenario control unit and in position M with configurator SLA. To select the remote controls to be associated with the receiver (communication channels) follow the procedure described above for function B (remote self-learning).

Mode B (remote self-learning)

In this mode the IR receiver works as if it were a scenario control unit which can be activated by remote control. Like scenario control unit Item N4681, just put the receiver into self-learning mode, press one of the remote control keys and activate those control devices or actuators whose function is to be saved.The great flexibility of this mode of operation means that the user can not only call the controls or scenarios required with the remote control, but also change their features at any time, as required.To enable the IR receiver for this mode of operation configure positions A and PL1. If numeric configurators 1 to 9 are inserted in A and PL1 define the receiver address in the system. The receiver activates the scenarios for all the system devices subject to sending an OFF command to all the active devices of the room specified in A.If configurators 1 to 9 are inserted only in position PL1, the receiver is enabled to activate scenarios for all the system devices, leaving any previously activated devices active.In this case the value of the configurator in PL1 defines the number of the IR receiver in the system. The receiver occupies an address in the system (A and PL). No actuator can be configured with the same A and PL address as the receiver.

rear view

room number

light point number

not used

local address of the IR receiver


Front view

Designed for activating/deactivating the Burglar alarm system; this device can be used in the Automation system to manage standard and advanced protected controls that can be activated with a transponder badge Item 3530, Item 3530S and Item 3540. The four housings (Z, N, MOD and AUX) are used to configure the different operating modes. The Automation functions are listed below:

TIMED ON/Off

This allows the execution of an ON/OFF command for the duration of 1 second.

ZThis configurator corresponds to A (Environment of the system) (it assigns a homogeneous environment in which the execution takes place - from 1 to 9 -)

NIt corresponds to the PL of the Automation system (it assigns the point in which the execution must take place - from 1 to 9 -)

MODAssigns the operating mode. For Automation functions, enable configurator 2.

AUXNo configurator

EXAMPLE: If Z=3, N=2 and MOD=2, the device sends an ON/OFF command for the duration of 1 second (e.g. opening of a door lock) to an actuator with address A=3 and PL=2.

coNfIGuratIoN control protected with code Item L/N/Nt4607

Scenarios function

ZIt corresponds to the environment of the scenario module Item F420 in which the actuation from 1 to 9 occurs (ref. housing A on scenario module).

No.Corresponds to position PL of the scenario module.

MODAssigns the operating mode. For automation functions, enable configurator 2.

AUXAssigns the correspondence with the scenario requested to the scenario module. Configurators 1 to 9 can be used. These correspond to the scenario associated with scenario module Item F420.

Transponder badge Item 3530

Rear view

F420HC/HS/L/N/NT4607

EXAMPLE: the control, as configured here, activates scenario No. 4 of the scenario module Item F420 with address A = 3, PL = 2

0

9

1

9 Z

NMODAUX

22

3

4

Configurator housing

Control Scenario module


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L/N/NT4607- A (slave)

L/N/NT4607

Timed command

This allows the execution of a timed ON command

ZThis configurator corresponds to A (environment of the system) Automation (assigns the homogeneous environment in which the actuation - from 1 to 9 - occurs)

No.Corresponds to the PL of the Automation system (it assigns the point in which the execution must take place - from 1 to 9)

MODAssigns the operating mode. To obtain timed ON commands, enable configurator 6.

AUXIt assigns the timing duration according to the value of the configurator used, as specified in the following table.

coNfIGuratIoN control protected with code Item L/N/Nt4607

Aux Time

0 1 1 min2 2 min3 3 min4 4 min5 5 min6 5 min7 20 sec8 0.5 sec9 (not used) - - -

EXAMPLE: the transponder reader, as configured here, sends a 5 minute timed ON command to an actuator with address A = 1 and PL = 3 (e.g. when a service light is turned on)

SLAVE control

This allows the reproduction of a command enabled on a Master transponder reader.All transponder keys used must be stored only in the Master device.

ZCorresponds to configurator Z of the master device.

No.Corresponds to configurator N of the master device

MODAssigns the operating mode. To obtain SLAvE devices, enable configurator SLA.

AUXCorresponds to configurator AUX of the master device.

L/N/NT4607- B (master)

EXAMPLE: the control A, as configured here, works as a Slave of control B (Master), which allows the execution of an ON/OFF command for the duration of 1 second (e.g. opening of a door lock) by means of the actuator configured A=3 and PL=2

ZN

MODAUX

36

1

5

bticino home automation

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