My Home light and motor automation: BUS system characteristics

System features

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ApartmentVilla

Designed for residential application

My Home SCS bus system was designed with– System dimension and feature for homes– Designed to reduce the cabinet dimension– Installation method close to the traditional installation– Aesthetic integrated with WD

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L

BUS system composition

Not one general central unit

No centralized configuration

Power supplyCommands

N

Actuators

Loads

27V BUS

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SCS bus characteristics

Sender

Receiver

Information0 1 0 1 0 1 0 1 0 1 0 1

L230V

N

27V d.c. NOT POLARIZEDPower supply and digital data

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Incandescent

Discharge

Halogen

Fluorescent

LED

Motors ON/OFF

Motors up/downright/left

Load typology driven: most of the typology

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Wide catalogue range

User interfaces

Actuators

Dimmers

Interfaces

Accessories

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Traditional configuration

To configure means: to give a logical

address and a working mode to each devices

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Traditional configuration advantages

The configuration is visible at any time

No special tools/software for configuration

Not specialized competence for any maintenance

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Virtual configuration

The Virtual Configuration is available to configure:– Automation devices– Thermo regulation devices– Energy management

LN

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Virtual configuration advantage

Up-Down load system configuration

System configuration scan

Configurators and time saving

Easy re-configuration

You can clone the configuration!

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Free BUS cabling topology

Star connections Free connection

Just one rule: no closed ring!

The choice is based on the installation need, function and wall limitation

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Power supply Actuator Control

250m MAX 500m MAX

Physical possibilities: distance

For one power supply only! But you can expand it!

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1.200mA available from the standard power supply

600mA from the compact power supply

Table of absorptions on the technical guide and YouProject calculates the total adsorption

Physical possibilities: absorption

LN

For one power supply only! But you can expand it!

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Why one power supply only?

1 PS

2 PS

2 impedances in parallel cut the digital frames

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9 Areas

9 PL for every area

9 x 9 = 81 address(Actuators, command has the same configuration)

Logical possibilities

Designed for the residential sector

For one power supply only! But you can expand it!

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Lighting management integration

Some MH device are in common with LM system.

For this reason you can use the LM configuration rules and system limits.

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Configuration

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N

Sender (command)

Receiver (actuator)

Configuration concept

L

CLACK

CLICK

1. Define the address to identify sender-receiver link

2. Set the devices function modality

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Configuration logics: area

Subdivide the plan in several Areas

Max 9 areas!

Each area has maximum 9 point of light

6

23

4

1

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APL

APL1PL2PL3PL4

APL

Configuration logics: point of light

Max 9 lamp circuits

Subdivide the area in several Point of Light = PL

12

3

4L

N

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APL1PL2PL3PL4

APL

Configuration logics: motor

Configure the motor actuator

PL1=PL2 to have interlocked relay

12

L

N

3

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Point-to-point light configuration

A

PL

Command Actuator

A

PL

2

3

2

3

A=1PL1=1

A=1PL1=2

A=1PL1=3

A=1PL=2

A=1PL=3

A=1PL=1M=I/O

A=2PL1=1

A=2PL1=2

A=2PL1=3

A=2PL=2M=I/O

A=2PL=3

A=2PL=1

Commands to a single device (same A and same PL)

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Point-to-point motor configuration

A=2PL1=1

PL2=1

A=2PL1=2

PL2=2

A=2PL1=3

PL2=3

A=2PL=1M=↑↓

A=2PL=2M=↑↓

A=2PL=3M=↑↓

A=1PL1=1

PL2=1

A=1PL1=2

PL2=2

A=1PL1=3

PL2=3

A=1PL=1M=↑↓

A=1PL=2M=↑↓

A=1PL=3M=↑↓

Motor as: shutter, curtain, sunbreaker

Commands to a single device (same A and same PL) with ↑↓ in M

A

PL

M

Command Actuator

A

PL

M

2

3

2

3

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Ambient configuration

Command Actuator

A

PL1

PL2

2

22

AMB

Actuator

2

3A

PL

M 2 3

A=1PL1=1

A=1PL1=2

A=1PL1=3

A=1PL=2

A=1PL=3

A=1PL=1

A=2PL1=1

A=2PL1=2

PL2=2

A=2PL1=3

PL2=3

A=2PL=2

M=↑↓

A=2PL=3

M=↑↓

A=2PL=1

A=AMBPL=1

A=AMBPL=2M=↑↓

Command to every actuator with the same configurator A (AMB)

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Group configuration

A=1PL=2

A=1PL=3

A=1PL=1

A=2PL1=2

PL2=2

A=2PL1=3

PL2=3

A=2PL=2

M=↑↓

A=2PL=3

M=↑↓

A=2PL=1

A=AMBPL=1

A=AMBPL=2M=↑↓

A=GRPL=1

A=GRPL=2

A=1PL1=1

A=1PL1=2

A=1PL1=3

A=2PL1=1

1

11

GR 1

2

1 1

Command to every actuator with the same site G (GR)Command Actuator Actuator

A

PL

GR

A

PL

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General command

GEN

Command

A=GEN

PL=

A=1PL=2

A=1PL=3

A=1PL=1

A=2PL1=2

PL2=2

A=2PL1=3

PL2=3

A=2PL=2

M=↑↓

A=2PL=3

M=↑↓

A=2PL=1

A=AMBPL=1

A=AMBPL=2M=↑↓

A=GRPL=1

A=GRPL=2

A=1PL1=3

A=2PL1=1

A=1PL1=1

A=1PL1=2

One general for lightsOne general for motors

Command to every actuator with the same modality

A

PL

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Extended command

Point-to-point extended command between different logical extensions

A=1PL1=1

A=1PL1=2

A=1PL1=1

A=1PL1=3

SCS/SCS

IN

OU

TMOD=2

I4=1

A=1PL1=2

PL2=2

SCS/SCSIN

OU

T

MOD=2I4=2

Local BUS

Private riser Local BUS

Extended command

A=1PL=1I=2

A=1PL=2I=1

A=1PL1=3

PL2=3

A=1PL1=2

A=1PL=3M=↑↓I=2

A=1PL1=3

PL2=3

A=1PL1=1

A=1PL=3M=↑↓I=CEN

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Light function:

ON timed command

ON command

OFF command

Pushbutton command

ON / OFF command

Automation function:

UP / DOWN bistable command

UP / DOWN monostable command

Special commands

Configurator:

PUL

ON

OFF

O/I

M

1-8

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Easy scenario with lights and motors– 4 scenarios per Unit (command)– 16 scenarios per DIN module (memory)– Configure the device (traditional-virtual)– Customizable by the end-user (push & learn)

Basic scenarios configuration

Easy to set-upPush & Learn

Scenario module

4 scenarios command

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Slave configuration

You have to use SLAVE

1 relay actuator

2 actuators with the same address cannot exist!

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Save the system state in black-out situation

• It needs an A/PL address• To save address it can be used in area 0

A=PL=

• 1 module for every system

(phisical extension included)

PL

A

1 to 9

0

Memory module

Memory module

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System extensions

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SCS system extended possibilities

One SCS system has Physical & Logical max possibilities which can be expanded because:– Physical: Distance & Current

– Logical: Address

The SCS system could be integrated with RADIO & LAN because:–If it is not possible to run the BUS

–Web access or smart phone control

BUS extension

RADIO extension

LAN extension

BUS extension

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BUS extension for Current - Distance

One system has 1200mA & 500m

Physical extension to multiply the SCS possibilities

1200mA & 500m 1200mA & 500m 1200mA & 500m

1200mA & 500m 1200mA & 500m

M U L T I P L Y 2 T I M E S

M U L T I P L Y 3 T I M E S

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Physical extensions rules: max 6A & 2.5km (4 interfaces maximum: 5 buses)

The SCS interface takes one available system address to separate 2 or more system sections

Physical extension MOD=1

I3 & I4 are the link address

All kind of command is interface transparent: see the table beside

Max 4 SCS interface: 5 times the max possibilities

56-99SCS/SCSIN

OU

T 34-5411-32 SCS/SCSIN

OU

T

Address 33 Address 55

133 155

PASSPASSAuxiliary

PASSPASSGeneral

PASSPASSGroup

PASSPASSArea

PASSPASSPoint to point

OUT ININ OUTCOMMAND

PASSPASSExtended

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Physical extensions: extension 79 total address, 3.6A current and 1.5km bus distance available

Address 91-99

Private riser

Private riser

NL

Address 11-38

Address 41-88

Private riser

MOD=1I3=8I4=9

MOD=1I3=3I4=9

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BUS extension for Address

One system has 81 address available

Logical extension to multiply the SCS possibilities

MULTIPLY 10 TIMES

810 address

Private riserLocal BUSES

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LOCAL BUS SCS/SCSIN

OU

T

Address 300

23

LOCAL BUS SCS/SCSIN

OU

T

Address 200

22

LOCAL BUS SCS/SCSIN

OU

T

Address 100

12

Logical extensions rules: 810 address (9 interfaces maximum: 10 buses)

PR

IVA

TE

RIS

ER

Each SCS interface gives 1 digit more (hungered) to each local bus

Logical extension MOD=2

I4 is the interface address

Some commands are blocked in one direction: see the table

PASSPASSAuxiliary

STOPPASSGeneral

STOPPASSGroup

STOPSTOPArea

STOPPoint to point

OUT ININ OUTCOMMAND

STOP

PASSPASSExtended

Max 9 SCS interface with 10 buses

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Logical extensions: example243 total address, 3.6A current and 1,5km bus distance available

Private riser

Address 011-099

LN

Local BUSAddress 111-199

Local BUSAddress 211-299

NL

MOD=2I4=2

MOD=2I4=1

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Example: 2 logical and 1 physical extensions 242 total address, 4.8A current and 2km bus distance available

LN

Local BUSAddress 111-199

Private riser

Address 011-099

NL

Local BUSAddress 211-299 (- 155)

MOD=1I3=5 I4=5

MOD=2I4=2

MOD=2I4=1

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Bus-Radio extension

Radio and bus system integrated means:– More installation flexibility

• Command wireless• No additional BUS cable

– Actuators flush mounting

SCS bus

Radio ZigBee

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LAN extension

NL

LAN

IP 10.23.45.186

IP 10.23.45.182

Thanks to the web server it is possible to link BUS & LAN– Local control via smart phones– Local control via MHVISUAL synoptic software– Remote control via web-pages– OPEN integration with 3rd parties available

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THE END