LEGRAND Bticino SCS Quick Start Manual Download Page 2

2

OUT

IN

C

I1 = –

I2 = –
I3 = 3
I4 = 2
MOD = 1

OUT

IN

C

I1 = –

I2 = –
I3 = 7
I4 = 7
MOD = 1

OUT

IN

C

I1

= –

I2

= –

I3

= 5

I4

= 4

MOD = 1

OUT

IN

OUT

IN

OUT

IN

F422

Installation example

Installation rules: 

- Configure both I3 and I4 with configurators from 1 to 9, to set the separation between 

the two Buses.

- I1 and I2 must not be configured.
- If several interfaces are installed in series, the addresses of the devices between one in-

terface and the other must be within those of the two interfaces (see system example).

- In this mode, it is not possible to install two interfaces in parallel on the same BUS.
- It is possible to install up to four interfaces in series, which subdivide the system in 5 

separate sections, individually powered.

- The scenario module, the memory module, the IR emitter for the control of air con-

ditioning units, and the devices that can be configured in self-learning mode, must 
be installed on the BUS section corresponding to the own local address (e.g. if the 
scenario module is configured as A=0/PL=1, it will have to be placed on system  
no. 1 - see system example).

- The web server and the scenario programmer must be installed on the BUS line with the 

lowest addresses (system 

1

 on the drawing).

- All control devices configured for sending Point-Point, Room, Group, and General con-

trols may be connected to any branch of the system (no.1 or no. 2), without limitation, 
irrespective of their respective addresses in the A and PL positions.

- The above also applies to actuators configured in “slave” operating mode.
- Interface F422 allows Point-Point, Group, Room, and General controls to travel through 

the various systems. It is therefore possible to install, for example, in system no. 2 a 
control configured as A=1 and PL=5 that will control actuator A=1 and PL=5 installed 
in system no. 1. 

- Within the system, no device must be configured with the same address as the interface.

1

3

A/PL = 55 

 76

Automation

2

4

A/PL = 33 

 53

A/PL = 78 

 175 (*)

Automation

Automation

A/PL = 01 

 31

Automation

Note (*): maximum number of addresses available with virtual configuration of the devices.

1

MQ00280-e-EN

07/06/2014

SCS/SCS 

gateway

Summary of Contents for Bticino SCS

Page 1: ...es connected constitute at all effects two systems and as such they must be subjected to all existing sizing and installation rules Technical data Power supply via SCS BUS 27Vdc Operating power supply...

Page 2: ...l address e g if the scenario module is configured as A 0 PL 1 it will have to be placed on system no 1 see system example ThewebserverandthescenarioprogrammermustbeinstalledontheBUSlinewiththe lowest...

Page 3: ...to the cor responding control devices and actuators it will also be possible to install the Energy management central unit temperature central unit and the MH200N scenario pro grammer In this mode up...

Page 4: ...ry system Installation rules Onthecommonsectionsitispossibletoconnectcontactinterfaces ortechnicalalarms gas water leak up to a total of 9 auxiliary channels these must be connected to the IN clamp of...

Page 5: ...ys tem Installation of the Automation system actuators within the Burglar Alarm system is not allowed The interface does not use any addresses of the Automation system Thisconfigurationenableskeepingt...

Page 6: ...ely In view of the above it will no longer be necessary to indicate the system separation address in positions I3 and I4 therefore the interface will have to be configured by as signing any address fr...

Page 7: ...ems It is therefore possible to install for example in system no 2 a control configured as A 1 and PL 5 that will control actuator A 1 and PL 5 installed in system no 1 The use of the interface with t...

Page 8: ...reate a system with three interfaces for the connection of two Automation systems and one Burglar alarm system to one single riser If necessary each of these can be expanded physical expansion mode or...

Page 9: ...4 OUT IN C OUT IN I1 I2 I3 I4 2 MOD 2 OUT IN C OUT IN I1 I2 I3 I4 1 MOD F422 Example no 2 system with logic expansion Main riser A PL 55 175 1c Automation high addresses A PL 33 53 1b Automation inter...

Page 10: ...1 I2 I3 I4 1 MOD 4 OUT IN C OUT IN I1 I2 I3 I4 1 MOD F422 Example no 3 system without logic expansion A PL 55 175 1c Automation high addresses A PL 33 53 1b Automation intermediateaddresses A PL 01 31...

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