background image

1

OUT

IN

C

4

5

I1 I2 I3 I4 MOD

F422

Legend

1. 

Configurator socket

2. 

BUS

3. 

Signalling LED

4. 

Button for future use

5. 

OUT clamp

Description

The gateway is an interface that provides communication among different BUS systems. 
The interface has two BUS clamps, IN and OUT. On the front is a C key for virtual configu-
ration and a LED for the notification of:
-  correct power supply and configuration (ON steady)
-  BUS not detected (OFF)
-  configuration not detected or incorrect configuration (flashing).
The device may operate in six different modes:
-  Physical expansion: can increase the total BUS length or exceed the current draw limit 

of 1200 mA for the individual power supply unit.

-  Logical expansion: can increase the number of devices of a system, which is 175 (max 11 

in rooms defined with A = 0 to 10 and 16 light points with PL = 0 to 15).
Address A = 0, PL = 0 is not permitted.

-  Burglar alarm/automation interface: it allows communication between these two sys-

tems.

-  Public riser: it provides alarm event supervision for the common parts of the video door 

entry system.

-  Galvanic separation: can interface two different functions (eg: Sound System with Au-

tomation).

-  Physical separation: brings together the features of the Physical expansion mode and 

the Galvanic separation mode. It can be used for systems with devices preset for virtual 
configuration.

NOTE: Regardless of the interface mode of use, it must be taken into account that 
the two Buses 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:  

27 Vdc

Operating power supply with SCS BUS:  

18 – 27 Vdc

IN clamp current draw:  

25 mA

OUT clamp current draw:  

5 mA

Dissipated power with max. load:  

1 W

Dimensions

Size: 2 DIN modules

With the interface configured in this mode, it will be possible to extend the physical limit 
of the maximum length of the BUS, or exceed the limit of 1200 mA delivered by the indi-
vidual power supply, but not the maximum number of actuators (max. 175). The positions 
identified with I1 and I2 must not be configured. The “separation address” between the 
two buses connected to the interface must instead be defined in positions I3 and I4. Sup-
posing as in the example that I3=3, I4=2:
- On the input BUS (IN) the addresses must go from A=0 / PL=1 and A=3 / PL=1;

- On the output BUS (OUT) the addresses must be between A=3 / PL=3 and A=9 /PL=9 or 

the address of the next interface. As it can be seen from the example, all the automation 
BUS 1 addresses are lower than that of the interface, while all the automation BUS 2 
addresses are higher; the interface address therefore separates all the addresses of which 
the complete system might be made up of into two or more blocks.

1) “Physical expansion” operating mode - configurator MOD = 1 -

Configuration

Sockets l1, l2, l3, and l4 are used to uniquely identify, using numerical configurators, the 
addresses of the interfaces inside the system.

SCS/SCS 

gateway

MQ00280-e-EN

07/06/2014

The interface is configured only with the physical configuration.

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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