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© 2002 Carlo Gavazzi Industri A/S. All rights reserved
G 3800 X015 Configuration Software
October 2002
G 3800 X015 Configuration Software
October 2002
G 3800 X015 Configuration Software
October 2002
G 3800 X015 Configuration Software
October 2002
Object
Function
Channel
In-/outputs
Push button inputs
Local activation
A1..B4
C1..D4
Push button inputs
Group-wise
B5/6
Master
D5/6
D7/8
Binary inputs for
Priority control
E1/E2
wind/rain sensors
Relay outputs
Motors
A1..B4
Configuration of Master Generator
Decentralized
Roller blind/roof
A1.. B4
Roller Blind Up-Down
window control
C1..D4
Roller Blind Master
Group-wise con-
B5/6
trol ground floor
Roller Blind Master
Group-wise con-
D5/6
trol 1st floor
Roller Blind Master
Master control
D7/8
Push button function
Connection of
E1/E2
Application Example
Task:
Control of several roller blinds as well as a roof window in a building. The system should include
groupwise control for two different floors as well as master control of all roller blinds together.
To protect the roller blinds, a wind sensor and a rain sensor are installed. The roller blinds are to
roll down by rain and up by wind, and wind has priority. The roof window is to close by rain.
Solution:
The roller blinds as well as the roof window are activated through Dupline roller blind control
modules. For the group-wise and the master control, roller blind master controls are used. The
address of the wind sensor is marked directly in the roller blind controls as priority address. The
down-channel of the master control is activated through logic setup via the address of the rain
sensor. Further details can be found in chapter 2.5.2.
With the logic setup below, the rain sensor activates all roller blinds in the Down-direction through the master
function. If the wind sensor channel is set, the command of the decentralized up-down control is not executed
(priority control at each decentral roller blind object).
Output
Input 1
Function
Input 2
D8
/E2
AND
/E2
