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COMPACT VOICE ALARM SYSTEM
SERVICE MANUAL
12.6 Control I/O Conguration
This tab is only available from the advanced congurator level Basic Conguration Conguration Mode Advanced.
Thetabconsists of 3 pages: Group Logical Inputs, Group Logical Outputs and Timers.
12.6.1 Group Logical Inputs
Group Logical Inputs – this is grouping two or more logical inputs in order to trigger action in the system for a specied condition.
In order to create a group:
1
Using the icon, create a new group with the generic name LogicalInputGroup0000x; the name is editable by moving
the mouse cursor over it and pressing the left mouse button.
2
From the Select Logical Input tab, using the left mouse button, add elements to the group. Each of the elements can
onlybe assigned to one group.
The created group is shown in the Event Conguration tab, in the Input tab. For a logical input group, execution of the action,
as assigned to the group, is determined by fullling the Condition from the Event Conguration tab. Condition value =1, =0,
= decimal value, < decimal value, > decimal value, <= decimal value, >= decimal value. The decimal value entered is to be
interpreted in the following way – each group member has an item assigned: the rst added element in the middle table
from the Control I/O Conguration tab – Group Logical Inputs comprises the bit of the smallest weight, found in the digital
word, rightmost. The last element from the group is the bit of the biggest weight, leftmost. A binary number created in this
way must be translated into the decimal system and entered into the condition.
For NO (Normally Open) Default Logical Inputs – 1 is input closing, 0 – opening. NC (Normally Closed) Default Logical Input
– 1 is input opening, 0 – closing. If we want to programme a logical input group, e.g. Input 1 NO, Input 2 NO, to trigger any
function following closing of both inputs, enter the condition = 3 (11 in the binary numeral system).
In case of a 2-input group, we have the following condition options:
00 = 0 Opening of both inputs,
01 = 1 Closing of Input 1 and opening of Input 2,
10 = 2 Opening of Input 1 and closing of Input 2,
11 = 3 Closing of both inputs;