Mircom Flex-Net Phase II, Инструкция по применению

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Appendix B: Using the Configurator
Logic Editor Dialog
Displays in response to the Edit button on the Advanced Logic correlation tab.
Using this dialog the user can compose an equation to be applied to a local, dummy input
zone. The input zone is then correlated, using regular IO corrs, to the output which is
ultimately the object of the equation. This is done by specifying any number of local and
remote inputs zones, local input circuits, timers and intervals (operands) and boolean
expressions (operators).
When the result of the equation, evaluating the TRUE/FALSE state of all inputs, is TRUE the
associated output will be energized. The equation overrides any other Input/Output
correlations.
WARNING: Applying an equation directly to an output bypasses all of the regular input to
output correlation processing. That is - coded inputs are not processed, etc. Use of a dummy
input zone as the intermediary is the preferred method.
The operands recognized by the equation builder are
• AND
• OR
• NOT
• EQU
• ANY x OF( inputs )
Examples:
Turn on a relay if a smoke detector in the lobby is in alarm, but not if the smoke detector in the
elevator machine room is detecting smoke.
= 01-00-L2-SM-001 AND NOT 01-00-L2-SM-002
Release halon in a semiconductor clean room only if three of the 10 verified alarms in the area
are active.
= ANY 3 OF ( 01-00-L2-SM-001 , 01-00-L2-SM-002 , 01-00-L2-SM-003 , 01-00-L2-SM-004 ,
01-00-L2-SM-005 , 01-00-L2-SM-006 , 01-00-L2-SM-007 , 01-00-L2-SM-008 , 01-00-L2-SM-
009 , 01-00-L2-SM-010 , 01-00-L2-SM-011 )
Associate an equation with a dummy input and then reference that input in several equations
attached to outputs. In this example zone 3 will be TRUE if smoke detectors 5, 6 and 7 are
active. Zone 3 is then re-used in the equations for four different relays. Relay 1 will be
energized if the equation for zone 3 is TRUE and smoke detector 8 is not active. The simplifies
the relays' equations, which would otherwise all have to include zone 3's equation.
// Common to activation of relay #1,2,3,4.
01-00-**-IZ-003 = 01-00-L0-SM-005 AND 01-00-L0-SM-006 AND 01-00-L0-SM-007
// First relay
01-00-L1-RL-001 = 01-00-01-00-**-IZ-003 AND NOT 01-00-L0-SM-008
// 2nd relay
01-00-L1-RL-002 = 01-00-01-00-**-IZ-003 AND NOT 01-00-L0-SM-009