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Stop program 'Stairway Motion Timer'
In this example, motion at either the top (X-10 M1) or the bottom (X-10 M3) of the stairs
will turn the stairway light on. When the timer expires, the stairway light will be turned off,
but only if all basement lights are off. If any basement lights are on, the stairway light will
not be turned off, though it will still turn on in response to motion (for example, if someone
starts down the stairs).
This example shows several additional things. First, the load may be a scene rather than
just an individual light in order, for example, to keep all the controllers in sync, such as
switches at the top and the bottom of the stairs. It also shows how the enabling/disabling
of motion control can be affected by other than just manual control; in the above example
all of the basement lights are automatically monitored by ISY to determine whether or not
to allow the motion timer to turn the stairway scene off. And one more very important
feature is shown: when the motion control becomes disabled, the timer program is
stopped, just in case it was already running. For example, someone starts down the stairs
and the motion turns the scene on and starts the timer. The occupant reaches the lower
level and turns on some basement lights, which disables further motion control. But the
timer is already running and would turn the stairway scene off if it were not stopped.
All of these features may be combined with any of the previous examples, and this just
scratches the surface. The possibilities are practically endless, if a little imagination is used.
14.3
Optional A10/X10 Firmware Module
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14.3.1
Overview
If you would like to do programmatic control such as when “x happens then send X10”,
then all you have to do is to use the Send X10 statement under Actions section in Programs.
You can also sense X10 signals by using X10 Received statement in conditions. These are all
out of the box functionality and do not require this module. The only caveat is that PLM
does not support Extended X10 commands such as variations of preset dim.
If you want to be able to name your X10 devices so that they show up on the device tree,
and then you can reference them by name, then you would need this module (A10/X10
Module) which you can purchase by going through the Admin Console. Please note that the
function of this module is purely cosmetic and does not add any additional functionality.
Furthermore, this module does not support Dim/Bright.
14.3.2
Instructions
To purchase, please go to Admin Console | Help | Purchase Modules.
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(Universal Devices)
Summary of Contents for ISY-994i Series
Page 1: ...The ISY 994i Home Automation Cookbook ...
Page 35: ...Page 12 Figure 6 UDAjax Main Screen ...
Page 36: ...Page 13 Figure 7 UDAjax Devices Scenes Screen ...
Page 68: ...Page 45 Figure 44 NodeServer Configuration popup 5 2 5 Tools Menu Figure 45 Tools Menu ...
Page 102: ...Page 79 6 6 3 2Activate My OpenADR Portlet Figure 77 OpenADR My OpenADR Menu Option ...
Page 103: ...Page 80 6 6 3 3Configure OpenADR Settings Figure 78 OpenADR Settings Menu Option ...
Page 104: ...Page 81 Figure 79 OpenADR Settings Display ...
Page 108: ...Page 85 6 6 3 7Issue an Event Figure 84 OpenADR Issue and Event ...
Page 110: ...Page 87 Figure 86 OpenADR Event Viewer ...
Page 116: ...Page 93 Figure 92 ElkRP2 Account Details M1XEP Setup Button In the M1XEP Setup Window ...
Page 267: ...Page 244 Figure 189 State Variables ...
Page 268: ...Page 245 Figure 190 Programs and Folders ...
Page 292: ...Page 269 Figure 192 Irrigation Folders Figure 193 Irrigation Devices ...
Page 376: ...Page 353 Figure 209 Save Topology File ...
Page 433: ...Page 410 Figure 242 X 10 recognized as Living Room East Device ...
Page 540: ...Page 517 Figure 357 In Car Detection 12 Figure 358 In Car Detection 13 ...
Page 602: ...Page 579 Figure 382 SecureCRT SSH Raspberry PI Session ...
Page 685: ......