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EverSequence is a
Windows XP/2000 program for controling the
AR-16TM Relay Interface by Electronic
Energy Control, Inc. (EECI) Control System Technology (http://www.eeci.com). EverSequence Pro provides
the all the same capabilities, and adds the ability to
control X10TM Home Automation Modules
(http://www.x10.com/automation/index.html).
EECI's AR-16 relay interface
provides software control of external relays for a wide variety of
control system applications and can be expanded to accomate the
control of up to 128 devices.
Features:
- Simple, drag-and-drop, cut-and-paste programming of AR-16.
- Support for up to the full 128 relays supported by the AR-16
and expansion cards.
- Ability to save sequence programs to different profiles and
open them later.
- Ability to zoom in and out - see the big picture
or zoom in for granular resolution down to aproximately
1/20th of a second**.
- Choose whether to cycle continuously, or stop after one cycle.
- Insert pauses into your sequence (of 1 to 2 billion seconds).
- Supports connection of AR-16 to any standard Windows COM:
port.
- Start, Stop, and Pause your programmed sequence on demand.
- Ability to auto-start a sequence when the program launches.
- Pro version includes support for control of X10 Home
Automation Moduls.
Screen Shot:
Requirements:
At a minimum,
you will need the following to use EverSequence to control an
AR-16 relay interface:
- A Windows PC with a 1.2 GHz CPU or
better recommended
- 256 MB RAM
- 25MB of
available hard drive space
- Microsoft Windows 98, XP or Windows 2000 operating system
- At least one available serial port (COM: Port)
If you have purchased the Pro version of EverSequence and
intend to control X10 appliances, you will need the X10 CM11A PC
interface and an additional serial port.
EverSequence relies on Microsoft's
.Net Framework Version 1.1, which will be installed automatically
if it is not already on your machine.
Try EverSequence free for 30 days...or
purchase now by clicking below!
** Note that EverSequence
does not provide scientifically precise timing. Timing may be
affected by the performance of the computer where you are running
EverSequence.
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