Differences

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--- cp:start [2011/12/23 17:20] – Jeff Kennell
+++ cp:start [2024/10/07 19:37] (current) – [Control System] Alan Shea
@@ Line 1: / Line 1: @@
 =======Control System=======
+{{ :cp:c61-genset-control-tower-3p.jpg?401|}}
-The unified control system uses Comap InteliCompact series generator controllers.  These controllers allow full control of all generator functions in a non-proprietary architecture.  The system can control basic gensets (all sensors etc direct wired) or communicate with many computer controlled gensets directly through a CAN network.  (Note:  Some gensets with built in proprietary controls will not interface with the Comap products--contact Comap for specific information).
+The unified control system uses ComAp [[http://comap.cz/products/detail/intelicompact-nt-mint/|InteliCompact]] series generator controllers. [**//Replaced with [[hhttps://www.comap-control.com/products/controllers/paralleling-gen-set-controllers/inteligen/inteligen4-200/|InteliGen4 200]] Controller//**] These controllers allow full control of all generator functions in a non-proprietary architecture. The system can control basic gensets (all sensors etc direct wired) or communicate with many computer controlled gensets directly through a CAN network. (Note: Some gensets with built in proprietary controls will not interface with the ComAp products--contact [[http://www.comap.cz|ComAp]] for specific information).
-The system also uses a InteliMains to interface with local utility or auxiliary power source.  For instance, a portable generator used for extremely low usage times.
+The system also uses a [[http://comap.cz/products/detail/mainscompact-nt/|MainsCompact]] to interface with local utility or an auxiliary power source -- for instance, a portable generator used for extremely low usage times. [**//Replaced with [[hhttps://www.comap-control.com/products/switchgear-control-and-protections/mains-controllers/intelimains-210-g2/|InteliMains 210 G2]]//**]
-The system is capable of running any one source, or all sources paralleled together at once.   It can start,run, and stop generators from a remote location, or as the load fluctuates.  It also will monitor fuel levels and alarms and provide audible and visual warning of needed service.
+The system is capable of running any one source, or all sources paralleled together at once. It can start, run, and stop generators from a remote location (such as a surgery building or operating room), or automatically as the load fluctuates. It also will monitor fuel levels and alarms and provide audible and visual warning of needed service.
-Controls for 2 generators and Utility are built into one enclosure, allowing all functions to be done in one location.   The system can be expanded for more generators by simply adding another enclosure; the controllers all communicate through a single CAN network.
+Adding the ComAp Internet Bridge allows remote monitoring and/or control via local computer or even remote supervision using ComAp's AirBridge and Websupervisor. The Internet Bridge also makes it easy to email controller logs and status reports to remote support personnel for troubleshooting.
+Controls for two generators and Utility are built into one enclosure, allowing all functions to be done in one location. The system can be expanded for more generators by simply adding another enclosure; the controllers all communicate through a two-wire CAN network.
+However, if an application plans to use proprietary gensets (such as Cummins PowerCommand), and does not need the paralleling function, a simple switch panel can replace the entire control tower in the overall design.
+Contact [[:reference:Martin Energy]] as the preferred supplier for the control system. It can be assembled and tested along with the generators before shipping. {{ :cp:img_5133.jpg?300|Control Panel as built by Martin Energy Group}} [[Martin Control Panel Pictures]]
+For very detailed and in-depth information on generator paralleling systems, see [[http://cumminspower.com/www/en/technical/application/t-016.pdf|Cummins Power Paralleling Application Manual]] (PDF) and other useful Application Manuals at http://cumminspower.com/en/technical/application/index.jsp.
+\\
+<wrap center round alert 250px>
+** See Warnings below  **
+</wrap>
+\\
+===ZIP Archives===
+{{filelist>:cp:*.zip&style=table&tableheader=1&tableshowdate=1&tableshowsize=1}}
+===PDF Files===
+{{filelist>:cp:*.pdf&style=table&tableheader=1&tableshowdate=1&tableshowsize=1}}
+===AutoCAD Drawings===
+{{filelist>:cp:*.dwg&style=table&tableheader=1&tableshowdate=1&tableshowsize=1}}
+  * Edit with [[:reference:sources-suppliers#software|Draftsight]]
+===TinyCAD Source Schematics===
+{{filelist>:cp:*.dsn&style=table&tableheader=1&tableshowdate=1&tableshowsize=1}}
+  * Edit with [[:TinyCad]]
+===ComAp Programming Source Code===
+{{filelist>:cp:*.aic&style=table&tableheader=1&tableshowdate=1&tableshowsize=1}}
+  * ComAp Programming Software ("IC-NT x.y.z Installation Suite") and Reference/Operation Manuals:
+    * [[http://comap.cz/products/detail/intelicompact-nt-mint/downloads/#tabs|InteliCompact NT Downloads]]
+    * [[http://comap.cz/products/detail/mainscompact-nt/downloads/#tabs|MainsCompact NT Downloads]]
+===Teco PLC SG2 Programming Source Code===
+{{filelist>:cp:*.gen&style=table&tableheader=1&tableshowdate=1&tableshowsize=1}}
+  * Edit with [[:Teco PLC SG2]] Software (v3.22)
+\\
+{{page>:warning&nofooter}}
-However, if a application plans to use proprietary gensets (such as Cummins Command Center), and does not need the paralleling function, a simple switch panel can replace the entire control tower in the overall design
-{{ :cp:c61-genset-control-tower.jpg?400|}}

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