: Public Class
Created: 07-May-09 12:47:27
Modified: 02-Mar-11 10:25:34
Project:
Advanced:
IEEE (1992/2005) ST1A Model<br /></p><p><br /></p><p>The computer model of the Type ST1A potential-source controlled-rectifier excitation system represents systems in which excitation power is supplied through a transformer from the generator terminals (or the unit's auxiliary bus) and is regulated by a controlled rectifier. The maximum exciter voltage available from such systems is directly related to the generator terminal voltage.<br /></p>
Attribute
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  ilr

Details:
GUIDBasedOn={299F6CC8-4242-415a-8A66-833D42D155D2}
Notes: Maximum field current
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  ka

Details:
GUIDBasedOn={5FA43B7E-B066-4055-A993-22EA69BAA575}
Notes: Gain (> 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  kc

Details:
GUIDBasedOn={C1147AE5-D510-4a61-83E7-12E213058FDA}
Notes: Excitation system regulation factor (>= 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  kf

Details:
GUIDBasedOn={1B2022B8-C962-4d71-9DDF-84813986A02D}
Notes: Rate feedback gain (>= 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  klr

Details:
GUIDBasedOn={55D4825C-335E-41bb-8319-724D8040D2D9}
Notes: Gain on field current limit
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  pssin

Details:
GUIDBasedOn={02F7F28D-4F49-4a5f-B378-E00A0B32E8D3}
Notes: = 0 ? PSS input (Vs) added to error signal<br /></p><p>not 0 ? PSS input (Vs) added to voltage regulator output<br /></p>
Public <a href="../../EA1/EA64.htm">Seconds</a>
  ta

Details:
GUIDBasedOn={0B71598C-A8A9-49c0-9070-F94B972FA257}
Notes: Time constant (>= 0.)
Public <a href="../../EA1/EA64.htm">Seconds</a>
  tb

Details:
GUIDBasedOn={A91EB8DD-E9B2-49bb-BC30-5C731961AFEC}
Notes: Lag time constant (>= 0.)
Public <a href="../../EA1/EA64.htm">Seconds</a>
  tb1

Details:
GUIDBasedOn={D35EF4E2-771E-495c-892C-E7EF82F9E810}
Notes: Lag time constant (>= 0.)
Public <a href="../../EA1/EA64.htm">Seconds</a>
  tc

Details:
GUIDBasedOn={F95F8649-9727-4216-B449-8B1C806A00A9}
Notes: Lead time constant
Public <a href="../../EA1/EA64.htm">Seconds</a>
  tc1

Details:
GUIDBasedOn={644B50E3-A954-43c3-8DCC-CFBD85C3C4E2}
Notes: Lead time constant
Public <a href="../../EA1/EA64.htm">Seconds</a>
  tf

Details:
GUIDBasedOn={297716A1-9281-428e-9DC6-339BB15B7164}
Notes: Rate feedback time constant (>= 0.)
Public <a href="../../EA1/EA64.htm">Seconds</a>
  tr

Details:
GUIDBasedOn={486EC75E-7185-4fbc-ABA5-5EA64B0083EA}
Notes: Voltage transducer time constant (>= 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  uelin

Details:
GUIDBasedOn={EC9D5BD2-7A49-41e2-8B7B-68CA0B8D6DF6}
Notes: If equal 2, then UEL input added to error signal.<br /></p><p>If equal 1, then UEL input HV gate with error signal.<br /></p><p>If equal -1, then UEL input HV gate with voltage regulation output.<br /></p><p>If equal 0, then ignore UEL signal.<br /></p>
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  vamax

Details:
GUIDBasedOn={9694EE51-19FE-4718-84F8-C80AE21B80D7}
Notes: Maximum control element output (> 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  vamin

Details:
GUIDBasedOn={9FBA70E4-BCC1-453e-A3AC-0C35CF7BB9A7}
Notes: Minimum control element output (< 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  vimax

Details:
GUIDBasedOn={BE5AA2C9-CA37-41d1-8BEF-2FC80DAE61FC}
Notes: Maximum error (> 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  vimin

Details:
GUIDBasedOn={06AEEF13-B378-4774-8E8C-A93AB84A6811}
Notes: Minimum error (< 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  vrmax

Details:
GUIDBasedOn={90BD86F1-4D12-4603-AF05-AEAA91C05F0E}
Notes: Excitation voltage upper limit (> 0.)
Public <a href="../../EA1/EA65.htm">Simple_Float</a>
  vrmin

Details:
GUIDBasedOn={E850252E-D5F4-4ab1-A704-7BC626749A0B}
Notes: Excitation voltage lower limit (< 0.)
Tag Value
GUIDBasedOn {704F07B6-4C3F-40eb-8C13-F964EDFE8BE9}
Details:
 
Object Type Connection Notes
ExcitationSystem Class Generalization