ExcitationSystems::ExcST6B

: Public Class

Created:	07-May-09 12:53:20
Modified:	02-Mar-11 10:47:19

Project:
Author:	tsaxton
Version:	1.0
Phase:	1.0
Status:	Proposed
Complexity:	Easy
Difficulty:
Priority:
Multiplicity:
Advanced:
UUID:	{B8F1B622-DA20-4629-86E9-3A9A2E198C38}
Appears In:	ExcitationSystems

IEEE (2005) ST6B Model<br /></p><p><br /></p><p>The AVR consists of a PI voltage regulator with an inner loop field voltage regulator and pre-control. The field voltage regulator implements a proportional control. The pre-control and the delay in the feedback circuit increase the dynamic response. <br /></p>

Attributes
Tagged Values
Other Links

Attribute

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
ilr

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GUIDBasedOn={FCA8A10C-DBAD-4049-B59E-F187762F1A65}

Field current limiter setpoint (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
kcl

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GUIDBasedOn={3A03D787-8FC6-4517-8C9E-3F88D4BA4916}

Field current limiter conversion factor (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
kff

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GUIDBasedOn={3A3B956C-CA37-4a16-B43C-D4DCCE5098AB}

Feedforward gain

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
kg

Alias:
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GUIDBasedOn={E5BA9747-D3A5-480e-8B33-2537D34D3BB3}

Feedback gain (>= 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
kia

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GUIDBasedOn={478B94F9-DE07-4bd3-922D-AF36B9CEEBF3}

Regulator integral gain (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
klr

Alias:
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GUIDBasedOn={8C470550-6C26-4c95-887D-97C43A96F782}

Field current limiter gain (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
km

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GUIDBasedOn={C253D207-1AB9-4e5b-A328-470BCC10BE64}

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
kpa

Alias:
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GUIDBasedOn={604F5148-D7EE-4b63-9F25-EC486268D709}

Regulator proportional gain (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
oelin

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GUIDBasedOn={BC9CF815-45CE-47c3-B93E-60A221E7347B}

OEL input selector: 1 ? before UEL, 2 ? after UEL, 0 ? no OEL input

Public <a href="../../EA1/EA64.htm">Seconds</a>
tg

Alias:
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GUIDBasedOn={EDC9DD41-AAB5-44ad-9270-B02302733648}

Feedback time constant (>= 0.)

Public <a href="../../EA1/EA64.htm">Seconds</a>
tr

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GUIDBasedOn={9A204807-7050-4763-AEEF-06B16308C3C6}

Filter time constant (>= 0.)

Public <a href="../../EA1/EA64.htm">Seconds</a>
ts

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GUIDBasedOn={35158F90-ED11-47d4-B800-D39BDA67E4F9}

Rectifier firing time constant (not in IEEE model) (>= 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
vamax

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GUIDBasedOn={C1C060E9-F615-404e-8C90-3839006F23D1}

PI maximum output. (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
vamin

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GUIDBasedOn={D8D69CA0-4560-454c-86AD-186598946A99}

PI minimum output (< 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
vmult

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GUIDBasedOn={1C4E0B4F-40A8-4a21-A44A-1F7945DE6EB7}

If non-zero, multiply regulator output by terminal voltage

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
vrmax

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GUIDBasedOn={264FE55C-A470-450e-830D-409B9D222CFC}

Maximum regulator output (> 0.)

Public <a href="../../EA1/EA65.htm">Simple_Float</a>
vrmin

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GUIDBasedOn={9D2C0854-E7FD-4a26-AEF6-F2F9EDBEA19E}

Minimum regulator output (< 0.)

Tag	Value
GUIDBasedOn	{BDCDDFDC-9773-41d0-A4FA-5A2004FAD693}
Details:

Object	Type	Connection	Notes
ExcitationSystem	Class	Generalization