汎用技術を駆使した分散型監視制御システム TOSMAP-DS TM ... - 東芝
汎用技術を駆使した分散型監視制御システム TOSMAP-DS TM ... - 東芝
汎用技術を駆使した分散型監視制御システム TOSMAP-DS TM ... - 東芝
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<strong>TOSMAP</strong>-<strong>DS</strong> <strong>TM</strong> Dynastream<br />
New <strong>TOSMAP</strong>-<strong>DS</strong> <strong>TM</strong> Distributed Control System Using De Facto Standard Technologies<br />
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KAKEHI Atsuyuki<br />
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TSURUMI Hajime<br />
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<strong>TM</strong> <strong>TM</strong><br />
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<strong>TM</strong><br />
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This paper provides an overview of the cost-effective and state-of-the-art <strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong> distributed control system, which<br />
Toshiba is supplying in competitive overseas markets for thermal power plants. De facto standard technologies such as<br />
WindowsNT, Ethernet, and DeviceNet were employed in developing the hardware and software of <strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong>. This feature<br />
makes the system cost-competitive, flexible, and user-friendly. In particular, the"tag"-linked concept is introduced in <strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong><br />
to reduce the engineering effort.<br />
<strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong> can be used for a wide range of applications in thermal power plants, from large-scale coal-fired plants to smallscale<br />
turbine control systems (digital-electrohydraulic control systems).<br />
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ACS<br />
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WWW<br />
I-NET<br />
C-NET<br />
PC<br />
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OPS<br />
HMI<br />
SVS<br />
<strong>TOSMAP</strong>-<strong>DS</strong> <strong>TM</strong> <br />
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PIS<br />
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IPC<br />
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IES<br />
PIS<br />
PC<br />
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PISPlant Information System<br />
<strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong> <br />
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Standard system configuration of <strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong><br />
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HMI <br />
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Example of multiwindow screen<br />
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<strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong> <br />
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Controller unit of <strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong><br />
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CPU<br />
I/O I/O<br />
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DeviceNet I/O<br />
Ethernet<br />
HUB<br />
<strong>TOSMAP</strong>-<strong>DS</strong><strong>TM</strong> I/O<br />
COMCOMmunication board<br />
I/O<br />
IOBInput/Output Buffer board<br />
AIAnalog Input<br />
A<br />
DeviceNet<br />
IOB<br />
AI<br />
AO<br />
DI<br />
DO<br />
PI<br />
HUB<br />
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COM<br />
CPU<br />
Ethernet<br />
DeviceNet<br />
COM<br />
IOB<br />
AI<br />
AO<br />
DI<br />
DO<br />
PI<br />
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DeviceNet LAN<br />
I/O I/O<br />
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DeviceNet I/O<br />
AOAnalog Output<br />
DIDigital Input<br />
DODigital Output<br />
PIPulse Input<br />
ACS <br />
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System configuration of automatic control systemACS<br />
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AI<br />
TAG <br />
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TAG No.<br />
TAG<br />
TAG No. <br />
TAG<br />
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TAG <br />
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TAG No.<br />
PID <br />
PIC-102ATAG.No<br />
DECDecrease<br />
INCIncrease<br />
PIC-102A<br />
PV<br />
SV<br />
XX.XMPa MAX XX.XMPa<br />
AUT INC<br />
MAN DEC<br />
0 MIN 100<br />
DEC INC<br />
HMI<br />
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ACS<br />
TAG No.PIC-102A<br />
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PID<br />
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TAG <br />
PVProcess Value<br />
SVSet Value<br />
AUTAuto<br />
MANManual<br />
TAG <br />
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Concept oftag<br />
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KAKEHI Atsuyuki<br />
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TSURUMI Hajime<br />
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