Page 106 - Vol.24

New
Vision
新象新知

Boundary condition
Advanced Source Valve Advanced Sink
12CHS01 TCV02 12CHR01
S_OUT S_IN S_OUT S_IN #10 Process Stream
#8 VALVE_POS
#9 Sink – cooling
Valve Advanced Sink
TCV01 35WWR01 water and air
Advanced Source S_IN S_OUT S_IN
35WWS01 VALVE_POS #5
S_OUT #4
#3
Pre-heating CLC-1 Pre-cooling
Dyn HX (Tube/Shel l) Stream Input Vessel Advanced Sink
HTC-1 STR_CLC-1_VAP_OUT CLC-1_VAP SNK_ARW01
T_S_IN T_S_OUT S_OUT S_IN_1 S_OUT_1 S_IN
S_S_OUT
Advanced Source Valve S_S_IN IN_TUBE_TEMP #11 VESSEL_PRESS -1067 #14
SRC_OSA01 SD01 OUT_TUBE_TEMP S_P7F4MAU206_CLC-1/STR_CLC-1_VAP_OUT VESSEL_TEMP
S_OUT S_IN S_OUT IN_SHELL_TEMP -967 Pag #13
-425 Pag #1 VALVE_POS OUT_SHELL_TEMP Advanced Sink
#2 #6 SNK_CLC-1
S_IN
-967 Pag #7
Stream Input Advanced Sink
STR_CLC-1_LIQ_OUT SNK_WD01
S_OUT S_IN Elevation
below by 2m
#12 #15
S_P7F4MAU206_CLC-1/STR_CLC-1_LIQ_OUT
Advanced Source Valve Vessel Pump
SRC_DIW LCV01 VSL_DIW AW-P ARW Air-washer
S_OUT S_IN S_OUT S_IN_1 S_OUT_1 S_IN S_OUT
#16 VALVE_POS VESSEL_PRESS VOL_FLOW Advanced Sink
#17 VESSEL_TEMP MASS_FLOW SNK_ARW02 Elevated by
#18 POWER S_IN 10m
#19
#20
Elevation Stream Input Vessel
below by 2m STR_ARW_OUT ARW_VAP
S_OUT S_IN_1 S_OUT_1
#21 VESSEL_PRESS
S_P7F4MAU206_ARW/STR_ARW_OUT VESSEL_TEMP
-1067 Pag #22
CLC-1 Cooling
Heating
Stream Input Vessel
Valve
STR_CLC-2_VAP_OUT CLC-2_VAP Dyn HX (Tube/Shell) TCV04 Advanced Sink
HTC-2
35WWR02
S_OUT S_IN_1 S_OUT_1 T_S_IN T_S_OUT S_IN S_OUT S_IN
#27 VESSEL_PRESS
VESSEL_TEMP S_S_IN S_S_OUT Valve VALVE_POS #33
IN_TUBE_TEMP
S_P7F4MAU206_CLC-2/STR_CLC-2_VAP_OUT -1326 Pag #28 OUT_TUBE_TEMP PSEUDO_VLV01 #32
Advanced Sink IN_SHELL_TEMP S_IN S_OUT
SNK_CLC-2 OUT_SHELL_TEMP
S_IN #34 VALVE_POS #35
-1326 Pag #23
Valve Advanced Sink
Stream Input SD02 SNK_LIT
STR_CLC-2_LIQ_OUT -1370 Pag 2676 Pag S_IN S_OUT S_IN
S_OUT Compressor Vessel VALVE_POS #40
#29 FND DUCT01 #38
S_P7F4MAU206_CLC-2/STR_CLC-2_LIQ_OUT S_IN S_OUT S_IN_1 S_OUT_1
VOL_FLOW S_OUT_2
MASS_FLOW S_OUT_3
POWER S_OUT_4 Valve Advanced Sink
Advanced Source #36 389 Pag VESSEL_PRESS SD03 SNK_PURGE
35WWS02 VESSEL_TEMP S_IN S_OUT S_IN
S_OUT Fan #37 VALVE_POS #41
#31 #39
Process Stream Source for Advanced Sink
SNK_WD02
hot water S_IN #30 Elevation
below by 2m
Advanced Source Valve Advanced Sink
5CHS01 TCV03 5CHR01
S_OUT S_IN S_OUT S_IN
#24 VALVE_POS #26
#25
Process Stream Source for cooling water Process Stream Sink – Air
圖 11、MAU 製程模組主程式規劃
俱有內建的加速功能，用以提
升整體反應速度以符合實際工
Deltav-Mimic data exchange through OPC 廠運轉情況，或者作為縮短訓
練時程使用，但由於模擬引擎
Mimic SIO tag Name OPC Path in Deltav
軟硬體計本身效能的限制，常
會導致系統的不穩定，造成數
值瞬間變化過大，無法達到穩
態平衡，在這些部份的應用還
有很大的進步空間。
擬真程度的選擇也是一個相當
重要的課題。若是以人員訓練
為主要目的，中低擬真度的模
擬系統通常即可符合需求。因
此，在設計模型時，只要針對
關鍵製程要求其較高的擬真
度，其餘部分做到整體反應趨
圖 12、IO 映射定址編輯
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