Output Type : Flow

Output variable type Output variable Definition Unit
Air Traps Air traps [Count] Number of air traps
Clamp force Clamp force [Max] Maximum clamp force tonne
Gate distance Gate distance [Min] Minimum distance between gates mm
Pressure Pres. at V/P switchover [Max] Maximum pressure at V/P switchover MPa
Pres. at end of fill [Max] Maximum pressure at the end of filling MPa
Pres. at injection location [Max] Maximum pressure at injection inlet location MPa
Shrinkage Vol. shrinkage at ejection [Max] Maximum volume shrinkage at ejection %
Vol. shrinkage at ejection [Min] Minimum volume shrinkage at ejection %
Vol. shrinkage at ejection [Max-Min] Difference between min and max volume shrinkage %
Temperature Temp. at flow front [Max] Maximum temperature at flow front
Temp. at flow front [Min] Minimum temperature at flow front
Temp. at flow front [Max-Min] Difference between min and max temperatures at flow front
Bulk temp. at end of filling [Max] Maximum bulk temperature at the end of filling
Bulk temp. at end of filling [Min] Minimum bulk temperature at the end of filling
Bulk temp. at end of filling [Average] Average bulk temperature at the end of filling
Bulk temp. at end of filling [RMSD] RMSD bulk temperature at the end of filling
Bulk temp. at end of packing [Max] Maximum bulk temperature at the end of packing
Bulk temp. at end of packing [Min] Minimum bulk temperature at the end of packing
Bulk temp. at end of packing [Average] Average bulk temperature at the end of packing
Bulk temp. at end of packing [RMSD] RMSD bulk temperature at the end of packing
Volume Fill Vol. Filling factor %
Weight/mass Total part weight at end of filling Total weight of the part at the end of filling g
Total part mass at end of filling Total mass of the part at the end of filling g
Total part weight during packing [Max] Maximum of the part during packing g
Total part weight at end of packing Total weight of the part at the end of packing g
Total part mass at end of packing Total mass of the part at the end of packing g
Weld lines Weld lines [Max length] Maximum length of weld lines mm
Weld lines [Min length] Minimum length of weld lines mm
Weld lines [Total length] Total length of weld lines mm
Weld lines [Count] Number of weld lines
(L) Weld lines [Max length] Maximum length of (L) weld lines mm
(L) Weld lines [Min length] Minimum length of (L) weld lines mm
(L) Weld lines [Total length] Total length of (L) weld lines mm
(L) Weld lines [Count] Number of (L) weld lines

Output Type: Cool

Output variable type Output variable Definition Unit
Temperature, Circuit Circuit coolant temp. [Max] Maximum temperature of circuit coolant
Circuit coolant temp. [Min] Minimum temperature of circuit coolant
Circuit coolant temp. [Max-Min] Difference between the maximum and minimum of coolant temperatures
Temperature, Mold Temp., mold (top) [Max] Maximum temperature of the mold’s top surface
Temp., mold (top) [Min] Minimum temperature of the mold’s top surface
Temp., mold (top) [Max-Min] Difference between the maximum and minimum of the mold’s top surface temperatures
Temp., mold (top) [Average] Average temperature of the mold’s top surface
Temp., mold (bottom) [Max] Maximum temperature of the mold’s bottom surface
Temp., mold (bottom) [Min] Minimum temperature of the mold’s bottom surface
Temp., mold (bottom) [Max-Min] Difference between the maximum and minimum of the mold’s bottom surface temperatures
Temp., mold (bottom) [Average] Average temperature of the mold’s bottom surface
Temp., mold (top, bottom) [Average Diff] Difference between the average temperatures of the top and bottom surfaces of the mold
Temp., mold [Max] Maximum temperature of the mold
Temp., mold [Min] Minimum temperature of the mold
Temp., mold [Max-Min] Difference between the maximum and minimum of mold temperatures
Temp., mold [Average] Average temperature of the mold
Temperature, Part Temp., part (top) [Max] Maximum temperature of the part’s top interface
Temp., part (top) [Min] Minimum temperature of the part’s top interface
Temp., part (top) [Max-Min] Difference between the maximum and minimum of the part’s top interface temperatures
Temp., part (Top) [Average] Average temperature of the part’s top interface
Temp., part (bottom) [Max] Maximum temperature of the part’s bottom interface
Temp., part (bottom) [Min] Minimum temperature of the part’s bottom interface
Temp., part (bottom) [Max-Min] Difference between the maximum and minimum of the part’s bottom interface temperatures
Temp., part (bottom) [Average] Average temperature of the part’s bottom interface
Temp., part (top, bottom) [Average Diff] Difference between the average temperatures of the top and bottom interfaces of the part
Time Time to reach ejection temp., part Time required to reach part’s ejection temperature sec

Output Type: Warp

Output variable type Output variable Definition Unit
Circularity (L) Circularity [1] (L) Circularity [1] mm
(L) Circularity [2] (L) Circularity [2] mm
(L) Circularity […] (L) Circularity […] mm
Deflection Defl. a.e.:Deflection [Max] Maximum deflection considering all effects mm
Defl. a.e.:Deflection [Min] Minimum deflection considering all effects mm
Defl. a.e.:Deflection [Max-Min] Difference between the maximum and minimum deflection considering all effects mm
Defl. a.e.:X Comp. [Max(Abs)] Maximum deflection in X-direction considering all effects mm
Defl. a.e.:X Comp. [Min(Abs)] Minimum deflection in X-direction considering all effects mm
Defl. a.e.:X Comp. [Max-Min] Difference between the maximum and minimum deflection in X-direction considering all effects mm
Defl. a.e.:Y Comp. [Max(Abs)] Maximum deflection in Y-direction considering all effects mm
Defl. a.e.:Y Comp. [Min(Abs)] Minimum deflection in Y-direction considering all effects mm
Defl. a.e.:Y Comp. [Max-Min] Difference between the maximum and minimum deflection in Y-direction considering all effects mm
Defl. a.e.:Z Comp. [Max(Abs)] Maximum deflection in Z-direction considering all effects mm
Defl. a.e.:Z Comp. [Min(Abs)] Minimum deflection in Z-direction considering all effects mm
Defl. a.e.:Z Comp. [Max-Min] Difference between the maximum and minimum deflection in Z-direction considering all effects mm
(L) Defl. a.e.:Deflection [Max] Maximum (L) deflection considering all effects mm
(L) Defl. a.e.:Deflection [Min] Minimum (L) deflection considering all effects mm
(L) Defl. a.e.:Deflection [Max-Min] Difference between the maximum and minimum (L) deflection considering all effects mm
(L) Defl. a.e.:X Comp. [Max(Abs)] Maximum (L) deflection in X-direction considering all effects mm
(L) Defl. a.e.:X Comp. [Min(Abs)] Minimum (L) deflection in X-direction considering all effects mm
(L) Defl. a.e.:X Comp. [Max-Min] Difference between the maximum and minimum (L) deflection in X-direction considering all effects mm
(L) Defl. a.e.:Y Comp. [Max(Abs)] Maximum (L) deflection in Y-direction considering all effects mm
(L) Defl. a.e.:Y Comp. [Min(Abs)] Minimum (L) deflection in Y-direction considering all effects mm
(L) Defl. a.e.:Y Comp. [Max-Min] Difference between the maximum and minimum (L) deflection in Y-direction considering all effects mm
(L) Defl. a.e.:Z Comp. [Max(Abs)] Maximum (L) deflection in Z-direction considering all effects mm
(L) Defl. a.e.:Z Comp. [Min(Abs)] Minimum (L) deflection in Z-direction considering all effects mm
(L) Defl. a.e.:Z Comp. [Max-Min] Difference between the maximum and minimum (L) deflection in Z-direction considering all effects mm
Flatness (L) Flatness [1] (L) Flatness [1] mm
(L) Flatness [2] (L) Flatness [2] mm
(L) Flatness […] (L) Flatness […] mm
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