Template:SysCAD (Text, Screen, Deck): Difference between revisions
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|This enables the deck. If off, the feed to this deck passes directly to the next deck (or undersize) without partition. | |This enables the deck. If off, the feed to this deck passes directly to the next deck (or undersize) without partition. | ||
|- style="vertical-align:top;" | |- style="vertical-align:top;" | ||
|rowspan=" | |rowspan="8" | Method | ||
|Partition (User) | |Partition (User) | ||
|The partition to oversize for each size interval is defined by the user. Different values can be used for different solids. | |The partition to oversize for each size interval is defined by the user. Different values can be used for different solids. | ||
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|Fine Wet (Mwale) | |Fine Wet (Mwale) | ||
|The [[Fine Wet Screen (Mwale)|Mwale]] fine wet screen model is used to determine the partition of solids to oversize and undersize for each size interval. | |The [[Fine Wet Screen (Mwale)|Mwale]] fine wet screen model is used to determine the partition of solids to oversize and undersize for each size interval. | ||
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|Dewatering (Ng) | |||
|The [[Dewatering Screen (Ng)|Ng]] dewatering screen model is used to determine the moisture content of oversize material, and the partition of solids to oversize and undersize for each size interval. | |||
Revision as of 01:12, 3 December 2024
|- ! colspan="3" style="text-align:left;" |Deck |- |On |Checkbox |This enables the deck. If off, the feed to this deck passes directly to the next deck (or undersize) without partition. |- style="vertical-align:top;" |rowspan="8" | Method |Partition (User) |The partition to oversize for each size interval is defined by the user. Different values can be used for different solids. |- style="vertical-align:top;" |Partition (Reid-Plitt) |The partition to oversize for each size interval is defined by a Reid-Plitt efficiency curve. Different parameters can be used for different solids. |- style="vertical-align:top;" |Partition (Whiten-Beta) |The partition to oversize for each size interval is defined by a Whiten-Beta efficiency curve. Different parameters can be used for different solids. |- style="vertical-align:top;" |Vibrating (Karra) |The Karra vibrating screen model is used to determine the partition of solids to oversize and undersize for each size interval. |- style="vertical-align:top;" |Vibrating (Whiten) |The Whiten vibrating screen model is used to determine the partition of solids to oversize and undersize for each size interval. |- style="vertical-align:top;" |Vibrating (Metso) |The Metso vibrating screen model is used to determine the partition of solids to oversize and undersize for each size interval. |- style="vertical-align:top;" |Fine Wet (Mwale) |The Mwale fine wet screen model is used to determine the partition of solids to oversize and undersize for each size interval. |- style="vertical-align:top;" |Dewatering (Ng) |The Ng dewatering screen model is used to determine the moisture content of oversize material, and the partition of solids to oversize and undersize for each size interval.