Template:SysCAD (Page, Mill, DLL*Mill): Difference between revisions
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|This enables the unit. If this box is not checked, then the material will pass straight through the mill with no change to the size distribution. | |This enables the unit. If this box is not checked, then the material will pass straight through the mill with no change to the size distribution. | ||
|- style="vertical-align:top;" | |- style="vertical-align:top;" | ||
|rowspan=" | |rowspan="6" | Method | ||
|Fixed Discharge | |||
|The discharge particle size distribution is user defined. Different distributions can be used for different solids. | |||
|- style="vertical-align:top;" | |||
|AG/SAG (Variable Rates) | |||
|The [[AG/SAG Mill (Variable Rates)|Variable Rates AG/SAG mill model]] is used to determine the mill product size distribution. Different parameters can be used for different solids. | |||
|- style="vertical-align:top;" | |||
|Rod Mill (Lynch) | |||
|The [[Rod Mill (Lynch)|Lynch rod mill model]] is used to determine the mill product size distribution. Different parameters can be used for different solids. | |||
|- style="vertical-align:top;" | |||
|Ball (Perfect Mixing) | |Ball (Perfect Mixing) | ||
|The Perfect Mixing ball mill model ([[Ball Mill (Perfect Mixing)|steady-state]] or [[Ball Mill (Perfect Mixing, Dynamic)|dynamic]]) is used to determine the mill product size distribution. Different parameters can be used for different solids. | |The Perfect Mixing ball mill model ([[Ball Mill (Perfect Mixing)|steady-state]] or [[Ball Mill (Perfect Mixing, Dynamic)|dynamic]]) is used to determine the mill product size distribution. Different parameters can be used for different solids. | ||
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|CheckBox | |CheckBox | ||
|Show alternative mill power model calculations on the '''Power''' page. | |Show alternative mill power model calculations on the '''Power''' page. | ||
{{#switch: {{{method|}}} | |||
| 1 = | | |||
{{!}}- | |||
{{!}}MediaTrajectory | |||
{{!}}CheckBox | |||
{{!}}Show mill media rolling, sliding and free flight trajectory computations on the '''MediaTraj''' page. | |||
}} | |||
|- | |- | ||
|MediaStrings | |MediaStrings | ||
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{{#switch: {{{method|}}} | {{#switch: {{{method|}}} | ||
| 1 = | | | 1 = | | ||
{{!}}- | {{!}}- | ||
{{!}}OverfillingIndicator | {{!}}OverfillingIndicator | ||
Revision as of 09:38, 24 March 2023
MetDynamics*Mill page
The first tab page in the access window will have this name.
| Tag (Long/Short) | Input / Display | Description/Calculated Variables/Options |
|---|---|---|
| Tag | Display | This name tag may be modified with the change tag option. |
| Condition | Display | OK if no errors/warnings, otherwise lists errors/warnings. |
| ConditionCount | Display | The current number of errors/warnings. If condition is OK, returns 0. |
| GeneralDescription / GenDesc | Display | This is an automatically generated description for the unit. If the user has entered text in the 'EqpDesc' field on the Info tab (see below), this will be displayed here.
If this field is blank, then SysCAD will display the unit class ID. |
| Requirements | ||
| On | CheckBox | This enables the unit. If this box is not checked, then the material will pass straight through the mill with no change to the size distribution. |
| Method | Fixed Discharge | The discharge particle size distribution is user defined. Different distributions can be used for different solids. |
| AG/SAG (Variable Rates) | The Variable Rates AG/SAG mill model is used to determine the mill product size distribution. Different parameters can be used for different solids. | |
| Rod Mill (Lynch) | The Lynch rod mill model is used to determine the mill product size distribution. Different parameters can be used for different solids. | |
| Ball (Perfect Mixing) | The Perfect Mixing ball mill model (steady-state or dynamic) is used to determine the mill product size distribution. Different parameters can be used for different solids. | |
| Stirred (Perfect Mixing) | The Perfect Mixing stirred mill model (steady-state or dynamic) is used to determine the mill product size distribution. Different parameters can be used for different solids. | |
| Mill (Herbst-Fuerstenau) | The Herbst-Fuerstenau model is used to determine the mill product size distribution. Different parameters can be used for different solids. | |
| PowerModels | CheckBox | Show alternative mill power model calculations on the Power page. |
| MediaTrajectory | CheckBox | Show mill media rolling, sliding and free flight trajectory computations on the MediaTraj page. |
| MediaStrings | CheckBox | Show media size distributions at recharge equilibrium on the MediaStrings page. |
| OverfillingIndicator | CheckBox | Show overflow ball mill slurry volume, residence time, and overfilling evaluation on Overfilling page. |
| Options | ||
| ShowQFeed | CheckBox | QFeed and associated tab pages (eg Sp) will become visible, showing the properties of the combined feed stream. |
| ShowQProd | CheckBox | QProd and associated tab pages (eg Sp) will become visible, showing the properties of the products. |
| SizeForPassingFracCalc | Input | Size fraction for % Passing calculation. The size fraction input here will be shown in the Stream Summary section. |
| FracForPassingSizeCalc | Input | Fraction passing for Size calculation. The fraction input here will be shown in the Stream Summary section. |
| Stream Summary | ||
| MassFlow / Qm | Display | The total mass flow in each stream. |
| SolidMassFlow / SQm | Display | The Solids mass flow in each stream. |
| LiquidMassFlow / LQm | Display | The Liquid mass flow in each stream. |
| VolFlow / Qv | Display | The total Volume flow in each stream. |
| Temperature / T | Display | The Temperature of each stream. |
| Density / Rho | Display | The Density of each stream. |
| SolidFrac / Sf | Display | The Solid Fraction in each stream. |
| LiquidFrac / Lf | Display | The Liquid Fraction in each stream. |
| Passing | Display | The mass fraction passing the user-specified size (in the field SizeForPassingFracCalc) in each stream. |
| Passes | Display | The user-specified (in the field FracForPassesSizeCalc) fraction of material in each stream will pass this size fraction. |