#Volume correction factors to 15 c manuals
#Volume correction factors to 15 c update
#Volume correction factors to 15 c for android

380 cSt) and corresponding temperature (e.g. – Upper part (using one reference only): after entering viscosity (e.g. If temperature fields contain values, these are automatically converted.

Temperatures can be entered either in ☌ or ☏ by swiping the temperature button. The viscosity / temperature converter allows the user to find the viscosity at a given temperature, or the temperature at a given viscosity basis either one reference point (using the ‘V50’ formula), or basis two reference points (using the ‘Walther’ equation). All you have to do is enter the total quantity, enter the viscosities of the two components, and enter the target viscosity, and then the app will calculate the required quantity for each component. Resulting density, viscosity, flash point and pour point are continuously re-calculated as long as the user keeps entering data.Īside from the blender, there is a small utility (just above the picker) to calculate the required quantities (in metric tons) for two components to reach a target viscosity. This will reset the database completely.īelow this button you can find the entry picker: when you wish to make an entry for another component, swipe the picker to the next number you wish to use (between 1 and 10), and the data entered in the text fields for volume, metric tons, density, viscosity, flash point and pour point will be stored under that entry number. There is a button “Clear Entries” that will delete all entries if pressed. The resulting density or API is calculated accordingly. Volumes can be entered either in M³ or Bbls, this depends on whether SI Metric or Imperial has been selected in settings. The visco blender can blend a maximum of 10 components of fuel, and calculates the resulting viscosity, density, pour point and flash point for the blend.Īll values entered are stored inside the app in a database, for easy retrieval in future. The latest version can be downloaded from Google Play here:

#Volume correction factors to 15 c manuals

The instruction manual has been updated and can be downloaded from the page in this blog with the title ‘User Manuals for Oil Calculators’. 6:VCF is calculated using either 4 or 5 decimals, depending on whether you have chosen to use 1980 tables or 2004 tables in ‘Settings’.

#Volume correction factors to 15 c update

If your density is different, simply update the density field. When you press the ‘Metric’ button, the button title changes to ‘Imperial’, indicating that calculations are performed using the Imperial Standard:Ģ:Select the aromatic product you wish to calculate for, using the drop down (showing ‘Benzene’ by default):ģ:When using the SI Metric Standard, select either ‘density 15C’ or ‘density 20C’:Ĥ:When using the Imperial Standard, select either ‘Gallons’ or ‘Bbls’ as volume unit:ĥ:When you select an aromatics product, a default density corresponding to the selected product is automatically entered in the density field. To use this module, simply follow these steps: 1:Set SI Metric or Imperial Standards using the button ‘Metric’: by default the aromatics calculator uses the SI Metric Standard. The calculation of aromatics uses ASTM D1555 to calculate VCF as well as weights and volumes using Imperial Standards, while D1555M uses SI Metric standards. – Updated the Quantity Editor to reflect the changes made in the main calculator screen. – Changed the way Bbls at 60☏ are calculated when using density at 20☌ to more accurately match the conversion from M³ at 20☌ to Bbls at 60☏. The new version contains various updates and improvements: – Added a new module, for calculating aromatics in accordance with ASTM D1555 and D1555M.

#Volume correction factors to 15 c for android

Today a new version of OilCalcsPro for Android (version 1.4.0) was published.