1. Connect your DV-II+Pro to a PC.
   
2. Create a custom test program on your PC.
   
3. Use DV Loader to download your test parameters for speed, test duration, etc. to the
   instrument.
   
4. Disconnect the DV-II+Pro from your PC. Now
   you have a customized viscometer that is set-
   up to run tests for your particular applications.

• Automates data collection to save time
• Reduces potential operator error when recording data
• Create viscosity flow curves (rheograms) and a permanent record of each test
• Up to five data sets may be plotted and overlaid for product comparisons
• Viscosity plots can be configured vs. time, temperature, shear rate, and shear stress
• Data can be saved as a Wingather™ file (Paradox Database) or exported to Excel format
• Math modeling for yield stress calculations (Bingham Plastic, Casson, Power Law, IPC Paste analysis)

• Manual - A data point is taken when the operator chooses.
  
• Vari-Speed - A data point is taken when the operator changes the viscometer speed.
  
• Timed Stop - A data point is taken at an operator defined time interval.
  
• Timed Torque - Data is taken at an operator defined time interval until an operator defined % torque value is reached.
  
• Spring Relaxation - Data is taken at an operator defined time interval as the spindle "unwinds" (motor off condition).

Brookfield's powerful Rheocalc application software empowers your DV-II+Pro and DV-III+ Rheometer to provide fully automated and highly sophisticated testing. Rheocalc over-rides the DV-III+'s internal firmware and allows a dedicated computer to control the instrument so other work can be done while the tests are running.

After testing is complete, Rheocalc can analyze that data, generate multiple plot overlays to compare test studies, print tabular data, run math models for comparative "fit" analysis, and perform other important time-saving routines.

• Powerful scripting language provides for simple to complex data collection programs
  
• Provides looping functions for repetitive tasks
  
• Built-in visual prompts for selecting spindle geometry, speed, shear rate, etc.
  
• Automates data collection to save time and eliminate operator error
  
• Provides instantaneous viscosity flow curves (rheograms) and creates a permanent record

• Up to five data sets may be plotted simultaneously
  
• Data can be saved as a Rheocalc file (Paradox Database) or exported to Excel format
  
• Math modeling for yield stress calculations (Bingham Plastic, Casson, Power Law, IPC Paste analysis.
  
• Viscosity plots can be configured vs. time, temperature, shear rate, and shear stress

When advanced sample analysis is required, Brookfield’s Capcalc32 application software can “control” the CAP 2000+ Viscometer from any PC. Capcalc32 software provides automatic data capture and graphical data display to facilitate analysis of test samples. The software allows control of a sample’s temperature for integrated viscosity/temperature tests between 5°C and 75°C or between 50°C and 235°C, depending on the model you choose. It also allows the user to specify speed ramps and/or temperature ramps for more rigorous material testing.

• Automates data collection to save time
  
• Powerful scripting language provides for simple to complex data collection programs
  
• Provides looping functions for repetitive tests
  
• On-screen and printed plots of data collected
  
• Automatic calculation of yield stress (Bingham Plastic, Casson, Power Law Consistency Index)
  
• Helps eliminate operator error when recording data
  
• Provides viscosity flow curves (rheo-grams) and creates a permanent record of each test
  
• Data may be collected “in the background” while previous test data may be viewed, printed, plotted, analyzed and compared

• Data can be saved and exported to spreadsheet format
  
• Up to 6 data sets may be plotted simultaneously
  
• 12 Plot Types: % FSR vs. RPM, Shear Rate, Time, Temperature Viscosity vs. RPM, Shear Rate, Time, Temperature Shear Stress vs. RPM, Shear Rate, Time Temperature
  
• Yield Stress Calculations (Bingham Plastic, Casson, Chocolate Casson), Power
  Law Consistency Index Calculations, Paste Analysis
  
• On-line help system
  
• Data collection is provided via a powerful “scripting” language for creating test programs