Page 14 - AMETEK BROOKFIELD Viscometer
P. 14
DVNext Rheometer
The all-in-one instrument for measuring viscosity and yield stress. Also available in
Cone/Plate version.
Features
7-inch Full-Color Integrated Temperature Control Internal Data Storage: 150 MB
Touch Screen Display Connected to AMETEK
Enhanced Controls Brookfield TC series Baths with Date and Time Stamp File
Real-Time Graphing AP/SD Controllers or AMETEK Built-In Options
Supports Multiple Brookfield Thermosel System. Math Modeling
Languages Stand-alone Programming Temperature Control
Yield Tests
Displayed Info: Accuracy: ±1.0% of Range Programmable QC Limits,
Viscosity (cP or mPa•s) Displayed with test data Alarms, End Conditions
Temperature (°C or °F)
Shear Rate/Stress Repeatability: ±0.2% Optional Gel Timer functionality
% Torque using unique magnetic coupling
Speed/Spindle Analyze characteristics such as
Step Program Status yield stress, flow curves (mixing, GAMP*
Math Model Calculations pumping, spraying), leveling,
and recovery. 21 CFR Part 11 Compliant*
Viscosity Wizard Customizable User Access
Built-in math models for data USB PC Interface provides Electronic Signatures
analysis in stand-alone mode. E.g. optional computer control and Uneditable PDFs
Casson, Bingham, Power Law, automatic data collection Automated Archived
and Thix Index. capability. Audit Trail
*Only available in Compliant Versions
Optional Accessories
VISCOSITY RANGE SPEEDS
cP(mPa•s)
(2600 available)
RheocalcT Software UL Adapter
Label Printer Spiral Adapter MODEL Min. Max. RPM Number of Increments
Barcode Scanner DIN Adapter DVNXLV 1† 6M .01-250 2.6K
Ball Bearing Suspension Temperature Bath DVNXRV 100†† 40M .01-250 2.6K
(Standard in high torque instruments) Thermosel DVNXHA 200†† 80M .01-250 2.6K
Viscosity Standards Helipath Stand with T-bar DVNXHB 800†† 320M .01-250 2.6K
Magnetic Coupling System Spindles †1 cP achieved with UL Adapter accessory.
Small Sample Adapter Assembly 15 cP on LV with standard spindles.
B = 1 billion M = 1 million K = 1 thousand
cP = Centipoise mPa•s = Millipascal•seconds
†† Minimum viscosity is achieved
with optional RV/HA/HB-1 spindle
12
