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A 7-inch full color touch screen conveniently displays all test parameters along with measured values for yield stress, viscosity and temperature. On screen graphing shows real-time test data which can be captured in stand-alone mode, recorded on a printer or sent to a PC. Built-in math models, such as Power Law, can provide rapid data analysis for flow index and other selectable variables. Quick, straight-forward, single point viscosity is also easily accomplished with the DV3T making it the ideal "all-in-one" instrument for busy QC labs as well as demanding R&D departments doing comprehensive flow behavior.
Features & Benefits
Specifications
Viscosity Range cP (mPa•s) |
Speed | |||
Model | Min. | Max. | RPM | Number of Increments |
DV3TLV | 1† | 6M | .01-250 | 2.6K |
DV3TRV | 100† | 40M | .01-250 | 2.6K |
DV3THA | 200†† | 80M | .01-250 | 2.6K |
DV3THB | 800†† | 320M | .01-250 | 2.6K |
DV3T5xHB | 4K | 1.6B | .01-250 | 2.6K |
† 1cP achievd with UL Adapter accessory. 15 cP on LV with standard spindles.
†† Minimum viscosity is achieved with optional RV/HA/HB-1 spindle
B = 1 billion M = 1 million K = 1 thousand cP = Centipoise
mPa•s = Milipascal•seconds
Spring Torque | ||
Model | Dyne-cm | Mili Newton-m |
DV3TLV | 673.7 | 0.0673 |
DV3TRV | 7,187.0 | 0.7187 |
DV3THA | 14,374.0 | 1.4374 |
DV3THB | 57,496.0 | 5.7496 |
DV3T5xHB | 287,480.0 | 28.748 |
Each of our standard Laboratory Viscometers/ Rheometers are supplied with an internal spring used to calculate the viscosity of a material. These springs have different measuring capabilities:
Additional special springs are also available upon request. To learn more about spring ranges and model selection, please call Brookfield Engineering or one of our authorized dealers.