DVNext Viscometer
Brookfield's new product - single machine mode fully complies with pharmacopoeia and regulatory requirements
DVNext RHEOMETER
Quick viscosity testing guide and electronic level adjustment
• Network and LIMS system connection
One handed installation and disassembly of the rotor
Single machine mode fully complies with the requirements of 21 CFR Part 11
DVNext RHEOMETERTM
Integrated instrument for viscosity and yield stress testing, fully compliant with 21 CFR Part 11 and GAMP requirements
Product Features
Cone/Plate Model
7-inch full-color touch screen display
Control upgrade
Real time graphical display
Supports multiple languages
display information
• Viscosity (cP or mPa · s)
• Temperature (° C or. F)
• Shear rate/shear stress
• Torque percentage
• Speed/rotor number
• Test step status
• Mathematical model fitting data
Viscosity Testing Guide
Built in mathematical model:Data analysis can be performed in standalone mode. Mathematical models include: Casson, Bing ham, Power Law Thix index
Integrated temperature control:Can connect AMETEK Brookfield AP/SD series water bath system and high temperature testing system
Multi step testing program can be established in single machine mode
PT-100 temperature probe
Accuracy: ± 1% of full scale
Accuracy data and viscosity test results are displayed together
Data analysis and calculation functionsFor example: yield stress, flow curve (stirring, pumping, spraying), leveling and recovery
USB computer interface:Automatically collect data through computer-controlled instruments (optional)
Digital level adjustment
Built in data storage space:150MB
GAMP
Compliant with 21 CFR Part 11
Customizable user access permissions
Data file containing date and time stamps
Electronic Signature
PDF files that prevent modification and editing
Archivable audit trail files
Built in functional options of the instrument
mathematical model
temperature control
Yield stress test
Editable QC control range/alarm/limit settings, etc
Innovation point
Viscosity Testing Guide
Quickly establish a new method for viscosity testing
Digital level adjustment
Can ensure that the instrument remains level throughout the testing process
Automatic oscillation test
External network connection
Save data more conveniently and quickly
LIMS connection
Save data to the desired location
Compliant with 21 CFR Part 11
standalone mode
Magnetic coupling system
Can achieve rapid installation and disassembly of rotors
Barcode scanning
Make work faster and more accurate
Gap adjustment system
For cone/plate models
Optional Accessories
RheocalcT software
Label printer
bar-code scanner
Paddle rotor
Ball bearings (standard for high torque instruments)
Viscosity standard liquid
RV/HA/HB-1 rotor
Magnetic coupling system
Quick positioning bracket
Small sample adapter
Ultra low viscosity adapter
High temperature testing system
Lift bracket and T-shaped rotor
Spiral Adapter
DIN adapter
VISCOSITY RANGE cP(mPa•s) |
SPEEDS (2600available) |
|||
MODEL |
Min |
Max |
RPM |
Number of Increments |
DVNXLV |
1† |
6M |
.01-250 2.6K |
|
DVNXRV |
1 00†† |
40M |
.01-250 2.6K |
|
DVNXHA |
2 00†† |
80M |
.01-250 2.6K |
|
DVNXHB |
8001†† |
320M |
.01-250 2.6K |
†1cP achieved with UL Adapter accessory .15 cP on LV with standard spindles
† †Minimum visocosity is achieved with optiuonal RV/HA/HB-1 spindle
B= 1 binllion M=million K=thousand cP=Centipoise
Mp•s=Millipascal•seconds