Thermo Scientific™

HAAKE™ Viscotester™ iQ Rheometers

Catalog number: 262-0001TS
Thermo Scientific™

HAAKE™ Viscotester™ iQ Rheometers

Catalog number: 262-0001TS

Measure and analyze the rheological properties of a wide range of liquid, paste and semi-solid samples with the Thermo Scientific™ HAAKE™ Viscotester™ iQ  and Viscotester iQ Air rheometers. The Viscotester iQ rheometer is an intuitive solution designed to meet the daily rheological requirements of QC labs. The Viscotester iQ Air rheometer is the smallest commercially available oscillation air bearing rheometer in the world. Both set new standards in modularity, ease of use, increased efficiency, and intelligent user guidance, from simple viscosity determinations to complex rheological investigations.

HAAKE Viscotester iQ Rheometers are the replacement for the following discontinued viscometers:
  • Thermo Scientific HAAKE Viscotester 550 Rotational Viscometer
  • Thermo Scientific HAAKE Viscotester E, D, C Rotational Viscometer (selected applications only)
 
Catalog Number
262-0001TS
also known as 262-0001
Unit Size
Each
Description
HAAKE Viscotester iQ rheometer (ball bearing)
Price (USD)
Full specifications
Frequency Range0.1 to 20 Hz
Minimum deflection angle: 10 µrad (option)
Torque Range0.2 mNm – 100 mNm
Torque resolution: 0.01 mNm
Angular Resolution1.25 µrad
Angular velocity range: 0.001 rad/s – 157 rad/s
0.01 rpm – 1500 rpm
Weight (Metric)18 kg (HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
DescriptionHAAKE Viscotester iQ rheometer (ball bearing)
Operating Temperature Range

Universal Peltier controlled Module (TM-PE-C)
Coaxial cylinders: -5 °C up to 160 °C
Plates and cones: 0 °C up to 140 °C
Depending on ambient temperature


Universal Liquid controlled Module (TM-LI-C32 / – C48)
Coaxial cylinders: -20 °C up to 180 °C
Plates and cones: -10 °C up to 160 °C
Depending on the circulator model and the bath liquid


Peltier controlled Plate (TM-PE-P) 0 °C up to 160 °C


Liquid controlled Plate (TM-LI-P) -20 °C up to 180 °C
Depending on the circulator model and the bath liquid 

 

Electrically controlled Cylinder (TM-EL-C) up to 300 °C
Available for pressure cell configuration

Measuring MethodIn rotation: Controlled Rate (CR), Controlled Stress (CS)
In oscillation: Controlled Deformation (CD), Controlled Stress (CS)
Shear RateShear stress range: 0.004 s -1 - 11415 s -1
(Depending on the measuring geometry used. Calculated theoretical values.)
Shear stress range: 0.7 Pa - 63660 Pa
(Depending on the measuring geometry used. Calculated theoretical values.)
Viscosity RangeIn rotation: 0.001 Pa s - 600000 Pa s (Depending on the measuring geometry used. Calculated theoretical values.)
In oscillation: 5 Pa s and higher (option)
Measuring GeometriesCoaxial cylinders, double-gap cylinders, parallel plates, cones, vane rotors
InterfaceTCP/IP for communication with PC
USB: 1 port for USB flash drive for HAAKE Viscotester iQ RheoApp, 1 port for keyboard or barcode reader
Dimensions (L x W x H)270mm x 500mm x 500mm
(HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
Power SupplyAutoswitch: 100-240 VAC, 50/60 Hz
PatentsQuick coupling: DE102012018592
Design: Europe 001320964, Japan 1471355, China ZL201230476257.6, US 07066585
Unit SizeEach
Catalog Number
Unit Size
Each
Description
HAAKE Viscotester iQ Air rheometer (air bearing)
Price (USD)
Full specifications
Frequency Range0.1 to 50 Hz
Minimum deflection angle: 10 µrad
Torque Range0.01 mNm – 100 mNm
Torque resolution: 0.001 mNm
Angular Resolution1.25 µrad
Angular velocity range: 0.001 rad/s – 157 rad/s
0.01 rpm – 1500 rpm
Weight (Metric)18 kg (HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
DescriptionHAAKE Viscotester iQ Air rheometer (air bearing)
Operating Temperature Range

Universal Peltier controlled Module (TM-PE-C)
Coaxial cylinders: -5 °C up to 160 °C
Plates and cones: 0 °C up to 140 °C
Depending on ambient temperature

Universal Liquid controlled Module (TM-LI-C32 / – C48)
Coaxial cylinders: -20 °C up to 180 °C
Plates and cones: -10 °C up to 160 °C
Depending on the circulator model and the bath liquid

Peltier controlled Plate (TM-PE-P) 0 °C up to 160 °C

Liquid controlled Plate (TM-LI-P) -20 °C up to 180 °C
Depending on the circulator model and the bath liquid 

 Electrically controlled Cylinder (TM-EL-C) up to 300 °C
Available for pressure cell configuration

Measuring MethodIn rotation: Controlled Rate (CR), Controlled Stress (CS)
In oscillation: Controlled Deformation (CD), Controlled Stress (CS)
Shear RateShear rate range: 0.004 s -1 - 11415 s -1
(Depending on the measuring geometry used. Calculated theoretical values.)
Shear stress range: 0.04 Pa – 63660 Pa
(Depending on the measuring geometry used. Calculated theoretical values.)
Viscosity RangeIn rotation: 0.001 Pa s - 600000 Pa s (Depending on the measuring geometry used. Calculated theoretical values.)
In oscillation: 0.03 Pa s and higher
Measuring GeometriesCoaxial cylinders, double-gap cylinders, parallel plates, cones, vane rotors
InterfaceTCP/IP for communication with PC
USB: 1 port for USB flash drive for HAAKE Viscotester iQ RheoApp, 1 port for keyboard or barcode reader
Dimensions (L x W x H)270mm x 500mm x 500mm
(HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
Power SupplyAutoswitch: 100-240 VAC, 50/60 Hz
PatentsQuick coupling: DE102012018592
Design: Europe 001320964, Japan 1471355, China ZL201230476257.6, US 07066585
Unit SizeEach
Showing 2 of 2
Catalog NumberSpecificationsUnit SizeDescriptionPrice (USD)
262-0001TS
also known as 262-0001
Full specifications
EachHAAKE Viscotester iQ rheometer (ball bearing)Request A Quote
Frequency Range0.1 to 20 Hz
Minimum deflection angle: 10 µrad (option)
Torque Range0.2 mNm – 100 mNm
Torque resolution: 0.01 mNm
Angular Resolution1.25 µrad
Angular velocity range: 0.001 rad/s – 157 rad/s
0.01 rpm – 1500 rpm
Weight (Metric)18 kg (HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
DescriptionHAAKE Viscotester iQ rheometer (ball bearing)
Operating Temperature Range

Universal Peltier controlled Module (TM-PE-C)
Coaxial cylinders: -5 °C up to 160 °C
Plates and cones: 0 °C up to 140 °C
Depending on ambient temperature


Universal Liquid controlled Module (TM-LI-C32 / – C48)
Coaxial cylinders: -20 °C up to 180 °C
Plates and cones: -10 °C up to 160 °C
Depending on the circulator model and the bath liquid


Peltier controlled Plate (TM-PE-P) 0 °C up to 160 °C


Liquid controlled Plate (TM-LI-P) -20 °C up to 180 °C
Depending on the circulator model and the bath liquid 

 

Electrically controlled Cylinder (TM-EL-C) up to 300 °C
Available for pressure cell configuration

Measuring MethodIn rotation: Controlled Rate (CR), Controlled Stress (CS)
In oscillation: Controlled Deformation (CD), Controlled Stress (CS)
Shear RateShear stress range: 0.004 s -1 - 11415 s -1
(Depending on the measuring geometry used. Calculated theoretical values.)
Shear stress range: 0.7 Pa - 63660 Pa
(Depending on the measuring geometry used. Calculated theoretical values.)
Viscosity RangeIn rotation: 0.001 Pa s - 600000 Pa s (Depending on the measuring geometry used. Calculated theoretical values.)
In oscillation: 5 Pa s and higher (option)
Measuring GeometriesCoaxial cylinders, double-gap cylinders, parallel plates, cones, vane rotors
InterfaceTCP/IP for communication with PC
USB: 1 port for USB flash drive for HAAKE Viscotester iQ RheoApp, 1 port for keyboard or barcode reader
Dimensions (L x W x H)270mm x 500mm x 500mm
(HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
Power SupplyAutoswitch: 100-240 VAC, 50/60 Hz
PatentsQuick coupling: DE102012018592
Design: Europe 001320964, Japan 1471355, China ZL201230476257.6, US 07066585
Unit SizeEach
262-0100Full specifications
EachHAAKE Viscotester iQ Air rheometer (air bearing)Request A Quote
Frequency Range0.1 to 50 Hz
Minimum deflection angle: 10 µrad
Torque Range0.01 mNm – 100 mNm
Torque resolution: 0.001 mNm
Angular Resolution1.25 µrad
Angular velocity range: 0.001 rad/s – 157 rad/s
0.01 rpm – 1500 rpm
Weight (Metric)18 kg (HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
DescriptionHAAKE Viscotester iQ Air rheometer (air bearing)
Operating Temperature Range

Universal Peltier controlled Module (TM-PE-C)
Coaxial cylinders: -5 °C up to 160 °C
Plates and cones: 0 °C up to 140 °C
Depending on ambient temperature

Universal Liquid controlled Module (TM-LI-C32 / – C48)
Coaxial cylinders: -20 °C up to 180 °C
Plates and cones: -10 °C up to 160 °C
Depending on the circulator model and the bath liquid

Peltier controlled Plate (TM-PE-P) 0 °C up to 160 °C

Liquid controlled Plate (TM-LI-P) -20 °C up to 180 °C
Depending on the circulator model and the bath liquid 

 Electrically controlled Cylinder (TM-EL-C) up to 300 °C
Available for pressure cell configuration

Measuring MethodIn rotation: Controlled Rate (CR), Controlled Stress (CS)
In oscillation: Controlled Deformation (CD), Controlled Stress (CS)
Shear RateShear rate range: 0.004 s -1 - 11415 s -1
(Depending on the measuring geometry used. Calculated theoretical values.)
Shear stress range: 0.04 Pa – 63660 Pa
(Depending on the measuring geometry used. Calculated theoretical values.)
Viscosity RangeIn rotation: 0.001 Pa s - 600000 Pa s (Depending on the measuring geometry used. Calculated theoretical values.)
In oscillation: 0.03 Pa s and higher
Measuring GeometriesCoaxial cylinders, double-gap cylinders, parallel plates, cones, vane rotors
InterfaceTCP/IP for communication with PC
USB: 1 port for USB flash drive for HAAKE Viscotester iQ RheoApp, 1 port for keyboard or barcode reader
Dimensions (L x W x H)270mm x 500mm x 500mm
(HAAKE Viscotester iQ rheometer incl. Peltier temperature module, heat exchanger and measuring geometry)
Power SupplyAutoswitch: 100-240 VAC, 50/60 Hz
PatentsQuick coupling: DE102012018592
Design: Europe 001320964, Japan 1471355, China ZL201230476257.6, US 07066585
Unit SizeEach
Showing 2 of 2

The development of the next generation Viscotester was driven by the demands of new rheological tasks in quality control. With the HAAKE Viscotester iQ rheometer, we combine decades of experience in rheology with solutions designed for highly dynamic working environments. Our goal is to enable fast, reliable and precise rheological measurements with maximum ease of operation. Now with the HAAKE Viscotester iQ Air rheometer, we bring you the smallest available oscillation air bearing rheometer. Either rheometer can be used as a standalone portable unit or as a fully software-controlled part of your QC lab.

Ideal for Industrial QC in:

  • Food
  • Cosmetics & Pharmaceuticals
  • Mining & Construction
  • Petrochemicals
  • Polymers

Individual

  • Meeting your demands in QC
  • Easy exchange between different measuring configurations for fast setup and operation
  • Comprehensive portfolio of measuring geometries and accessories to tailor your instrument
  • Highly dynamic, powerful EC motor for flexibility across a range of materials and measurements
  • Exchangeable self-sufficient Peltier or liquid controlled temperature modules for maximum flexibility
  • Optional oscillation mode
  • Multiple means of operation: Standalone, with new HAAKE Viscotester iQ RheoApp, or fully software controlled to match your level of usability

Intuitive

  • Making QC more convenient for your laboratory
  • Breakthrough concept self-explaining in setup and handling for error-proof operation
  • Smart lift function for convenient, accurate and reproducible gap setting
  • Measuring geometries designed for optimized handling and easy exchange
  • Correct and precise sample filling for parallel plates for ultimate measuring accuracy

Intelligent

  • Guiding your operators through every measurement challenge
  • Convenient touch screen display for visualization of numerical and graphical measurement results
  • Intelligent user guidance for measuring and evaluation procedures, selection of suitable jobs with indication of available measuring range
  • “Connect Assist” quick coupling of measuring geometries and temperature modules with perfect alignment, automatic recognition and feedback for measuring optimization
  • “Temperature Assist” rapid real sample temperature control based on a dynamic heat transfer model

Figures

Frequently asked questions (FAQs)

Citations & References