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AELAB SSR-H Series High-Temperature Rotating Viscometer for Coaxial Viscosity Measurement

The AELAB SSR-H Series high-temperature rotating viscometer performs precise coaxial viscosity measurement for Newtonian and non-Newtonian liquids under controlled thermal conditions. Using micro-computer drive technology, stable stepping motor control, and programmable multi-speed rotation, the instrument delivers accurate, repeatable viscosity data for laboratory and industrial rheological analysis.
Modles : LV-SSR-H, RV-SSR-H, HA-SSR-H, HB-SSR-H
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The AELAB SSR-H Series high-temperature rotating viscometer is designed for accurate viscosity measurement using a coaxial rotational method under elevated temperature conditions. The instrument utilizes a center-structure design with a small-volume sample adapter, enabling efficient testing with minimal sample consumption.

The AELAB SSR-H Series integrates rapid and accurate temperature regulation through an external furnace system, ensuring stable thermal control throughout the measurement process. Linear full-range torque control and real-time data acquisition are supported through a computer interface, delivering high precision and repeatability.

 

⚙️ Design & Construction

The AELAB SSR-H high-temperature rotating viscometer features a rigid vertical frame with a stabilized rotating shaft and interchangeable coaxial rotors. The instrument is equipped with a liquid-crystal display control head, an external temperature regulating furnace, insulation cover, and precision stepping motor drive for stable rotational motion.

 

🔬 Working Principle / Testing Method

The AELAB SSR-H Series measures viscosity by rotating a calibrated rotor at controlled speeds within the test sample. The resistance torque generated by the fluid is converted into viscosity values according to the coaxial rotational method. Time-based measurement functions allow effective characterization of non-Newtonian liquid behavior under thermal influence.

 

💡 Key Advantages

  • Direct LCD display of viscosity data without secondary calculation
  • Micro-computer drive technology with imported stepping motor
  • Viscosity resolution accuracy to 0.1% of full range
  • Automatic rotor and speed combination recommendation
  • Automatic display of maximum measurable viscosity range
  • Timing measurement function for non-Newtonian liquids
  • Support for multiple viscosity units and temperature units

 

🔗 Connectivity & Integration

The AELAB SSR-H rotating viscometer includes a computer connection interface for direct data output. A printing interface allows optional micro-printer connection for on-site data reporting. Optional data software supports rheological curve display of shear rate versus viscosity.

 

🧠 Model Insight

Model Overview – AELAB SSR-H Series
Model Speed Range (r/min) Max Measuring Range (mPa·s) Temperature Range
LV-SSR-H 0.3–100 1.6M RT+10 °C to 250 °C
RV-SSR-H 0.3–100 3.3M RT+10 °C to 250 °C
HA-SSR-H 0.3–100 6.6M RT+10 °C to 250 °C
HB-SSR-H 0.3–100 16M RT+10 °C to 250 °C

 

🧪 Testing Applications

The AELAB SSR-H Series high-temperature rotating viscometer is suitable for viscosity measurement of polymers, resins, asphalt, lubricants, coatings, chemical intermediates, food materials, pharmaceutical formulations, and other Newtonian and non-Newtonian fluids requiring controlled high-temperature rheological analysis.

 

Compliance & Quality Assurance

The AELAB SSR-H Series is manufactured under controlled quality systems and designed for laboratory, industrial, and research use. Each instrument supports calibrated measurement procedures, stable temperature control, and repeatable viscosity testing consistent with ISO-style laboratory practices.

SSR-H laboratory high-temperature viscosity measurement system

Specifications :

Technical Specifications – AELAB SSR-H Series High-Temperature Rotating Viscometers
Model LV-SSR-H RV-SSR-H HA-SSR-H HB-SSR-H
Display Liquid-Crystal Display
Speed (r/min) 0.3–100, 37 Rates
Rotor 0 Rotor (Apolegamy)
18, 25, 31, 34 Rotor (Standard Configuration)
0 Rotor (Apolegamy)
21, 27, 28, 29 Rotor (Standard Configuration)
Measuring Range (mPa·s) 1-1.6M
0rotor:1-1K
18rotor:3-10K
25rotor:480-1.6M
31rotor:30-100K
34rotor:60-200K
6.4-3.3M
0 rotor:6.4-1K
21rotor:50-167K
27 rotor:250-834K
28 rotor:500-1.7M
29 rotor:1K-3.3M
12.8–6.6M
0rotor:12.8-1K
21rotor:100-333K
27rotor:500-1.7M
28rotor:1K-3.3M
29rotor:2K-6.6M
51.2–16M
0 rotor:51.2-2K
21 rotor:400-1.3M
27 rotor:2K-6.7M
28 rotor:4K-13.3M
29 rotor:8K-26.6M
Sample Volume 0rotor:21ml
18rotor:7ml
25rotor:9ml
31rotor:10.5ml
34rotor:11ml
0rotor:21ml
21rotor:7.8ml
27rotor:11.3ml
28rotor:12.6ml
29rotor:11.5ml
Test Error ±2% (Newtonian Liquid)
Repeatability Error ±1% (Newtonian Liquid)
Temperature Control Range Room Temperature +10 °C to 250 °C (300 °C Optional)
Temperature Control Accuracy 0.1 °C
Data Interface Available

 

Technical Specifications – AELAB SSR-H Series High-Temperature Rotating Viscometers
Model LV-SSR-H RV-SSR-H HA-SSR-H HB-SSR-H
Display Liquid-Crystal Display
Speed (r/min) 0.3–100, 37 Rates
Rotor 0 Rotor (Apolegamy)
18, 25, 31, 34 Rotor (Standard Configuration)
0 Rotor (Apolegamy)
21, 27, 28, 29 Rotor (Standard Configuration)
Measuring Range (mPa·s) 1-1.6M
0rotor:1-1K
18rotor:3-10K
25rotor:480-1.6M
31rotor:30-100K
34rotor:60-200K
6.4-3.3M
0 rotor:6.4-1K
21rotor:50-167K
27 rotor:250-834K
28 rotor:500-1.7M
29 rotor:1K-3.3M
12.8–6.6M
0rotor:12.8-1K
21rotor:100-333K
27rotor:500-1.7M
28rotor:1K-3.3M
29rotor:2K-6.6M
51.2–16M
0 rotor:51.2-2K
21 rotor:400-1.3M
27 rotor:2K-6.7M
28 rotor:4K-13.3M
29 rotor:8K-26.6M
Sample Volume 0rotor:21ml
18rotor:7ml
25rotor:9ml
31rotor:10.5ml
34rotor:11ml
0rotor:21ml
21rotor:7.8ml
27rotor:11.3ml
28rotor:12.6ml
29rotor:11.5ml
Test Error ±2% (Newtonian Liquid)
Repeatability Error ±1% (Newtonian Liquid)
Temperature Control Range Room Temperature +10 °C to 250 °C (300 °C Optional)
Temperature Control Accuracy 0.1 °C
Data Interface Available

 

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Frequently Asked Questions

1What testing method does the AELAB SSR-H use?
It uses a coaxial rotational viscosity measurement method.
2What is the maximum operating temperature?
Standard operation up to 250 °C, with an optional 300 °C heating furnace.
3Can non-Newtonian liquids be tested?
Yes, timing measurement functions support non-Newtonian liquid analysis.
4How accurate is the viscosity measurement?
±2% test error and ±1% repeatability for Newtonian liquids.
5Can measurement data be exported?
Yes, via computer interface and optional printer connection.

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