Description
The High Temperature Viscometer YR05843 // YR05846 stands out as an advanced instrument crafted for accurate and consistent viscosity assessments at higher temperatures. Its coaxial center structure demands minimal sample quantities, making it highly efficient in resource utilization. The swift and precise temperature control system of this viscometer guarantees reliable readings, whilst the comprehensive full range stop linearity via a PC interface enhances calibration with standard samples. This delivers remarkable accuracy and repeatability, perfect for a wide variety of materials.
Market Price Overview
The High Temperature Viscometer commands a distinctive position in the market, reflecting its innovative technology and precise engineering. Although exact prices can vary, this viscometer is recognized for its premium value, aligning with the top-tier engineering and technological advancements incorporated into its design.
Frequently Asked Questions
What types of samples can the viscometer measure? The instrument caters to a variety of substances, particularly excelling with non-Newtonian fluids.
How small is the required sample size? Utilizing a small sample adapter, this viscometer requires merely 15-20 ml per measurement.
Does it include a printer interface? Yes, an RS232 interface is available for connectivity with a micro printer.
Advantages and Disadvantages
Advantages: The viscometer offers precise temperature control, minimal sample necessity, an extensive speed range, and direct LCD data display.
Disadvantages: Its pricing may pose a considerable investment for smaller laboratories, reflecting its advanced features and precision.
Field Use
In practical applications, the High Temperature Viscometer proves invaluable in research and quality control laboratories. It plays a critical role in measuring material viscosity under specified temperature conditions, ensuring adherence to industry standards.
Recommendations
To ensure optimal performance, it is recommended to calibrate the viscometer regularly with standard samples. Regular inspection and meticulous cleaning of the rotor after use are essential to maintain measurement precision. For seamless interactions, consider using our Kalstein Plus platform to generate an automatic quote or request further information effortlessly.
Features
- Convenient bubble level adjustment.
- Timing measurement capability for non-Newtonian liquids.
- Direct data display on the LCD screen.
- RS232 interface for easy printer connectivity.
- Temperature range up to 250°C (optional 300°C).
Technical Specifications
| Model | YR05843 | YR05844 | YR05845 | YR05846 |
| Display | liquid-crystal display | |||
| Speed（r/min） | 0.5/1/2/2.5/4/5/10/15/20/25/30/40/50/60/70/80/90/100 a total of 18 speeds. | |||
| Rotor | 18,25,31,34 | 21,27,28,29 （standard configuration） | ||
|
Measuring range（mPa.s）
|
3- 1.6M 18rotor：3-10K 25rotor：480-1.6M 31rotor：30-100K 34rotor：60-200K |
50 – 2M 21rotor：50-100K 27rotor：250-500K 28rotor：500-1M 29rotor：1K-2M |
100 – 4M 21rotor：100-200K 27rotor：500-1M 28rotor：1K-2M 29rotor：2K-4M |
400 – 16M 21rotor：400-8M 27rotor：2K-4M 28rotor：4K-8M 29rotor：8K-16M |
| K = 1,000; M=1,000,000 | ||||
| Test error | ±3% (Newtonian liquid) | |||
| Repetitive error | ±1.5%（Newtonian liquid) | |||
| Temperature control range | Room temperature plus 10℃-250℃ (300℃ optional) | |||
| Temperature control accuracy | 0.1℃ | |||
| Print interface | YES | |||
