NTV-S Series Intelligent Touch Viscometer
- Maximum Range Up to 320,000,000 cP
- Accuracy: ±1%
- Repeatability: ±0.2%
Technical Specifications
Viscosity unit conversion: 1Pa.s=1000mPa.s, 1P=100mPa.s, 1mPa.s=1cP, M=1,000,000, FS=Full Scale
* If the measured viscosity is lower than 15cP, ULR Adapter is required.
** To measure the viscosity from the lower limit to this point, R1 spindle is required.
| Item | NTV-S1 | NTV-S2 |
|---|---|---|
| Display | 7-inch color touch screen | |
| Measurement Range (cP) | 1*-0.6M | 1*-6M |
| Speed (rpm/min) | 1-60 | 0.1-100 |
| Accuracy | ±1% (Newtonian fluid FS) | |
| Repeatability | ±0.2% | |
| Spindle | L1, L2, L3, L4 | |
| Power Supply | 100V-240V | |
Accessories Solutions
R1 Spindle
PT100 Temperature Probe
- Temperature Range: -40℃-250℃
- Resolution: 0.1℃
- Accuracy: ±0.2℃
Micro Printer
Viscosity Standards
- 450ml per bottle
- 5 cP, 50 cP, 340 cP, 1800 cP, 6190 cP, 9757 cP
Jacketed Glass Beaker
R Spindles Rack
- For Spindles R1, R2, R3, R4, R5, R6, R7
L Spindles Rack
- For Spindles L1, L2, L3, L4
Thermosel System
- Temperature Range: Rt+10℃ to 250℃
- Accuracy: 0.1℃
- Power Supply: 220V or 110V, 300W
NTV-S Series Viscometer Features
Water Baths
- Temperature Range: -20℃ to 100℃
- Accuracy: 0.1℃
Ultra-low Viscosity Adapter
Ideal choice for ultra-low viscosity measurement of samples.
Use our new ultra-low viscosity adapter with our viscometer for precise and repeatable low viscosity measurements. Featuring a cylindrical rotor and tubular sleeve, its design adheres to strict rheological standards for accurate results.
Small-amount Sample Adapter
Suitable for special accessories measuring small-amount sample viscosities.
The small-amount sample adapter has the ability to measure the absolute viscosity under the specified accurate shelf rate. They are composed of a cylindrical sample cylinder and a spindle. The required sample size is small, only 8 to 13 mL.
Effectively Manage Quality Issues
Reasons for Rework
- Failure to Meet Precision Requirements
- Design or Manufacturing Defects
- Software Malfunctions
Reasons for Replacement
- Critical Component Failure
- Persistent Performance Issues
- Equipment Incompatibility
