SRD STM- IV Stormer Viscometer Rotor speed 200r/min +/- 0.5 r/min
SRD STM-IV Stormer Viscometer is suitable for most non-newtonian fluid measurement, STM-IV Stormer viscometer has a fixed Rotation speed of 200rpm drive motor, to replace the old version of STM-IV Stormer Viscometer required weight, more accurate measurement, higher repeatability
SRD
STM-Ⅳ
-
JFL STM-IV Stormer Viscometer
$ 762.00 -
TQC Sheen DV2300 Krebs Viscometer Stormer Viscometer Coating KU Viscometer
$ 6875.00 -
MODERNER STM-VII Digital Stormer Viscometer
Login -
JINGKELIAN QNZ Stormer Viscometer measurement viscosity KU value ASTM-D562 standard and GB9269-88 standard
$ 417.00 -
JINGKELIAN STM-III Stormer Viscometer for determination of paints and Miscellaneous Coating consistency with KU value
$ 480.00
Introduction
The STM-IV. Stormer Viscometer is suitable for most non-Newtonian fluid measurements. The digital viscometer has a fixed speed of 200 rpm drive motor to replace the weights required for the old STM-IV. Stormer viscometer for more accurate measurements and higher repeatability. It has a portable blade connector for easy blade replacement and cleaning. The digital display can be selected in KU values or grams.
SRD STM-Ⅳ Stormer ViscometerSpecifications
| LIST | VALUE |
|---|---|
| Display mode | digital display |
| Measurement range | 40.2~141.0KU，32~1099g |
| Unit display | KU/g |
| Swirl/spin speed | 200rpm |
| Power supply Voltage | 220V/50Hz |
| Dimensions | 180*210*470mm |
| Instrument Weight | 7kg |
| Blade size | 54*7.9*0.8mm |
| Container size | Φ85×85mm |
| Precision | ±2%F.S |
| Repeatability | ±1%F.S |
| Speed Accuracy | ±0.5rpm |
SRD STM-Ⅳ Stormer Viscometer Packing list
[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
- Do you know the environment requirements for Stormer Viscometer?
- The basic knowledge of viscometer is enough to read this article
- Basic concepts, principles and measurement methods of viscosity