DV2TLV
High-temperature Viscometer
A heated-chamber configuration for rotational viscosity testing at elevated temperatures, with a small-sample measuring system.
Series illustration. Appearance and supplied configuration require confirmation. Screen imagery is illustrative.Dynamic viscosity
NDJ-1C-T
High-temperature Viscometer
Measight NDJ-1C-T is a heated small-sample rotational-viscometer configuration for viscosity measurements at elevated sample temperatures. The archived speed range is 5–50 rpm, with spindle Nos. 21, 27, 28 and 29 listed for the measuring system. Specify the actual test temperature, sample and cup/spindle combination so the heating package and usable viscosity range can be confirmed for the supplied revision.
- 5-inch IPS touchscreen
- Heating chamber from ambient temperature to 300 °C
- Temperature accuracy ±0.1 °C
- 15 to 25 mL small-sample coaxial-cylinder configuration
- Bluetooth and viscosity-temperature curve support
Technical specifications
Values apply to the stated configuration and test conditions.
| Display | 5-inch IPS touchscreen |
|---|---|
| Temperature control range | ambient–300 °C |
| Temperature accuracy | ±0.1 °C |
| Viscosity range | 100–200,000 mPa·s |
| Speed range | 5–50 rpm |
| Spindle system | No. 21, 27, 28 and 29 |
| Sample volume | 15–25 mL |
| Accuracy | ±1% full scale |
| Controller | ARM processor |
| Speed control | Stepless within the model speed range |
| Timed measurement | Supported |
| Displayed values | Viscosity, temperature, spindle, speed, torque percentage, shear rate and shear stressShear values depend on the configured measurement geometry. |
| Instrument dimensions | 300 × 300 × 540 mm |
| Net weight | 14.5 kg |
| Interface languages | Chinese and English |
| Repeatability | ±0.5% full scale |
Testing molten materials
The heated measurement configuration is used for hot-melt adhesives, paraffin, polyethylene wax, rosin and asphalt. Record the spindle, speed, sample temperature and measurement time when comparing batches. Confirm the required operating temperature and the supplied heating chamber before ordering.
Accessories and configuration
A micro-printer and dedicated data-processing software are optional. Compatible software can collect measurements on a computer or phone and show how viscosity changes with temperature. Confirm software availability and connection requirements.
What to include in your NDJ-1C-T enquiry
For a NDJ-1C-T quotation, provide the sample, expected viscosity and unit, test temperature, required method, sample volume and reporting needs. State the destination power supply and quantity. Ask for an itemised spindle, container, temperature-equipment and software configuration, together with the available model-specific documents.
Request a configuration quoteCommon questions
How much sample does the NDJ-1C-T need?
The archived measuring-system description lists 15–25 mL. Confirm the fill volume for the selected spindle and heated cup, including the loading and immersion procedure, before using that figure in a test plan.
Can an ambient-temperature test procedure be transferred directly to the NDJ-1C-T?
Review sample conditioning, contact materials, temperature measurement and reading time first. Confirm any method-specific requirements and obtain the supplied operating and cleaning instructions before testing heated samples.
Documentation
Contact our team for the current manual and configuration details.
Request documentationRelated instruments
NDJ-1D-T
High-temperature Viscometer
A heated coaxial-cylinder configuration for small-sample testing. Match the spindle, speed and temperature to your measurement procedure.
NDJ-1F-T
High-temperature Viscometer
A heated small-sample model with a coaxial-cylinder chamber and low-speed settings for elevated-temperature viscosity measurements.