TR-100EL cone-plate viscometer viscosity range 0.608~ 6,076mPa · s
TR-100EL
TOKI TR-100EL cone-plate viscometerSPEC
TOKI TR-100EL cone-plate viscometerDetails
TOKI TR-100EL cone-plate viscometerPacking list
- SKU
- NB047628
- Accuracy
- Within +/- 2.0% of full scale
- reproducibility
- Within +/- 0.2% of full scale
- display content
- Viscosity measurement value (can choose any SI system, CGS system,% value) alarm, swirl/spin series, rotor number, swirl/spin speed and model display
- measurement mode
- Timing mode, constant viscosity mode
- Measurement Mode Memory
- 10 groups
- Data output
- USB
- Environmental temperature
- 0~40℃
- Environmental humidity
- Relative Humidity less than 90% (no condensation)
- Materials in contact with liquid parts
- Stainless steel (SUS304)
- Power Supply
- Input Power Supply (host) DC12V 2A
- Dedicated AC Adapter
- Input AC100~240V +/- 10% Output DC12V
- Dimensions (W × D × H)
- 332×300×436mm
- Full scale torque
- 67.37μN·m
The TR-100E Cone Plate Viscometer provides assay security and reliable auto-locking function When determining viscosity in the field, the "ease of use" of the viscometer is key in order to obtain accurate measurement data. The TR-100E viscometer is equipped with an automatic locking function as standard, which combines ease of use with compact design. The [auto-lock function] designed to protect the pointer shaft is more reliable, so even novice viscometer users can measure with peace of mind.
Features
Color LCD touch panel,It is equipped with a 3.5-inch color page LCD touch panel to measure parameters at a glance Easy and intuitive operation.
rotation velocity,It can be rotated at 0.1~100.0rpm in increments of 0.1~100.0rpm Any speed of the device between speeds.
Warm-up and automatic stop,It has a preheating and automatic stop function, and the preheating can also be used as an automatic start Kinetic function use. With the automatic stop function, it can be set at any time Operation and stop of the fixed viscometer.
Upper and lower limit alarm display,Yes, when the measurement data is less than 10%, or more than 100%. Alarm signs are displayed.
Automatic zero correction and offset correction
Instrument calibration can be easily carried out.
temperature indication (optional),A dedicated temperature sensor (optional) can be used to display the measurement Temperature.
auto-lock,The shaft is automatically locked to protect the pivot after the measurement is completed. Therefore, the rotor can be safely detached without damaging the bearing Off the bearing, even a novice viscometer can rest assured Use.
power lockout,During operation even turn off the power switch, after completing the bearing The power will not be turned off until it is locked.
data interchange,The data measured by the TR-100 viscometer can be produced with our company The other models of single cylindrical and conical plate viscometers are counted According to the exchange. It also complies with JIS standards and ISO standards.
Viscosity determination range
| Models | Full-scale torque | Viscosity determination range |
| TR-100EL | 67.37μN-m | 0.608~6,076mPa · s(*Note 1) |
| TR-100EH | 718.7μN-m | 6.48~64,820 mPa · s(*Note 1) |
| TR-100ER | 1437.4μN-m | 13.0~129,600mPa-s (*Note 1) |
| TR-100EU | 5749.6μN-m | 51.9~518,500mPa · s(*Note 1) |
Tapered rotor is optional
| Tapered rotor | Sample dosage (ml) | Shear speed (s-¹) | Viscosity determination range |
| 1°34'×R24 (standard) | 1.1ml | 3.83N (*Note 2) | Please refer to page 10 "Viscosity Measurement Range" |
| 1°34'×R12(※) | 0.2ml | 3.83N (*Note 2) | 8 times the standard conical rotor |
| 0.8°×R24(※) | 0.6ml | 7.5N (*Note 2) | 1/2 times the standard tapered rotor |
| 0.8°×R12(※) | 0.1ml | 7.5N (*Note 2) | 4 times the standard conical rotor |
| 3°×R24(※) | 2.0ml | 2.0N (*Note 2) | 2 times the standard conical rotor |
| 3°×R17.65(※) | 0.8ml | 2.0N (*Note 2) | 5 times the standard conical rotor |
| 3°×R14(※) | 0.4ml | 2.0N (*Note 2) | 10 times the standard conical rotor |
| 3°×R12(※) | 0.3ml | 2.0N (*Note 2) | 15 times the standard conical rotor |
| 3°×R9.7(※) | 0.2ml | 2.0N (*Note 2) | 30 times the standard conical rotor |
| 3°×R7.7(※) | 0.1ml | 2.0N (*Note 2) | 60 times the standard conical rotor |
| SPP(※) | 0.3ml | 2.0N (*Note 2) | 30 times the standard conical rotor |
Determination of the upper limit of the table
| rotate speed rotor | 100 | 50 | 20 | 10 | 5 | 4 | 2.5 | 2 | 1 | 0.5 |
| 1°34'×R24 | 6.076 | 12.15 | 30.38 | 60.76 | 121.5 | 151.9 | 243 | 303.8 | 607.6 | 1,215 |
| 0.8°×R24※ | 3.103 | 6.205 | 15.51 | 31.03 | 62.05 | 77.56 | 124.1 | 155.1 | 310.3 | 620.5 |
| 3°×R17.65※ | 29.25 | 58.5 | 146.3 | 292.5 | 585 | 731.3 | 1,170 | 1,463 | 2,925 | 5,850 |
| 3°×R14※ | 58.61 | 117.2 | 293.1 | 586.1 | 1,172 | 1,465 | 2,345 | 2,931 | 5,861 | 11,720 |
| 3°×R12※ | 93.08 | 186.2 | 465.4 | 930.8 | 1,862 | 2,327 | 3,723 | 4,654 | 9,308 | 18,620 |
| 3°×R9.7※ | 176.2 | 352.4 | 881.1 | 1,762 | 3,524 | 4,406 | 7,049 | 8,811 | 17,620 | 35,240 |