Insulation Oil Kinematic Viscosity Tester

Insulation Oil Kinematic Viscosity Tester

The Insulation Oil Kinematic Viscosity Tester is an automated testing device compliant with the national standard GB/T 265 - 1988. It is designed to measure the kinematic viscosity of liquid petroleum products (Newtonian fluids). Based on the principle of timing a sample’s flow through a calibrated glass capillary under constant temperature, the instrument calculates kinematic viscosity using the capillary constant. It can also determine dynamic viscosity with density data, meeting precise testing requirements in the petrochemical industry.
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Description
Technical Parameters

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HMYDN Kinematic Viscosity Tester Display Video

Product Overview & Applications

 

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Product Overview

The Insulating Oil Kinematic Viscosity Tester is an automated testing device compliant with the national standard GB/T 265-1988. This instrument is specifically designed to determine the kinematic viscosity of petroleum liquids (Newtonian fluids). It calculates the kinematic viscosity value by timing the flow of the sample through a calibrated glass capillary under constant temperature conditions and combining this with the capillary constant. It can also measure dynamic viscosity in conjunction with density data, meeting the precise testing requirements of the petrochemical industry.

 

Application Areas

Petrochemical Laboratories: Quality testing of crude oil, lubricants, fuel oils, and other products.

Quality Inspection Agencies: Conducting viscosity compliance testing according to national or industry standards.

R&D Centers: Evaluating viscosity performance during the development of new materials or additives.

Production Monitoring: Real-time viscosity stability monitoring of liquid products on production lines.

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 Technical Specifications

 

Parameter

Specification

Display

Color LCD display and touch screen

Temperature Range

Ambient to 150°C

Set temperature

20℃,40℃,50℃,80℃,100℃,any value(Higher than room temperature~150℃)

Temperature control accuracy ±0.1℃
Number of test holes

4

Timing Range

0~999 second (According to the national standard, the flow time of each test sample must be higher than 200 seconds.)

Timing Accuracy

0.1 second

Timing number

1~4 times (Optional)

Printing method Panel mounted thermal printer

Power Supply

AC220V±5%, 50Hz±5%

Power Consumption

1600W

Ambient humidity 10%~80%
Ambient temperature 5℃~35℃
Volume 45cm×34cm×42cm
Weight 15kg

 

Maintenance & FAQs

 

Q: How to resolve unstable temperature control?

A: Ensure ambient temperature is within 5°C–35°C; clean the heating bath and maintain proper fluid levels; calibrate temperature sensors regularly.

Q: Thermal printer fails to feed paper?

A: Check paper installation and remove jams; inspect printer cable connections; contact support for printhead replacement.

Q: Large deviations in test results?

A: Clean capillary viscometers to avoid blockages; degas samples thoroughly; verify timing cycles comply with standards (recommended: 4 cycles).

Q: How to extend instrument lifespan?

A: Clean the temperature bath and viscometer holders regularly; avoid continuous full - load operation; cool down to ambient before shutdown.

Q: Data loss in storage?

A: Use a UPS to prevent sudden power outages; back up data to external devices periodically.
For further technical details or customized services, contact our professional support team.

 

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