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Kinematic Viscosity Tester for Petroleum Product Testing HM-YN1

【Introduction】Benchtop dual-method kinematic viscometer supporting Pinkevitch and Ubbelohde methods with ambient to +150°C range, German A-grade Pt100 sensor, 60%–100% adjustable stirring speed, and 1600W heating power.

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Product details

Kinematic viscosity tester with constant temperature glass bath and capillary measurement ports

Core feature icons of kinematic viscosity tester including touchscreen precision control and MCU architecture

Kinematic viscosity testing application scenarios across chemical pharmaceutical and food processing industries

Application coverage in printing inks textile dyes cosmetics formulation and research laboratory testing

Lineup comparison of benchtop kinematic viscosity testers including HM-YN1 HM-YN2 and HM-WYN models

Automated and portable kinematic viscosity tester models including HM-YN3-1 HM-YN3-2 and HM-YN4

High-precision temperature control system with German A-grade Pt100 stainless steel sensor probe

Dual viscosity measurement methods supporting both Pinkevitch and Ubbelohde capillary viscometer types

Intelligent touchscreen user interface displaying sample testing settings history and system configuration

Fully automatic kinematic viscometer with fiber-optic infrared detection and automated cleaning system

Low-temperature automatic kinematic viscosity tester featuring built-in compressor refrigeration unit

Portable automatic kinematic viscometer in three-proof protective carrying case for field testing

Compliance with kinematic viscosity testing standards including GB/T265 GB/T1841 and SY/T5651

Technical specifications comparison table for HM-YN1 HM-YN2 and HM-WYN kinematic viscosity testers

Technical specifications comparison table for HM-YN3-1 and HM-YN3-2 fully automatic viscosity testers

Technical specifications table for HM-YN4 portable automatic kinematic viscometer

Shandong Hengmei Electronic Technology corporate headquarters team and instrument manufacturing facility

Laboratory research analysts performing analytical sample testing and instrument calibration workflows

Product Overview

In petroleum refining, fuel distribution, and industrial lubricant quality control, kinematic viscosity is a decisive parameter governing fluid flowability, wear protection, and pumping efficiency. The HM-YN1 delivers robust laboratory performance for testing light fuels, heavy distillates, lubricating base oils, and blended chemicals. Supporting both Pinkevitch and Ubbelohde capillary configurations, the system accommodates varying sample volumes and dilution testing requirements while maintaining strict ±0.01°C bath thermal stability.

Key Features

Dual testing methodology supporting both Pinkevitch and Ubbelohde glass capillary viscometers
High-precision temperature control from ambient to +150°C with ±0.01°C accuracy
German A-grade Pt100 stainless steel temperature probe with built-in digital temperature calibration
Powerful electric heating unit with up to 1600W maximum heating power for rapid thermal equilibration
Stepless mechanical stirring with 60% to 100% adjustable speed ensuring uniform bath circulation
Large internal memory storing up to 10,000 complete test results with built-in thermal printer
Safety architecture including bath liquid level monitoring and automatic overtemperature cutoff

Applications

The HM-YN1 is utilized across diverse industrial testing disciplines:

Petroleum & Petrochemicals: Lubricating oils, hydraulic fluids, turbine oils, gear lubricants, transformer oils, and diesel fuels.
Chemical Industry: Organic and inorganic solvents, polymer solutions (polyvinyl alcohol, polyacrylamide).
Pharmaceuticals: Liquid preparations, active syrups, and medical formulation base fluids.
Industrial Coatings & Inks: Water-based inks, gravure inks, and adhesive resin solutions.
Research & Quality Inspection: Fluid mechanics studies, standard reference oil verification, and third-party laboratory testing.

Technical Specifications

Parameter	Specification
Instrument Model	HM-YN1
Test Method	Kinematic Viscosity (Pinkevitch), Ubbelohde Viscometer
Display Screen	7-inch Industrial Color Touchscreen
Temperature Range	Ambient ~ +150°C
Temperature Control Accuracy	±0.01°C
Temperature Sensor	German A-grade Pt100 stainless steel probe
Heating Method	Electric heating unit
Heating Power	Max 1600W
Cooling Method	Ambient natural cooling
Temperature Calibration	Single-point or multi-point calibration available
Stirring Speed	60% ~ 100% adjustable
Data Storage	10,000 test results
Safety Protection	Liquid level protection and overtemperature alarm
Operating Environment	Temperature: 10 ~ 35°C, Humidity: Relative humidity ≤ 50%
Operating Voltage	AC 220V, 50Hz
Instrument Dimensions	530 mm × 310 mm × 232.5 mm
Package Dimensions & Weight	650 mm × 440 mm × 570 mm; 21 kg
Compliance Standards	GB/T265, GB/T1841, SY/T5651

Configuration and Accessories

HM-YN1 Main analyzer unit with high-transparency glass bath
German A-grade Pt100 stainless steel sensor probe
Capillary viscometer positioning fixtures (4 channels)
Electric heating and mechanical stirring assembly
Built-in thermal receipt printer and thermal printing paper rolls
Power supply cord and operation manual

Related Models

For laboratories requiring integrated density measurement alongside viscosity, explore the HM-YN2 multifunctional analyzer. If sub-ambient testing down to 5°C is required without external cooling circulators, consider the compressor-equipped HM-WYN. For fully automated batch operations with auto-cleaning, refer to the HM-YN3 series.