Kinematic Viscosity Tester: Kinematic Viscosity Meter For Liquid Petroleum Products – Temperature Control ±0.1°C, Ambient to 100°C Range

Are inconsistent test results jeopardizing your lubricant or fuel quality control standards? Struggling with manual timing errors or temperature fluctuations that compromise the integrity of your fluid characterization data? The MSLYD265BSWISS Kinematic Viscosity Meter provides the definitive, standards-compliant solution for accurate and repeatable testing of liquid petroleum products. Engineered for quality control and research laboratories that cannot afford data discrepancies, this advanced kinematic viscosity meter masterfully automates the precise measurement of kinematic viscosity, transforming a complex analytical procedure into a straightforward, reliable, and highly efficient workflow. It is the indispensable tool for ensuring your petroleum products—from fuels and lubricants to crude oils and hydraulic fluids—are evaluated with uncompromising, laboratory-grade precision.

Built to deliver exceptional accuracy and operational simplicity, the Kinematic Viscosity Tester: Kinematic Viscosity Meter For Liquid Petroleum Products – Temperature Control ±0.1°C, Ambient to 100°C Range sets a new benchmark for reliability in fluid analysis instrumentation.

Solve Critical Testing Challenges with Automated, Standards-Compliant Precision

In the precise world of petroleum testing, minor procedural deviations can lead to significant errors in viscosity classification, directly impacting product performance, compliance, and certification. The MSLYD265BSWISS Kinematic Viscosity Meter is meticulously engineered to overcome the most prevalent and critical pain points faced by fluid analysis laboratories.

·       Eliminate Manual Timing Errors and Technician Variability: The traditional reliance on manual stopwatch timing for capillary flow is a major source of human error and inconsistency between operators. This sophisticated kinematic viscosity meter is equipped with a highly precise integrated digital timing system with a range of 0 to 9999.9 seconds, ensuring accurate, perfectly repeatable measurements that eradicate this primary source of data variance and build unwavering confidence in your results.

·       Guarantee Unparalleled Temperature Uniformity for Absolute Accuracy: Temperature stability is the single most critical factor in obtaining accurate viscosity measurements. Any fluctuation can invalidate an entire test run. This instrument's advanced thermal management system, featuring a powerful electric stirring device (1200 RPM) and a transparent hard glass bath, maintains exceptional bath temperature uniformity with an accuracy of ±0.1°C, delivering the perfectly stable environment mandated by GB/T 265 and other international standards.

·       Streamline Laboratory Workflow with a Comprehensive, Ready-to-Use System: Procuring and calibrating individual capillary viscometers is inefficient and time-consuming. This complete viscosity meter for petroleum products arrives as a fully integrated system, including six calibrated capillary viscometer tubes with inner diameters ranging from 0.6mm to 2.0mm. This allows your lab to immediately commence testing a broad spectrum of sample viscosities without any setup delays, accelerating time-to-results.

·       Ensure Dependable Long-Term Operation and Simplified Maintenance: Laboratory equipment must be robust and serviceable. The clear hard glass bath provides excellent visibility for sample observation and routine inspection, while the instrument's durable construction guarantees long-term operational stability, solidifying its role as a dependable and robust kinematic viscosity testing platform for rigorous daily use.

Core Benefits: How This Viscosity Meter Elevates Your Laboratory's Analytical Capabilities

The Kinematic Viscosity Tester: Kinematic Viscosity Meter For Liquid Petroleum Products – Temperature Control ±0.1°C, Ambient to 100°C Range delivers tangible, significant advantages that directly enhance testing accuracy, laboratory productivity, and regulatory compliance confidence.

·       Unrivaled Temperature Stability for Definitive, Reproducible Data: The cornerstone of this instrument's performance is its exceptional thermal control. The synergy of a high-precision Pt100 RTD temperature sensor, vigorous bath stirring, and accurate heating creates a remarkably uniform temperature field. This foundational stability is the critical requirement for any certified high-accuracy petroleum viscosity measurement device used in accredited testing facilities.

·       Direct Adherence to National and International Test Standards: Designed and manufactured in strict accordance with the Chinese industrial standard SY/T 5651 and the foundational test method GB/T 265, this instrument is engineered for compliance. Employing this standards-compliant kinematic viscosity meter ensures your laboratory's procedures and resultant data are aligned with globally recognized methodologies, thereby streamlining quality audits and certification processes.

·       Intuitive, User-Centric Design for Enhanced Operational Efficiency: The transparent glass bath offers optimal visibility of the capillary tubes and sample meniscus flow, simplifying test execution and monitoring. This thoughtful design principle, central to the viscosity analysis system, minimizes potential operator error and creates a more efficient, user-friendly testing workflow from initiation to completion.

·       Extensive Testing Versatility for a Wide Array of Products: With an expansive temperature control range from ambient conditions up to 100°C and a comprehensive set of six different capillary diameters, this singular versatile multi-range viscosity meter is capable of accurately characterizing the kinematic viscosity of a wide array of Newtonian liquid petroleum products, spanning from light distillate fuels to heavier lubricating and base oils.

Detailed Technical Specifications

The performance and capability of the Kinematic Viscosity Meter are precisely defined by the following engineering specifications.

·       Power Supply: AC 220V ±10%, 50 Hz

·       Total Power Consumption: ≤ 650 Watts

·       Temperature Control Range: Ambient temperature to 100 degrees Celsius (°C)

·       Temperature Control Accuracy: ± 0.1 °C

·       Temperature Sensor: Platinum Resistance Temperature Detector (Pt100 RTD)

·       Bath Stirring Motor Speed: 1200 Revolutions Per Minute (RPM)

·       Digital Timing Range: 0 to 9999.9 seconds

·       Bath Construction Material: Hard Glass

·       Capillary Viscometer Tubes (Pinkevitch type): 6 pieces included as standard.

·       Capillary Inner Diameters: 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.5 mm, and 2.0 mm.

·       Recommended Operating Ambient Temperature: 15 °C to 35 °C

·       Recommended Operating Relative Humidity: ≤ 85%

·       Overall Instrument Dimensions (L x W x H): 500 mm x 310 mm x 500 mm

·       Net Instrument Weight: 11.5 Kilograms (kg)

·       Primary Testing Standard: Complies with GB/T 265 (Petroleum products - Determination of kinematic viscosity and calculation of dynamic viscosity).

·       Instrument Design & Manufacturing Standard: Conforms to SY/T 5651 (Technical Condition of Petroleum Products Kinematic Viscosity Tester).

Achieve Uncompromising Measurement Accuracy in Your Laboratory Today

Do not allow measurement variability to undermine your product quality assurance or research validity. The Kinematic Viscosity Meter represents more than a laboratory instrument; it is a vital investment in data integrity, process reliability, and unwavering standards compliance for your facility.

Ready to establish a new standard of precision and reliability in your viscosity testing? Contact our expert technical support team today to request a comprehensive product dossier, discuss your specific application needs in detail, or to understand why the Kinematic Viscosity Tester: Kinematic Viscosity Meter For Liquid Petroleum Products – Temperature Control ±0.1°C, Ambient to 100°C Range is the instrument of choice for leading petroleum testing laboratories globally.