English
The PUSH Electrical PS-YN1301 Kinematic Viscosity Tester is a high-precision professional instrument designed for the rigorous demands of oil and petroleum product analysis. Engineered for stability and accuracy, this device utilizes advanced digital PID temperature control and imported high-sensitivity sensors to ensure consistent thermal environments, which is critical for precise viscosity measurements in industrial lubricants and fuel oils.
Featuring an intuitive large-screen color touch liquid crystal display, the PS-YN1301 streamlines the testing process through a user-friendly human-computer interface. With the ability to automatically store up to 100 sets of test data and an integrated real-time digital clock, it provides laboratory technicians with a reliable, efficient, and high-speed solution for maintaining strict quality control standards in the oil testing industry.
Detailed Parameters
| Bath Holes | 4 Holes | Temp Range | Room Temp to 130℃ |
|---|---|---|---|
| Temp Precision | ±0.1℃ | Meas. Accuracy | ±0.01℃ |
| Supply Voltage | AC 220 V ±10% | Power Frequency | 50 Hz ±2% |
| Total Power | 1500W | Ambient Temp | 10 ～ 40℃ |
| Ambient Humidity | ＜85 % RH | Dimensions | 390mm260mm240mm |
Key Advantages
PID Precision Control
Equipped with imported sensors and digital PID technology for wide-range, high-precision temperature stability.
Fast & Stable Data
Designed for high-speed operation and reliable data output to optimize laboratory throughput.
Automated Storage
Intelligent memory system automatically stores up to 100 test result sets for easy retrieval.
Touch LCD Interface
Large color touch screen facilitates seamless human-computer interaction and simple operation.
Flexible Temperature
Customizable temperature settings from room temperature up to 130 degrees Celsius.
Real-time Tracking
Built-in electric calendar clock displays current time automatically upon startup.
Product Gallery
Management Platforms
Sample Management
Efficiently organize 4 simultaneous samples using the multi-hole bath system.
Thermal Regulation
Precise PID adjustments to maintain exact viscosity testing conditions.
Data Archiving
Automatic logging of results reducing manual entry errors and time.
Quality Monitoring
High-precision sensors ensure results meet international oil analysis standards.
Workflow Integration
Quick setup and intuitive interface for seamless lab integration.
Maintenance Alerts
Real-time monitoring of power and temperature status for system health.
Investment Return Comparison
| Metric | Standard Testers | PS-YN1301 Professional |
|---|---|---|
| Testing Speed | Manual/Slow | High-Speed Automated |
| Temp Precision | ±1.0℃ | ±0.1℃ Precision |
| Data Handling | Paper Logs | 100-Set Digital Storage |
| Operational Cost | High Labor | Low Labor / High Efficiency |
| Reliability | Variable | Stable & Industrial Grade |
Frequently Asked Questions
It measures the internal resistance of a fluid to flow under gravity, which is essential for determining the grade and quality of lubricants, fuels, and hydraulic oils.
Viscosity is highly sensitive to temperature. PID control ensures the bath remains at a constant, precise temperature to prevent measurement errors.
Yes, its wide temperature range (room temp to 130℃) makes it suitable for a variety of petroleum products and industrial oils.
By storing 100 sets of data automatically, it eliminates transcription errors and allows for faster trend analysis and reporting.
This level of precision ensures that the test results are reproducible and compliant with strict international ASTM or ISO standards.
Yes, the large color touch LCD is designed for intuitive use, reducing training time and improving operational efficiency in lab settings.
Looking for High-Precision Oil Testing Solutions?
Contact Us
-
Precision Guide to the Electrode Used in Potentiometric TitrationPrecision Measurement: The Role of the Electrode Used in Potentiometric Titration In the realm of analytical chemistry and industrial quality control, achieving absolute precision is non-negotiable. The electrode used in potentiometric titration serves as the heart of this process, converting chemical activity into a measurable electrical potential. Whether you are analyzing petroleum products, environmental water samples, or pharmaceutical compounds, the selection of the right sensor determines the accuracy of your endpoint detection. By eliminating the subjectivity of visual color indicators, potentiometric methods provide a scientific, repeatable approach to quantitative analysis. In this guide, we will explore the technical intricaciesDetail -
High Precision Analysis Using the Potentiometer TitratorPrecision Analysis with the Potentiometer Titrator: An Industry Overview In the realm of high-precision chemical analysis, the potentiometer titrator serves as a critical instrument for determining the concentration of identified analytes in a solution. By measuring the potential difference between two electrodes, these devices provide unmatched accuracy in volumetric analysis, particularly in the oil and petroleum industries. Whether you are monitoring fuel quality or analyzing industrial lubricants, the ability to detect the exact equivalence point is paramount. This guide explores the technical superiority, applications, and operational benefits of integrating advanced titration systems into your laboratory workflow to ensure rigorous quality controlDetail -
Optimize Petroleum Analysis with Pour Point Test EquipmentOptimizing Petroleum Analysis with Pour Point Test Equipment In the petrochemical and lubricant industries, understanding the low-temperature flow properties of oil is critical for operational safety and efficiency. High-quality pour point test equipment provides the precise measurements needed to determine the lowest temperature at which a liquid remains pourable. Whether dealing with lubricating oils, fuels, or hydraulic fluids, ensuring that these substances do not solidify in cold climates is essential to prevent engine failure and system blockages. This guide explores the technical nuances, industrial applications, and the importance of choosing professional-grade instrumentation for petroleum analysis.Detail
