English
The PUSH Electrical Large Screen Intelligent Volumetric Method Trace Moisture Tester is a high-precision analytical instrument engineered for the rigorous demands of the electrical and petrochemical industries. Utilizing advanced volumetric titration, this system delivers exceptional accuracy in detecting trace amounts of water in insulating oils and chemical solvents, ensuring critical equipment longevity and operational safety.
Designed with a user-centric approach, the tester integrates a high-definition colorful LCD screen and an intuitive windows-style operation interface. By combining automated reagent management with real-time dynamic titration curve displays, it eliminates manual errors and streamlines the laboratory workflow, providing a professional-grade solution for moisture analysis across various industrial applications.
Detailed Parameters
| Measuring Range | 10ppm - 100% (H2O mass fraction) | Moisture Resolution | 1ppm |
|---|---|---|---|
| Measuring Tube Res. | 0.001ml | Titration Repeatability | ≤0.005 |
| Linear Correlation | ≥0.999 | Capacity Error | ≤±0.0002 |
| Relative Error | ≤0.2% | Operation Interface | Colorful LCD / Windows-style |
| Mixing Control | Stepless-speed PWM | System Status | Real-time Online Monitoring |
Key Advantages
Hermetic Sealed System
The entire system is fully sealed to prevent the escape of poisonous gases, ensuring a safe laboratory environment for operators.
Automated Efficiency
Features automatic reagent replacement and waste water discharge, significantly reducing manual intervention and cycle time.
Precision Compensation
Automatic subtraction and tracking of environmental floating water to secure exact and reliable final titration results.
Intelligent Visualization
Dynamic color titration curves and comprehensive results (ppm, %, mass fraction) are displayed on a single large screen.
Real-time Monitoring
Instant visibility of metric pump output, 3-way valve status, and drafting volume for total process control.
Smart Operation
Dynamic online guidance and a simple menu-driven interface make complex moisture testing accessible and error-free.
Product Gallery
Management Platforms
Data Archiving
Automatic saving of all titration results for historical traceability and quality auditing.
PWM Mixing Control
Customizable stepless-speed mixing adjustable via the system menu for different sample types.
Status Alerts
Online parameters indicate instrument health, ensuring the device is ready for critical testing.
Reagent Logic
Intelligent logic for reagent consumption tracking to optimize laboratory supply management.
Multidimensional Output
Simultaneous display of water content, percentage, and ppm for cross-standard reporting.
Workflow Guidance
Step-by-step dynamic guidance to ensure technicians follow standard operating procedures (SOP).
Investment Return Comparison
| Feature | Traditional Testers | PUSH Intelligent Tester |
|---|---|---|
| Analysis Speed | Manual/Slow | Automated/High-Speed |
| Human Error | High (Manual Titration) | Minimal (Auto-tracking) |
| Safety Level | Open/Ventilated | Fully Sealed/Safe |
| Data Logging | Manual Entry | Automatic Digital Save |
| Accuracy | Standard | Ultra-High (±0.2% Rel. Error) |
Frequently Asked Questions
It is primarily used to measure the water content in transformer oil and other insulating fluids, as trace moisture can significantly reduce dielectric strength and cause electrical failure.
It automatically compensates for moisture absorbed from the surrounding atmosphere during the testing process, ensuring that only the sample's moisture is measured.
Yes, the whole system is sealed to prevent poisonous gases from escaping, making it ideal for labs handling volatile organic compounds or hazardous chemical reagents.
Ppm (parts per million) is used for trace amounts of moisture, while mass fraction (%) is used for higher concentrations. This device provides both for versatility.
Pulse Width Modulation (PWM) allows for precise control of the mixing speed, ensuring the reagent and sample are homogenized perfectly without causing turbulence.
The system automatically saves results internally, which can be accessed via the intelligent screen for recording and reporting purposes.
Ready to Elevate Your Laboratory Precision?
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
