English
The PUSH Electrical PS-KS403 Oil Open Cup Flash Point Tester is a high-precision analytical instrument engineered for the rigorous demands of the petroleum and lubricant industry. Utilizing a sophisticated high-speed digital signal processor, this device ensures exceptional reliability and accuracy in determining the flash point of oil products, strictly adhering to international standards including ASTM D92, GB/T 3536, and GB/T 267.
Designed for maximum efficiency and safety, the PS-KS403 automates the entire experimental cycle—from heating and ignition to alarm and cooling. Featuring an adaptive PID control algorithm and dual ignition modes, it provides a seamless, user-friendly experience that eliminates manual errors, making it an indispensable tool for quality control in oil analysis laboratories and industrial refinery settings.
Detailed Parameters
| Standard Compliance | ASTM D92, GB/T 3536, GB/T 267 | Temperature Range | 40~400℃ |
|---|---|---|---|
| Resolution | 0.1℃ | Accuracy | ±2℃ |
| Repeatability | ±3℃ | Reproducibility | ≤5℃ |
| Ambient Temperature | 5~40℃ | Relative Humidity | 10%~85% |
| Power Supply | AC220V±10% 50Hz±5% | Power Consumption | 550W |
Key Advantages
Fully Automated Workflow
Complete automation of testing, ignition, alarming, cooling, and printing ensures consistent results and minimized operator intervention.
High-Efficiency Heating
Equipped with a high-frequency switching power supply and adaptive PID control for precise temperature rise curves.
Dual Ignition Modes
Flexible operation with both platinum electric hot wire and gas ignition modes to suit various testing requirements.
Intelligent Interface
320 x 240 large HD color touch screen provides intuitive operation and rich content display for the user.
Auto-Atmospheric Correction
Automatic detection of atmospheric pressure with real-time correction of test results for global accuracy.
Comprehensive Data Logging
Stores up to 500 time-marked history records with an internal calendar clock accurate for over 10 years.
Product Gallery
Management Platforms
Standard Compliance
Pre-built execution standards (ASTM/GB) for instant selection and regulatory compliance.
PID Temperature Control
Adaptive algorithm automatically adjusts the heating curve for optimal stability.
Safety Alert System
Automatic detection stop and alarm system when temperatures exceed safety thresholds.
Digital Data Export
Integrated thermosensitive micro-printer supporting offline printing for physical record keeping.
High-Speed Processing
Advanced DSP core ensures rapid signal processing and high system reliability.
History Management
Time-stamped archiving of up to 500 records for long-term quality tracking.
Investment Return Comparison
| Feature | Manual Testers | PS-KS403 Digital |
|---|---|---|
| Labor Cost | High (Constant Monitoring) | Low (Fully Automated) |
| Test Precision | Subject to Human Error | High (DSP Controlled) |
| Testing Speed | Slow / Sequential | Rapid / Optimized |
| Data Integrity | Manual Logging | Automatic Time-Stamped |
| Safety Risk | High (Manual Ignition) | Low (Auto-Alarm System) |
Frequently Asked Questions
The PS-KS403 is fully compliant with ASTM D92, GB/T 3536, and GB/T 267 standards, ensuring its suitability for international oil quality testing.
The instrument features an automatic atmospheric pressure sensor that measures local pressure and automatically corrects the test results to maintain accuracy regardless of altitude.
The PS-KS403 offers two ignition modes: platinum electric hot wire ignition and gas ignition, allowing users to choose the method best suited for their specific sample.
Yes, it can store up to 500 time-marked history records. These records include dates and times, provided by a temperature-compensated clock that remains accurate even during power loss.
The device includes an automatic alarm system that triggers and stops detection immediately if the temperature exceeds the set safety value, preventing overheating and accidents.
Yes, it features a high-speed thermosensitive micro-printer that automatically prints results and supports offline printing functions for convenience.
Looking for Precision Oil Testing Equipment?
Contact Us
-
Guide to Dielectric Test on Transformer Oil for Power StabilityMaintaining the electrical integrity of power transformers is critical for preventing catastrophic failures and ensuring grid stability. One of the most vital maintenance procedures is the dielectric test on transformer oil , which measures the oils ability to withstand electrical stress without breaking down. Transformer oil serves a dual purpose: acting as an electrical insulator and a cooling medium. When contaminants like moisture, carbon particles, or acids accumulate, the dielectric strength drops, increasing the risk of internal arcing. In this comprehensive guide, we will explore the methodologies, standards, and importance of testing insulating oils to ensure long-term equipment reliability.Detail -
Comprehensive Guide to dga transformer oil analysis for Grid StabilityThe Essential Guide to DGA Transformer Oil Analysis Maintaining the health of power transformers is critical for ensuring grid stability and preventing catastrophic failures. One of the most powerful diagnostic tools available to engineers is dga transformer oil analysis Dissolved Gas Analysis. By monitoring the specific gases that dissolve in insulating oil, technicians can listen to the internal condition of a transformer without taking it offline. This proactive approach allows for the detection of incipient faults, such as overheating or electrical arcing, long before they lead to a total blackout. In this guide, we will explore how DGA worksDetail -
Comprehensive Guide to the dga test for transformer oilMastering the DGA Test for Transformer Oil: A Complete Guide Ensuring the reliability of high-voltage equipment is critical for power grid stability. One of the most effective diagnostic tools available is the dga test for transformer oil , which allows engineers to see inside a transformer without shutting it down. Dissolved Gas Analysis DGA monitors the concentration of specific gases that dissolve in the insulating oil, serving as an early warning system for potential failures. By identifying abnormal gas levels, operators can prevent catastrophic explosions and extend the operational lifespan of their assets. In this guide, we will explore how DGA worksDetail
