English
The PUSH Electrical ASTM D93 Automatic Pensky Martens Closed Cup Flash Point Tester is a high-precision analytical instrument designed for the rigorous determination of the flash point of petroleum products. Engineered to meet strict international standards, this device utilizes an advanced high-speed digital signal processor to ensure unmatched reliability and stability during critical safety testing of flammable liquids.
Integrating a fully automated workflow, the system manages everything from heating and ignition to alarm notification and cooling. With its intuitive color touch screen and adaptive PID control algorithm, it minimizes human error and optimizes thermal efficiency, making it an essential tool for quality control laboratories, refineries, and environmental monitoring agencies.
Detailed Parameters
| Temperature Range | Room Temperature to 400℃ | Measurement Accuracy | ±1℃ (≤110℃) / ±2℃ (≥110℃) |
|---|---|---|---|
| Repeatability | 0.5% | Resolving Power | 0.1℃ |
| Supply Voltage | AC 220 V ±10% | Power Frequency | 50 Hz ±2% |
| Power Consumption | 200 W | Operating Temperature | 10 ~ 40℃ |
| Dimensions (WxHxD) | 410mm 290mm 310mm | Ignition Modes | Platinum Wire / Electric / Gas |
Key Advantages
High Reliability DSP
Equipped with a new high-speed digital signal processor for stable data processing and consistent performance.
Fully Automated Cycle
Automatic execution of testing, opening, ignition, alarm, cooling, and printing processes.
Flexible Ignition
Three optional ignition modes: platinum electric wire, electric ignition, and gas ignition.
Smart PID Control
Adaptive PID algorithms automatically adjust heating curves for precise temperature management.
Interactive Interface
Large color touch screen provides seamless human-computer dialogue and easy operation.
Auto-Correction
Automatic atmospheric pressure detection and result correction for global accuracy.
Product Gallery
Management Platforms
Data Archiving
Automatically saves test results with memory capacity for up to 100 distinct data sets.
Thermal Efficiency
High power frequency switching power supply ensures rapid and energy-efficient heating.
Safety Alarms
Automatic detection and stop-alarm triggers when temperature exceeds set values.
Pressure Calibration
Integrated sensors for real-time atmospheric pressure correction for worldwide use.
Workflow Automation
Streamlined process from ignition to printing, reducing operator manual intervention.
Precision Tuning
High-resolution 0.1℃ sensing allows for pinpoint accuracy in volatile liquid analysis.
Investment Return Comparison
| Feature | Manual Tester | PUSH Automatic Tester |
|---|---|---|
| Labor Cost | High (Manual monitoring) | Low (Fully automated) |
| Testing Speed | Slow (Manual steps) | Fast (Synchronized cycle) |
| Data Accuracy | Subject to human error | High (DSP & Auto-correction) |
| Safety Risk | Higher (Manual ignition) | Lowest (Controlled alarms) |
| Data Storage | Manual Logbooks | Digital (100 sets storage) |
Frequently Asked Questions
Yes, the PUSH Electrical tester is specifically designed to meet the ASTM D93 requirements for Closed Cup Flash Point testing of petroleum products.
The device features an integrated atmospheric pressure sensor that detects current ambient pressure and automatically adjusts the result to standard pressure for consistency.
Depending on your specific lab safety protocols, the platinum electric wire or gas ignition modes can be selected for optimal performance with various oil types.
The instrument supports automatic printing and can store up to 100 sets of data internally for easy retrieval and reporting.
It employs an adaptive PID control algorithm and an automatic detection system that stops heating and triggers an alarm if temperatures exceed the preset value.
Thanks to the high-frequency switching power supply, the heating elements are durable; however, periodic calibration is recommended to maintain the ±1℃ accuracy.
Optimize Your Petroleum Testing Precision Today
Contact Us
-
Professional Oil Breakdown Tester for Insulating Oil AnalysisIn the world of high-voltage electrical equipment, the integrity of insulating oil is the first line of defense against catastrophic failure. An oil breakdown tester is an indispensable tool used to determine the dielectric strength of insulating oils, ensuring that transformers and switchgears operate safely under electrical stress. By measuring the voltage at which the oil breaks down or fails as an insulator, engineers can predict potential failures before they occur. Whether you are managing a power substation or performing routine maintenance on industrial machinery, understanding how to utilize these testers is critical for operational longevity and safety.Detail -
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
