Automatic Cleveland Open Cup Flash Point Analyzer
Automatic Cleveland Open Cup Flash Point Analyzer
MT-FP103
The Automatic Cleveland Open Cup Flash Point Analyzer is designed for the determination of flash point and fire point of petroleum products under open cup conditions in accordance with ASTM D92, ISO 2592, GB/T 3536 and GB/T 267 standard.
Introduction
Under controlled heating conditions, the sample is heated at a standardized rate. When vapor above the sample momentarily ignites upon exposure to a test flame, the lowest temperature at which this occurs is recorded as the flash point. If combustion continues for at least 5 seconds, it is recorded as the fire point.
This Open Cup Flash Point Analyzer is widely used in petroleum refineries, power plants, lubricant laboratories, transportation authorities, and research institutions requiring high-temperature open cup flash point testing.
Unlike closed cup systems, the Cleveland open cup method is particularly suitable for evaluating materials with higher flash points and for applications where atmospheric exposure conditions are required.
Typical Applications
The Automatic Open Cup Flash Point Analyzer is suitable for:
- Lubricating oils
- Heavy fuel oils
- Hydraulic oils
- Transformer oils
- Asphalt-related petroleum fractions
- High flash point industrial oils
Widely used in:
- Oil refinieries
- Transportation safety inspection
- Power industry laboratories
- Chemical production quality control
- Research facilities
Key Features
1. Multi-Language Touchscreen Interface
65K color touchscreen with 800×600 resolution. Supports multilingual operation and future software upgrades when standards change.
2. STM Microprocessor + Adaptive PID Heating Control
The STM microprocessor intelligently controls heating speed using adaptive PID algorithms, ensuring compliance with ASTM D92 heating rate requirements.
3. Automatic Atmospheric Pressure Correction
Built-in barometric pressure detection automatically measures ambient pressure and corrects flash point data to standard atmospheric conditions.
4. High-Precision Thermocouple Differential Detection
Advanced thermocouple detection improves ignition recognition accuracy and reduces measurement error caused by environmental interference.
5. Fully Automated Testing Process
The system automatically completes: Heating control, Ignition control, Flash detection, Fire point detection, Alarm protection, Cooling, Result printing.
6. Gas-Free Platinum Alloy Electronic Ignition
Uses platinum alloy electric ignition wire instead of external gas flame ignition. Advantages include:Higher safety level + Stable ignition energy + Lower maintenance cost.
7. Large Capacity Data Storage
Supports storage of 10,000 test records, with optional 500GB storage expansion.
Historical test data can be retrieved and printed at any time.
Technical Specifications
|
Name |
MT-FP103 Automatic Cleveland Open Cup Flash Point Analyzer |
|
Display |
65K Color Touchscreen |
|
Measurement Method |
Thermocouple Differential Detection |
|
Measurement Range |
Room temperature – 400°C |
|
Resolution |
0.1°C |
|
Repeatability |
±2°C |
|
Printer |
Thermal printer (56mm paper) |
|
Ignition Method |
Gas-free electronic ignition |
|
Temperature Sensor |
Pt100 platinum resistance |
|
Self-Diagnosis |
Ignition, lifting arm, printer diagnostics |
|
Working Environment |
10–45°C, 30–80% RH |
|
Cooling Method |
Forced air cooling |
|
Dimensions (W × D × H) |
450 × 280 × 290 mm |
|
Power Supply |
AC 220 V ±10%, 50 Hz ±2.5 Hz |
|
Weight |
15 kg |
Standards Compliance
This Automatic Cleveland Open Cup Flash Point Analyzer complies with:
- GB 3536, GB 267
- ASTM D92 – Cleveland open cup method
- ISO 2592
Designed for high-temperature open cup flash and fire point determination of petroleum products.
Why Choose Our Automatic Cleveland Open Cup Flash Point Analyzer
High-Temperature Testing Accuracy
Optimized heating control ensures stable temperature rise during high flash point testing.
Dual Safety Protection Design
Electronic ignition + automatic alarm protection reduces laboratory safety risks.
High Repeatability Performance
Differential thermocouple detection ensures stable and reliable measurement results.
Efficient Industrial Testing Capability
Supports continuous laboratory testing with automatic workflow.
Professional Compliance Testing Solution
Fully meets international petroleum product safety testing standards.
Low Maintenance & Long Service Life
Gas-free ignition and industrial-grade components reduce maintenance frequency.