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AELAB SYD-3536D Automatic Cleveland Open Cup Flash Point Tester

The AELAB SYD-3536D Automatic Cleveland Open Cup Flash Point Tester enables precise determination of flash and fire points in petroleum products according to GB/T3536-2008 and ASTM D92. Its high-definition capacitive screen, 32-bit ARM processor, and automatic atmospheric pressure compensation ensure accurate, stable, and reproducible flash point testing up to 400 °C.
Modles : SYD Series
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This instrument is designed and made as per GB/T3536-2008 Petroleum Products – Determination of Flash and Fire Points – Cleveland open cup method and ASTM D 92 Standard Test Method for Flash and Fire Points by Cleveland Open Cup Tester. It is applicable to all petroleum products with flash points above 79 ℃ and below 400 ℃ except fuel oils.

The AELAB SYD-3536D integrates an 8-inch IPS high-definition capacitive screen, a 32-bit ARM processor, and a high-precision AD chip to display test curves in real time. It supports automatic atmospheric pressure compensation and automatic correction of flash point values, ensuring accurate and repeatable petroleum flash point analysis.

 

⚙️ Design & Construction

The AELAB SYD-3536D features a durable heating chamber, precision-machined Cleveland open cup assembly, and an electronically actuated igniter with a calibrated 0.7–0.8 mm igniter diameter. The integrated 8-inch IPS touch display provides clear visualisation of temperature rise, ignition events, and live operating parameters. The automatic fire extinguishing mechanism returns to its original position after activation, supporting safe and controlled testing.

 

🔬 Working Principle / Testing Method

The SYD-3536D performs Cleveland open cup flash point determination by uniformly heating the petroleum sample at a controlled rate of 14–17 °C/min during initial heating and 5–6 °C/min as it approaches the preset flash point. An electric igniter automatically enters the test area at programmed intervals to detect vapour ignition. The system compensates for atmospheric pressure, measures the flash event, records temperature at 0.1 °C accuracy, and applies automatic fire extinguishing when necessary.

 

💡 Key Advantages

  • High-speed 32-bit ARM processor for real-time measurement and curve display
  • Automatic atmospheric pressure correction for accurate flash point results
  • Electric ignition with controlled igniter diameter ensures repeatable testing conditions
  • Integrated Bluetooth transmission for wireless data export and reporting
  • Automatic and manual fire-extinguishing functions for enhanced operational safety
  • Optimised heating control for stable temperature ramping across the full 79–400 °C range
  • 8-inch IPS capacitive screen improves monitoring, navigation, and data traceability

 

🔗 Connectivity & Integration

The AELAB SYD-3536D supports Bluetooth-based data transmission for exporting flash point results, temperature curves, and test logs. It enables remote diagnostics, version updates, and predictive maintenance notifications for continuous operational readiness.

 

🧠 Model Insight

Model Specifications
SYD-3536D Ambient to 400 ℃ flash point range; 0.1 ℃ accuracy; 14–17 ℃/min initial heating; 5–6 ℃/min final heating; Electric ignition; Bluetooth data export; 510×320×330 mm; 20 kg

 

🧪 Testing Applications

The SYD-3536D is suitable for petroleum laboratories, refineries, quality inspection bureaus, transportation fuel testing, lubricant analysis, and research institutes. Typical applications include testing lubricating oils, transformer oils, base oils, additives, waxes, and other petroleum-derived materials requiring Cleveland open cup flash point determination.

 

Compliance & Quality Assurance

The instrument meets GB/T3536-2008 and ASTM D92 requirements and is manufactured under AELAB quality assurance protocols, ensuring traceable calibration, electrical safety compliance, and long-term operational stability.

Specifications :

Power supply AC(220±5%)V, 50Hz
Total power consumption ≯750W
Flash point determination Range: Ambient to 400℃; Accuracy: 0.1℃
Heating rate (1) Initial heating:(14~17)℃/min
(2) It is (5–6) ℃/min after reaching the preset flash point 20℃
Igniting mode (1) Electric ignition
(2) Diameter of igniter: 0.7mm~0.8mm
Fire extinguishing device (1) When the fire point appears, it can automatically extinguish the fire and return to its original position; (2) It can also manually press the key to extinguish the fire.
Data transmission mode Bluetooth
Ambient temperature (15~35)℃
Relative humidity ≤85%
Dimension 510mm×320mm×330mm
Net weight 20kg
Power supply AC(220±5%)V, 50Hz
Total power consumption ≯750W
Flash point determination Range: Ambient to 400℃; Accuracy: 0.1℃
Heating rate (1) Initial heating:(14~17)℃/min
(2) It is (5–6) ℃/min after reaching the preset flash point 20℃
Igniting mode (1) Electric ignition
(2) Diameter of igniter: 0.7mm~0.8mm
Fire extinguishing device (1) When the fire point appears, it can automatically extinguish the fire and return to its original position; (2) It can also manually press the key to extinguish the fire.
Data transmission mode Bluetooth
Ambient temperature (15~35)℃
Relative humidity ≤85%
Dimension 510mm×320mm×330mm
Net weight 20kg

Frequently Asked Questions

1What test standards does the SYD-3536D comply with?
It fully meets GB/T3536-2008 and ASTM D92 Cleveland open cup flash and fire point test methods.
2What is the measurable flash point range?
The SYD-3536D measures flash points from ambient temperature to 400 °C with 0.1 °C accuracy.
3Does the tester support automatic fire handling?
Yes, it automatically extinguishes the fire upon ignition detection and can also be manually operated.
4How is data exported from the instrument?
Data is transmitted via Bluetooth for wireless reporting and documentation.
5What are the recommended working conditions?
Reliable operation is achieved at 15–35 °C and ≤85% relative humidity.

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