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Automatic Flash Point Analyzer BZFPA-501 is a microcomputer-controlled color touchscreen operation system, offering test range from RT to 400 ℃. Designed with high-speed signal processor and data storage function for storing 300 groups of testing data, it has differential detection feature for automatic correction of systematic bias for ease of operation.
| Test method | Thermocouple differential detection |
|---|---|
| Test range | Room temperature to 400 ℃ |
| Repeatability | ± 2 ℃ |
| Printer | High speed thermal printer |
| Ignition mode | Automatic electronic ignition |
| Temperature Detection | Imported precision platinum resistance |
| Self-checking | Printer, igniter, electromagnetic valve, the detection arm movements, ignition rod stroke etc. |
| Power consumption | ＜700 W |
| Temperature | Atmospheric temperature: 10℃ to 45℃，humidity: 30 to 80% |
| Power | AC 220 V ± 10% |
| Dimension (L × W × H) | 400 × 300 × 240 mm |
| Display | 7-inch color touch LCD display screen |
| Weight | 20 kg |
7-inch LCD color touch screen for visualization of parameters efficiently
Adopts high speed signal processor due to precision simulation/digital converter circuit
Built-in automatic atmospheric pressure detector for atmospheric pressure detection
Self-adjusting flash point feature for the convenience of the user
Data storage function to store about 300 groups of testing data
Reliable to check the historical records for efficient operation of the device
Differential detection with automatic correction of systematic bias
Automatic stop testing by over temperature detection and alert
Automatic processes for stirring, igniting, testing, warning, cooling, and printing
Automatic heating curve adjustment using the adaptive PID control technique
Autonomous detection of the entire testing procedure
Tracks all the events like lid opening, engine start, alerting, cooling, and printing
Airless ignition source for platinum alloy that is secure, reliable, and highly precise
Automatic Flash Point Analyzer is widely used for measuring and determining the lowest point at which a test sample's temperature and vapor pressure become ignitable in air across petroleum, chemical, power station, environment, scientific research.
