Automatic COC Flash Point & Fire Point Tester LOFP-T2011

Introduction

Automatic Flash Point & Fire Point Tester measures ignition of liquid vapor and its burning temperature from 79℃ to 370℃. It features fast heating and cooling cycles enhance testing efficiency for accurate results. Integrated with pluggable igniter for convenient and easy replacement. Built-in safety mechanism protects operators during hazardous condition. Our Tester is ideal for research, quality control, and production monitoring.

This petroleum testing is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Automatic Flash Point & Fire Point Tester is essential for accurately determining flammability of liquids in petroleum and chemical industries. It enhances safety and compliance in storage, transportation and quality control processes.

Specifications

Measuring Range	79 to 370℃ (175 to 698℉)
Resolution	0.1℃
Repeatability	≤ 6℃
Reproducibility	≤ 8℃
Gas Supply	LP gas, butane gas, pipeline gas, or natural gas (pressure < 10kPa)
Cooling	Air cooling
Ignition Source	Gas ignition with automatic lighting
Flash Point Detection	Ionization Ring
Temperature Sensor	PT100 probe
User Interface	7
Supported Languages	Chinese, English, Russian
Barometric Correction	Flash point corrected to barometric pressure
Data Storage	No less than 5000 results
Standards	D92, 2592, IP 36, GB/T 3536
I/O Ports	RS232,
Safety Features	Automatic shutdown, alarm, and cooling under: Flash Point Mode: + 20℃ Flash & Fire Mode: + 50℃ Overheating: 400℃
Data Export	or Printer
Machine Power	900W
Heater Power	800W
Operating Conditions	5℃ to 35℃
Relative Humidity	20 to 90% , 35℃ (non-condensing), no airflow
Power Supply	AC 220V ± 10%, 50/60Hz
Dimensions (W x D x H)	530mm x 233mm x 427mm
Weight	19 Kg

Features

Detachable ionization ring for cleaning

Real-time display of test progress

Pre-programmed method for Flash, Fire and Searching

Barometric correction for temperature calibration

Data storage for over 5000 results

FAQs

1. What kind of gases can be used with the Automatic Flash Point & Fire Point Tester for ignition?

The Automatic Flash Point & Fire Point Tester supports multiple gas types for ignition, including liquefied petroleum gas (), butane, natural gas, and pipeline gas. The recommended gas supply pressure should be below 10?kPa. Using clean and dry gas ensures proper ignition flame generation and consistent performance. It's important to inspect the gas line and safety valve connections before starting each test.

2. How does barometric pressure correction in the Automatic Flash Point & Fire Point Tester improve accuracy?

Automatic Flash Point & Fire Point Tester includes automatic barometric pressure correction to ensure accurate flash point results. Atmospheric pressure can impact test outcomes, especially in locations with high altitude or fluctuating weather. This feature adjusts the measured value to standard pressure conditions. It helps improve result consistency and reliability across different environments, which is crucial in regulatory and quality testing.

3. Can the Automatic Flash Point & Fire Point Tester handle unknown or mixed samples?

The Automatic Flash Point & Fire Point Tester includes a “search mode” specifically for estimating the flash point of unknown samples. This mode helps identify an approximate flash point range when the composition is not clearly defined. However, if the sample contains multiple volatile components, results may be inconsistent. For critical testing, it’s best to know the sample content and confirm it’s safe for high-temperature analysis.

4. Can I run multiple tests in a row on the Automatic Flash Point & Fire Point Tester without letting it cool down?

Automatic Flash Point & Fire Point Tester can perform consecutive tests, but allowing brief cooling between runs improves test consistency and equipment safety. The unit's built-in air-cooling system reduces waiting time by cooling internal components efficiently. This is especially important for low flash point samples to avoid thermal interference. Always wait for the unit’s readiness prompt before starting the next test.

5. How do I know if the igniter on the Automatic Flash Point & Fire Point Tester needs to be replaced?

Automatic Flash Point & Fire Point Tester provides ignition fault alerts if the igniter is not functioning properly. Signs of wear include frequent ignition failures, delayed ignition, or weak flame response. Users can visually inspect the igniter for carbon buildup, corrosion, or damage. If replacement is needed, the igniter is designed to be easily unplugged and replaced according to the user manual.