Automatic COC Flash & Fire Point Tester LOFP-T2010

Introduction

Our is deliberately furnished to determine both flash point and fire point. It has a wide range of applications with a great market value. It is designed as per the standard D92, ISO2592, IP36 (Standard Test Method for Flash Point of Petroleum Products-Cleveland Open Cup Method).

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

It can be widely used in railway, aviation, electric power, petroleum industry and colleges, scientific research institutes, measurement departments to do determination of flash point and fire point for petroleum products except oil fuel and samples whose open cup flash point is below 79 ℃

Specifications

Ambient Temperature	10 ℃ ~ 40 ℃
Relative Humidity	≤ 85 %
Temperature Measurement- Full Scale	Ambient temperature to ~ 400 ℃
Temperature Measurement- Repeatability	≤ 4 ℃
Test accuracy	0.005
Reappearance	≤ 8 times
Graduation	0.1 ℃
Power Consumption	400 W
Power Supply	AC 220 V ± 10 %, 50 Hz
Dimensions	620 x 500 x 440 mm
Net Weight	32 kg
Gross Weight	34 kg

Features

Highly precise display Desktop structure and innovative design Fully-automatic Single chip microcomputer technology It have options of presetting the parameters of expected sample mark number, atmospheric pressure and test date

FAQs

1. What happens if the sample contains contaminants like water or debris in the Automatic Flash & Fire Point Tester ?

Automatic Flash & Fire Point Tester may produce distorted flash point readings or trigger unsafe ignition if the sample contains water, dust, or volatile impurities. These contaminants can lead to premature flashing, erratic flame behaviour, or even damage to internal components. The sample must be homogeneous, clean, and properly prepared as per standard testing protocols. The tester delivers accurate results only when clean samples are used.

2. Does the Automatic Flash & Fire Point Tester support predictive programming of flash point values?

Automatic Flash & Fire Point Tester allows users to input the expected flash point before beginning the test, enabling the system to optimize the heating ramp and flame timing. This predictive programming reduces unnecessary preheating time and helps prevent sample degradation. The flame is automatically introduced near the anticipated flash temperature range. This feature is especially useful for routine testing of known substances.

3. What should a user do if the test flame fails to ignite in the Automatic Flash & Fire Point Tester ?

The Automatic Flash & Fire Point Tester uses an electric ignition system, so if the flame fails to ignite, users should first verify the functionality of the ignitor and ensure that any fuel source (if required) is correctly connected. Check for damage or obstruction in the ignition wire or electrode. Moisture buildup or low fuel pressure can also interfere with ignition. It includes diagnostic prompts, and persistent issues should be referred to the manual or technical support.

4. How can users prevent incorrect or inconsistent test results when using the Automatic Flash & Fire Point Tester ?

The Automatic Flash & Fire Point Tester provides reliable results when samples are clean, dry, and thoroughly mixed before testing. Proper placement of the test cup and checking the ignition system for faults are important pre-test steps. Users should avoid exposing the tester to drafts or external airflows that could disrupt the flame. The built-in barometric correction and parameter presets help reduce variation caused by environmental conditions.

5. What kind of safety alerts or indicators does the Automatic Flash & Fire Point Tester provide?

The Automatic Flash & Fire Point Tester is equipped with digital alerts and error messages that notify users of critical conditions such as over-temperature, ignition failure, or internal system errors. interface guides users step-by-step through preheat, ignition, and result capture. The unit automatically stops operation when unsafe conditions are detected, minimizing risk. These built-in alerts enhance operator safety and protect the device during use.