The fully automatic closed flash point tester has good product quality

NegotiableUpdate on 01/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The fully automatic closed flash point tester has good product quality and is a high-precision automated equipment used to determine the flash point value of liquid fuels such as petroleum products and lubricants under closed conditions. It is designed according to standards such as GB/T 261-2021, and quickly locks the flash point value and generates reports through intelligent temperature control, automatic ignition, and other methods. It is widely used in fields such as power, petroleum, chemical, inspection, and scientific research.

Product Details

The fully automatic closed flash point tester has good product quality

Fully automatic closed flash point tester

The fully automatic closed flash point tester is a high-precision automated equipment used to determine the flash point value of liquid fuels such as petroleum products and lubricants under closed conditions‌1It is based onGB/T 261-2021Designed according to standards, it quickly locks the flash point value and generates reports through intelligent temperature control, automatic ignition, and other methods. It is widely used in fields such as power, petroleum, chemical, inspection, and scientific research.

This instrument adopts microcontroller control technology, color LCD display screen, fully Chinese human-machine dialogue interface, and unmarked keyboard; It has menu prompts and guided input functions for parameters such as predictable flash point temperature, sample label, atmospheric pressure, and test date; Apply open, fuzzy control integrated software, modular structure design and other technologies. This instrument is designed with advanced technology, user-friendly interface, easy operation, and accurate test results. It is an ideal substitute for similar imported instruments and can be widely used in railway, aviation, power, petroleum industries, as well as in colleges, research institutes, metrology and testing departments for detecting and testing the flash point and ignition point of petroleum products.

‌Technical parameter accuracy‌

project	scope
Operation interface:	10Inch industrial control computer, switching between Chinese and English
control system	PLC+windows
Test cup	comply withGBT261-2021
Automatic ignition system	Caliber:0.7-0.8mm
heating rate	1-6℃/min(Adjustable)
stirring rate	30r/min-250r/min
skateboard	Thickness approximately2.4mm
Measurement method:	Thermocouple differential detection formula
Measuring range:	room temperature-400℃ (To determine the flash point at minus zero temperature, the sample needs to be frozen first)
divide distinguish Rate:	0.1℃
barometer	range30-110KPa,Accuracy: Shi0.5Kpa
Repeatability:	National standard: flash point value<104Allowable deviation at ℃ ±1℃, flash point value ≥104Allowable deviation at ℃ ±2℃ International standard: flash point value≤110Allowable deviation at ℃ ±1℃, flash point value>110Allowable deviation at ℃ ±2℃
printer:	Low energy high-speed thermal printer,56Millimeter paper width
Temperature detection:	Imported platinum resistor（Pt100Ω) measure
temperature accuracy	110Below ℃ is0.5℃，110Above ℃ is1℃
Ignition method:	Fully automatic electronic ignition.
optional	Heating bath or oven
Whole machine power consumption:	not greater than500W.
Overall dimensions	long570 wide400tall732 mm

Instrument Features

1、Full Chinese human-machine dialogue interface, unmarked keyboard, with prompt menu and guided input function for parameters such as temperature, sample label, atmospheric pressure, and test date that can be predicted.

2Simulate and track the function curve of temperature rise and test time, with Chinese misoperation software prompt modification function, equipped with parameter prompt functions such as test date and test time.

3Automatically calibrate the influence of atmospheric pressure on the experiment and calculate the correction value.

4Differential detection, automatic correction of system deviations.

5The scanning, detection, and printing of data are automatically completed, and the test arm is automatically raised and lowered.