YSBK-1 Automatic Fast Low Temperature Closed Flash Point Tester

YSBK-1 Automatic Fast Low Temperature Closed Flash Point Tester

Instrument Introduction

YSBK-1 Automatic Fast Low Temperature Closed Flash Point TesterIt's based onNational StandardGB/T5208 "Determination of flash point - Rapid equilibrium closed cup method" requires the design and manufacture of liquid and semi-solid samples to be tested for flash point using the equilibrium closed cup method.

This instrumentSuitable for closed cup flash point-30℃～10Testing of various paints, coatings, adhesives, solvents, fatty acid methyl esters (FAME), chemical reagents, petroleum and related products within the temperature range of 0 ℃.

This instrumentwithElectronic temperature control instruments are the core to achieve automation of temperature control, with functions such as automatic temperature control. The instrument is easy to operate, accurate in detection, intuitive in display, and can meet the requirements of petroleum, chemical, coating, paint, railway, aviation, power, commercial inspection, and scientific research units for rapid testing of the closed flash point of petroleum products.

Technical specifications

1Power supplyAC220V±10% 50Hz

2Applicable standard: GB/T5208 ISO1523 ISO3679

3Display mode: LCD touch screen display

4Detection scope: -30～110℃

5. Temperature resolution： 0.1℃

6Ignition method: Manual ignitionGas flame

7Cooling method: semiconductor refrigeration（built-inLow temperature circulating water bath，No need for external cooling water)

8Sample dosage: 2ml～4ml
9Gas supply source: Liquefied petroleum gas (or other civilian combustible gas)

10Data output: Built in micro thermal printer
11Overall dimensions: 490×520×400Mm (length)X Width x Height)

12Ambient temperature 5℃～30℃

13Relative humidity: 30～80%RH

Main Features

1according toDesign the standard GB/T 5208-2008 "Determination of Flash Point - Rapid Equilibrium Closed Cup Method" to achieve rapid testing of closed cup flash point.

2Adopting touch screen control technology, all operation and control are completed on the display screen.

3Intelligent temperature control instrument control,PID control temperature heating system, reliable temperature control.
4Using semiconductor refrigeration devices andbuilt-inWater cooling device, fast cooling speed.
5There are few test samples, and each injection only requires2ml (4ml per injection for solid or semi-solid samples).
6Except for ignition, the testing process is automatically completed and the test results are automatically printed.

7Automatic atmospheric pressure correction calculation, the experimental results are the corrected data.

8Equipped with a micro printer that automatically prints detection results.