High-Quality SYD-8019A Jet Fuel Evaporation Existent Gum Testing Apparatus Pricelist, Quotes

This Existent Gum Tester is designed and made as per standards GB/T 8019 Standard test method for gum content in fuels by jet evaporation and ASTM D381 Standard test method for gum content in fuels by jet evaporation. It is suitable to determine the existent gum content of aviation gasoline and motor gasoline(Not suitable to determine the existent gum content of aviation turbine fuel).

Product Description

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Main Technical Features

  • 01 Equipped with a specially designed heating bath. The gas circuit is engineered for optimal evaporation efficiency.
  • 02 The workbench is constructed from high-quality stainless steel and features 5 sample holes. Each jet flow is independently adjustable via a flowmeter, allowing for 1 to 4 simultaneous determinations.
  • 03 Compact desktop structure with a simple, user-friendly design. Includes an air compressor to meet all standard testing requirements.
  • 04 Each test hole is fitted with a unique flowmeter to accurately control the hot-air flow rate for precision testing.
  • 05 Integrated oil-water separator prevents oil gas and water vapor from entering the internal instrument systems.
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Technical Specifications

Power Supply: AC (220±10%)V, 50Hz
Total Power Consumption: 3500W
Evaporation Bath Dimension: Φ260mm × 130mm
Sample Positions: 5 positions
Sample Position Dimension: Φ51mm × 70mm
Working Temperature: 160℃ ~ 165℃
Reducing Valve Pressure: 0.07MPa
Jet Outlet Air Flow Rate: 600mL/s per hole
Suitable Temp Environment: 15℃ ~ 35℃
Relative Humidity: ≤ 85%
Overall Dimension: 590mm × 480mm × 340mm
Evaporation Bath Instrument Technical View

Frequently Asked Questions

How many samples can this instrument test at once?
The instrument features 5 sample holes and is designed to perform 1 to 4 determinations simultaneously with independent controls.
What is the required power supply for operation?
It requires a standard power supply of AC (220±10%)V at 50Hz, with a total power consumption of 3500W.
Does the system include an air compressor?
Yes, the desktop instrument is equipped with an air compressor to ensure it meets all necessary standard requirements for hot-air flow.
How is the air flow rate controlled for each sample?
Each test hole is equipped with its own unique flowmeter, allowing for precise and independent adjustment of the hot-air flow rate (600mL/s per hole).
What measures are in place to protect the instrument from contamination?
The unit is built with an integrated oil-water separator that effectively prevents oil gas and water vapor from entering and damaging the internal components.
What is the optimal working temperature range?
The instrument is designed to maintain a stable working temperature between 160℃ and 165℃ for accurate testing results.

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