info@aelabgroup.com
QR Code 1
QR Code 2
Automatic Gasoline Oxidation Stability Tester SYD-8018D-1 | AELAB

Automatic Gasoline Oxidation Stability Tester SYD-8018D-1 | AELAB

Model :SYD-8018D-1

  • Test Method: GB/T8018-87 induction period method; also applicable to ASTM D525 determination
  • Pressure Measurement: (0~1600) kPa with ±2‰ pressure transmitter accuracy
  • Metal Bath: Temperature control point 100.0℃±0.1℃
  • Test Positions: Double-hole design for testing two samples at the same time
  • Control System: Built-in industrial personal computer (IPC), 10.1-inch LCD touch screen and Windows system

Overview

Product Overview

The AELAB SYD-8018D-1 is an Automatic Gasoline Oxidation Stability Tester designed to determine the oxidation stability of gasoline by the induction period method. It is designed and made according to GB/T8018-87 Gasoline – Determination of Oxidation Stability – Induction Period Method and can also be used for determination according to ASTM D525 Standard Test Method for Oxidation Stability of Gasoline (Induction Period Method).

The instrument uses an integrated desktop structure that combines the test section and control section in one unit. A built-in industrial personal computer (IPC) provides an automatic operating mode, while the test system uses a metal bath for controlled-temperature testing.

During the complete test process, the SYD-8018D-1 automatically draws the time-pressure curve and automatically judges the turning point of sample oxidation. Its double-hole design allows two gasoline samples to be tested at the same time for convenient parallel determination.

The oxygen bomb pressure transmitter has a measuring range of (0~1600) kPa with an accuracy of ±2‰. The metal bath temperature control point is 100.0℃±0.1℃. Instrument operation is provided through a 10.1-inch LCD touch screen using a Windows system.

Key Features

  • GB/T8018-87 and ASTM D525 Testing: Designed for gasoline oxidation stability determination by the induction period method according to GB/T8018-87 and can also be used for ASTM D525 determination.
  • Integrated Desktop Design: Combines the test section and control section into one integrated instrument.
  • Industrial Computer Control: Uses a built-in industrial personal computer (IPC) with an automatic operating mode.
  • Automatic Time-Pressure Curve: Automatically draws the time-pressure curve throughout the complete test process.
  • Automatic Turning-Point Detection: Automatically judges the turning point of sample oxidation.
  • Dual-Sample Testing: Double-hole design allows two samples to be tested at the same time for parallel testing.
  • Metal Bath Temperature Control: Provides a specified temperature control point of 100.0℃±0.1℃.
  • Pressure Measurement: Oxygen bomb pressure transmitter covers (0~1600) kPa with ±2‰ accuracy.
  • 10.1-Inch Touch Screen: Instrument operation is provided through a 10.1-inch LCD touch screen with Windows system.
  • Heat Preservation and Insulation: The insulation system is designed to save energy and reduce the risk of scalding operators.
  • Oxygen Bomb Positioning: Dedicated oxygen bomb location holes support convenient cover removal and placement of the oxygen bomb during testing.

Applications

  • Gasoline Oxidation Stability: Determination of the oxidation stability of gasoline by the induction period method.
  • GB/T8018-87 Testing: Gasoline oxidation stability determination according to the referenced Chinese standard.
  • ASTM D525 Testing: Gasoline oxidation stability determination according to the ASTM D525 induction period method.
  • Parallel Gasoline Testing: Two gasoline samples can be tested simultaneously using the double-hole design.

Test Methods and Standards

  • GB/T8018-87: Gasoline – Determination of Oxidation Stability – Induction Period Method
  • ASTM D525: Standard Test Method for Oxidation Stability of Gasoline (Induction Period Method)

Product Information

  • Brand: AELAB
  • Manufacturer: AELAB GUANGZHOU CO., LTD.
  • Product Type: Automatic Gasoline Oxidation Stability Tester
  • Model: SYD-8018D-1
  • Test Principle: Induction period method
  • Test Sample: Gasoline
  • Pressure Transmitter Range: (0~1600) kPa
  • Metal Bath Temperature Control Point: 100.0℃±0.1℃

FAQ

What is the SYD-8018D-1 used for?

It is used to determine the oxidation stability of gasoline by the induction period method.

Which test standards does the SYD-8018D-1 support?

It is designed according to GB/T8018-87 and can also be used for determination according to ASTM D525.

Can two gasoline samples be tested at the same time?

Yes. The double-hole design allows two samples to be tested simultaneously.

Does the instrument automatically record the time-pressure curve?

Yes. It automatically draws the time-pressure curve throughout the test and automatically judges the oxidation turning point.

What is the pressure measurement range?

The oxygen bomb pressure transmitter has a measuring range of (0~1600) kPa with ±2‰ accuracy.

What is the metal bath temperature control point?

The specified metal bath temperature control point is 100.0℃±0.1℃.

What control system does the SYD-8018D-1 use?

It uses a built-in industrial personal computer (IPC), a 10.1-inch LCD touch screen and a Windows system.

Who manufactures the SYD-8018D-1?

The SYD-8018D-1 is supplied under the AELAB brand by AELAB GUANGZHOU CO., LTD.

Specifications

Parameter Specification
Power supply AC(220±10%)V,50Hz;
Total power consumption 1400W;
Measuring range of oxygen bomb pressure transmitter (0~1600) kPa, accuracy:±2‰
Temperature control point of metal bath 100.0℃±0.1℃
LCD touch screen 10.1 inches
Operation method Windows system
Suitable environment Ambient temperature:15℃~35℃ Relative humidity:≤85%
Dimension 630mm×280mm×380mm
Net weight 50kg.

Request Quote: Automatic Gasoline Oxidation Stability Tester SYD-8018D-1 | AELAB

Request Quote: Automatic Gasoline Oxidation Stability Tester SYD-8018D-1 | AELAB