Oxidation Stability Tester 52-OST100

Model: 52-OST100

Lab Expo Oxidation Stability Tester 52-OST100 measures fuel oxidation resistance with a 30L oil bath, temperature control from ambient to 200°C accurate to ±0.1°C, and pressure sensing up to 1.6 MPa with ±2% accuracy. It holds two samples, operates at 100±5 RPM with a 30° bomb angle, and features a 2500W heater for rapid heating. Designed for turbine and insulating oil evaluation in quality control, research, and industrial laboratories, it supports automated testing with data archiving for compliance in petroleum, chemical, and pharmaceutical sectors.

$31,284.00 $ 26070

Oxidation Stability Tester 52-OST100 - Specifications

Samples 2
Oil bath cubage 30 L
Angle between bomb and water surface 30 °
Speed of rotary assembly 100 ± 5 RPM
Pressure sensor 0 to 1.6 Mpa; Accuracy: ±2%
Oil bath Temperature controlling range RT to 200 °C (adjustable)
Temperature controlling accuracy ± 0.1 °C
Size 550 x 800 x 1000 mm
Power of heater 2500 W
Power supply 220 V ± 10 %
Weight 45 kg
Dimension 860 x 710 x 104 mm

Oxidation Stability Tester 52-OST100 - Key Features

  • Fully automatic operation with software-controlled test procedure
  • High test precision with 0.1C temperature controlling accuracy
  • Short heating-up time using 2500W heater power
  • Data and test results archived in database system

Oxidation Stability Tester 52-OST100 - Applications

FunctionImplementation
Fuel oxidation analysis±0.1 °C temperature accuracy ensures precise test results
Quality control labs30 L oil bath capacity supports dual-sample testing simultaneously
Industrial fuel testingRT to 200 °C adjustable range accommodates various fuel types
Research laboratories100 ± 5 RPM rotary speed enables consistent sample agitation
Petroleum quality assessment±2% pressure sensor accuracy monitors oxidation under controlled conditions

Oxidation Stability Tester 52-OST100 - Catalog

Related Oxidation Stability Tester

Lab Expo Oxidation Stability Tester systems are used for evaluating oxidation resistance and aging characteristics of fuels, lubricants, and transformer oils under controlled thermal conditions. Units support fuel oxidation testing with sample capacities from 2 to 8 positions, temperature control up to 160°C, and measurement ranges from 0 to 1600 kPa with temperature control accuracy up to 0.1°C. Systems include oil bath configurations, automatic digital temperature regulation, and oxidation tester functionality for petroleum and insulating oil stability analysis.