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Vacuum Distillation Tester 52-DTT103

Vacuum Distillation Tester 52-DTT103 is specially designed for determining petroleum products with high viscosity. It is crafted and made as per the “Test Methods for Distillation Characteristics of High Boiling Point Petroleum Products at Reduced Pressure”.

$8,164.00 $4,082.00

Specifications

Ambient temperature 5 °C ~ 35 ℃
Relative humidity ≤ 85 %
Cubage of buffer vessel 1000 ml
Max. Residual pressure ≤ 2 mm Hg
Temperature controlling accuracy ± 1 ℃
Temperature range air bath Ambient temperature ~ 100 ℃ adjustable
Heating power for distillation flask 1000 W
Heating power for receiving flask 350 W
Power supply AC 220 V, 50 Hz

Features

Continuous adjustment for heating power of furnace
High quality cooling device to cool down temperature of the heating furnace
Excellent vacuum performance, with maximum reduced pressure 2 mmHg.
Air bath with Pt 100 temperature sensor.
Air bath with Digital temperature controller.

Applications

Used to determine high boiling point petroleum products, such as wax and lubricating oil, at a reduced pressure.

Vacuum Distillation Tester 52-DTT103 FAQs

1.What is a Distillation Tester used for?

A Distillation Tester is used to evaluate the distillation characteristics of liquids such as fuels, solvents and other petroleum products to determine their boiling range and composition.

2.What is the role of automatic temperature control in a Distillation Tester?

Automatic temperature control ensures precise heating and consistent thermal conditions throughout the distillation process, minimizing errors and improving repeatability.

3.What is over-temperature protection in a Distillation Tester?

Over-temperature protection prevents the system from exceeding safe operating temperatures by automatically regulating the heating system or shutting it down if limits are breached.

4.How does automatic shutdown contribute to safety?

Automatic shutdown ensures the unit powers off or enters a safe mode if abnormal conditions are detected, such as excessive temperature, hardware malfunction or operator error minimizing the risk of fire or damage.

5.Why is an efficient cooling system important in distillation testing?

Efficient cooling accelerates the condensation of vaporized components, shortens the test cycle and ensures accurate measurement of distillate volumes without loss or leftover fraction.

Distillation Tester

Distillation Tester 52-DTT100

  • Graduated flasks : 10 ml and 100 ml
  • Scale division of graduated flask : 10 ml is 0.1 ml and 100 ml is 1 ml
  • Ambient temperature : (-10) °C ~ 35 °C
  • Relative humidity : ≤ 85 %
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Benzene Distillation Tester (Low Temperature) 52-DTT101

  • Ambient temperature : (-10) °C to 35 ℃
  • Relative humidity : ≤ 85 %
  • Thermometer : Each one for 70 °C to 90 ℃, 100 °C ~ 120 ℃, and 125 °C ~ 150 ℃
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Distillation Tester 52-DTT102

  • Graduated flasks : 100 ml
  • Scale division of graduated flask : 1ml
  • Outer diameter of distillation flask : φ65
  • Refrigeration tube : φ14
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Distillation Tester (Front Type) 52-DTT104
  • Distillation flask : 125 mL
  • Ambient temperature : Room temperature to 35 °C
  • Relative humidity : ≤ 85 %
  • Thermometer : (-2 )°C ~ 300 ℃ and (-2) °C ~ 400 ℃
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Distillation Tester (Double Units) 52-DTT105
  • Graduated flasks : 100 ml
  • Scale division of graduated flask : 1ml
  • Distillation flask : 125 ml
  • Ambient temperature : ≤ 35 °C
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Distillation Tester (low temperature Double units) 52-DTT106

  • Graduated flasks : 100 ml
  • Distillation flask : 125 ml
  • Ambient temperature : ≤ 35 °C
  • Relative humidity : ≤ 85 %
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Distillation Tester (Low Temperature) 52-DTT107

  • Graduated flasks : 100 ml
  • Distillation flask : 125 mL
  • Ambient temperature : ≤ 30 °C
  • Relative humidity : ≤ 85 %
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