Distillation Tester  52-DTT100

Distillation Tester 52-DTT100

Model: 52-DTT100

Lab Expo Distillation Tester 52-DTT100 is automated and can withstand a very high temperature. It is designed according to “Test Methods for Distillation Characteristics of Petroleum Products” as per ASTM D86.

$2,450.00 $ 2042

Distillation Tester 52-DTT100 - Specifications

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 %
Thermometer 0 °C ~ 360 °C
Scale division 1 °C
Inner diameter of electric furnace Ф50 mm, Ф30 mm and with a gap
Outer diameter of electric furnace Ф105 mm
Refrigeration tube Made of copper tube of ф16 × 1
Angle between refrigeration tube and water level 15°
Length of refrigeration tube 555 ± 3 mm
Size of refrigeration bath 180 x 100 x 150 mm
Ball diameter of flask Ф69 ± 1 mm
Neck diameter of flask Ф16 ± 1 mm
Angle between branch tube and neck 75° ± 3°
Dimension 790 x 360 x 710 mm
Heating power system 1000 W / 220 V
Total power consumption ≤ 1100 W
Power supply AC 220 V ± 10 %, 50 Hz

Distillation Tester 52-DTT100 - Key Features

  • Alterable heating rate with 1000W power system
  • Distillation flask sustains temperature above 500C
  • Two graduated flasks with 1ml scale division
  • Temperature adjustment circuit for AC 220V operation

Distillation Tester 52-DTT100 - Applications

FunctionImplementation
Petroleum testing labs1000 W heating power enables controlled fuel distillation analysis
Quality control facilitiesФ50 mm furnace diameter supports standard sample processing
Research laboratories360 °C thermometer range accommodates diverse compound testing
Industrial workflows±1°C scale division ensures precise measurement repeatability
Educational institutionsbath size fits standard teaching lab setups

Distillation Tester 52-DTT100 - Catalog

Related Distillation Tester

Lab Expo Distillation Tester units are configured for boiling range and volatility determination across petroleum, solvent, and chemical testing workflows. The range includes standard, low-temperature, vacuum, and double-unit configurations with operating temperatures from -10 °C to 500 °C and flask capacities up to 1000 ml. Systems integrate controlled heating, condensation, and graduated collection assemblies for repeatable separation analysis. Suitable for refinery labs, fuel evaluation, and quality control environments requiring regulated distillation testing procedures.