Distillation Tester (Double Units) 52-DTT105 Catalog

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Overview :

Lab Expo Distillation Tester (Double Units) 52-DTT105 performs precise distillation analysis of petroleum products with dual heating systems at 1000 W × 2, maintaining temperature control within ±0.5 °C across ranges up to 400 ℃ using calibrated thermometers. Equipped with two graduated flasks (125 ml and 100 ml), inner furnace diameters of φ32 mm and φ38 mm, and a scale division of 1 ml, it supports accurate fraction collection under controlled conditions (≤85% RH, ≤35°C ambient). Total power consumption remains ≤2500 W on AC 220 V ±10%, ensuring stable operation in laboratory environments for quality control testing of natural gasoline, jet fuels, solvents, and similar distillates.

Specifications:
Graduated flasks 100 ml
Scale division of graduated flask 1ml
Distillation flask 125 ml
Ambient temperature ≤ 35 °C
Relative humidity ≤ 85 %
Temperature controlling accuracy ± 0.5 °C
Temperature range air bath Room temperature+ 10 °C ~ 60 °C
Thermometer (-2 )°C ~ 300 ℃ and (-2) °C ~ 400 ℃
Inner diameter of electric furnace φ32 mm, φ38 mm
Outer diameter of electric furnace φ50 mm
Dimension 830 x 610 x 870 mm
Heating power system 1000 W × 2
Total power consumption ≤ 2500 W
Power supply AC 220 V ± 10 %, 50 Hz

Features:

  • Heating power system with 1000W x 2 configuration
  • Total immersion rod type thermometer range -2C to 400C
  • Two sets of distillation systems for simultaneous testing
  • LED temperature display mode with real-time monitoring

Applications:

FunctionImplementationQuality control labs±0.5 °C temperature controlling accuracy ensures precise distillation monitoringPetroleum testing facilitiesRoom temperature +10 °C to 60 °C air bath range supports sample preparation workflowsClinical research labs100 ml graduated flasks with 1ml scale division enable accurate volume measurementIndustrial quality assuranceDual 1000W heating systems provide controlled thermal regulation for distillation processesEducational laboratories≤2500 W total power consumption allows safe operation within standard lab electrical limits

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