COD Thermoreactor LE-CT101

COD Thermoreactor LE-CT101

Model: LE-CT101

COD Thermoreactor LE-CT101 is reliable for precise chemical oxygen demand testing, processing 8 samples simultaneously with uniform heating. It features a sturdy aluminium heating block that ensures even heat distribution and efficient thermal performance. Designed with electronic temperature control for stable heating conditions throughout the process. Equipped with real-time monitoring for accurate tracking of operations. Our Thermoreactor is ideal for wastewater treatment, environmental monitoring, and laboratory analysis.

$2,033.00 $ 1694

COD Thermoreactor LE-CT101 - Specifications

Number of Samples 8 (ø 42 mm)
Temperature Range 5℃ to 200℃
Temperature Accuracy ± 0.5℃
Temperature Resolution 1℃
Power Consumption 1000 Watt
Power Supply 230 V
Dimensions 350 × 750 × 370 mm
Weight 12 kgs
Gross Weight 16 kg
Packaging Dimension 470 × 860 × 500 mm

COD Thermoreactor LE-CT101 - Key Features

  • Processes 8 samples simultaneously with ø 42 mm tube capacity
  • Temperature range 5 C to 200 C with plus or minus 0.5 C accuracy
  • Aluminium heating block ensures uniform thermal distribution
  • Electronic temperature control with 1 C resolution
  • Automatic shutdown with audio visual end-of-cycle alerts

COD Thermoreactor LE-CT101 - Applications

FunctionImplementation
Wastewater testingControlled heating supports COD digestion
Environmental labsAccurate temperature ensures repeatable analysis
Industrial effluent monitoringMulti-sample capacity improves throughput
Water quality assessmentStable heating maintains reaction consistency
Chemical laboratoriesProgrammable cycles support digestion protocols

COD Thermoreactor LE-CT101 - Catalog


COD Thermoreactor LE-CT101

COD Thermoreactor LE-CT101

COD Thermoreactor

Lab Expo COD Thermoreactors support regulated digestion workflows where precise temperature control is required for accurate chemical oxygen demand analysis of water samples. The system operates with electronically controlled heating to maintain uniform thermal conditions during digestion cycles. Digital monitoring and programmable timers manage process execution, while stable build supports repeatable results and controlled operation for routine and advanced water quality testing applications.