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COD Thermoreactor FM-COD-A100 COD Thermoreactor FM-COD-A100

COD Thermoreactor FM-COD-A100

COD Thermoreactor FM-COD-A100 offers a digestion capacity ranging from 0 to 12 mL, for precise chemical oxygen demand analysis in various sample volumes. This fully transparent, heat-resistant cover provides visibility and user safety during digestion. It automatically adjusts heating power ensuring stable and energy-efficient performance. Our COD Thermoreactor includes voice prompts for operational guidance and status alarms enhancing safety.

Specifications

Digestion Capacity 0 to 12mL
Digestion Pipe Diameter Φ16mm
Digestion Temperature 30 to 190℃
Heating Rate Upto 165 ℃ within 10 minutes
Temperature Accuracy ±0.5℃
Digestion Procedure 15
Height of Digestion Tube 150mm
Timing Accuracy 0.2 seconds/hour
Heating Liquid Depth 80mm
Display 3.5-inch color touchscreen
Positions 25
Power Consumption 600 W
Power Supply AC220V±10%/50Hz
Dimensions (W×D×H) 340×240×241mm
Weight 5.4 kg

Features

  • Multi-Mode Operation Flexibility
  • Accurate Timing Mechanism
  • Safety Thermal Insulation
  • Advanced User Interaction
  • Consistent Performance Assurance

Applications

  • COD Thermoreactor FM-COD-A100 is used in environmental testing laboratories for accurate chemical oxygen demand (COD) analysis of water samples. It is also applicable in research institutions, wastewater treatment facilities, and quality control processes.

Alternative Models Of COD Thermoreactor

Fison COD Thermoreactor features advanced heating control for precise temperature regulation, ensuring accurate COD measurements. The system offers an adjustable alarm for temperature, time, and other conditions, ensuring users are informed of issues or progress. They operate quietly, minimizing disruption in the laboratory and enhancing comfort. Their high-quality thermal insulation layer at the upper end prevents burns, ensuring safe operation. Our COD Thermoreactor offers multiple pre-storage modes, allowing for a quick and consistent setup of standard digestion procedures.