BOD INCUBATOR (-10°C | +70°C)

EBOD 100

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  • Product Description: A BOD incubator (Biochemical Oxygen Demand) Incubator is a laboratory instrument used to measure the amount of oxygen consumed by microorganisms in a water sample over a period of time. It is an important tool for water quality testing and is often used to determine the level of pollution in a water sample.
  • BOD incubators work by maintaining a constant temperature and oxygen level in an incubation chamber. A water sample is placed in the incubator and the microorganisms present in the sample consume oxygen. The decrease in oxygen concentration is measured over time and a BOD value is calculated based on the amount of oxygen consumed

    Usage Areas;
    • In water quality tests
    • In the study of microorganisms and metabolism
    • Determination of growth rates of microorganisms
    • Comparison of growth rates of microorganisms under different conditions,

Description of BOD Incubator Technical Specifications

  • The device has a temperature setting range between -10 °C and +70 °C.
  • The device has a temperature deviation of +/-0.1 °C to +/-0.5 °C.
  • The insulation material of the device is CFC-free polyurethane foam.
  • The cooling system of the device has a compressor and fan circulation cooling system.
  • Heater resistance is used in the heating system of the device.
  • The heating element in the device is controlled by PID control system. Thanks to the PID control system, it provides less energy consumption and the device is kept at a constant temperature at the desired setpoint.
  • The device has a step programming feature. Thanks to this program, when the device reaches the specified set value, Time starts counting down and the device operates for the time specified by the user and automatically turns itself off after the time expires.
  • Timer can be set up to a maximum of 99 minutes.
  • The device operates with electrical power with 220 Volt / 50 Hz.
  • The inside of the device is made of 304 stainless steel material. This reduces the risk of contamination in the cabin.
  • The exterior of the device is made of rust-resistant electrostatic powder coated galvanized steel material.
  • The refrigerant used in the cooling system of the device is R134a gas. This gas has no flammable and explosive properties.
Medical Cooling & Heatıng Systems