The BIOLAB 190 provides a leading edge computer technology, precise temperature control and an accurate CO2 gas control system.
A microprocessor-based control system designed specifically to deliver the precisely control the chamber environment, providing optimum programmable conditions for culture growth. The user-friendly microprocessor has status indicators, LED display of control parameters, and a touch control keypad for an efficient data entry.
Accurate infrared co2 control system
The BIOLAB 190 uses a microprocessor based non-dispersive infrared CO2 sensor. The amount of energy is an exact logarithmic function of the CO2 concentration in the gas between source and detector. The wavelengths used are absorbed by a filter in the CO2 wavelength making the measurements insensitive to other components, such as water vapour.
Advanced design provides a very stable drift- free output thus requiring less frequent calibration. The sensor is inside the chamber air plenum to secure accurate CO2control. class 100 (iso class 5) airflow within the chamber
A HEPA filter surrounds the blower on the positive pressure side and continuously cleans the circulated air inside the incubator. The HEPA filter uniformly distributes and cleans the air inside the chamber at a rate of one complete change per minute.
Fast temperature recovery time
Temperature recovery in the chamber is very fast. Even with frequent door openings and closings, the temperature recovers at a rate of 0.3°C per minute (on average).
Continuous humidity supply system
Large stainless steel pan filled with distilled water, and placed on the bottom of the chamber, secure a relative humidity level up to 95%. The door and front peripheral heater control condensation inside the chamber.
- 100% Stainless steel execution
- Full size water pan
- Heated door
- CO2 sample port on front panel