Catalogs >
Sheldon >
SCO26H SHEL LAB Humidified CO2 Incubator, Infrared (IR) Sensor

SCO26H SHEL LAB Humidified CO2 Incubator, Infrared (IR) Sensor
2Pages

Catalog excerpts

SCO26H SHEL LAB Humidified CO2 Incubator, Infrared (IR) Sensor - 1

CO2 Incubators Humidified Large Capacity SHEL LAB Model SCO26H, is the newest addition to the large capacity CO2 incubator line. This 26.1 cubic foot incubator features active humidity control up to 95%. This unit has exceptional CO2 and temperature uniformity, along with a user controllable humidity system that is more accurate and responsive to door openings than a traditional water pan humidity system. The SCO26H humidity system provides less evaporation of culture media and eliminates a potential source for contamination. Contamination is minimized by the heated glass door and an antimicrobial copper drain. The triple-paned glass door allows for easy viewing of samples without having to open the incubator door, so samples can thrive in the stable environment within the chamber. Infrared (IR) CO2 Sensors For the fastest CO2 recovery and most stable performance, this unit features IR sensors. A gentle horizontal airflow heating system is used for quick temperature recovery after door openings. This airflow system obtains superior temperature control with minimal drying or disturbance of sample conditions. The CO2 is accurately controlled with an IR sensor, providing overall CO2 stability. Optional Water Purification Kit (SWPK)

Open the catalog to page 1

SCO26H SHEL LAB Humidified CO2 Incubator, Infrared (IR) Sensor - 2

Precise Temperature Control Superior Uniformity • • • • • • • • Limited Warranty! Independent Over Temperature Thermostat Temperature Uniformity +/- 0.5ºC at 37ºC Temperature Range Ambient + 5°C to 50°C CO2 Range 0 - 20% Infrared (IR) CO2 Sensor Accuracy +/- 0.1% CO2 Recovery Rate < 5 Minutes Relative Humidity Up to 95% Temperature & CO2 Alarms Exterior Dimensions (wxdxh) Chamber Dimensions (wxdxh) Incubator Chamber Capacity Number of Shelves *All specifications are determined by using average values on standard equipment at an ambient temperature of 25°C (77°F) and line voltages within...

Open the catalog to page 2