Binder Microbiology Incubators BF Series BINDER Bf 720 Models. With their large liter capacity these Constant Temperature Equipment from Binder are a popular choice for larger clinical diagnostic centers or research laboratories. Highly accurate and reliable the binder microbiology incubators are ideal for clinical diagnostic procedures that require a high level of temperature stability. The rear exhaust duct and two ventilation slides ensure that the humidity in the room remains constant while the front ventilation slide provides variable air flow depending on the need. Users have the option of closing the door and removing the lid completely for a completely sealed incubator. In addition to the air flow control technology this incubator from Binder Microbiology is based on an APT.Line preheating chamber which ensures increased temperature uniformity and accurate temperature control over a wide temperature range. With extremely efficient fan speeds the air inside these Binder Bio-Scientific Incubators is also very low reducing the growth of bacteria and molds. To control the temperature the system uses a microprocessor-controlled heating system with an LED display and an integrated timer which can be set to display the actual temperature at any time. For specific temperature programs the incubator can be operated with an optional APT-COM Data Control System software. For the BF 720 model a front ventilation slide and rear exhaust ducts are included. Units up to 115 liters are stackable. These models use the modular door hangers or can be combined with an automatic door hinge for a tighter fit on larger incubators. Specifications for Binder Microbiology Incubators BF Series BINDER 9010-0244 Bf 720 Models : Electrical: 115V 50/60Hz 1250W VolumeL (cu. ft.): 720 (25.4) Interior DimensionsW x D x H cm (in.): 100 x 60 x 120 (393/8 x 235/8 x 471/4) Exterior DimensionsW x D x H cm (in.): 123.4 x 86.5 x 153 (4819/32 x 341/16 x 601/4) Unit Weightkg (lbs.): 180 (396.8) BINDER No.: 9010-0244 Unit: Each Temperature Range: 5 above ambient to 100 C Temperature Accuracy: