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UVP Incubator
Product Details
The UVP Incubator provides precise temperature control and uniformity for the incubation of biological assays, fungal, bacterial cultures, eggs and other samples up to 68 °C. The instrument is equipped with built-in overhead shortwave 254nm UV tubes for sterilization of the incubation chamber between experiments. By utilizing the germicidal properties of UV light, viable fungi, bacteria and yeast are eliminated; preventing cross contamination between experiments. Furthermore the interior of the instrument is made of stainless steel and easy to clean using non-abrasive mild detergents. Users are protected from UV radiation by the incubator door; the door blocks UV light, preventing UV radiation from passing through. The germicidal lamp will shut off if the door is opened. The instrument is delivered with two shelves made of stainless steel that can be adjusted at three different positions. This flexibility can be used for simultaneous incubation of various samples at different heights.
Features:
- Minimal benchtop space
- Microprocessor controlled for excellent temperature uniformity
- Reliable sterilization through the use of shortwave (254nm) UV light
- Three position adjustable shelves
TECHNICAL SPECIFICATIONS
Technical Data | |
---|---|
Controller | PI |
Setpoint | Digital |
Display | Digital LED |
Temperature Range | RT +3 °C to 68 °C |
Temperature Sensor | LM345 Integrated Temperature Sensor |
Temperature Accuracy | +1 °C |
Temperature Uniformity | +0.5 °C to 37 °C |
Interior volume | 26.9 liters |
Average Relative Humidity | ~ 80% |
Interior | Stainless steel |
Exterior | Aluminum powder coated |
Door | Acrylic |
Exterior W x H x D | 44.5 x 43.2 x 35.6 cm |
Interior W x H x D | 35.6 x 27.2 x 27.7 cm |
Dimensions shelves (W x D) | 33.8 x 21.6 cm |
Construction shelves | Formed stainless steel |
Surface area shelves | 729.35 cm2 |
Heating Element | 1.250 Watts |
Weight | 21.3 kg |
Max. Power Consumption | 115 V 60 Hz, 230 V 60 Hz or |
Working conditions | 5 °C to 40 °C, max. 2.000 m NN |