Sartorius BioStat C-DCU Bioreactor/Fermentor System with DCU Control
Sartorius
Details
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CategoryBioreactor / Fermenter
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Dimension34.0in x 42.0in x 76.0in
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Serial05335/07
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Shipping TypeFreight
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ManufacturingDoes Not Apply
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Voltage / Hertz110-230V / 50Hz/60Hz
Description
The Sartorius BioStat C-DCU Type: 8842728 Bioreactor/Fermentor system is a robust solution designed for controlled biological cultivation processes. Manufactured by Sartorius, this stainless steel system features an integrated Digital Control Unit (DCU) for precise monitoring and operation, allowing for efficient management of cultivation parameters. Although it shows slight cosmetic blemishes from normal use, the system powers on successfully and has performed basic tests with no known functionality issues. Engineered in Germany, the unit supports voltages of 110-230V at 50/60Hz, ensuring compatibility with diverse power setups. This versatile equipment is ideal for laboratory environments focused on research, development, and bioproduction.
Technician comment
The system powers on successfully. No further testing has been performed. stainless steel bioreactor/fermentor. Has slight cosmetic blemishes from normal use. See photos
Key Features
- Stainless Steel construction
- Integrated Digital Control Unit (DCU)
- Operates on 110-230V, 50/60Hz
- Slight cosmetic wear
- Biological cultivation system
- Germany origin
Specifications
- Make: Sartorius
- Model: BioStat C-DCU
- Sub-Model: Type: 8842728
- Voltage: 110-230V
- Frequence: 50/60Hz
- Construction: Stainless Steel
- Country of Origin: Germany
- Condition: Good, with slight cosmetic wear
- Integrated DCU for monitoring
Weight
Imperial: 540.0 Pounds
Metric: 244.94 Kilograms
Shipping Dimensions
Imperial: 40.8 lb x 50.4 lb x 91.2 lb
Metric: 103.63 cm x 128.02 cm x 231.65 cm
Harmonized Code
8419.89
Harmonized Code Details
8419.89 - Machinery, plant or laboratory equipment for treating materials involving a change of temperature such as heating or cooling. This code is appropriate as it involves controlled biological processes typically involving such changes.
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