Fisher Biotech FB 600 Electrophoresis System Power Supply 4000V 200W 5-200mA Used
Fisher Biotech
Details
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CategoryElectrophoresis
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Dimension11.0in x 16.0in x 8.0in
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Serial38799
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / Hertz120V / 50Hz/60Hz
Description
The Fisher Biotech FB 600 Electrophoresis System, manufactured by Fisher Biotech, is a robust and versatile power supply designed for electrophoresis applications. This used unit, originating from the United States, has undergone basic functionality tests and shows no known operational issues despite cosmetic wear such as dents and scratches on its exterior. It supports various settings with voltage up to 4000V, wattage up to 200W, and current ranging from 5 to 200mA. Equipped with intuitive controls, the system features min-to-max dials, lighting indicators for norm and set controls, and a DC switch for operational ease. Although it does not include power/data cables, it comes with a power cord. Its steel construction ensures durability and reliable performance across laboratory conditions. Ideal for diverse electrophoresis experiments, this system is ready to enhance laboratory efficacy.
Key Features
- Voltage range: up to 4000V
- Power output: up to 200W
- Current settings: 5 to 200mA
- Manual control with min-to-max dials
- Durable steel construction
Specifications
- Voltage: up to 4000V
- Power: up to 200W
- Current: 5 to 200mA
- Housing: Steel construction
- Operational controls: Manual dials for voltage, current, and power
- Includes: Power cord (no data cables or software included)
Weight
Imperial: 30.0 Pounds
Metric: 13.61 Kilograms
Shipping Dimensions
Imperial: 13.2 lb x 19.2 lb x 9.6 lb
Metric: 33.53 cm x 48.77 cm x 24.38 cm
Harmonized Code
85437000
Harmonized Code Details
Harmonized Code 85437000: Electrical machines and apparatus, having individual functions, not specified elsewhere in this chapter. Electrochemical power supplies, such as electrophoresis units, fall under this category due to their specific use in scientific research.
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