Eppendorf 5804 Benchtop Centrifuge with A-2-DWP Rotor, 14000 RPM, Medium-Throughput
Eppendorf
Details
-
CategoryCentrifugation
-
Dimension22.0in x 19.0in x 14.0in
-
Serial0012648
-
Shipping TypeFreight
-
ManufacturingDoes Not Apply
-
Voltage / Hertz120V / 50Hz/60Hz
Description
The Eppendorf 5804 Benchtop Centrifuge is a high-performance device perfect for medium-throughput applications, offering speeds of up to 14,000 RPM and an RCF of up to 20,913 x g. It is equipped with an A-2-DWP Rotor, allowing versatile sample processing of various rotors and adapters, accommodating tubes from 0.2mL to 250mL, and plates like MTP, PCR, and deep-well. Known for its compact design, automatic rotor recognition, and safety features such as imbalance detection, this centrifuge operates quietly to enhance the laboratory work environment. In excellent used condition, this centrifuge has been verified to achieve its max rotor speed smoothly with no vibration or noise issues.
Technician comment
Unit tested and verified to reach its maximum rated rotor speed. Centrifuge operates smoothly with no abnormal vibration or noise observed during test. Includes A-2-DWP rotor.
Key Features
- Max Speed 14,000 RPM
- Max RCF 20,913 x g
- Accommodates 0.2mL to 250mL tubes and various plates
- A-2-DWP Rotor included
- Automatic rotor recognition
- Compact and quiet operation
- Imbalance detection
Specifications
- Max Speed: 14,000 RPM
- Max RCF: 20,913 x g
- Compatible Rotors: Swing-bucket, Fixed-angle, Plate
- Max Capacity: 250mL/ 25MTP
- Noise Level: <62 dB(A)
- Power Supply: 120V, 50/60Hz
- Rotor Recognition: Automatic
- Safety Features: Imbalance Detection
Weight
Imperial: 145.2 Pounds
Metric: 65.86 Kilograms
Shipping Dimensions
Imperial: 26.4 lb x 22.8 lb x 16.8 lb
Metric: 67.06 cm x 57.91 cm x 42.67 cm
Harmonized Code
84211900
Harmonized Code Details
The code 84211900 applies to other centrifuges, as this Eppendorf model is a benchtop centrifuge designed for scientific and laboratory use. It fits within the category of machinery that performs centrifugal separations.
Comments 0
There are currently no public comments.