- Cooled with natural refrigerant (R290) to protect your samples - and the planet
- Rotor capacity (up to): 48 × 1.5/2.0 mL, 12 × 5.0 mL; Eppendorf QuickLock® rotor allows for fast and ergonomic lid locking
- Max. speed: 25.001 × g (16,220 rpm)
- High capacity 48-place rotor significantly increases productivity to save you valuable time
- Soft touch one-finger closure for ergonomic operation
- Temperature range from -11 °C to 40 °C
(This represents the minimum and maximum temperatures that can theoretically be reached. Please note that the actual minimum and maximum temperatures depend on the rotor and speed used.) - FastTemp function for quick pre-cooling of the centrifuge, e.g., from ~ 23 °C to 4 °C in only 11 minutes
- ECO shut-off can be programmed to engage after 1, 2, 4 or 8 hours of non-use for maximum energy savings and extended compressor life
- Built-in condensation drain to eliminate water accumulation
- Automatic rotor recognition and imbalance detection for maximum operational safety
AR | ARS
AR | ARS
Centrifuge 5427 R
Product Information
- rotary knobs, refrigerated, without rotor
- ACT, 230 V/50 – 60 Hz (EU)
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Technical Data
Features
Technical Data
Specifications | 5427 R |
---|
ACT label | yes |
Max. RCF | 25001 × g |
Max. RCF with fixed-angle rotor | 25001 × g |
Max. RCF with swing-bucket rotor | 16049 × g |
Speed | 100 – 16,220 rpm (50 rpm steps) |
Product type | Centrifuges |
Rotors available | 9 |
Max. capacity | 48 × 1.5/2.0 mL |
Timer | 5 s to 9:59 h |
SOFT brake function | yes |
Noise level | < 55 dB(A) with rotor FA-45-48-11 |
Power supply | 230 V, 50 – 60 Hz |
Max. power consumption | 495 W |
Dimensions (W × D × H) | 31,9 × 54,0 × 25,4 cm / 12,6 × 21,3 × 10 in |
Product weight | 30 kg / 66,1 lb |
Height (with open lid) | 56 cm / 21,9 in |
Cooling | refrigerated |
Remote Device Monitoring and Notifications (VisioNize®) | VisioNize® box enabled |
Temperature range | -11 °C to +40 °C (This represents the minimum and maximum temperatures that can theoretically be reached. Please note that the actual minimum and maximum temperatures depend on the rotor and speed used.) |