The Eppendorf SE Centrifuge 5920 R, cooled, 230 V / 50-60 Hz, without rotor, membrane version, is a high-capacity benchtop centrifuge designed for versatile laboratory applications. It accommodates conical tubes, plates, and standard 1 liter Nalgene bottles without the need to change rotor buckets or adapters, providing efficient sample processing in a compact footprint.
Product Features
- High-capacity benchtop centrifuge, cooled, without rotor
- Compatible with conical tubes, plates, and 1 L bottles
- Plate rotor options for MTP, PCR, or Deepwell plates
- Fixed-angle rotors for high-speed molecular biology applications (0.2 to 50 mL tubes)
- Aerosol-tight Eppendorf QuickLock caps and lids for ergonomic lid locking
- Quiet operation <60 dB
- Compact footprint for space-efficient lab placement
- Automatic rotor recognition and imbalance detection
- FastTemp function for rapid pre-cooling and FastTemp Pro for automatic pre-programmable cooling
- Standby cooling maintains temperature when centrifuge is idle
- ECO shut-off engages after 8 hours (adjustable)
Specifications
- Max. RCF: 21,194 × g
- Speed range: 100 ... 13,700 rpm (10 rpm increments)
- Max. Load: 4 × 1000 mL / 4 × 7 MTP
- Noise level: <60 dB
- Number of programs: 99 (5 keys)
- Timer: 10 s to 99 h 59 min, continuous, Short-Spin
- Power consumption: 1650 W
- Temperature setting range: -11 ... +40 °C
- Dimensions (W × D × H): 740 × 710 × 400 mm
- Height with lid open: 940 mm
- Net weight: 139 kg
- Power supply: 230 V, 50/60 Hz
Benefits
- Accommodates multiple sample formats without changing rotors
- Efficient refrigerated centrifugation for sensitive samples
- Quiet and compact design improves lab workflow
- Automatic rotor recognition and imbalance detection enhance safety
- FastTemp features reduce pre-cooling waiting time
Why Choose Eppendorf SE Centrifuge 5920 R?
This cooled benchtop centrifuge, without rotor, provides versatile and reliable centrifugation for conical tubes, plates, and bottles. Its advanced safety features, pre-cooling functions, and large capacity make it ideal for molecular biology and high-throughput laboratory workflows.
