Centrifuge 5804 R Eppendorf Catalog 5805000068

Centrifuge 5804 R Eppendorf Catalog 5805000068 Technical Specifications

• Maximum RCF: 20,913 × g
• Maximum RCF with Fixed-Angle Rotor: 20,913 × g
• Maximum RCF with Swing-Bucket Rotor: 4,500 × g
• Maximum RCF with Plate Rotor: 2,250 × g
• Speed Range: 200 – 14,000 rpm (in 10 rpm increments)
• Type: Centrifuge
• Available Rotors: 12
• Maximum Capacity: 4 × 250 mL or 2 × 5 MTP
• Acceleration/Braking Ramps: 10/10
• Number of Programs: 35 user-defined programs
• Timer: 1 to 99 minutes, with continuous run and short-spin options
• Noise Level: < 58 dB(A)
• Power Supply: 230 V, 50 – 60 Hz
• Maximum Power Consumption: 1650 W
• Dimensions (W × D × H): 63.4 × 55.0 × 34.2 cm (25.0 × 21.7 × 13.5 in)
• Footprint (without front panel): 64 × 50 cm
• Product Weight: 80 kg (176 lb)
• Height (with lid open): 74 cm (29 in)
• Cooling Type: Refrigerated
• Temperature Range: -9 °C to 40 °C

Maximum Capacity:

• Conical Tubes: 40 × 15 mL or 16 × 50 mL
• Plates: 10 × MTP or 2 × DWP
• Blood Collection Tubes: 56 × 13 mm or 52 × 16 mm

Noise Levels:

• Rotor FA-45-6-30 (6 × 50 mL): < 54 dB(A)
• Rotor S-4-72 (4 × 250 mL): < 58 dB(A)

Features

• Versatile Rotors and Adapters: Accommodates tubes and bottles from 0.2 mL to 250 mL
• Plate Rotor: Suitable for MTP, PCR, cell culture, or Deepwell Plates
• Fixed-Angle Rotors: Designed for high-speed applications with tubes from 0.2 mL to 85 mL
• High-Speed Centrifugation: Achieves up to 20,913 × g (14,000 rpm)
• Soft-Touch Lid Closure: Ensures easy operation
• Low Access Height: 29 cm for convenient sample handling
• Quiet Operation: Enhances the working environment
• Compact Design: Saves valuable bench space
• Automatic Rotor Recognition: Includes imbalance detection for safety
• Temperature Control: Range of -9 °C to 40 °C
• FastTemp Function: Quick pre-cooling capability
• Continuous Cooling: Maintains a consistent temperature after the run
• ECO Shut-Off: Activates after 8 hours of inactivity to conserve energy and extend compressor life
• Dynamic Compressor Control (DCC): Optimizes cooling performance