FRONTIER™ 5000 SERIES MULTI PRO, 200 rpm-16,000 rpm, 24,325 g, -4 °F, 120V, Ohaus (CAT#: STEM-LC-1868-LC)

Frontier 5000 Multi-Pro Centrifuges manufactured by Ohaus are constructed from chemical-resistant stainless steel to ensure durability in lab use. Available in 7 models with capacities from 0.2 ml to 4 × 750 ml, they feature high-speed performance at maximum volume, automatic rotor recognition, backlit LCD, and safety features.

Speed Range: 200 rpm-18,000 rpm
Maximum Relative Centrifuge Force (x g): 23,542 g
Maximum Capacity(Rotor): 4 x 100 ml
Program memories: 99
Rotor In Package: -4 °F ; 104 °F (-20 °C ; 40 °C)
Acceleration Gear: 10
Deceleration Gear: 10
Dimensions: 28.78 in x 14.13 in x 16.02 in (731 mm x 359 mm x 407 mm) (LxHxW)
Display: LCD with backlight
Lid lock: Motor driven
Net Weight: 132 lb (60 kg)
Noise Level: ≤60±2 dB(A)
Power: AC Power (Included)
Power Consumption: 660 W
Pre-cool time: From room temperature to 4℃ ＜ 10min
Rotor Compatibility: Angle 4 x 85ml RB ID Hi; Angle 12 x 15 ml RB/FA ID; Angle 24 x 1.5 / 2.0 ml ID Sealable; Angle 6 x 50 ml RB ID Hi; Swing out 4 x 100 ml ID; Angle 12 x 1.5 / 2.0 ml ID; Angle 4 x 8-w PCR Strip ID; Angle 44 x 1.5 / 2.0 ml ID; Swing out 4 x 100 ml ID Sealable; Angle 6 x 85 ml RB ID; Angle 24 x 1.5 / 2.0 ml ID; Angle 6 x 85 ml RB ID Hi; Angle 30 x 15 ml RB/FA ID; Angle 30 x 1.5 / 2.0 ml ID Sealable; Angle 10 x 50 ml FA ID; Angle 64 x 0.5 ml ID; Angle 20 x 10 ml RB ID Hi; Angle 6 x 50 ml RB/FA ID; Swing out 2 x 3MTP ID
Rotor Recognition Method: Auto
Running Time: Continous; Quickspin; 10 sec to 99 h 59 min 59 sec
Safety Certification: CE; FCC
Working Environment: 36°F – 95°F, 80%RH, non-condensing (2°C – 35°C, 80%RH, non-condensing)

High-speed centrifugation platform
A wide variety of rotors and accessories available to fit workflow needs
Ten acceleration & deceleration rates
Selection of running time from 10s to 99h 59min or continuous, quick spin
CFC-free refrigeration system
Sample temp. indication (refrigerated models)
Lid-locking system, over-speed protection
Dual imbalance sensing

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