MENU
NO | NOK
Logged in as:
NO | NOK
No results found
Search Suggestions
Centrifuge CS150FNX
Centrifuge CS150FNX side view
Product Information
- refrigerated, floorstanding
- touch interface, 230 V/50/60 Hz (EU), 8 A
You will find additional download material at the bottom of this page
Technical Data
Features
| Specifications | CS150FNX |
|---|
| Max. RCF | 1050000 × g |
| Heat output | 0.7 kW |
| Speed | 5000 – 150000 rpm (1000 rpm steps) |
| Max. capacity | 6 x 30 mL |
| Number of programs | 20 |
| Timer | 1 min to 99 h 59 min with HOLD and RTC (real-time control) function |
| Noise level | < 45 dB(A) |
| Power supply | 230 V, 50/60 Hz |
| Max. power consumption | 700 W |
| Dimensions (W × D × H) | 440 × 520 × 910 mm / 17,3 × 20,5 × 35,8 in |
| Footprint (dimensions w/o front panel, WxD) | 440 x 520 mm / 17.3 x20.5 in |
| Product weight | 105 kg / 231,5 lb |
| Height (with open lid) | 910 mm / 35,8 in |
| Cooling | refrigerated |
| Cooling system | Thermo-module cooling system (HFC-free) |
| Temperature range | 0 °C to +40 °C |
| Power requirement |
Single phase: AC 110/120 V±10%, 15 A (50/60 Hz) Single phase: AC 208/220/230/240 V±10% 8 A (50/60 Hz) |
| Vacuum system | Oil rotary vacuum pump and oil diffusion pump |
| Rotor setting method | Self-locking rotor system (no special tool required) |
- Maximum speeds of up to 1,050,000 x g (140,000 rpm)
- Maximum capacity of 180 mL (6 x 30 mL with rotor S50A) - minimum capacity of 4.6 mL (20 x 0.23 mL with rotor S100AT3)
- Easy operation via LCD Touch-Display
- Very low noise levels (45 dB[A]) for a relaxed work environment
- Self-locking rotor system and maximum speed detection ensure user safety
- Choose between floorstanding or benchtop model - depending on the space requirements in your lab
- Easy sample balancing by visual check (max. difference of 5 mm in all tubes and bottles)*
- Non-contact imbalance sensor monitors vibration of the rotor and drive shaft at any time
- Himac Real-Time Control function (delay timer setting) helps to precisely control net run-time and obtain high-reproducibility separations
