- Speed range (rpm): 80 to 2000
- Viscosity, max. (cP) 1):
- 5000 (~2000rpm)
- 10000 (~1200rpm)
- 30000 (~ 300rpm)
- 50000 (~ 200rpm)
- Stirring capacity (H2O), max. (L / cu ft): 20 / 0.71 (~2000rpm)
- Rated torque (N,cm / inch): 19 / 7.48
- Motor input / output (W): 70 / 40
- Speed control: PID feedback control
- Material:
- Body: Powder coated aluminum
- Cover: Polypropylene
- Motor type: BLDC (Brushless Direct Current)
- Dimension:
- Chuck range (Ø, mm / inch): 3~10 / 0.12~0.39
- Exterior (W x L x H) (mm / inch): 75 x 215 x 150 / 2.95 x 8.46 x 5.9
- Net weight (kg / lbs): 2.8 / 6.17
- Electrical requirements (120V/60Hz, A): 0.5
- Voltage: 100-240
- Hertz: 50/60
- Phase: 1P
- Plug Type: Type B l NEMA 5
Lab Companion MSD-0420 Mechanical Overhead Stirrer (digital) | 120V
Item#: AAH373225UThe Lab Companion MSD-0420 Mechanical Overhead Stirrer is a high performance stirrer with a speed range of 80 to 2,000 rpm and features a digital interface. This overhead stirrer provides safety functions for over temperature & overload protection and offers convenient use through a computer interface.
$804.00 $763.80
Structural Functional Features
- Possible for user to select clockwise (CW) / counter clock wise. (CCW)
- Slim & compact design.
- Convenient adjustment of height with pass-through impeller shaft.
- Chuck with excellent corrosion resistance. (Max Ø10 mm)
Use Convenience Features
- Best effort function to maintain maximum set rpm by monitoring sample viscosity changes in real time. (application 10-2014-0124899)
- Accurate stirring with PID feedback control.
- Operating elapsed time display function.
- Machine operation and data management with USB connection.
- Complete with accessories such as impeller, stand, clamp, etc.
Outstanding Safety
- Safety ensured by BLDC motor that does not generate sparks.
- Excellent heat dissipation structure makes use for a long time without any trouble.
- Continual use in safe by over temperature and overload protection.
- Malfunction prevented by controller lock function.
- Prevents sample run-off by smooth stirring start and stop function.