FW30 Electric Overhead Stirrer
Laboratory stirrer for mixing liquids of varying viscosity
This electric overhead stirrer features a digital stepless speed control, offering high-speed and convenient operation with digital display of running speed for enhanced safety and reliability. It also has a low-noise mechanical reduction structure, compact size, high output torque, powerful mechanical stirring, automatic torque compensation, constant speed output, and digital speed display. It is able to operate continuously for extended periods, withstanding several hundred hours of uninterrupted use.
- Motor power (W) 120
- Power supply 220V, 50Hz
- Stirring capacity (H₂O) (ml) 50-20000
- Max. viscosity (cP) 50000
| Model | FW30 |
| Motor power (W) | 120 |
| Power supply | 220V,50Hz |
| Stirring capacity (H₂O) (ml) | 50-20000 |
| Max. viscosity (cP) | 50000 |
| Speed range (rpm) | 60-500 (Level I) |
| 240-2000 (Level Ⅱ) | |
| Speed display | Four-digit LCD display |
| Max. torque at stirring shaft (N.cm) | 150 |
| Medium-contact material | SS316L |
| Overheat protection | Yes (70℃) |
| Standard stirring agitator | 4-blade impeller |
| Allowable ambient temperature (℃) | 5 to 40 |
| Allowable relative humidity (%) | 80 |
| Agitator clamping method | Clamping chuck |
| Chuck clamping diameter range (mm) | 0.5-10 |
| Work frame/stand base | Standard |
| Operaiton mode | Batch processing |
| Dimensions (mm) | 215×310×730 |
| Weight (kg) | ≤ 9 |
| Packaging | Carton |
- Overload protection and motor protection ensure safe operation and laboratory safety.
- Equipped with an imported self-locking chuck for easy and quick operation, with a locking function to prevent the stirrer rod from loosening and ensuring high axial alignment.
- Features sir bar penetration hole that allows for easy replacement by simply adjusting the height of the stirrer paddle without the need to move the stirrer head up or down.
This laboratory equipment is ideal for dispersion, stirring, and other mixing processes involving fluids of varying viscosity. It is commonly used in research institutions, chemical industries, pharmaceutical companies, and medical facilities.
