Gearmotor / gearbox 0.25 kW 48.4 rpm 3-phase with brake Lenze
Technical specifications
| Power | 0.25 kW |
| Speed | 48.4 rpm |
| Condition | Used |
| Shaft diameter | 20 mm |
| Weight | 10.5 kg |
| Brake | Yes |
| Manufacturer | Lenze |
Technical details
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Product description
Lenze gearmotor with brake - precision and reliability
The Lenze 0.25 kW gearmotor with brake is a compact and solid unit that meets the needs of demanding industrial applications. This used but fully operational three-phase drive features stable operating parameters and high efficiency. The Lenze brand, a recognised German manufacturer with a long tradition, ensures engineering precision in every element of the gearbox.
Why choose this gearmotor? The key is the combination of low power with impressive torque. The drive unit offers 0.25 kW of rated power at a speed of only 48.4 rpm. The output shaft with a diameter of 20 mm ensures optimum torque transmission. The frame size 0 design has compact dimensions at a weight of 10.5 kg, which makes mounting in confined spaces easier.
Technical specification
- Manufacturer: Lenze
- Rated power: 0.25 kW
- Speed: 48.4 rpm
- Supply type: three-phase
- Shaft diameter: 20 mm
- Frame size: 0
- Weight: 10.5 kg
- Additional equipment: brake
- Condition: used (fully operational)
Applications and advantages
What applications does this gearmotor find? It is ideal for machines requiring precise positioning and low speeds - belt conveyors, mixers, dosing units, feeders and packaging systems. The built-in brake ensures that the drive stops immediately in the event of a power failure or switch-off, which significantly increases operator safety.
This three-phase Lenze gearmotor features smooth running and reliability. The solid construction ensures long service life even in harsh industrial conditions. The gearbox reduces the motor speed while increasing torque, which allows use in applications requiring high force at low speed. The drive offered has undergone detailed technical verification confirming its full operational efficiency.







