Gearmotor / gearbox 7.5 kW 16 rpm SEW
Technical specifications
| Power | 7.5 kW |
| Speed | 16 rpm |
| Condition | Unused (new old stock) |
| Shaft diameter | 100 mm |
| Weight | 415 kg |
| Manufacturer | SEW Eurodrive |
| Ratio | 88,70 |
Technical details
Helical gearbox R137/A
Adapter AMS132S/M
Motor 1MB15531CB234FB4-7.UD.2308/9085368-001-002
132M IMB5
UD 2308/9085368-001-002
Documentation
Product description
Gearmotor SEW Eurodrive 7.5 kW 16 rpm
The SEW Eurodrive gearmotor with a power of 7.5 kW and a speed of 16 rpm is a precise industrial unit designed for the most demanding applications. This brand-new drive ensures full technical efficiency and the reliability characteristic of the German manufacturer SEW Eurodrive - a leader in drive technology. The shaft with a diameter of 100 mm ensures stable transmission of considerable loads, which translates into long-term operation without downtime.
The construction of this gearmotor is based on solid components, as confirmed by its impressive weight of 415 kg. Size 0 indicates the standard series of the unit, providing an optimal ratio of parameters to dimensions. The low speed of 16 rpm combined with a power of 7.5 kW results in high torque. What sets this gearmotor apart from the competition? Above all, its solid construction and an advanced cooling system that allows operation even in difficult industrial conditions.
Applications
Why choose this gearmotor? The product is excellent in systems requiring high force at low speed. It is ideally suited to driving:
- Heavy belt conveyors in the mining industry
- Large-volume industrial mixers
- Bulk material handling systems
- Heavily loaded production lines
- Wood and metal processing equipment
The SEW Eurodrive gearmotor features low noise levels during operation and minimal maintenance requirements. The exceptionally rigid housing stabilises the drive system, eliminating unwanted vibration. What is the secret of this unit's reliability? It lies in the precise matching of all gearbox components, which maximises the energy efficiency of the whole system while maintaining optimal operating parameters.







