Electric motor 0.55 kW 1395 rpm 3-phase SIEMENS
Technical specifications
| Power | 0.55 kW |
| Speed | 1395 rpm |
| Condition | Used |
| Frame size | 80 |
| Shaft diameter | 19 mm |
| Flange spigot diameter | 130 mm |
| Bolt circle diameter | 165 mm |
| Weight | 10 kg |
| Manufacturer | Siemens |
Technical details
1LA7080-4AA11
80M
Product description
Siemens electric motor 0.55 kW 1395 rpm – reliability and precision in one
This Siemens three-phase electric motor rated at 0.55 kW and a speed of 1395 rpm is a proven solution for demanding industrial applications. Siemens has been setting standards in the electric drives industry for decades, and every motor bearing this brand guarantees exceptional durability, precise workmanship and smooth running. It is an excellent choice for companies and workshops looking for a reliable drive.
Wide use in industry and workshops
The Siemens 0.55 kW electric motor works very well wherever a stable, continuous drive at moderate power is required. It is well suited to driving pumps, fans, belt conveyors, small machine tools, industrial mixers, compressors and workshop equipment. Frame size 80 and a 19 mm shaft diameter ensure broad compatibility with typical drive systems, which considerably simplifies installation and integration with existing machines.
Key technical parameters of the motor
The motor runs on a three-phase supply, which translates into even current draw and smooth operation. A speed of 1395 rpm classifies it as a four-pole motor, with lower noise and vibration levels than high-speed units. A weight of just 10 kg means installation and transport are no problem even in hard-to-reach locations.
Used Siemens motor – high quality
This unit comes from reclamation and is available in used condition, which makes it a very cost-effective alternative to new drive units. Siemens motors are known for exceptional service life and resistance to intensive use, so even a used unit of this brand is an investment worth considering. It is an ideal solution for companies wanting to optimise production costs without giving up the quality and reliability of the components used.







