Electric motor 0.12 kW 2900 rpm 3-phase 56B3 MS
Technical specifications
| Power | 0.12 kW |
| Speed | 2900 rpm |
| Condition | New |
| Frame size | 56 |
| Shaft diameter | 9 mm |
| Weight | 3 kg |
| Foot hole spacing | 90 x 71 mm |
| Mounting arrangements | B3, B34, B35, B14, B5 |
| Manufacturer | Promotor |
Technical details
MS 56 2-2
Documentation
Product description
Promotor three-phase electric motor 0.12 kW 2900 rpm
The Promotor 0.12 kW 2900 rpm three-phase electric motor is a compact drive unit designed for applications requiring high speed at low power consumption. The MS model in the 56B3 version features a solid construction and precise workmanship, which translates into long, trouble-free operation. What applications does this compact drive have?
Technical specification
- Manufacturer: Promotor
- Model: MS 56B3
- Rated power: 0.12 kW
- Speed: 2900 rpm
- Supply: three-phase
- Shaft diameter: 9 mm
- Frame size: 56
- Weight: 3 kg
This three-phase electric drive stands out with its high speed while keeping small dimensions and weight. The 9 mm shaft diameter allows precise matching to the driven mechanisms without additional reduction. Frame size 56 eases installation in standard drive systems, and the low weight of 3 kg means installation does not require advanced mounting systems.
Application and advantages
The 0.12 kW three-phase electric motor is widely used in small industrial equipment, ventilation systems, circulation pumps, lightly loaded mixers or packaging machines. The high speed of 2900 rpm ensures efficient operation in applications requiring fast movements. What distinguishes this product from other drives in this class? Above all, the reliability of the design, which translates into stable operation even in harsh industrial conditions.
- The high speed is ideal for drives requiring dynamic operation
- Compact dimensions allow installation in confined spaces
- The three-phase supply guarantees even running and smooth starting
- The 56B3 design provides mounting versatility
- Brand-new product in full technical working order







