Electric motor 3 kW 900 rpm 3-phase 112B3 OMT
Technical specifications
| Power | 3 kW |
| Speed | 900 rpm |
| Condition | New |
| Frame size | 112 |
| Shaft diameter | 28 mm |
| Weight | 33 kg |
| Foot hole spacing | 190 x 140 mm |
| Mounting arrangements | B3, B34, B35, B14, B5 |
| Manufacturer | OMEC Motors |
Technical details
OMT4-112MC6
Documentation
Product description
OMEC Motors three-phase electric motor - power and reliability
The OMEC Motors three-phase electric motor, 3 kW, 900 rpm, 112B3 OMT, is a high-quality industrial drive intended for applications requiring stable operation at low speed. The unit features a solid construction and optimised energy efficiency, which translates into long, trouble-free service. The frame made to the size 112 standard provides adequate stiffness and effective heat dissipation during operation.
What are the advantages of this product? Above all, the low speed of 900 rpm combined with a power of 3 kW guarantees the high torque essential in industrial applications such as conveyors, mixers or processing machines. The shaft with a diameter of 28 mm ensures stable transmission of drive to the driven machine. The B3 design allows foot mounting, which eases installation in typical drive systems. The weight of 33 kg reflects solid workmanship and the use of high-quality materials in the construction of the stator and rotor.
Technical specification
- Manufacturer: OMEC Motors
- Model: OMT 112B3
- Power: 3 kW
- Speed: 900 rpm
- Supply: three-phase
- Frame size: 112
- Shaft diameter: 28 mm
- Weight: 33 kg
- Condition: new
Applications
What determines the quality of this motor? Above all, its versatility and technical parameters ideally matched to demanding industrial applications. The 3 kW three-phase drive is well suited to machines requiring high torque at relatively low speed, such as industrial pumps, compressors, mixers, belt conveyors, industrial fans or woodworking machines. The product is also well suited to work in harsh environmental conditions, retaining full operational capability even under heavy loads.







