Electric motor 0.25 kW 1400 rpm 3-phase 63B5 OMT
Technical specifications
| Power | 0.25 kW |
| Speed | 1400 rpm |
| Condition | New |
| Frame size | 63 |
| Shaft diameter | 11 mm |
| Flange spigot diameter | 95 mm |
| Bolt circle diameter | 115 mm |
| Weight | 5 kg |
| Mounting arrangements | B3, B34, B35, B14, B5 |
| Manufacturer | OMEC Motors |
Technical details
OMT4 63C-4
Documentation
Product description
Three-phase electric motor 0.25 kW 1400 rpm OMT - power for precise applications
The 0.25 kW 1400 rpm three-phase 63B5 OMT electric motor is a compact drive unit made by OMEC Motors, an ideal solution for applications requiring stable, low-power operation. The 63B5 design ensures easy installation in a variety of industrial machines. The drive has an optimal power-to-size ratio, which makes it a practical choice where installation space is a significant constraint.
The technical parameters of the unit are well balanced. A rated power of 0.25 kW combined with a speed of 1400 rpm ensures stable torque at low energy consumption. The shaft of 11 mm diameter, made of precisely machined steel, ensures excellent power transmission. Frame size 63 and a weight of 5 kg make this product well suited to small and medium industrial machines. What determines the quality of this motor? Above all, the reliable three-phase construction that minimises the risk of failure.
Technical specification
- Manufacturer: OMEC Motors
- Type: Three-phase electric motor
- Model: 63B5 OMT
- Power: 0.25 kW
- Speed: 1400 rpm
- Shaft diameter: 11 mm
- Frame size: 63
- Weight: 5 kg
- Condition: New
Applications
Why choose this motor? The three-phase 0.25 kW drive is widely used in small industrial devices such as circulation pumps, small fans, conveying systems, mixers, packaging machines and laboratory equipment. The stator and rotor design allows even running even under varying load. The fan-based cooling system prevents overheating during long-term operation, and the B5 mounting flange ensures versatile mounting in various machine configurations.







