Electric motor 0.75 kW 1400 rpm 3-phase 80B14 OMT
Technical specifications
| Power | 0.75 kW |
| Speed | 1400 rpm |
| Condition | New |
| Frame size | 80 |
| Shaft diameter | 19 mm |
| Flange spigot diameter | 80 mm |
| Bolt circle diameter | 100 mm |
| Weight | 11 kg |
| Mounting arrangements | B3, B34, B35, B14, B5 |
| Manufacturer | OMEC Motors |
Technical details
OMT4 802-4
Documentation
Product description
Three-phase electric motor 0.75 kW 1400 rpm 80B14 OMT
The OMEC Motors three-phase electric motor 0.75 kW 1400 rpm 80B14 is a reliable drive solution for industrial applications. The unit has a solid construction and precise workmanship, which translates into its efficiency and durability. This three-phase induction drive meets strict quality standards, ensuring stable operation in various operating conditions.
Why does this drive deserve attention? The technical parameters speak for themselves – the unit reaches 1400 revolutions per minute at a rated power of 0.75 kW. The mechanical design in frame size 80 with a B14 flange offers versatile mounting in many machines. The shaft with a diameter of 19 mm has adequate strength for mechanical loads. The compact build, with a weight of 11 kg, makes installation easier in places with limited space.
Technical specification
- Manufacturer: OMEC Motors
- Rated power: 0.75 kW
- Speed: 1400 rpm
- Supply type: three-phase
- Frame size: 80
- Mounting: B14 flange
- Shaft diameter: 19 mm
- Weight: 11 kg
- Condition: factory-new
Applications
What determines the popularity of this motor? This three-phase drive is used in many industrial devices. It works very well in drives for pumps, small fans, belt conveyors and cooling systems. A power of 0.75 kW proves optimal for smaller production machines, agricultural equipment and automation systems. Stable operation at 1400 rpm means the motor maintains constant torque even under variable load.
The 0.75 kW 80B14 electric motor ensures high energy efficiency. Its stator and rotor are made of high-grade materials that minimise energy losses. The design ensures effective heat dissipation, and long-life bearings reduce the need for frequent maintenance.







