Electric motor 2.2 kW 1400 rpm single-phase 230V 90B3 ML
Technical specifications
| Power | 2.2 kW |
| Speed | 1400 rpm |
| Condition | New |
| Frame size | 90 |
| Shaft diameter | 24 mm |
| Weight | 21 kg |
| Foot hole spacing | 140 x 125 mm |
| Mounting arrangements | B3, B34, B35, B14, B5 |
| Manufacturer | Promotor |
Technical details
two capacitors
ML 90L2-4
Documentation
Product description
Single-phase electric motor 2.2 kW 1400 rpm
The Promotor single-phase electric motor, 2.2 kW, 1400 rpm, 230 V, 90B3 ML, is a well-thought-out technical solution for installations requiring a reliable medium-power drive. This compact drive unit runs steadily on a single-phase supply, which allows installation in locations without access to a three-phase network. The 24 mm shaft diameter ensures precise transmission of torque to the driven equipment.
Why choose this motor?
Technical specification
- Rated power: 2.2 kW - optimum for driving medium loads
- Speed: 1400 rpm - provides adequate torque at moderate speed
- Supply voltage: 230 V - single-phase, suited to standard installations
- Frame size: 90 - compact design that eases mounting
- Shaft diameter: 24 mm - designed for typical couplings and pulleys
- Weight: 21 kg - solid construction at a reasonable weight
- Design: 90B3 - standard foot-mounting type
Applications
The ML 90B3 drive is used in many branches of industry and agriculture. The single-phase design works very well in small workshops, farms and small production plants. What sets this model apart from the competition? Above all, reliability in continuous duty and ease of connection to standard 230 V supply networks.
The motor is ideal as a drive unit for compressors, water pumps, industrial fans, mixers, low-power machining machines, belt conveyors and many other devices requiring constant speed. The stator and rotor design ensures even running without significant vibration or overheating. Promotor has ensured full technical efficiency of the product offered, supplying a drive ready for immediate installation and start-up.







