Gearmotor / gearbox 1.1 kW 31.5 rpm 3-phase with brake
Technical specifications
| Power | 1.1 kW |
| Speed | 31.5 rpm |
| Condition | Used |
| Shaft diameter | 35 mm |
| Weight | 37 kg |
| Brake | Yes |
| Manufacturer | ABM |
Technical details
EFB3/G132/4D90SA-4
F381611 0001
030038587
Product description
ABM brake gearmotor 1.1 kW 31.5 rpm – a reliable drive for demanding industrial applications
The ABB gearmotor with integrated brake, rated at 1.1 kW and a speed of just 31.5 rpm, is a proven drive solution for industry that works excellently wherever precise motion control and secure stopping of the working shaft are required. The unit is widely used in packaging machines, belt conveyors, hoists, industrial gates, mixers and all kinds of in-plant transport systems. Thanks to the built-in electromagnetic brake, the drive provides immediate and safe immobilisation of the load even after a sudden loss of power.
The gearmotor runs on a three-phase supply, which guarantees stable operation and high energy efficiency under continuous load. The sturdy mechanical gearbox provides high output torque, necessary for driving heavy mechanisms at relatively low speed. The 35 mm shaft diameter allows direct connection to typical drive elements such as couplings, gears or rope drums, without the need for additional intermediate reducers.
The unit comes from the renowned manufacturer ABM, a German company with an established position in the electric drives market, known for the high quality and long life of its products. The weight of 37 kg reflects a massive, industrial construction designed for many years of trouble-free operation in harsh environmental conditions. The gearmotor has been thoroughly checked technically and retains full operational fitness, which makes it an attractive and economical alternative to new drive units.
The ABM gearmotor on offer is an ideal choice for production plants, machine service shops and automation system integrators looking for an efficient drive. Its used condition allows investment costs to be reduced significantly while maintaining high technical parameters and operational reliability.







