Electric motor 110 kW 991 rpm 3-phase ABB
Technical specifications
| Power | 110 kW |
| Speed | 991 rpm |
| Condition | Used |
| Frame size | 315 |
| Shaft diameter | 80 mm |
| Weight | 980 kg |
| Foot hole spacing | 508 x 406 mm / 508 x 457 mm |
| Starting method | star-delta (Y/Δ) - 400/690V |
| Manufacturer | ABB |
Technical details
M2BA 315SMC 6 B3
3323910
3GBA313230-ADAA0003
Product description
ABB electric motor 110 kW 991 rpm – performance and reliability in one
The ABB electric motor, rated 110 kW at 991 rpm, is an excellent solution for demanding industrial applications. ABB is a world leader in the production of electric motors, guaranteeing the highest build quality, long service life and reliable operation even in harsh operating conditions. The unit presented, although used, retains full technical functionality and is an economical alternative to new drive units while offering all the advantages of products from a reputable manufacturer.
The ABB three-phase electric motor 110 kW is widely used in heavy industry, mining, power generation and industrial processing. It is suitable for driving compressors, industrial pumps, fans, belt conveyors, mills and mixers. A speed of 991 rpm makes it suited to machines that need high torque at a relatively moderate shaft speed, which makes it an ideal choice wherever traction force and stable running are the priority.
The motor is built in frame size 315, which translates into a solid, massive construction weighing 980 kg, ensuring stable running and resistance to vibration. The shaft diameter of 80 mm allows direct coupling to heavy drive systems and ensures the transmission of considerable mechanical loads without risk of damage to the connection. The three-phase supply ensures even starting, smooth running and high energy efficiency, which directly lowers operating costs.
By choosing a used ABB 110 kW electric motor, you get a proven industrial drive solution with no compromise on quality and reliability. It is an investment that pays back quickly thanks to the lower purchase cost while retaining the unit's full functionality.







