industrial electric motor

High-quality high-kW electric motors require both power and reliability in heavy-industry applications. Quality emerges from the combination of material selection, manufacturing pr... More Details

Our Quick Access Phone Numbers: +90 (542) 666 11 11 +90 (533) 777 04 44 Mail : [email protected]                                              High-efficiency Electr... More Details

The cast iron frame forms the outer shell of an electric motor and sets its mechanical strength. Made from grey cast iron, this frame is heavier than aluminium but far more rugged;... More Details

Heavy-duty machinery and plants consist of equipment that requires high torque and continuity, such as crushers, mills and large handling systems. The electric motors used in these... More Details

Electric motors suitable for long-term use are those that keep performing reliably in systems expected to run for years without interruption. A motor's lifespan is set together by ... More Details

Durability means far more than the power figure printed in a catalogue. A motor that keeps turning under heavy load, that runs for years in hot and dusty conditions without failing... More Details

The difference between IE3 Premium and IE4 Super Premium class motors shows up not so much in the purchase price as in the energy the motor consumes over its lifetime. On a continu... More Details

Across a motor's service life, the invoice at purchase counts for far less than the efficiency class. Where a machine runs without interruption, years of energy use dwarf the price... More Details

Heavy industry expects more than power from a motor: stability under sustained load, resistance to mechanical shock and continuity at high temperature. IE3 Premium efficiency-class... More Details

A plant that runs thirty motors does not need thirty good motors; it needs thirty identical ones. When two units carrying the same rating behave differently on the line, maintenanc... More Details

High-power IE3 electric motors do not serve a single application; they answer a shared need across very different sectors such as mining, cement, water management, food processing ... More Details

An electric motor designed for industrial use differs from its domestic counterparts in design philosophy: the goal is not maximum comfort but predictable, uninterrupted operation ... More Details

At the heart of high-power industrial systems run electric motors rated in large kW values. For main drive lines, large pumps, compressors and mills, motors above 90 kW demand a di... More Details

An IE3 motor is a three-phase asynchronous motor that meets the Premium efficiency class under IEC 60034-30-1 and has become the de facto standard for industrial applications. In i... More Details

The 15 kW, 30 kW and 75 kW electric motors form the backbone of medium-power industrial applications; together these three ratings cover a wide band from small pumps to large compr... More Details

The 90 kW electric motor, at about 125 HP, takes its place on the heavy-load lines of industrial plants; pumps, compressors and large fans are the main applications for this rating... More Details

The 22 kW electric motor, at about 30 HP, is one of the most widely used medium-power classes in industry; it serves as a reliable drive on many lines, from pumps to conveyors and ... More Details

The drive motor of a compressor is the component that directly sets the energy cost of producing compressed air. Since a screw or piston compressor typically runs for most of the d... More Details

Stone crushing and screening plants run on machines that generate constant impact and high torque as they reduce hard rock to aggregate size. The high-kW electric motors driving ja... More Details

High-power industrial work covers systems that run under continuous, heavy load such as rolling mills, large compressors, crushers and high-flow pumps. In these applications the mo... More Details