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18.5 kW and 22 kW are two of the most frequently supplied IE3 motor powers in the medium-to-large class. They appear often in pump stations, fan and ventilation groups, compressors... More Details

Concrete recycling and crushing construction and demolition (C&D) waste back into aggregate is a business that is spreading quickly, both for cost and for sustainability. But the e... More Details

Seawater and saltwater pumping is one of the most demanding branches of electric motor supply. Whether it is a port facility, a fishing harbour, a seawater cooling line, a salt pon... More Details

Submersible drainage and sewage pumps are special pumps that discharge liquids containing wastewater, sewage and solid particles, operating fully submerged in the liquid. In these ... More Details

Bakeries, bread factories and flour mills are special facilities where food hygiene, continuous production and different torque profiles coexist. The dough mixer demands very high ... More Details

Recycling and plastic shredding plants are facilities that push electric motors to their limits within the triangle of impact load, high torque and abrasive material. When a shredd... More Details

Chemical, pharmaceutical and detergent factories have unique requirements that set them apart from other industrial branches in electric motor selection. Corrosive chemicals, explo... More Details

Glass and ceramics factories rank among the most demanding facilities for electric motors due to their continuous thermal processes and high mechanical loads. Kiln and drying fans ... More Details

Motors between 90 and 132 kW make up a facility's most expensive and most critical drives; in this power band the right pole (speed) choice and the right supply plan directly affec... More Details

At ore-preparation and mining plants, mill drive is the toughest load a motor can face. The tonnes of grinding media and ore inside a ball or rod mill expose the motor to both high... More Details

The most common mistake when buying a motor for a fan system is selecting on kW alone, without accounting for the fan type. Yet a centrifugal (radial) fan and an axial fan impose e... More Details

Motor procurement at a textile or spinning mill is less about buying a single motor than about managing a list. From the blowroom line to carding and drawing frames, from roving an... More Details

When you buy a motor for a coastal pumping station, a port crane system or a pump set at a seaside plant, the problem is not the motor power; it is how quickly salt-laden moisture ... More Details

In workshops, small machines and household-type agricultural equipment where there is single-phase (220V) supply, the right solution is most often a single-phase asynchronous motor... More Details

In high-speed applications such as centrifugal pumps, fans and blowers, 2-pole 3000 rpm motors are the standard. But choosing the right power in these applications is more delicate... More Details

When replacing a failed IE3 motor, the most critical question is not power; it is mechanical fit. The new motor's foot holes must align with the base, its shaft with the coupling o... More Details

The most common confusion when ordering an electric motor comes from power being given sometimes in horsepower (HP) and sometimes in kilowatts (kW). A machine's nameplate may read ... More Details

When you look for a motor for your conveyor, mixer or dosing line, what you usually need is not a stand-alone electric motor but a monoblock geared motor that delivers the right ou... More Details

The short answer to "is an IE5 motor expensive?" is this: the initial purchase price of an IE5 motor is higher than an IE4 or IE3 motor, but in the right application this differenc... More Details

The strongest aspect of switching to high-efficiency motors is energy savings; but there is a second lever that significantly accelerates the payback of this investment: state ince... More Details