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When buying an electric motor, most facilities focus on power, speed and efficiency class; yet how and in which environment the motor is cooled determines its life and uninterrupte... More Details

IE5 synchronous reluctance motors represent the field reality of the ultra-premium efficiency class. Yet for buyers, the real question is not only the initial investment but whethe... More Details

The first step in buying the right motor for an application is correctly calculating the required power (kW). A motor selected too small is constantly strained at overload and fail... More Details

The most critical mechanical part determining the life of an asynchronous motor is often the bearing. When a motor fails, the cause is, in most cases, not the winding but a worn or... More Details

Buying a high-efficiency motor is the first step most businesses take to reduce energy cost. However, raising the efficiency class alone is not enough; correctly sizing the motor i... More Details

Crusher and stone-crushing plants are among the harshest environments that exist for an electric motor. Constant dust, vibration, humidity, splashing water and impact loads all bea... More Details

Choosing the right electric motor for field, garden and greenhouse irrigation depends on the pump type, the water source and on-site electrical conditions as much as on supply cont... More Details

When buying a motor that will run in a dusty crushing plant, an oily machine shop or a damp water plant, the critical question to ask is this: "Can dust, water or oil get inside th... More Details

When looking for a motor for a low-speed, high-torque application such as a conveyor, mixer, screw or hoist, the decision has two layers: you must choose both the right reducer and... More Details

A common hesitation when ordering an IE3 three-phase motor is this: "My grid voltage sometimes reads 380V, sometimes 400V, even 415V; will the motor I buy handle this fluctuation?"... More Details

You bought a spare motor but will not use it right away; or motors you put into stock for a project will sit in the warehouse for months. At this point the question is commercial: ... More Details

One of the most common questions when buying a next-generation efficient motor for your production line is this: "Permanent magnet motors are expensive and their supply is volatile... More Details

When investing in a high-efficiency electric motor, the most critical question is: How much energy and cost saving does this motor actually deliver per year, and how can I document... More Details

When ordering the electric motor that will drive a machine, not only power but also output speed is at least as decisive. The motor own speed is fixed by its pole count; however, t... More Details

In crusher and stone-crushing plants, the electric motor is exposed to one of the toughest operating conditions in industry: continuous full load, intense dust, high ambient temper... More Details

When buying a cast-iron bodied electric motor, most buyers focus on power, speed and efficiency class; the detail of grounding and electrical safety is usually left to commissionin... More Details

Whether you should order a squirrel cage or a slip-ring (wound rotor) asynchronous motor is a more critical purchasing decision than it first appears. A motor delivered with the wr... More Details

When you buy an asynchronous motor and store it in the warehouse, the motor is an investment waiting for you; however, every week spent in storage carries a silent risk for the mot... More Details

When buying an IE4 super premium motor, the high efficiency value you see on the nameplate is actually the result of a battle against losses taking place inside the motor. Every el... More Details

When buying an IE3 electric motor, looking at the kW, speed and efficiency values is a familiar reflex; however, a value that truly reinforces the purchasing decision is often over... More Details