A large share of early failures in an electric motor stem not from the winding but from the bearing, and a significant portion of these failures are tied to wrong or neglected lubr... More Details
How much time does the pump, fan or compressor in your plant actually run at full load? In most continuous processes the answer is: very little. Systems usually operate in the 40-7... More Details
A new cost item has come onto the agenda for Turkish plants exporting to the European Union: the Carbon Border Adjustment Mechanism (CBAM). This mechanism aims to price the embedde... More Details
In crusher and stone-crushing plants there is a motor group as critical as the main crusher yet often overlooked: the vibration motors used in vibrating feeders, under-bunker feedi... More Details
Cooling tower and chiller (water chiller unit) fan motors are among the most demanding outdoor applications in electric motor selection. These motors run outdoors under constant wa... More Details
Paper and packaging factories are among the most demanding industrial sectors for electric motor selection. The corrugated board line, printing press, slitting-cutting unit and dry... More Details
When buying a cast iron electric motor, most facilities focus on power, speed and efficiency class; yet one of the most critical factors determining the field life of a motor is th... More Details
Selecting an electric motor in solar and renewable-energy facilities requires different logic than in classic grid-fed plants. In a facility fed by solar panels, wind or hybrid sys... More Details
One of the most confusing decisions when buying an electric motor is choosing between a cheaper-looking old-stock IE2 motor and a compliant IE3 motor. Old IE2 stock still found on ... More Details
When you buy an electric motor, what protects your real investment is, as much as the motor itself, the protection devices around it. A wrongly chosen or wrongly set thermal relay,... More Details
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
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