#MotorTalkMonday - NEMA vs. IEC: know the difference Electric motors operate under strict standards, but not all standards are the same. If you manage facilities across different regions or work…

#MotorTalkMonday - how to beat bearing currents When a motor is connected to a VFD, high-frequency switching can induce shaft voltage. If that voltage discharges through the bearings, it can…

#MotorTalkMonday - choosing the right enclosure type Choosing the right motor enclosure is critical for performance and reliability. Each type is designed for specific environments, and using the wrong one…

Why Are 3-Phase Motors More Efficient Than Single-Phase Motors? When selecting an electric motor, efficiency plays a major role. One of the most common questions we hear is why 3-phase…

#MotorTalkMonday - 2027 DOE motor efficiency standards Big changes are coming to electric motors in 2027, and they’re all about efficiency. Starting June 1, 2027, the U.S. Department of Energy…

#MotorTalkMonday - calculating horsepower from torque & speed When selecting or evaluating a motor, it is important to understand how torque and speed combine to produce horsepower. These values are…

#MotorTalkMonday - the importance of ingress protection Not all electric motors operate in clean, controlled environments. In many applications, motors face dust, moisture, washdowns, or even direct spray. That’s where…

#MotorTalkMonday - L10 bearing life explained What Is L10 Life? When selecting or evaluating rolling-element bearings, you may see the term L10 life (sometimes written B10 life). This value is…

#MotorTalkMonday - why ambient temperature matters Ambient temperature plays a major role in how electric motors perform and how long they last. Most industrial motors are designed with a maximum…

Misalignment is a silent killer of electric motors and driven equipment. When a motor is installed or maintained, one of the most critical — yet often overlooked — steps is…