ASAP Axis Blog

Motor starters play an important role in how many robust electrical systems begin operation, serving to support connected motors with optimal power flow management and overcurrent protection. With their direct influence on the ability of any motor to be safely started or stopped, they are subject to great scrutiny during general equipment procurement processes. This is primarily a result of varied starter configurations supporting unique operating demands, making it necessary for procurement teams to have a clear understanding of what distinguishes one option from another, as well as how differences affect suitability. To support buyers in carrying out informed purchasing processes, this blog will examine how to compare common motor starter types and what major factors should guide evaluation.

Common Types of Motor Starters

Being familiar with the basics of the most notable motor starter categories and their individual capabilities is useful for buyers to remain aware of the options at their disposal. This can hasten the process of narrowing down a suitable fit, with the most sought-after starters including:

As their name suggests, polyurethane rollers are cylindrical rollers blanketed in a layer of an elastomer material called polyurethane. Based on the application in question, the inner roller core may be susceptible to scratches, dents, corrosion, and other types of damage. However, the layer of polyurethane has innate properties that provide the inner roller core with a certain level of abrasion resistance and impact strength. As such, polyurethane rollers are utilized in many manufacturing processes for carrying out a multitude of operations, including printing, laminating, coating, and more.

Across many industry verticals, metal is used to create a variety of strong part types present in machinery, structural components, and much more. With metal being such a highly demanded material, different processes have come about that make working with metal more efficient. One of the popular approaches to simplifying metal work is metal stamping, which is a coldworking process used to shape sheets or coils of metal. This technique can be further divided into three popular metal stamping techniques, those of which can be used for a number of applications with various metals, making metal stamping a versatile solution for creating many in-demand parts.

Transistors and diodes are both semiconductor devices, and each component serves as an essential building block of countless electronics and circuits. While transistors and diodes are often found in similar applications, their roles and operations tend to differ from one another. In this blog, we will provide a brief overview of transistor and diode part types, allowing you to have a better understanding of their functionalities and differences.