Learning Center

In most industrial equipment, this type of control interrupts power or a control signal, causing the system to transition to a defined safe state.  In practical terms, a “kill switch” is not a distinct category of technology. It is a switching device applied with the specific purpose of stopping operation quickly and intentionally.  Understanding how ...

If you have ever questioned the difference between single pole and double pole switches, the answer begins with understanding how many independent current paths need to be opened or closed in your application.  What Does “Pole” Mean in a Switch?   In electrical switching terminology, a pole refers to the number of separate circuits a switch ...

Earlier channel designs often introduced challenges related to size and usability. Larger footprints could limit installation in tighter environments, while sealed internal construction could restrict where components, such as push buttons, can be placed. In some cases, fluid accumulation within the channel also made cleaning more difficult. The Aero Channel was designed to improve on ...

A double pole switch controls two electrical circuits simultaneously with a single action. Use it when both conductors must change state together or when you need to disconnect equipment more completely.  This article explains what a double pole switch is, how it works, where it is used, and what to consider when selecting one.  What ...

A single pole switch is one of the most widely used switch configurations in electrical control. It is designed to open or close one electrical circuit using a straightforward ON and OFF mechanism.  Because of its simplicity and reliability, the single pole configuration appears in a wide range of electrical devices, including industrial machinery, medical ...

Testing isn’t a one-time step done at the end of production. It usually begins early in the design phase and continues as the product moves toward validation. Internal evaluations help identify potential issues before formal submission, while accredited third-party testing provides the documentation required for regulatory compliance.  Understanding how these stages collaborate clarifies what testing ...

Both wired and wireless foot switches are common in medical, industrial, and laboratory environments. Each type has specific design factors, performance features, and long-term tradeoffs. Knowing how they operate, what happens inside the system, and where each is most effective can make the choice easier.  This article explains the key differences between wired and wireless ...

These duty classifications apply specifically to our industrial product line and are not industry standards. Light, medium, and heavy duty are internal categories used to describe how a foot switch is expected to perform over time, based on construction and use in demanding industrial environments, and often feature thicker housings, higher-strength materials, and protective features ...

Before printing was available in house, these early checks took much longer. Engineers had to wait for CNC-machined parts or discover issues after tooling had already been purchased. If something did not fit or function properly, the team had to stop, modify tooling, or order new tooling entirely. Printing changed that timeline. It gives engineering ...

When the actuation force is too easy to move, the pedal can be pressed without the operator meaning to. When there is not enough actuation force, control becomes harder because the pedal does not offer enough resistance to modulate the movement with precision.  Actuation force shapes the experience of using a foot switch. It affects ...