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In modern industrial automation and control systems, flexibility, reliability, and longevity are crucial. That’s where SPDT (Single Pole, Double Throw) magnetic switches shine. In this post, we’ll break down how SPDT magnetic switches work, their benefits, where they’re applied, and how MagneLink’s solutions bring real value to industrial systems. What Is an SPDT Magnetic Switch? […]

In today’s fast-paced industrial automation landscape, safety isn’t just about compliance—it’s about protecting people, reducing downtime, and improving reliability. One powerful way to enhance safety is by using non-contact limit switches. These devices enable guard monitoring, position sensing, and interlocking without the mechanical wear and tear of traditional contact switches. At MagneLink, Inc., our magnetic […]

Magnetic hall effect switches, which detect magnetic fields to trigger electronic signals, have become essential components in modern sensing applications. Unlike traditional mechanical switches, they offer contactless operation and higher reliability. As industries focus more on miniaturization, hall effect technology is becoming popular in automotive, medical, electronics, and automation fields. In this blog, we will […]

A changeover magnetic switch is a device that switches power from one circuit to another using a magnetic force. It also helps control the flow of electricity without needing physical contact. This makes it useful in electrical systems where safe and automatic switching is important. This blog covers how changeover magnetic switches operate and where […]

As industrial automation advances, maintaining safety alongside efficiency becomes increasingly important. However, traditional safety methods often fall short in modern, high-speed environments. In such cases, a non-contact safety switch offers a reliable, contact-free solution that enhances protection while ensuring smooth operation. In this blog, we will explore the benefits of using non-contact safety switches to […]

Magnetic sensing technologies detect changes in magnetic fields to determine position, proximity, or motion. These include reed switches, Hall effect sensors, and even magnetoresistive sensors. They are vital in automation for non-contact position sensing, security systems for door/window status detection, and robotics for movement control. In this blog, we’ll compare magnetic reed and Hall effect […]

A normally closed (NC) reed switch has contacts that stay closed without a magnetic field and open when a magnet is near. This allows continuous current flow until a magnetic field interrupts it, making it useful for fail-safe applications. In contrast, a normally open (NO) reed switch has contacts that are open when inactive and […]

Limit switches are crucial components in various applications, particularly in robotics and transportation. These devices play a significant role in ensuring safety, precision, and operational efficiency. Let’s explore the importance of limit switches, their functionality, and their specific applications in robotics and transportation. Understanding Limit Switches A limit switch is an electromechanical device designed to […]

The rise of Hall effect keyboard switches marks a new era in typing technology. These switches are revolutionizing how people type using magnetic fields instead of physical contact to register keystrokes. This cutting-edge technology enhances typing precision and extends keyboard lifespan, making it a preferred choice for gamers and professionals. This article explores the advancements […]

Reed switches are small yet powerful sensors that detect magnetic fields. They operate by opening or closing an electrical circuit in response to the presence of a nearby magnet. When integrated with Arduino boards, reed switches become key components in various applications, offering precise sensing capabilities for tasks ranging from home automation to robotics. This […]