Transistor switches are designed for use in DC voltage circuits with heavy inductive loads (i.e. They can be used in devices for controlling lights––such as light switches and dimmers––as well as in fans and small motors. Some other applications may include household applications. MagneLink Triac switches are used in: compactor and baler equipment, as sensors in water parks, brewing equipment, material handling in industries like plastics manufacturing, and hydraulic equipment. Triac switches are commonly used in devices for general AC flow control, especially circuits switching heavier inductive loads where current spikes can occur.

Their ability to switch high voltages and large currents make them ideal for use in a wide range of environments. Triac switches are designed for use in AC voltage circuits with heavy inductive loads (i.e. They also can be used in DC transformers, and in automotive settings to control fuel gauges. Hall switches, operate on low DC voltages and currents, making them ideal for use in household white goods – such as washing machines and dryers – that have high-speed sensors. MagneLink’s Hall switches are used in applications such as: elevators, and actuators used on a variety of larger machines for automation controls in industrial settings or CNC equipment. Their ideal application is for small electrical loads, but MagneLink can incorporate additional circuitry to accommodate larger loads as needed. Hall Effect switches operate on DC voltage circuits, and require power to the sensor in order to operate properly. Hall switches use solid state devices that can better withstand mechanical shock when compared to magnetic reed switches. Reed switches are also commonly found in Internet of Things devices, electronics, communications equipment, and automation controls. Reed switches are also common in home appliances, such as refrigerators, which rely on sensors to detect when the door is closed or open to turn off/on the light, or in top-loading washing machines, which stop the washing cycle upon the door opening. Some other applications may include: automotive safety, such as seatbelt buckles and in sensors used to detect collisions, or in security systems. MagneLink’s Reed switches can be found in places like: CNC equipment, power transmission, recycling equipment, actuators that may be used in automated equipment in factories, car washes, and material handling. Because they can switch either AC or DC loads, repair technicians often prefer them to stock on repair trucks so they can minimize their inventory while having switches readily available for on-site repair work in a variety of electrical circuits. Reed switches are often used to detect whether doors are open or closed. Reed switches are widely used due to their ability to switch both AC and DC loads. They can operate on either alternating current (AC) or direct current (DC) voltage circuits. These are often referred to as ‘dry contact’ switches. Reed switches use a simple magnetic reed contact to open or close an electrical circuit. Each unique design makes the switches suitable for specific types of applications. MagneLink’s magnetic switch selection includes Reed switches, Hall switches, Triac, Transistor, and Coded switches. Each type of magnetic switch features unique components that allow them to accommodate certain currents and voltage levels for different uses and functions. MagneLink is proud to offer multiple types of magnetic switches that work in a range of industries and applications. For more than 25 years, we’ve provided custom magnetically activated switches for our customers, who have come to rely on us for dependable, reliable, quality products at competitive prices. We’ve dedicated ourselves to creating some of the most innovative and advanced magnetic switches found today. If you’re looking for a versatile electrical switch, then consider using a magnetic switch from MagneLink. Magnetic switches are not affected by oil, water, dirt, dust, ice, and are less likely to be defeated. Lever arm, or other mechanical style switches, are more prone to failure of external moving parts or being more easily overridden. The switch can be either exposed to view or concealed by a piece of equipment when installed, thus making it more difficult to defeat.

When the magnetic field is detected by the switch, it activates the switch contacts, either turning the electrical circuit “on” or “off,” depending on the switch configuration. The specialized design of magnetic switches involves the use of a movable magnet that is “seen” by the switch.

On off switch magnets