Industrial Gamut Blog

Aircraft, with their intricate electronic components and electrical systems, rely on a multitude of safety measures to ensure their smooth operation, one such crucial safety feature being the circuit breaker. While it may be an unassuming device, circuit breakers play a vital role in safeguarding an aircraft's electrical system from overloads and short circuits. In this blog, we will delve into the realm of aircraft circuit breakers, exploring their types, uses, and the essential role they play in aviation safety.

Heat pumps are energy-efficient heating and cooling systems that are frequently used in air conditioning systems. Consisting of two units with one inside and the other outside the building, heat pumps work by pulling heat in or out of a refrigerant using natural forces. Rather than generating heat via a furnace, they can gather or disperse heat to and from the surrounding environment, no matter the outside temperature. As a result, heat pumps are often used to reduce energy consumption and related greenhouse gas emissions in a variety of industries. If you are curious as to how heat pumps can pull heat from outside a home on even the coldest days, read on as we discuss these innovative systems.

Thermostats, also known as temperature controls, are devices that are utilized to sense and regulate the temperature of compounds like air or water. Thermostats are tasked with either increasing or decreasing the temperature to a specific point. These electrical devices are found in a variety of applications and industries, all of which rely on them for their accuracy and precision. In this blog, we will be providing a brief overview of the most common types, their features, and applications.

Implementing an industrial automation system leads to increased throughput, lower costs for producers and customers, and improved quality. As a result, production lines worldwide are harnessing the power of industrial automation to improve their systems. In order for this process to work, however, many complex components must work together. In this blog, we will discuss the various sensors used in industrial automation.

Optoelectronics refers to the communication between optics and electronics, including the study, design, and manufacture of devices that convert electrical energy into light and vice versa through the use of semiconductors. Optoelectronics devices are made from solid crystalline devices which are lighter than metals but heavier than insulators. These devices can be found in optoelectronic applications such as defense, telecommunications, automatic access control systems, and medical equipment. Optoelectronic devices are classified into five types: photodiodes, solar cells, light emitting diodes (LEDs), optical fibers, and laser diodes. This blog will explain each type and its unique applications.

Fluorescent lights use electricity to cause mercury gas to emit ultraviolet light. When that UV light, which is otherwise invisible to the naked eye, interacts with the light tube’s phosphor powder coating, it glows and produces visible light. However, like any electrical application, the electricity in the tube must be controlled so it does not damage the device or put anyone in danger. To monitor the electrical current flowing through a fluorescent light, a ballast is used. This blog will serve as a thorough guide to fluorescent ballasts.