Fuse boxes and circuit breakers are the heart of a building’s electrical system. Both serve the function of diverting electricity delivered by a utility company to all areas of a building, whether it is a home or commercial setting. Moreover, they protect sensitive networks from overloads, short circuits, or ground faults by terminating wire connections when they overheat. In buildings built before the 1960s, fuse boxes are still often found, whereas circuit breakers are typically installed in newer infrastructure. Even though both systems perform the same function, most buildings eventually upgrade to circuit breakers for a number of reasons. To find out which option may be best for your operations, read on to learn more about the differences between fuse boxes and circuit breakers.
A pressure measurement sensor, also called a pressure transducer or pressure sensor, converts an input mechanical pressure into an electrical output signal. There are a wide range of pressure transducer types on the market, each of which is classified by its size, capacity, measurement method, sensing technology, and output requirements. In this blog, we will provide a brief overview of pressure measurement sensors and their working principle.
In the realm of electronics, a diode is simply a two-terminal component capable of conducting current in a single direction. The single conducting path is made possible through a low resistance being present in one direction while having high resistance in the other, and this capability allows diodes to be used as rectifiers, voltage regulators, switches, signal mixers, oscillators, and more. Depending on one’s needs, there are a number of diode types that are commonly available, each featuring distinct properties that allow them to benefit certain applications. One of these distinct diode types is the Zener diode, that of which we will briefly discuss in this piece.
Current sensors, also commonly called current transformers or CTs, measure the current flowing through a wire by detecting it and producing a proportional output. They work for both alternating and direct currents, allowing us to measure current passively without any interruptive interference in the circuit. They are positioned around the conductor in which current needs to be measured, and are generally used for proof-of-operation, monitoring, and logging applications. With the basics in order, let us now learn more about current sensors in detail.
Generators are important pieces of equipment, often serving as backup or emergency systems that guarantee power for a building or aircraft when main power systems go offline. Despite being redundant systems to ensure power, generators can also fail themselves. As continuous power can help uphold safety, operations, and efficiency, it is crucial that generators are well cared for and maintained over time. As there are various common sources of generator failure, it can be beneficial to understand each.
Within both private and commercial settings, the management and distribution of electricity is crucial for powering appliances, protecting personnel, and establishing a more efficient space. While there are a number of components and devices that may be used for managing electricity, two of the most important equipment pieces for power distribution and safety are switchgear and switchboard devices. With both types of equipment, circuits may be serviced with distributed voltage in order to maintain the functionality of all connected systems. While many people may use the two words interchangeably to refer to the same piece of equipment, switchgear and switchboard devices do serve different uses and hold varying functionalities. As such, it can be useful to understand their differences in order to best manage the electrical circuits and systems within your home or building.
One common misconception that often comes up during aircraft alternator evaluations is the belief that an alternator being offline can cause it to stop working. This is not entirely true as it can be more a direct issue with the cowling, but also a result of insufficient troubleshooting. In this article, we will go over what you can do to troubleshoot your alternator to get your vessel equipment working sufficiently.
Electrical wires and cabling are utilized in nearly all sectors including commercial, private, military and other areas. While they are often used interchangeably, there is a distinct difference between the two. Though they both act as the electric delivery system at home, wires indicate that they are simply one electrical conductor and cables indicate that they are a group of wires encased in a sheathing.
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