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Boston’s Leader For High Voltage Underground Cable System Installs and Maintenance

Joseph Coupal - Thursday, April 30, 2020
ElecComm Underground high voltage cable installation in Boston, MA

Boston (and surrounding municipalities) are expanding and upgrading their high voltage underground cabling system at a record pace and we are proud to be part of that effort. In fact, we’ve been providing underground high voltage cable installation and maintenance across the northeast for decades now. When it comes time to laydown new or maintain/upgrade existing cable in your area, only trust the proven professionals like us here at ElecComm.

We deliver the latest in underground high voltage cable technology to include real-time monitoring capability along with strategies for simplifying the operations and maintenance aspect of your cabling system. We utilize the latest burial and jointing techniques that ensure your underground cable projects are completed on time, every time, and on budget. We employ trenchless burial techniques and directional drilling that limit adjacent property disruption to the maximum extent physically possible.

We’ll beautify your city, county, town, or developmental projects with the most low-profile power distribution systems available on the market today. For more tips on underground cables, contact ElecComm.

Circuit Breakers Protection: An Absolute Essential For Longevity and Reliability

Joseph Coupal - Sunday, April 26, 2020
ElecComm - Bosotn, MA

Commercial establishments require specialized electrical mechanism to prevent fires, system malfunctions, risking lives and properties. Everyone is exposed to electrical hazards, but shocks and burns from faulty wiring at any business establishments can result in horrific consequence. Circuit breaker protection plays a major role as it is used with grounding for the protection of electronic overloading and heat build-up. It is absolutely essential nowadays because the safety mechanism of this equipment fully guards a structure and its occupants against the electrical hazards like faulty wiring, improper grounding, short-circuit, voltage fluctuations, etc.

Circuit breakers require more maintenance to ensure that they are fitted with genuine parts. It is common that the function of circuit breakers is negatively affected when genuine replacement parts are not available that will result in frequent repairs, stoppage time and power failures. Likewise, the durability and longevity of a circuit breaker also depends on the magnitude of the breaking current. Likewise the ideal function of circuit breaker protection is it easily detects a fault condition and by interrupting the continuity it immediately discontinue the electrical flow. A circuit breaker will be reset either manually or automatically to resume normal operation.

Electrical system maintenance and repairs are very important though main considerations are services cost and the availability of genuine replacement parts for corrective maintenance. It gives a direct impact in the life of circuit breakers if replacement parts are available because the outage time will be significantly reduced. There are several safe and effective methods to extend the service life, durability and dependability of circuit breakers using replacements and reconditioning. Adding more some incorporating advanced technology will improve the life expectancy of the circuit breaker and keep it in good shape even beyond its service life.

For more tips on circuit breakers maintenance and repairs, contact ElecComm.

Circuit Overload Protective Measures

Joseph Coupal - Sunday, April 19, 2020
ElecComm - Bosotn, MA

It is essential that every distribution circuit within a wiring system is protected against overload. A circuit overload occurs when the amount of current flowing through the circuit exceeded the rating of the protective devices. The reason is that all electrical circuits are designed to handle a limited amount of electricity. There is overload when you draw more electricity than a circuit will safely handle. Circuits are made up of a breaker, fuse for old wiring systems, and devices like light fixtures, appliances etc. The electricity usage of each device when running will add up to the total load on the circuit. In case there is no breaker in the circuit, the circuit wiring will overheat which will melt the wire insulation leading to a fire.

First and foremost in preventing electrical circuit overload is to learn the maximum amperage that will be demanded from the circuit. Once you have mapped the basic circuit layout, calculate the safe load rating of each circuit to get the exact value of how many things you will operate on that circuit. Mapping the circuits also will tell if there is a need for new circuits to meet the normal needs. Another protection for electrical units is protecting the actual electrical wires supplying the circuits against an overload that will exceed their carrying capacity. Furthermore, protecting from an overload the individual appliances and electrical equipment connected to a supply circuit. Remember that different circuits have different load ratings such that some circuits will provide more electricity than others.

In order to prevent electrical overloads, circuit breakers and fuses are designed to trip or blow, stopping the flow of current to the overloaded cable. Likewise, overload protection is protection against overheating. It operates at a slow pace. A thermal-magnetic circuit breaker is an example of protection in one device. And while circuit breakers are reliable and doing an excellent job preventing open fire due to overloads, the safest strategy is to manage your electricity consumption to prevent overloads in the first place.

For more electrical safety tips, contact ElecComm.

Advantages of Upgrading To Fiber Optic Cable

Joseph Coupal - Sunday, April 12, 2020

Upgrading obsolete communication networks to fiber optic cables offers a host of advantage. Fiber optic cables have a much greater bandwidth than traditional copper cables therefore they transmit significantly higher data as compared to other transmission means. Here are other reasons to consider a fiber upgrade to your data system:

Minimal Power Loss

Since optical fiber present minimal power loss, data transfer can reach longer distances. In contrast with copper, the only recommended copper distance in a network is 100m whereas optical fiber can go up to 2 km.

Unaffected To Electromagnetic Interference

Optical fiber cables are unaffected to electromagnetic interference. Moreover, it can work in electrically loud settings without issues because electrical noise doesn't seem to influence the fiber.

Greater Capacity

Fiber optic cable has approximately 4.5 times much capacity than copper because wire cables has cross sections that is 30 times short.

In comparison to copper, a fiber optic cable has nearly 4.5 times as much capacity as the wire cable has and a cross sectional area that is 30 times less.

Thinner and Lighter Weight

In terms of weight, optical fibers are thinner and lighter when compared to metal wires. It also take up minimal space with cables of the same data capacity. And Since they are lightweight, fiber optic cables are easier to set-up.

More Secure Data Transmission

Since fiber optics do not radiate electromagnetic energy, the emissions are not intercepted. This makes fiber the most secured means there is for transmitting confidential information as manually tapping it requires lot of skills to perform it undetected.

Flexible

Optical fiber are incredibly flexible with excellent tensile strength. It is also resistant to corrosive factors that easily affect metal wires.

Minimal Cost

Simply, the raw materials for fiber optics are glass which a lot more cheaper than copper.

For more information about fiber optics, call Eleccomm.


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