Telecommunication network providers in Providence, RI are all making products and providing services in the best way possible. But in order for you to supply local and long distance telephone and internet services as well as other new technologies such as residential, commercial, and institutional security systems to end users, you must use a more effective and efficient network to handle all of these services/bandwidth.

With the modern telecommunication network design installations using optical fibers, an upgraded network can be implemented to cater larger wired and wireless applications. Connectivity at multiple levels can now be achieved without the threat of inconvenience and interruption due to transmission losses, heavy information traffics, and low speed operations.

Fiber optic splicing in telecommunications networks plays a vital role in improving day-to-day transactions as well as in the successful implementation of emerging technologies. Greatly influencing network structures of today, even those networks that were constructed using copper wires are now being reconfigured in order to provide better connection and larger capacity. In return, addressing to the increasing demand for the use of telecommunications networks in various industries throughout the world can now be done with relative ease.

To find out more about your options that will suit your unique telecommunication application, contact the ElecComm.

Technology has pervaded every aspect of life. This technological boom has not been confined to personal gadgets alone. In fact, many businesses are now using advanced technology in their workplace, leading them to implement telecommunication network design installations that allow for the safe and efficient transmission of important information even over long distances.

Telecommunication networks in Boston, MA answer the continued demand for increased bandwidth and improved customer service. When this installation is done right, it results in the elimination of stranded bandwidth and the optimization of wavelengths. Telecommunication networks now use optical fibers which have paved the way for superior connectivity. Given a more stable connection, you will have the perfect platform to do business and get a higher return on investment.

Fiber optic splicing has improved the carrying capacity of telecommunication networks. This is the reason why many companies are investing in converting from a copper wire network to fiber optics. Fiber optics are so thin that more lines can be bundled in one cable allowing you to save on the expenses. Because only light signals are used during transmission, you can be confident that your telecommunications network supports your business transactions no matter how busy the traffic.

To find out more about fiber optic splicing for telecommunication networks, contact the ElecComm.

As the demand of electric power grows, reliable underground high voltage cable networks are being further developed for faster and better operations. They have an improved overall performance, which is shown remarkably in terms of low energy loss, improved transmission reliability, minimized network failure, and zero environmental visibility. Given all of these features, they are considered an ideal alternative by many businesses in Massachusetts.

The need to connect new power plants to the electric grid has ignited increasing requirements to extend the existing transmission systems. In order to ensure that the capacity of the systems matches the supply and demand of electrical power, today’s underground high voltage cable installations in Wilmington, MA are using technology and network designs that respond to higher demands more effectively. This innovation makes energy allocation better economically, environmentally, and technically.

Because it is a changing world, the current transmission configurations need to cater to such changes. With advanced technology, the underground power lines now come with more stable connectivity and reduced transmission loss, particularly during peak hours of business. Aside from having extruded insulation, they are also versatile enough to be customized based on the specific requirements of your business. For these reasons and many more businesses are upgrading their overhead power lines and use UHV cables.

To find out more about underground high voltage (UHV) cable networks and installations, contact ElecComm.

Installing golf driving range netting in Boston, MA is a precautionary measure that an owner or operator of a golf course or range must always consider. With netting in place you will be able to reduce risk and liability that can happen by not having it installed.

Golf range netting installations give you more confidence that your clients will receive the protection they need to stay safe and satisfied during their game. Netting can be custom-fit for your specific requirements such as net dimensions and color. A thorough consultation and inspection will be conducted by ElecComm before installation in order to ensure that both your clients and the neighboring community will be pleased with the effectiveness and appearance of the netting.

When making a long-term investment like golf range netting, make sure that you choose products that last. Netting on golf courses are an investment that should last for years. Every installation is completed with high quality material so it can stand up to harsh weather and use regardless of the environment in which the nets and poles are installed.

Range netting for golf courses should look appealing to members and pedestrians, especially when it is properly and professionally installed. It is an effective way to show your customers and neighboring residential and commercial establishments that you care. To find out more about golf course netting and installation, contact the professionals at ElecComm.

Telecommunication networks in Providence, RI help many businesses with connectivity. In today’s world, being capable of building stable connections translates into a greater ability to make money out of your capital investments. These networks are dedicated to providing a safe and effective platform that allows businesses to reach customers and vice versa.

Fiber optic splicing has been revolutionizing telecommunications since its existence. It gives these networks a higher carrying capacity with less signal degradation, making remote transactions even more convenient to end users. With just a few keystrokes, mouse clicks, and phone calls, business transactions can be successful.

When a telecommunication network design installation is done right, the network itself can support all electronic commerce and other related transactions in just a blink of light signals being transmitted through the optical fibers. Compared to conventional copper wires, fiber optics allow more lines through the same cable. More fibers can be bundled into a given-diameter cable, saving on the expenses when purchasing the materials. No electricity is passed through the optical fibers so it is less likely to cause fire due to a faulty wire.

To find out more about how optical fibers are a better material for telecommunication networks than copper wires, contact ElecComm.

Since its inception, fiber optic splicing has been very helpful to many businesses in Wilmington, MA particularly for power company telecommunications. Fiber optics also plays a vital role in numerous data management and system protection applications because it provides the highest caliber technology as well as innovative solutions.

Telecommunication networks in Wilmington, MA are now constructed and configured using the finest fiber optic cables in order to cater to the changing and increasing demands of users. Through proper splicing and installation, you will have a network that is more convenient for sending and receiving important information that is often large and difficult to transmit simultaneously to multiple users.

Because of the positive and commendable results after telecommunication network design installation is accomplished, many older networks that use copper wires are being redesigned. Older networks are being reconfigured to use fiber optics in order to improve in their operations with regards to clarity, connectivity, and consistency even over long distances. To guarantee optimal output, the cables undergo splicing and testing based on the benchmarks in the industry.

Get more details about telecommunication networks and fiber optic splicing by contacting ElecComm.

As an owner or an operator of golf courses and driving ranges, it is a major priority to ensure the safety and satisfaction of your valued clients by installing golf driving range netting which is made of the highest quality materials in the market. This is an effective way to show your customers that you care for their safety as well as an ideal way to make their experience more enjoyable and memorable. But most importantly, golf course netting reduces the risk and liability to your business.

Golf driving range netting in Boston, MA must be durable and functional. It also needs to be pleasing to the eye. Professional installers always consider the surrounding environment around your business, so the netting will pleasantly blend. Not only will you be able to protect your business but you will also make your operations more appealing to your customers, both golfers and pedestirans.

Netting on golf courses helps manage various risks to your business as well. It protects all players and spectators during the game while preventing damage and injury from occurring in the surrounding residential and commercial establishments and neighborhoods.

Take precautionary measures to protect your property and the people who occupy it as well as those living near your golf course. For more details, contact ElecComm.

Telecommunication network design installation now involves fiber optic splicing to cater to the changing demands of the end-users. When done right, these network make it much more convenient to simultaneously transmit important information even over long distances. They also facilitate the control and monitoring of data systems by providing a more effective means to manage and secure them.

With fiber optic splicing, the capacity, consistency, clarity, and connectivity of telecommunication networks used in various businesses in Providence are even better. The new networks are now made up of the finest fiber optic cables which have undergone splicing and testing based on a set of benchmarks that have been established through years of experience in design and installation. Even old telecommunication networks that use copper wires are gradually being reconfigured with fiber optics in order to guarantee the most optimal output possible.

Telecommunication networks in Providence, RI are now able to meet and exceed the standards specific to your business. Even large amounts of information can be simultaneously sent and received to multiple users over long distances without interruption. Because they provide a more convenient way to communicate, they help many businesses make telephone calls and send electronic mail and information.

Get more details about telecommunication networks and fiber optic splicing by contacting ElecComm.

Golf driving range netting in Wilmington, MA is a long term investment that owners and/or managers should consider for their courses and country clubs. It is important to plan and design every aspect of new golf course netting thoroughly and strategically before beginning the installation.

There are many factors that must be considered when considering style, configuration and products like soil type, wind velocity, as well as neighboring residences and establishments. This is done in order to have the right golf range netting that satisfies those who play golf and at the same time keeps everyone safe near and around the course.

Because satisfaction and safety are the highest considerations, it is best to hire the right professionals. This is how you can ensure that every part of the project is done right. With Elecomm Power, the installation and the products are of the highest quality for the right price in order to meet the needs of all types of clients and budgets. Only the most reliable and resilient materials are used so you will have commercial golf driving range netting that looks desirable and is also durable.

To find out more about the expansive but less expensive choices for golf driving range netting, contact the ElecComm.

Fiber optic splicing in Boston, MA involves creating a permanent joint for two or more fibers. This can be done either by doing fiber cable fusion splicing or mechanical splicing, but both provide lower insert loss as compared to using only fiber optic connectors. The fiber optic cables in many network designs are being spliced to permit transmission over longer distances. They pave the way for higher data rates to be transmitted with significantly less amounts of loss and a lesser degree of interference than ordinary wire cables.

The design of a fiber optic network mainly depends on what the network is intended for. There are certain applications that have cable runs requiring only one cable. But in a larger one the fiber optics are spliced, creating a joint that improves the transmission. This terminates single mode fibers by splicing pre-terminated pigtails onto each other. There are also network designs in which splicing is done to make the mixing of several types of fiber cables for specific applications possible. Depending on the requirements of your application, the expert crew of ElecCom will advise you in fiber cable fusion splicing or mechanical splicing.

To find out more about which method of fiber optic splicing is best for your business, consult the experts from ElecComm.

Now is the perfect time to install and replace golf driving range netting. An expansive list of installation services are now available for a less expensive price so you can have commercial driving range netting that is custom-fitted for the particular needs of your business.

Designing and installing golf driving range netting in Providence, RI is crucial to your business. Our experts will determine the soil type, neighbors, and environment of your location, as well as its prevailing winds and all other relevant factors before the golf netting project begins.

Golf range netting is considered a long term investment so the materials such as poles and nets will be the most reliable and resilient. It is also important to match these products with the more qualified and reliable installation services. Hiring the right professionals will ensure that every part of the project is done right. Every aspect from the planning to installation must be overseen to ensure all safety standards are met in order to make your golf course more desirable to look at and safer than the competition.

To find out more about golf driving range netting, contact the ElecComm.

There are times when there is an increased demand for power, which creates a shortage of power or brownouts. For these times, portable generators can be relied upon for supplemental electric power that keeps your business up and running. Portable generators for rent guarantee that business operations run smoothly as if there was no power interruption.

Generator rentals in Wilmington, MA are the perfect back-up plan when power is either unavailable or limited. Portable generators exceed the rigorous demands of today’s various business operations with cutting edge technology. They have business-friendly control and monitoring systems that allow you to maximize your investment. Their weather-resistant enclosure makes them helpful even in extreme weather conditions.

Lost power means lost revenue and, in some cases, it could mean irreparable damage to the image of your business. But with portable generators in place, your business stays open and continues to operate even when the power goes out. They are a cost-effective source for an emergency power supply that lets you serve your customers while your competition cannot. The lack of noise so that your usual transactions are not disturbed makes them a smart choice for commercial backup power.

To find out more about portable generators for rent, contact ElecComm.

The design and installation of electric power transmission networks plays a vital role in the critical operations of many businesses in and around Wilmington, MA. Because reliable power dictates how your business is able to meet demands, turning to underground high voltage cable networks can be helpful. Underground power cables have numerous advantages over the more common overhead power lines.

The burrying and jointing techniques that are involved in underground high voltage cable installation in Wilmington, MA are at the cutting edge of power transmission technology. This contributes to the reduction of transmission losses, even with the increased demand for electric power. For this reason, UHV cables are now widely used for commercial and industrial operations where large scale power transmission is required.

Reducing transmission losses means minimizing greenhouse gas emissions that can be harmful to the environment. Given this, underground power lines are hailed to be a cost-effective alternative to overhead power lines as well as an environmentally friendly approach to maintaining safe, sufficient, and stable electric power supply; even for transmissions involving long distances.

To find out more about the advanced installation techniques for UHV cable, contact ElecComm.

Underground power lines have many advantages. Additionally, the many benefits that result from their network design and installation outweigh all the technical and cost issues that may exist. Burying power lines protects them from certain damage caused by high wind, car accidents, and falling trees. This keeps the power supply stable throughout the area.

Underground high voltage cable installation in Wilmington, MA lessens the occurrence of power interruptions by putting power lines underground. This makes high voltage cables more appealing in scenic areas and less prone to damage, which decreases the opportunity for power outages. The network design and installation of underground cables has been engineered to guarantee safety, security, and sustainability.

If power lines are installed underground rather than overhead, homeowners and businesses in Massachusetts would suffer fewer weather- or accident- related power outages. This makes underground high voltage cable networks an effective alternative to overhead power lines. In addition to less frequent power outages, underground power lines are also more practical in congested locations, high-profile areas, scenic landscapes, open spaces, or other locations where overhead power lines are inapplicable or inappropriate.

To find out more about the benefits of reliable and durable underground high voltage cable networks, contact ElecComm.

Optical communication over a very long distance involves sending pulses of light or optical signals to carry information using electronic devices. Because light is known to travel faster than sound, this mode of communication offers convenience and speed in the transmission of data in the form of image, text, or audio. For this reason, telecommunications networks are currently being configured to facilitate such process.

Many existing telecommunications networks in Boston, MA made of copper wires are undergoing reconfiguration or restructuring to make room for fiber optics. In fiber optic networks, large amounts of information can simultaneously be sent and received over long distances without pauses or delays. This makes it a more convenient way to communicate. Plus, the clarity and security of the information is maintained over this speed.

Fiber optic splicing is being done to telecommunications networks because of the major advantages; one of the main advantages includes an increase in the bandwidth of the network. This contributes to the storage and management of data that are crucial to the success of your business. The use of optical fibers as the basic component of your telecommunications network allows you to transmit telephone signals and send electronic mail more effectively.

To find out more about how fiber optic telecommunications networks can improve operations unique to your business, contact ElecComm.

Many types of companies make up the telecommunication industry. Because they provide local and long distance telephone services, internet service, and produce new technology such as security systems to the end users, the telecommunications network design installation now involves fiber optic splicing to improve aspects of capacity, consistency, clarity, and connectivity.

Telecommunication networks in Providence, RI are configured, installed, and managed to aid the simultaneous transmission of important information more effectively, as well as the control and monitoring of data systems. These networks are made up of the finest fiber optic cables that have undergone splicing and testing for quality assurance based on internal benchmarks that have been established through years of experiences in designing and placing these kinds of networks. As a result, you will have a telecommunication network that meets and exceeds certain standards specific to your business.

Before fiber optic splicing takes place within the network, telecommunications materials undergo a series of quality checks. After the optical fibers have been spliced, they again go through another set of inspections to check for abnormalities that may have developed during the placement process. These precautionary measures are done to guarantee the most optimal output possible.

To find out more about the benefits of fiber optic splicing in telecommunication networks, contact ElecComm.

Just a few weeks back, another record-setting snowfall left extensive damage to overhead power lines in MA. For this reason, electric line storm response services were initiated to repair damaged lines in order to restore power to the affected areas.

Strong winds matched with heavy snowfall can knock out electric power lines leaving people stranded without power in locations around Boston, MA. When the power goes out unexpectedly, it can affect not only commercial and residential buildings but also health care facilities. Winter power outages can cause a serious threat which is why power lines storm response teams play a vital role in these emergency situations.

During downtime, there is power-dependent equipment that will not work putting people in danger. It can stop operations that are critical to many businesses and health care facilities. With this type of winter weather around Massachusetts, plummeting temperatures cause the risk of frostbite and unsafe conditions from cold temperatures when heating appliance do not work. During storm related power outages, the ElecCom Power crew will conduct power line repairs and bring back power.

For more details on for reliable storm response services, contact the ElecComm.

You hear about fiber optics often when people talk about telecommunication networks in Wilmington, MA. This is because telecommunications networks today are configured using these strands of optically pure glass which are as thin as human hair. Though they are tiny, they make for better and faster transfer of information over long distances.

More and more telecommunications networks are turning to fiber-optic cables because they significantly outperform copper wires. Fiber optic splicing makes it possible to send pulses of light through the fibers. As a result, the transmission of data from one place to another is quicker, regardless of its size and the distance it takes.

Because of its improved capacity and connectivity, fiber optic telecommunication networks can carry large amounts of digital information over long distances without interference in the transmission. Fiber optics offer a practical means of meeting the soaring demand in the telecommunication industryyou’re your business wants to thrive, install a network made of fiber-optic cables in order to keep up with the modern demands of the market.

Fiber optics offer the largest capacity and the longest possible transmission distance with the highest reliability and security. For more information, contact the ElecComm.

Even with the advancements in technology, powerful winter storms can wreak havoc on the electric power grid in Massachusetts. Businesses and residences can suffer from power outages. Getting left in the dark is often a result of massive snowfall and harsh winds that can cause accidents and down trees resulting in uprooted poles and downed power lines. Often, power line repairs can take days or weeks depending on the severity of the storms and the damage to overhead power lines in MA.

Wind-driven snow like that caused by winter storm Neptune dropped over a foot of snow and knocked out power in many businesses resulting in the loss of revenue and a threat in safety and security. Power lines storm response provided by the ECC crew along with the surrounding utility companies helped the affected areas in Massachusetts quickly recover from weather-related power outages. With the power restored, business operations can continue.

Experts in Power line repairs can guarantee quick and correct power restoration services. During winter storms it is difficult to restore power to the affected areas, but the ElecComm Crew is well-equipped to provide storm response and service restoration so the lights, heating and security systems can get back to full functionality.

Find out more about power lines storm response for winter power outages. For more details, contact ElecComm.

Heavy snowfall matched with high winds can cause severe damage to overhead power lines in Boston, MA. This can result in power outages that hamper a lot of business operations in Massachusetts.

Protective equipment shuts off the flow of power when objects, like a tree limb, come in contact with power lines or circuit breakers. Extreme winter weather conditions can cause trees to be uprooted, knocking down overhead power lines and poles. As a result, power is lost to both commercial and residential areas that are connected to that circuit. Worse, furnaces and other heating systems that are dependent to electrical power also shut-down creating unsafe circumstances because of the severe cold. In these instances, immediate power line storm response is needed to restore power to affected areas.

Power line repairs can take a long time, during winter power outages. Downed trees, snow, and other debris may block streets preventing access to the affected areas. The ElecComm Crew is fully equipped to respond to minor and major power outages in Massachusetts.

For assistance during a weather-related power outage, contact ElecComm.

Last week, powerful winter storm Juno dumped upwards of 3 feet of snow over much of Massachusetts. The downpour of snow along with strong winds which at times had sustained winds well over 35 mph which lowered visibility, dropped temperatures, and wreaked havoc on power lines all over Massachusetts. As a result, thousands of people experienced electrical power interruptions. NSTAR and ElecComm Crews immediately responded.

The absence of electricity and the copious amounts of snow brought the state to a standstill. Tens of thousands of residents in Massachusetts were without power and a travel ban was in effect across the state. Schools, many universities, government offices, and public transit were closed as crews worked to clear up the snowfall, which hit more than two feet in many areas.

Without power commercial and residential furnaces and boilers shut down. When the power goes out during fierce winter storms it is very important that overhead power lines are restored and repaired as soon as possible. ElecComm worked for Northeast Utilities/ NSTAR in order to restore power to communities all over the state.

ElecComm crews were deployed to a remote location on Monday where they stood on standby ready to assist with power restoration. On Tuesday, ElecComm crews worked to restore power in Plymouth working through the night and into Wednesday.

The ElecComm storm response team worked with electric utility companies to help those who lost power. Despite one of the most powerful storms to blast through Plymouth, the community largely weathered the blizzard of 2015.

Luckily for the residents of Massachusetts, the snow storm was not the heavy wet variety. When the snow is heavy, there can be entire communities without power. However, ElecComm stands ready to help electric and utility companies as well as private commercial property owners restore power in any type of weather.

The reliable support and response team of ElecComm Power is available 24/7 during downtime. For more details, contact ElecComm.

Optical fibers are continuously making a big name in the telecommunication industry. Despite being hair-thin, they are able to carry a colossal quantity of information and simultaneously transmit information from person to person even over long distances.

Telecommunication networks in Wilmington, MA have greatly improved in the information-carrying capacity since the incorporation of fiber optics. Given the upgrade from copper wires or coaxial cables, a more secure connection has emerged as the electrical wires and wireless communication links now possess immunity from almost all kinds of impediments or interceptions. As a result, businesses with fiber optic telecommunication networks are able to allocate their resources more efficiently.

Fiber optic splicing currently plays a key role in the digital revolution. This has led to greater telecommunication networks that can encompass a multitude of users world-wide with remarkably improved capacity and connectivity. With the significant progress in the transmission links that connect the intermediate and terminal nodes together, it is possible to cut through the clutter of information traffic.

If you are interested in finding out useful information about optical fibers and how they can help in enhancing your telecommunication network, contact ElecComm.

Telecommunication networks play a vital role in business of all kinds because they make the electronic tranmission of important information possible to multiple users over long distances. In fact, currently businesses and electrical contractors are looking for a way to enhance these fiber optic networks in order to provide a more effective and efficient way to send, receive, and organize data.

Fiber optics are considered the fundamental building blocks in constructing transmission infrastructure in Boston, MA. These hair-thin fibers have higher bandwidth capabilities and lower attenuation characteristics when compared to their traditional counterparts. As a result, new telecommunication networks are configured with the use of fiber optics. Also, as part of the development of information technology, the older copper wire networks are now being reconfigured and upgraded.

Through fiber optic splicing, today's telecommunication networks are able to process gigabite transmissions and beyond which is important for businesses that have a broader system of connections. With fiber optic networks there is an improved connection and better communication in operations, paving the way for a better employee collaboration and customer service.

Fiber optic splicing has undeniably caused telecommuncation networks to achieve a great leap forward. To find out how you can use this technology to your advantage, contact ElecComm Corporation.

Extremely cold weather conditions often come with blizzards and snowstorms that can bring transmission wires down and knock out electric power. No matter how well power lines and power infrastructure is installed, strong winds and heavy snow can take their toll on overhead power lines simply because they are exposed. As a result, storm response to power outages in Wilmington, MA is available to help businesses cope with winter power outages.

Regardless of if it is a weather-related power interruption or not, power loss is still inconvenient to businesses that are supplied by overhead power lines. This is especially true when power companies have much on their plate and restoring power will take days rather than hours. Most business operations are dependent on electric power. This has resulted in an increase in demand for faster storm response for down power lines in order to reduce the risks that threaten the property and safety of businesses. Today, efforts are also being made to determine the optimal way to configure and construct power infrastructure to withstand weather related power outages.

As a business owner or manager, you no longer have to wait for power restoration. You can have the power lines that bring electricity to your business repaired privately. As a power company, you can hire electrical contractors to assist in storm response. Be ready for power failure this winter. ElecComm provides immediate storm response to restore the power during extreme weather conditions. For more details, contact us.

Telecommunication networks in Pittsfield, MA have provided a more elaborate platform that makes the electronic transmission of important information over long distances more effective and efficient. Fiber optics are utilized in telecommunications networks to improve the process that is vital to businesses operating in Massachusetts.

Fiber optics cable installation and splicing is being performed in local area networks and wide area networks. Even older transmission networks and trading systems made of copper wires are being reconfigured or replaced with fiber optics to upgrade them in terms of capacity and connectivity. This results in better control of the transfer and exchange of data especially among multiple users in a network.

To meet and exceed demands, most, if not all telecommunication networks now depend on the desirable features of fiber optics when it comes to minor and major cabling projects. With fewer problems and issues, the technological advancement of fiber optics helps ensure a more reliable and viable means of sending, receiving, and organizing information in any digital form.

To find out more about how fiber optics cable installation and splicing can improve the telecommunication network in your business, contact ElecComm Corporation.

ElecComm is pleased to announce we were awarded two contracts bids with National Grid, an international Electric and Gas company and one of the largest investor owned utility companies in the world (covering Massachusetts, Rhode Island and New York in the USA, and in the UK) located in Waltham, MA.

Both projects include upgrading underground cable systems and improving the delivery and reliability of power for areas located on the North Shore (Beverly, Gloucester, Cape Ann, Manchester).   Work has already commenced (9/2012) and will continue into the middle of 2013.

Sean Martin, EVP stated “One of EleComm’s core values is health and safety and we will ensure our team works in a safe environment, while protecting the public and working in unison with the local communities”.

Sean Martin, EVP also states “We are thrilled to be working with National Grid on these two highly sensitive projects while upgrading underground cable and improving power reliability for its cities and towns”.

For more information on these awards, please contact Sean Martin @ 866-466-2931.

About ElecComm - ElecComm (ECC) is one of the largest 24x7 underground and overhead high/low voltage electric and communications line construction companies in New England. ECC’s storm response team is available 24x7 for both overhead and underground emergency outages bringing power back to life for customers.

ECC is a reputable organization and is the TRUSTED company for both emergency and planned high voltage and communications work. In the 13 years it's been in business, our team has laid and spliced thousands of miles of cable up to 35,000 volts. ECC is UWUA Local 369 company with our core focus on safety, health, and training. Our workforce is highly skilled and cross trained in order to perform every aspect of electric and communications work in the underground and overhead.

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Fiber optics cable installation and splicing is being done in many businesses in Boston. This is done to improve transmission services and trading systems such as those found in telecommunication networks.

Because of a multitude of desirable properties inherent in fiber optics, older technologies are now being rapidly replaced as information technology and digital transmission move forward. With fiber optics, telecommunication networks in Boston, MA, make it possible as well as profitable to send and receive vast quantities of important information from place to place even at long distances. Such networks need to meet and exceed modern demands and there is no better way of doing so than by using optical fibers.

For various reasons, fiber optics cable installation and splicing is preferred in establishing and implementing links present in both local area networks and metropolitan area networks. Although they are hair-thin, optical fibers have colossal channel capacity making them far better than copper wires can offer. Another advantage of using fiber optic cables in configuring telecommunication networks is their immunity from various disturbances.

Contact ElecComm to find out how fiber optics installation and splicing can make your business thrive more.

A lot has changed regarding telecommunication networks in Wilmington, MA and how they are being configured and constructed. There is now an incorporation of fiber optics to the cables used in these networks to improve their overall capacity and performance, helping businesses to thrive more.

Optical fibers have proven better as compared to copper wires when it comes to ensuring accuracy and safety in network configurations in various applications. Fiber optic experts effectively and efficiently assist you as your business grows by doing fiber optic splicing in order to improve the processing power of your ever-expanding telecommunication network. A telecommunications network can either make or break the transmission and exchange of any form of important information over long distance, so it is imperative that it is configured, designed, installed, and managed only by experts.

High quality fiber optic cables must be spliced properly to achieve a cost-effective and energy-efficient telecommunication network. It is an electronic system of nodes which your business needs to facilitate communication and other related processing. With the development of modern technology, there are now more ways to solve communications issues that can hamper any of your business activities.

To find out more information about how to have secure, stable, superior, and systematized operations and transactions in your business with the help of fiber optics in your telecommunication network, contact the ElecComm.

Dozens of utility and tree crews worked around the clock to restore power through the Thanksgiving holiday and into the weekend. Thousands of residents in Hampshire and Franklin counties were without power through Thanksgiving and ElecComm Corporation worked on the holiday and through Sunday to help utility companies restore power in Western Mass.

The “large area outages” referred to the Hadley, Greenfield and Pittsfield areas.

As of 7 p.m. Thursday, just over 7,000 of the utility’s 213,544 customers did not have power, and most of them were in Franklin and Berkshire counties. Two communities were particularly hard hit, it was reported that all 710 customers in Worthington and more than half of its 892 customers in Leverett were without electricity.

There were also scattered power outages in Amherst, Easthampton, Hadley, Hatfield, Pelham, Southampton, Westhampton and Whately.

The heavy, wet snow took down many trees and lines in so many areas of Western Mass that ElecComm Corporation was called in to help utility companies restore power. It was a long and difficult restoration. WMECo also called in crews from N Star to assist. The challenge was in getting to some areas where the roads were blocked.

Several hours after the last snow fell, trees and limbs continued to come down Thursday morning. Branches continued to fall after the storm ended because of a phenomenon called “snap-back,” which occurs when there is heavy snow that does not easily fall off trees. That added to the problems of getting the lights back on.

When the power goes out, utility companies call ElecComm Corporation. For more information, contact us.

Source: Excerpts – Daily Hampshire Gazette

The skill of splicing optical fibers is significant in a wide array of applications. This has made fiber optic experts in Wilmington, MA become more in demand.

Installing fiber optic cable is widely used to improve the accuracy and safety of a variety of configurations found in varying networks around the globe. It connects many communicative and visual tools and contributes in making operations stable, secured, systematized, and superior. As your business transactions and operations increase, the network you have must also be improved in order to keep up with the change. You need a network that is able to offer more functionality and space with better processing power. This can only be done through fiber optic splicing.

Fiber optic experts can properly perform splicing in your network thereby supporting your expanding enterprise. The network has parts that should be altered, updated, or repaired to achieve the ideal connections across the system. Splicing permits continuous growth of your network and provides convenience for further expand in the future. Whether it is mechanical or fusion splicing, this job requires careful precision and special tools that only experts in optical fibers have.

To ensure that every line of your network is spliced accurately and connected seamlessly, contact the fiber optic experts at ElecComm.

A properly configured and installed telecommunications network becomes a system that is better than individual machine and software applications. It provides users with unique capabilities of connecting with others even given long distances.

Telecommunications networks in Boston, MA grant multiple users with a safe path which information and other resources can be securely shared and stored. Such networks provide a cost-effective and time-efficient means of staying connected and a more productive work flow For these reasons, most, if not all businesses today depend on telecommunications networks for faster sharing and stronger connectivity.

Telecommunications networks have continuously contributed largely in improving particular operations and transactions of your business. The advent of the internet and fiber optic splicing have made the use of these networks even more necessary, providing easy access to every individual involved. They make it more convenient to manage and allocate critical data in a more secure manner. This also lowers the risk of lost or corrupted data as files of different sorts can now be readily backed up and access to them can be controlled.

To find out more details on telecommunications networks for your business, contact ElecComm.

Building telecommunications networkshas been prolific in Providence. They have grown in demand due to the recent commercial and residential development being built in the area. This type of network configuration allows thousands of employees to stay connected and perform data transmission as well as other transactions related to providing unmatched customer service.

Telecommunications networks in Providence, RI have multiple benefits for various applications. Their main role is to provide security and safety in sharing information and transferring data even in long distances. This type of system has been facilitating proficient communications and profitable collaboration in business operations.

Fiber optic splicing has also improved the reliability of the connections in telecommunication networks, making certain processes more systematic and stable. This is the primary reason why structuring and upgrading specific configurations in telecommunications infrastructure and industries is taking place. With the presence of optical fibers, telecommunications networks can help more businesses achieve higher sales and reliability as well as success and sustainability.

Let ElecComm assist you in management and development projects you are planning in order to help ensure the effectiveness and efficiency of your business operations and transactions.

Instead of using optical fiber connectors, fiber optic splicing is done to create a permanent joint or a relatively permanent connection between two fiber optic cables. While there are some manufacturers who offer fiber splicing that can be separated and then linked again, it is important to note that they are not intended for repeated connection and disconnection.

Fiber optic splicing in Wilmington, MA has a lot of applications. This is often done when the length of the fiber optic cable available is not sufficient for the required run. Splicing two lengths of cable together helps secure a permanent connection and this is the main reason why it is done in structuring and upgrading the configurations of many telecommunication networks now.

The two principal types of fiber optic splices, the fusion and the mechanical, are used in different forms and fields. There may be several ways of implementing them, but they have a common denominator which is to secure crucial transactions by creating a more reliable connection even over long distances. Both methods provide a much lower insertion loss which is why fiber slicing is more convenient to use than fiber connectors.

To find out more about how your business can benefit from fiber optic splicing, contact ElecComm.

Fiber optics splicing has paved the way for the better transmission of important information over long distances. The application of optical fibers ensures speed and security, thereby virtually improving various operations that are crucial to your thriving business in Boston.

While the finished optical fibers are known to have premium quality, they still need to undergo series of intensive quality inspections before they are spliced and utilized in telecommunication networks and other system applications. This is to prevent or eliminate signal loss or degradation as well as other issues that could occur during the sharing of relevant data over different locations. Fiber optics have many known uses and it is important to know what specific information carrying capacity and operating temperature ranges are required in your application to optimize operations.

Fiber optics splicing in Boston, MA continues to revolutionize certain processes in many industries, not just in the scope of telecommunications and computer networks. Optical fibers have proven their value when it comes to connectivity and communication, internet access and allocation, data sharing and security, performance management and enhancement. Because of this, they are expected to take over the conventional copper-based systems.

Determine how fiber optics splicing can improve your business processes and standards. For more details, contact ElecComm.

Fiber optic splicing in Providence, RI is done for cable TV systems, telephone companies, and other network providers. Fiber optic splicing offers better performance than their counterparts. As a result a lot of companies are now making efforts to replace their old systems that are copper-wire-based.

Before the finished optical fibers are used, they undergo quality checks. They are tested for certain criteria such as attenuation of light signals, chromatic dispersion of various wavelengths of light, capacity of carrying digital information, refractive index profile, and fiber tensile strength and more. This is done to make sure that every operation in which they are used will be improved, especially in regards to security and speed.

The material used in fiber optic splicing is made purely of optical glass which has far fewer impurities. After drawing the strands of fiber optics, which are as thin as of human hair, the strands are arranged in bundles of optical cables and protected by a jacket which is their outer covering. Fiber optics are spliced and applied to communication systems. Each system includes a transmitter that produces and encodes the light signals that are conducted by optical fibers over a distance, and an optical receiver then receives the signals for decoding. As the system expands, the use of additional optical regenerators is needed to prevent signal loss from occurring over longer distances.

To find out more about how fiber optic splicing can be applied to your operations, contact Elec Comm.

Telecommunication networks in Wilimington, MA have advanced a great deal over the past few years. Their many applications have caused them to spread across almost every field of daily life. That is why comprehensively understanding telecommunications and how related devices and networks work, allows you to use them to your advantage.

While it is true that computer networks and other electronic gadgets are all telecommunication devices, there are actually others that involve a far more complex system. Modern innovation, especially the advent of the internet, has brought the application of Telecommunication networks in Wilimington, MA to a different, higher level and opened many more telecommunication options. The networks have broadened and are now used to securely transmit large data and share important information over a long distance, making globalization in business even more possible.

Telecommunication has provided a means to forge connections with other companies and clients all around the world. This helps you in building your business to a broader audience and maximizing opportunities for developmental growth. Therefore, investing in the installation of telecommunication network means a more effective means to improve business operations and deliver nothing but the best customer service through an enhanced data and information management.

For more information on the different applications and advantages of telecommunication networks, contact the ElecComm.

Businesses in Boston benefit from telecommunication networks. Networks of computers provides common ground for communication and offers users the unmatched capability to outperform the individual machine and software applications.

Today's businesses depend on the efficiency and security of information and data sharing. Telecommunication networks in Boston, MA are valuable to the integrity of collaboration between the team. These networks are a key element in teamwork within a business allowing thousands of employees to stay connected and perform data transmission regardless of location. Therefore, the relaying of important information as well as other relevant resources are even more convenient with high quality telecommunications networks.

As a result of efficient and fast telecommunication networks, the performance of employees especially in project management and problem solving can be systematized and stabilized. With these efficient processes in place, employees can maintain constant communication with the rest of the business team. This provides ease and facility, particularly in discussing choices and making decisions that are immediately crucial to the success of the business.

For more information on how your business can benefit from installing fast, high quality telecommunication networks, contact the ElecComm.

Telecommunication networks in Providence, RI have advanced a great deal over the years and fiber optic systems have revolutionize them. Because of the many advantages that come with the package, you can now see fiber optics in many industrial applications, most often in telecommunications and computer networks.

Years ago people used traditional communications networks, which can be unreliable and inaccurate. today, improved telecommunication networks can more reliably transmit important information. The telecommunication industry has changed and advanced becoming far more beneficial and interactive than ever before. This transition also has led to new forms of telecommunication options.

Because telecommunication involves the sharing of information over distance, its networks should be strategically designed and painstakingly built to best serve this purpose. As the amount of data and the number of transactions increase, the materials used in making those networks have also improved. That is why most telecommunication networks now make use of optic fibers instead of conventional copper wires creating less signal degradation and higher carrying capacity at relatively less expense.

There are many benefits of using telecommunications networks. For more information, contact ElecComm.

Telecommunications networks in Boston, MA are heavily regulated to provide highly reliable service. These networks play a vital role in the transmission of messages as well as other formats of important information over great distances.

Telecommunication networks have remarkably reduced the amount of time allotted to simultaneously convey and relay information from a distance. This kind of information system has security features to ensure not just privacy but also proper data storage and backups. The channels, terminals, computers, telecommunications processors, and control software all work well together to provide seamless communication even during network congestion.

Gone are the days of poor communication. With today’s electricity and electronics, we now have telecommunications networks that include the use of internet and satellite services as well as fiber optics to facilitate the process.

Telecommunication networks can be a key element in the success and sustainability of a business. They can act as a perfect ground for customer service and collaboration. They allow the capability to effectively communicate with your customers and clients while building teamwork in your internal affairs. Telecommunication networks open a whole new level of flexibility and productivity that contribute to the success of your business.

For more information about your options in the construction of your telecommunication network, contact the ElecComm.

Job Description

Field Foreman is responsible for managing of all construction projects. Field foreman will work with other managers in scheduling, planning, cost management, staff supervision, time management, quality management and safety management. Providing technical direction and ensuring compliance with quality standards. Working knowledge of aerial and underground construction principles and standard.

Responsibilities:

• Oversee all aspects of the day to day management of construction projects while ensuring projects are completed safely, on time, and within budget.
• Design or review proposed designs of all construction projects ensuring appropriateness to required function and/or standards, and initiate revisions where appropriate to achieve desired results.
• Atend site walk outs with customers.
• Assist in estimating, project scheduling and staff scheduling.
• Communicate with other departments and service providers and vendors to handle any escalating issues
• Oversee construction equipment usage and maintenance to ensure that all equipment is in constant operating order and used safely.
• Ensure project documents are complete.

Knowledge and Skills Required:

• 5-10 years of experience in the telecommunications industry with an emphasis on outside and inside plant construction.
• Proficient in ADSS fiber placement.
• Minimum of 2 years of experience in a field foreman capacity
• Ability to oversee various size and multiple projects
• Must have excellent written communication skills.
• Exceptional attention to detail
• Ability to work in a 365/24/7 environment.
• Effective time management and logical decision-making ability.
• Capacity to handle pressure.
• Strong computer skills necessary, including excel, word, power point, Visio, Insight, any Utility or telecommunications database software
• Maintain current, valid driver’s license and good to excellent driving record
• Able to pass DOT and drug screening

Underground high voltage cables are used when overhead lines are inappropriate or impractical to install in some locations in and around Wilmington. They not only are an effective alternative but they are also a justifiable solution for critical circumstances.

The superiority of underground high voltage cables in Wilmington, MA lies in their ability to reduce the visual impact in areas of natural beauty and to minimize potential health risks in areas close to communities and habitats. The increased security of supply has significantly lessened if not eliminated transmission losses and power disruptions resulting from extreme weather condition.

High voltage cables can be established underground with the use of modern technology. These underground cables are usually buried, installed in a tunnel, or contained in a concrete and covered trough. The number of UHVCs may double if a high capacity is required in the area.

Often underground high voltage cables are not preferred because the related costs are higher than that of overhead lines. However, the additional costs incurred can be offset by the use of less expensive XLPE cables which are insulated using plastic rather than oil. Also, the substantial benefits of less maintenance and repairs, and fewer power outages from the application of UHVCs can compensate for the over-and-above expenses

To find out more about the different applications of underground cables, contact the ElecComm.

Underground high voltage cable networks in Providence, RI serve as an effective alternative to the aerial cables or overhead lines for various reasons, particularly for critical concerns. Overhead lines represent a majority of transmission throughout the world, but they are often considered unattractive in selected environments that are esthetically sensitive. Nowadays, underground cable systems continue to be implemented in congested, high-profile areas where installation of such is more profitable or practical.

Installing cables underground allows for efficient transmission across densely populated areas. And because these cables are located below the ground, they are less prone to damage from severe weather conditions such as strong wind, snow and lightning. As a result, interruptions may be less frequent. Underground high voltage cable network installation can also be considered for reducing the range of electromagnetic fields or EMF emission above ground that can cause negative effects on health.

Cable utilization practices have been rapidly changing through time with respect to configurations of systems and methods of installation. The benefits you get from the design, installation, and construction methods used in underground high voltage cable networks outweigh the technical and cost issues of these cables. They create a system that has been engineered to be reliable and durable and that functions at substantially lower cost.

To determine if underground high voltage cable networks are a better option than overhead lines, contact ElecComm.

Fiber optic splicing in Boston, MA has been the mostly preferred alternative when it comes to telecommunications network projects. However, even if it simply involves joining two fiber optic cables together, it is still necessary to hire professional fiber optic technicians to do the job.

These technicians are well trained on the two methods of fiber optic splicing, namely fusion splicing and mechanical splicing. Being adept in these methods, you can also consult with them about which choice is best between them based on what fits your short and long-term economic and performance goals.

Fusion Splicing precisely aligns and permanently affixes two or more optical fibers together in order to produce a continuous connection between them that will result in a lower light loss during transmission. This method involves individual steps of preparing, cleaving, fusing, and protecting the fiber.

On the other hand, Mechanical Splicing does not weld the optical fibers to hold them in place. This method uses alignment devices designed to hold the optical fibers in a precisely aligned position. It makes use of a self-contained assembly rather than a permanent bond, resulting in a common centerline that enables light to pass from one fiber to another.

Consult a professional fiber optic technician from ElecComm to know which method can best work for your network.

Based on the FIBER OPTIC SPLICING GUIDE.

Golf course netting in Wilmington, MA protects people and properties making it a responsible and a necessary investment for golf course owners. It is needed for either practice or barrier applications at the request of the club members, the local neighbors, and the city.

The main function of netting your golf course is to ensure the safety and security of your patrons. Your golf course netting system must be made of high quality materials, with poles set to stand strongly in order to withstand any load demands.

Golf course netting provides you with a more cost-effective way to efficiently manage various risks and liabilities during all business operations and golf competitions. This guarantees club members and customers a more enjoyable experience. Your golf course netting system should also be able to have a high resistance to extreme wind and weather conditions. During tournaments, you should have extendable barriers to accommodate the powerful drives of exceptional professional and semi-professional golfer.

The growth of golf as a past time and competitive sport has led to a construction boom of new golf course netting systems. Your netting system needs to ensure that all your customers and neighbors and that it complements the aesthetic value of your golf course. The soil type, the prevailing wind, the location, and other concerns must be considered before the custom golf course netting installation.

For a high-performance and long-lasting golf course netting system, contact ElecComm to perform proper and professional installations for you.

Overhead lines have been most reliable when it comes to power transmission and distribution. However, due to the growing environmental awareness, exciting new markets for power transmission and distribution using underground cable technology have become popular and reliable as well.

Underground high voltage cable installation in Providence, RI has become an effective solution to the challenge brought forth by the deregulation and growing demand of electric power. This underground cabling system ensures optimum power flow in proper environmental conditions and on commercial terms. It is used when it is highly impractical to use overhead lines after considering aesthetic and ecological factors.

With underground high voltage cable installation, it is now possible to effectively provide and distribute reliable power to consumers, even long distance, and being environmentally friendly at the same time. That is why many are now considering revising and converting existing power distribution systems to underground mode.

The underground high voltage cable network has been seen as an integral part of the electric power delivery chain. It is considered a safe and more reliable alternative as it is less prone to damages caused by storms or any natural calamity that may impede transmission and distribution of electric power.

If you think that underground cable network is aesthetically, environmentally, and economically more ideal for your future projects, contact ElecComm.

Overhead power lines in Boston, MA make up a power delivery system which is used to transmit and distribute electric power long distances. These structures usually consist of one or more conductors and insulators, suspended by towers, that prevent possible interference at specific locations.

Overhead power lines are generally the most affordable alternative for the transmission and distribution of large quantities of electric energy to different, long distance locations. The supporting towers, either lateral or tubular in form, are made up of high standard materials. However, because they are all exposed in the open and carry numerous wires, they are susceptible to the destructive effects of weather and other natural calamities.

Problems arise when strong winds bring transmission wires down, inconveniencing everyone who is supplied by these lines. Storms can damage the connecting lines or wires no matter how well they were installed, knocking the power out. Storm events such as hurricanes, tornadoes, and thunderstorms can uproot trees which may fall on their side hitting adjacent overhead lines. Relative to these adversities, an immediate storm response is required to prepare for and restore power from unplanned interruptions caused by a storm.

ElecComm has continually been exerting efforts to find out the optimal way to design, construct, and maintain power distribution structures to withstand the detrimental effects and harmful elements of nature. For more information, contact us.