Underground high voltage cable networksoffer numerous advantages that cannot be ignored. These UHVC networks are perfect for for installations in preserved landscapes and other challenging environments.

Underground high voltage cable installations provides invisible transmission routes. When the landscape is restored after cable installation is accomplished, the transmission route quickly becomes invisible and the ground serves as natural protection for the cables. They are less prone to damage, unlike overhead power lines which are exposed to weather, falling trees, and accidents which can result in power loss and other inconveniences.

Underground power lines are more expensive to install than overhead power lines. However, there are cost saving benefits in comparison to overhead power lines. One of these benefits is reduced maintenance and repair costs. UHVC networks are buried so they are less susceptible to damage that can affect their performance.

To find out more about underground high voltage cable installation, contact ElecComm.

ElecComm continually looks to add new experienced or entry level talent to our expanding workforce. Our team is distributed throughout New England and we encourage applicants from surrounding states. ECC is a UWUA local 369 company.

ECC takes pride in our team and offers a well-rounded benefits package that includes comprehensive medical and dental coverage, a 401(k) plan with company match, profit sharing plan, life and disability insurance as well as paid time off.

We pride ourselves in safety, health, training and state of the art equipment for our employees and participate in the UWUA Apprenticeship Program. Our team is continually cross trained and upholds the highest safety standards in the workplace. ECC is an equal opportunity employer.

Please submit your resume to info@eleccommc.com

Employment Opportunities:

• Field Foreman Communication Division
  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. More info...

• Assistant Project Manager, Fiber Optics Division
  Assistant Project Manager (APM) is responsible for assisting the Senior Project Manager (SPM) with overall fiber optics project planning and scheduling, resource allocation, project accounting and control. More info...

• Experienced Fiber Optic Splicer
  Splice fiber optic cables using single and mass fusion equipment.. More info...

• UG Lineworker Leader
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Incubmbents work under general supervision. More info...

• UG Lineworker Class 1
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 2
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 3
  Responsible for the installing, and constructing of plant and equipment. Works under general supervision. Works under directive supervision when installing cable or equipment.More info...

Organizations are becoming interconnected enterprises that use high capacity and high security telecommunication networks in Pittsfield, MA. These networks have paved the way for far better business operations and collaborations internally as well as with customers, suppliers, and other business partners.

Businesses largely rely on the internet and other advanced communication technologies to develop interconnected enterprises and global networks. This has made high demand on telecommunication network design installations that allow for a more secure and faster transmission of information in various forms. When configured and installed correctly and reliably, these networks can support even the largest enterprise collaborations, electronic commerce, and other e-business applications.

Fiber optic splicing is performed in today’s networks in order to make more productive and lucrative transactions through telecommunications. Telecommunication networks have larger capacities when it comes to data storage. With more advanced telecommunication networks, users can access information simultaneously and not experience any lags or other sorts of glitch. This is very convenient in companies that conference through online platforms or have centralized storage and access of data.

To find out more about telecommunication network design installations, contact ElecComm.

Most telecommunication networks in Boston, MA are now configured with spliced fiber optics because of the many benefits and advantages they offer. If your business has an existing network and is considering to: add a fiber optic network, or plan to change the entire existing network, ElecComm can help manage your fiber splicing project from start to finish.

Fiber optic splicing is a meticulous, multi-step, process of melding optical fibers together with localized heat. To prepare the fibers for fusion, each fiber is stripped of its protective polymer coating, either chemically or mechanically. After cleaning the bare fibers, they undergo a cleaving procedure which is critical for a successful splice. This procedure requires the use of microscopes in order to perfect a flat, 90-degree cut of both fiber end faces. The fibers are then aligned and fused. Before they receive their protective covering, they undergo several rounds of testing and inspection in order to ensure their reliability.

With the proper splicing techniques, your business will have an improved telecommunication network which will meet bandwidth demands. Conducting fiber optic splicing in your network is an effective way to embrace newer technological advances, move your company forward, and accelerate the pace of your business operations.

To find out more about fiber optic splicing telecommunications networks, contact ElecComm.

One benefit of underground high voltage cable installation in Wilmington, MA is the lesser visual and environmental impact. Underground installation is advantageous for those areas that need electric power but that are protected for historical and environmental value which renders overhead power lines inadvisable or inapplicable.

Installing underground high voltage cable networks requires a narrower band of land compared to overhead power lines. Because the power cables are situated underground, they are less susceptible to the impact of severe weather. End-users also benefit from lower transmission loss and a lower magnetic field than overhead power lines. Additionally, they are protected from falling trees, accidents to poles and other factors that cause damage to exposed overhead power lines.

The cost of installing underground power lines can be offset by the long-term cost benefits. In addition to significantly reduced maintenance costs, they also incur little repair costs because they are less likely to experience damage.

To find out more about underground high voltage cable installation, contact ElecComm.

If you have heard of telecommunication networks in Plymouth, MA, you have probably heard of fiber optic splicing as well. These networks use optical fibers instead of copper wires because of the many advantages. They are spliced together in order to improve the overall reliability, security, capacity, and stability of the networks paving the way for more effective telecommunications.

The two types of fiber optic splicing are used in different applications. The mechanical type is used for applications where splices need to be made very quickly or the expensive equipment required for fusion splices may not be available. This type is also a better alternative where the splice may be less permanent as it allows easy connection and disconnection.

The fusion type is used for the long high data rate lines that are unlikely to be changed once installed. Fusion splices offer a lower level of transmission loss and a high degree of overall performance as compared to the mechanical splices. It also will require the use of expensive equipment for melting or fusing the two ends of the optical fibers together. The equipment provides a computer-controlled alignment of the optical fibers thereby paving the way for a lower level of transmission loss in telecommunication networks.

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

Timely and reliable communication within an organization is a vital part of achieving success in business. The telecommunication networks in Boston, MA make it possible. With these networks, companies will benefit from enhanced communications and enriched team collaboration, both of which are key elements to success.

Most critical business operations involve the exchange of information through telephone, internet, and mobile technology. This various information is often confidential which is why a telecommunication network in place is imperative. It takes care of the exchange and makes it more fluid and secure even when accessed simultaneously by multiple users.

The telecommunication network design installations differ from business to business, but they are united in one aspect – to increase productivity and profitability. So if you want your company to progress with joint ventures, consider a more comprehensive telecommunications network. It is helpful with cross-functional teams within organizations who are working on corporate initiatives or discussing innovations regularly.

To find out more about the advantages of telecommunications networks, contact ElecComm.

Underground power lines have unique benefits that overhead power lines do not. This is why there are now many transmission projects involving underground high voltage cable installation in Boston, MA. In fact, even existing overhead power lines are being replaced in certain areas where underground high voltage cables (UHVCs) are more fitting.

Underground power lines are more expensive to install than their overhead counterparts but the installation itself pays off in many different ways. These benefits often make the underground alternatives more practical. Guidelines are first established for the appropriate use of the UHVCs in order to balance the needs of all concerned. Undergrounding power lines are best for transmission projects when the areas under consideration have the following criteria:

• Densely populated urban locations
• Land areas where planning consent is difficult to obtain within an acceptable timeframe
• Locations that must be preserved for future rural development or urban expansion
• Places with outstanding natural heritage or vulnerable ecosystems
• Sites that have historical or cultural values
• Waterways and other locations with natural obstacles

Underground high voltage cable installation is a more fitting alternative in these spots because it creates less visual and environmental impact which helps preserve the spots themselves.

While underground high voltage cable networks offer amazing advantages, careful analysis is required before installation. Undergrounding high voltage cables are an appropriate solution for sections of a line where acceptable overhead route cannot be found.

To find out more about underground high voltage cable installation, contact ElecComm.

Instead of using optical fiber connectors, it is now possible to perform fiber optic splicing. This is when two optical fibers are spliced together creating a permanent or relatively permanent connection between the two fiber optic cables.

There are many different occasions when fiber optic splicing in Wilmington, MA is needed or helpful. One of the most common would be when a fiber optic cable that is available is not long enough for the required run in an application. In this case, the two fiber optic cables can be spliced together, accurately aligning them to ensure that the level of light transmission is maximized. They are then clamped in place to make a permanent connection. Once the fiber optic splice has been created, the fiber optic splicer then makes an estimate of the loss by directing light through one side and measuring the light that leaks on the other side of the splice making sure that transmission loss is lessened if not absolutely eliminated.

There are a multitude of benefits and advantages of fiber optic splicing. In fact, telecommunication network design installations incorporate this technology in order to improve the clarity, capacity, as well as the speed and security of the telecommunication networks.

For more details about the other applications of fiber optic splicing, contact ElecComm.

ElecComm continually looks to add new experienced or entry level talent to our expanding workforce. Our team is distributed throughout New England and we encourage applicants from surrounding states. ECC is a UWUA local 369 company.

ECC takes pride in our team and offers a well-rounded benefits package that includes comprehensive medical and dental coverage, a 401(k) plan with company match, profit sharing plan, life and disability insurance as well as paid time off.

We pride ourselves in safety, health, training and state of the art equipment for our employees and participate in the UWUA Apprenticeship Program. Our team is continually cross trained and upholds the highest safety standards in the workplace. ECC is an equal opportunity employer.

Please submit your resume to info@eleccommc.com

Employment Opportunities:

• Field Foreman Communication Division
  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. More info...

• Assistant Project Manager, Fiber Optics Division
  Assistant Project Manager (APM) is responsible for assisting the Senior Project Manager (SPM) with overall fiber optics project planning and scheduling, resource allocation, project accounting and control. More info...

• Experienced Fiber Optic Splicer
  Splice fiber optic cables using single and mass fusion equipment.. More info...

• UG Lineworker Leader
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Incubmbents work under general supervision. More info...

• UG Lineworker Class 1
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 2
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 3
  Responsible for the installing, and constructing of plant and equipment. Works under general supervision. Works under directive supervision when installing cable or equipment.More info...

Before the emergence of the Internet and other data networks, telecommunications only pertained to the telephone and other earlier applications of technology that allowed people to communicate by voice over long distance. Now that the scope has become wider, involving larger amount of data being transmitted between longer distances, telecommunication network design installations have evolved to provide better and faster networks which can be tailor-fit to the specific requirements of every unique application.

Telecommunication networks in Pittsfield, MA have the added ability to communicate data in various forms over long distance. Because these networks have enabled new kinds of communication, the networks themselves have to have an increased capacity and improved security. This is why more recently, fiber optic spicing has been introduced to the telecommunication industry providing users with more convenient options and streamlined means of communication.

Major telecommunication network design installations incorporate fiber optic splicing. Even old telecommunication networks made with copper wires are now being reconfigured with optical fibers. Instead of using copper wires or fiber optic connectors, splicing two optic fibers together is done to achieve a permanent connection. Fusion and mechanical are the two principal types of splices, and both aim to provide a telecommunication network that works seamlessly even with a significant number of users from different locations that access data simultaneously.

To find out more about telecommunication network design installations and fiber optic splicing, contact ElecComm.

Electric utility managers often struggle with the balance between low rates and high reliability when providing electrical services to their customers. Higher reliability increases the satisfaction rate of homeowners and has significantly reduced the economic losses that businessmen face due to sudden power outages. However, this requires the power supplier to incur operational and maintenance expenses which can cause an increase in rates. With this challenge, power distribution utilities are considering underground high voltage cable installation in Plymouth, MA because it offers an increase in reliability and aesthetics, and using this alternative means greater operational and maintenance savings in the long run.

Installing underground power lines may cost more that installing overhead power lines but as mentioned earlier, it brings more savings in the long run. Underground power lines have lower transmission loss; they can absorb emergency power loads, have low maintenance costs, do not emit electric fields and can give off a lower magnetic field than overheard power lines, need less space for installation, and are less susceptible to the impact of harsh weather and other elements in the environment.

Underground high voltage cable networks are also a good investment because of their aesthetic value and convenience. Having no visible aerial cables that are supported by large pylons makes the area more eye-pleasing. They can transmit power in densely populated areas or where the land is environmentally and aesthetically sensitive. Underground cable networks may also be considered for bringing power across waterways, like rivers, and other natural obstacles.

To find out more about underground high voltage cable installations, contact ElecComm.

The field of telecommunication network design installations has advanced a great deal. Understanding how to best utilize these networks offers many benefits to your business. These benefits have caused telecommunications networks to spread across almost every aspect of daily life, improving our ability to stay in touch especially in the business world.

The main role of telecommunication networks in Boston, MA is in the transmission of data; especially in large amounts or that which is confidential. Telecommunication networks use advanced technology for the safer and faster transmission of data in the form of phone calls, text, video, email, or image over long distances.

Telecommunication has changed and modifications have been made to the netoworks that has incorporated fiber optic splicing in order to make them more reliable. This has made telecommunication networks that are used today more beneficial and reliable. These networks allow people everywhere to communicate within a broader scope. Fiber optic splicing has changed the landscape of the telecommunications industry, making it more interactive and productive than ever before.

To find out more about your options in building telecommunication networks in Boston, MA, contact ElecComm.

Overhead power lines are very susceptible to extreme weather conditions. This is why they are prone to damages caused by heavy snowfall and strong winds. Even wayward drivers and falling branches and trees can have adverse effects on them. Because accidents and weather cannot be prevented, it is important the companies and electric companies ensure the necessary repair and maintenance to overhead power lines in Wilmington, MA takes place as soon as possible.

Repairing downed power lines must be addressed accurately and immediately. The inconveniences of power outages pile up quickly for residences and businesses. Issues seem to multiply exponentially the longer it takes to repair downed power lines. That is why electric companies and private businesses often deploy the expert electricians from ElecComm.

A power outage disrupt both homes and businesses. Power line storm response is provided after storm damage wipes out power to prevent homeowners and business owners from suffering from massive inconvenience during downtime. Power line repair is often outsourced to companies such as the ElecComm who have the knowledge, skills and relevant experience to ensure that power is restored.

To find out more about services for repairing downed power lines, contact ElecComm.

Fiber optic cables are one of the most popular mediums for both new cabling installations and upgrades, including backbone, horizontal, and even desktop applications. They offer a multitude of advantages over copper wires, which is why these hair-thin wires are now being used in large-scale networks such as in telecommunication network design installations. The fiber optic cables are not affected by Electromagnetic Interference as they carry light not electrical impulse, and therefore can be used even for the most demanding industrial applications.

While it normally does not have speed limits and bandwidth limits, the design of fiber optic network in Pittsfield, MA is strategically developed in order to maximize its potential with savings on set up, operational, and maintenance costs. These networks can support any speed or bandwidth based only on the type of optics or active components that are incorporated at either end. However, the distance that speed or bandwidth can be supported varies depending on the fiber material used.

Fiber optic splicing upgrades a telecommunication network thereby making it more capable to support higher bandwidths and duplex communications. It is often enough to replace the optics at either end rather than replace all the underlying cabling.

To find out more about fiber optic splicing in telecommunication networks and other applications, contact ElecComm.

The last thing you need during the winter is a power outage due to fallen electric posts or downed lines. The inconvenience can rapidly pile up, especially when it is cold and dark outside. For this reason, immediate power line storm response in Boston, MA should take place so that the affected lines get the right repairs to bring the back power to an area as soon as possible.

Because of the nature of overhead power lines, they are more prone to damages caused by strong winds or heavy snowfall or accidents. When power lines are damaged, repair and maintenance to overhead power lines after winter storms is often outsourced to companies such as ElecComm. With certified electricians who have the expertise and experience to ensure that power is restored quickly, residential and commercial building can have the power restored faster with less inconvenience.

Repairing downed power lines is a tough job which is even more challenging in the dark, cold temperatures, and snow. This is why those dispatched to the location to render immediate repair services need a proven track record of providing power line storm response to small to large scale power outage.

For more details, contact ElecComm.

Telecommunication networks in Plymouth, MA provide accurate transmission of data. They have improved over-time which has made them more beneficial and advantages for different companies across various industries.

The advent and increased use of the internet has caused a shift in telecommunication network design installations. Through the internet, telecommunication has become more interactive than ever before. The internet and mobile devices have also opened up a host of new platforms for telecommunications. This has paved the way for improved customer service and inter-company relations even when the transactions take place over long distances.

Fiber optic splicing is a technological advancement that has contributed in increased advantages and benefits of telecommunication network design installations. This process is now incorporated during installation in order to achieve clearer and safer transmission of data in any form: electronic mail, a long-distance call, high resolution image, and more. Fiber optic splicing has also increased the capacity of transmission networks so more data can be stored, sent, and accessed by multiple users even at the same time.

To find out more about the options for telecommunication network design installations, consult the expert technicians at ElecComm.

Underground wiring replaces overhead power lines that are more prone to damage which causes power interruptions. Overhead lines are prone to damage because they are exposed to the weather. Underground high voltage cable networks have a greater advantage which is why overhead power lines are slowly replacing them.

Often underground high voltage cable installations in Wilmington, MA are performed for aesthetic purposes. But people appreciate it more now for other reasons because they serve the additional purpose of making power lines less susceptible to damage caused by high wind, accidents and storms. They also pose no hazard to migrating birds, falling trees, or low-flying aircrafts. Additionally, underground installation can decrease operational costs over the lifetime of the high voltage power cables making it an ideal alternative.

High-voltage underground power lines are also more reliable because they are more securely in place. Because of this, there is less of a chance of conductor theft, damage, illegal connections, or sabotage.

To find out more about the numerous advantages of underground high voltage cable installation, contact ElecComm.

When a severe winter storm strikes it can leave thousands of businesses and homes without power. The inconveniences just pile up rapidly until the power lines are repaired. This is one reason why power line storm response in Pittsfield, MA needs to be immediate and accurate.

Winter storms often bring a combination of blowing snow and wind which can result in low visibility for drivers. These conditions can create dangerous situations and exacerbate accidents and damage which can result in downed electrical wires. Losing power during winter is very inconvenient for business owners and homeowners alike. Without the electric-dependent heating system working, or other critical electronic equipment, the wait for electricity can seem even longer. This is why immediate power line storm response plays a crucial role.

Extreme weather conditions can pose threats to the overhead power and hamper repairs by electric companies alone. This is why repair and maintenance to overhead power lines after winter storm damage is often outsourced to companies who have the knowledge and skills as well as the relevant experience to ensure that power is restored as soon as possible. These qualifications make up the crew at ElecComm who are dispatched to the location of downed power lines for immediate repairs. During large scale power outages, our crew will focus on the areas where the primary lines are down for faster repairs.

To find out more about repair and maintenance services for overhead power lines, ElecComm.

For many businesses across different industries, timely and reliable communication within the organization and with customers is crucial to success. The telecommunication networks in Boston, MA make this possible. This is why business owners and operators are making an effort to have these networks installed in order to take advantage of the improved communications and enhanced ability for team collaboration.

Advanced technology is used in telecommunication network design installations. Each network is strategically engineered in order to improve communications, even over long distances. The information that is exchanged electronically through both wired and wireless methods are guaranteed to be secure, even when shared within the facility or across the globe.

If your organization is composed of cross-functional teams, telecommunication networks are an integral part of efficiency and functionality. Telephones, internet-connected computers, fax machines, servers, and handheld mobile devices are more useful because their capabilities are increased through a carefully developed telecommunications network. Fiber optic networks provide an effective platform to actualize joint ventures to improve team output and customer service.

To find out more about telecommunication network design installations, contact ElecComm.

Because downed overhead power lines create such a hassle in winter, underground high voltage cable installation is becoming a more practical option. Instead of having overhead powerlines hanging that are exposed to the damaging elements, the cables are being installed underground which keeps them well protected from the issues caused by winter storms. As a result the occurrence or frequency of power outages caused by downed lines is significantly decreased.

Technological advancements are incorporated into the installation and configuration of underground power lines to ensure that they remain functional and perform better than overhead power lines, particularly in terms of capacity and reliability. Underground installation is a more efficient replacement for overhead power lines. At a glance, it may seem that the biggest benefit to underground lines is only performed for aesthetic purposes. But taking a look at the bigger picture, you will see that they serve a more significant purpose making electrical power lines less susceptible to environmental factors that can lead to power interruptions. Less maintenance means a decrease in operational costs of the cables over their lifetime.

There are many factors to consider and procedures to follow in order to make underground installation successful. This is why ElecComm technicians are the specialists in underground high voltage cable installation in Plymouth, MA; with the required knowledge and skills to do the job correctly.

To find out more about the advantages of underground high voltage cable installation, contact the ElecComm.

ElecComm has distinguished its crews capabilities in repairing downed power lines in winter. When there is a sudden power outage due to downed power lines, the inconvenience can be decreased because the expert technicians are immediately deployed to the area to conduct repairs and bring back electric power to critical lines.

Power line storm response in Boston, MA is a necessary service when winter storms occur. The overhead power lines can be affected by heavy snowfall or strong wind which is how numerous power outages happen during winter. It can be daunting to be without power this time of the year. The heating system, critical equipment, and security systems will not function. But with immediate power line storm response, the power outage will be shortened so you will not need to deal with these things. The electrical power will be restored quickly giving less chance for inconveniences to pile up.

To find out more details about repair services for downed power lines, contact ElecComm.

Normally at this time of week, we at ElecComm reserve time and energy to author our blogs.  We do this in the interest of keeping you all updated, educated, and informed on subjects that we hope provide you both personal and professional reward.

As we sit now with the holiday celebrations of last week behind us but with the warmth of family still surrounding us, our thoughts are with you.  With the New Year just days away, our thoughts include true appreciation for our relationships with each of you and how those relationships allow for us to take this briefest of moments to fully prioritize and celebrate family.

As we approach the New Year's celebration, may you all remain safe and surrounded by family.  May 2016 be a most merry and prosperous year for you and your businesses.  And may we be honored with privilege of your continued friendships and partnership for 2016 and for years to come.

Warmest Regards To You All....

Telecommunication networks in Wilmington, MA have improved certain critical operations in businesses in all industries. The technology used in these networks continues to advance in order to come up with more seamless signals that provide reliable and secure connections.

In the effort to improve the telecommunication networks, fiber optic splicing has been introduced into the configuration process. Conventional copper wires are being replaced by hair-thin optical fibers that guarantee a higher carrying capacity in core networks and systems and promise faster speed of transmitting information even over long distances. The use of optical fibers has paved the way for a broader range of telecommunications and data networking.

It takes much education and experience to properly and correctly set up and maintain devices and equipment which carry communication signals. That is why skilled technicians take charge of telecommunication network design installations and repair services. These technicians also ensure that all installations are fully compliant with relevant networking standards. Therefore, you are guaranteed a telecommunication network that meets your specific requirements and meets the state’s regulations.

To find out more about telecommunication network design installations and repairs, contact ElecComm.

This week's blog message is very simple. All of us here at ElecComm wish you and your family the warmest of Holiday greetings and sincere thanks for your continued trust in us. Your trust and continued partnership with us is nothing short of a blessing and it is truly something we celebrate. We offer you all this sincere thanks and pledge to you that we will never tire in our efforts to steadily increase the value of our service to you. Happy Holidays!

Underground high voltage cable (UHVC) installation in Worcester, MA is increasingly popular because of its numerous benefits. Underground cables have paved the way for the reconfiguration of transmission systems so that they are more effective and efficient. This underground installation also leaves more room for improvements to grid interactions.

In addition to added protection for the cable lines themselves, being underground also helps eliminate the visual impact of overhead power lines. The transmission route is invisible while also being kept away from damage caused by birds, strong winds, heavy snowfall, and powerful storms and other natural disasters. Additionally, the installation permits for underground power lines are easier to acquire. These are only a few reasons why conventional overhead lines are being replaced by underground cable systems in and why newly installed UHVC networks are more often being installed underground.

The nature of underground high voltage cable networks help minimize or eliminate system loss and increases the transmission capacity. With the technology employed in the installation of UHVC networks, improved power quality can be achieved as well. Lastly, underground transmission networks make it possible to provide access to challenging urban settings and sensitive environments where installation of overhead power lines is not appropriate or allowed.

To find out more about underground high voltage cable installation, contact ElecComm.

Fiber optic cables are revolutionizing telecommunication networks in Providence, RI. They are now used to replace conventional copper wires. Although fiber optic cables are made of hair-thin strands of flexible fiber, they can guarantee higher carrying capacity in networks or systems used in telecommunications.

In recent telecommunication network design installations, fiber optic cables have been used instead of copper wires. And even older networks are gradually being updated and are embracing fiber optic cables in order to improve their critical operations. Several miles of cables can be developed less expensively than the equivalent lengths of copper wire. And because optical fibers are thinner than or are a smaller diameters than copper wire, more fibers can be bundled into a given diameter cable allowing more telecommunication lines to run over the same cable.

Fiber optic splicing in telecommunication networks allows for less signal degradation as well. Unlike electrical signals in copper wires, light signals from one fiber do not interfere with the rest of the fibers. So even when there are many fibers spliced in the same cable, the transmission of signals is better making telephone conversations or video reception more clear. Fiber optic cables can also carry digital signals so they are ideally suited for transmitting digital information in computer networks.

To find out more about fiber optic splicing and telecommunication network design installations, contact ElecComm.

High voltage networks in Boston, MA are currently almost exclusively composed of overhead power lines which are exposed to environmental elements. This can lead to unplanned power interruptions in extreme weather conditions. When the electric power is knocked out, the inconveniences to businesses and residences can rapidly pile-up until the power is restored. It is during these times that the skilled transmission and distribution crews from ElecComm immediately and effectively provide help in the form of power line storm response.

Repair and maintenance to overhead power lines in Boston, MA is available even in the most adverse conditions. The expert electricians at ElecComm quickly mobilize the necessary fleets of equipment and support vehicles in the affected areas around Massachusetts in order to restore power and avoid extended inconveniences on communities.

Repairing downed power lines can be tough when there is a heavy snow, strong winds and ice. ElecComm has a proven track record with area utility companies of being able to restore utility transmission and distribution throughout Massachusetts. ElecComm has regularly assisted the emergency response teams in the areas hit by strong winter storms.

To find out more about repair and maintenance services for overhead power lines, contact ElecComm.

As the demand for electric power grows in Providence, RI, distributors have seen a need to develop underground power lines which are faster and more efficient than overhead lines. While overhead power lines have been the preferred choice in years past, mainly because of the affordable cost, underground power lines offer a more favorable alternative in terms of performance and environmental acceptance.

Installing a network of underground power lines is advantageous for new construction or for specific applications, particularly in challenging urban settings or sensitive environments. They are configured in such a way that keeps underground high voltage cable networks away from environmental stressors which can negatively affect their performance. For this reason, many overhead power lines are being gradually replaced with underground lines.

Both distributors and end-users benefit from underground high voltage cable installation in Providence, RI. Because they are underground, they are invisible and protected. This helps reduce the risk of network failure brought forth by strong winds and heavy snowfall which improves transmission reliability. Underground networks of high voltage cables are also strategically engineered for faster installation, are less prone to weather-related damage, and can achieve minimized energy loss during transmission.

To find out more about underground high voltage cable networks, contact the ElecComm.

The telecommunications industry is composed of many different companies that manufacture products in order to supply local and long distance telephone services, internet services, and security systems to end users. A large segment of this industry is focused on telecommunication network design installations with the ultimate goal of producing an efficient, cost effective, and reliable network to support critical operations that are unique in every business.

Telecommunication networks in Wilmington, MA can support wired or wireless applications. These networks need to be installed properly in order to ensure a clear and secure connection. Because the telecommunication network for each company or business is in charge of creating route connections from point-to-point via a central office location to supply communication connections to end users, it is necessary to implement network infrastructure that offers a large capacity to carry all forms of data and high security for information that is confidential.

Nowadays, fiber optic splicing is used on telecommunication networks in order to improve overall performance. For this reason, knowledge of fiber optic splicing methods is important and relevant to any company or independent technician involved in telecommunications or LAN and networking projects. Fiber optic splicing is preferred when the cable runs are too long for a single length of fiber or when joining two different types of cable together, because the method typically results in lower light loss and back reflection over termination.

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

Even with the advancements in technology, powerful storms that occur in winter can wreak havoc on overhead power lines in Massachusetts. As a result, affected businesses and residences can suffer from unfortunate weather-related events. In addition to being left in the dark cold due to snowfall and harsh winds, there are many other inconveniences that come with unexpected power failure. Strategically developed power line storm response is needed in order to prevent this inconvenience brought forth by sudden loss of power which comes from uprooted poles and downed power lines.

EleComm (ECC) offers the best repair and maintenance to overhead power lines in Pittsfield, MA even during the cold days and nights of winter. Expert technicians make up the ECC crew so that immediate power line storm response is provided effectively. Together with the area utility companies, the ECC crew works in affected areas throughout Massachusetts and provides the required services when the power is knocked out due to harsh winter weather, helping businesses and residences recover from weather-related power outages.

Because the process of repairing downed power lines has been streamlined, faster and better power line solutions can be delivered by ECC. With the electric power restored in the affected area, business operations that are critical to revenue can continue. As the lights, heating and security systems get back to full functionality, your business will no longer suffer from loss of revenue.

To find out more about repair and maintenance services for downed power lines, contact ElecComm.

Telecommunication networks in Boston, MA provide compelling online digital experiences as well as automated customer service and well-managed business transactions. All of this leads to benefits in terms of consumer satisfaction, enhanced revenue streams, and cost savings which is why more and more companies are now making budgets for this investment.

Because of the size and relative agility of new and improved telecommunication network design installations, companies now have more opportunities to improve their business processes. Communication and archiving are now streamlined, redefining relationships in and around the company. With both internal and external transactions enhanced through high-quality telecommunications networks, a higher return on investment is guaranteed as a result of next-generation and customer-friendly services.

With the increased demand on today’s telecommunication networks, more effort is being exerted to improve networks particularly in terms of clarity, reliability, security, and stability of connections. Fiber optic splicing is a major part of these efforts, enhancing the capacity of telecommunication networks in order to create an innovative digital ecosystem that is greater than the sum of its parts.

To find out more about how fiber optic splicing can improve your company’s telecommunication network, contact ElecComm.

In combining the capital, maintenance, and transmission loss costs over the life of a power line, underground high voltage cable networks are generally less expensive than above-ground lines. Because overhead power lines and towers can be unsightly and have other additional negatives, more and more high voltage transmission lines, both for the alternating and direct current, are being constructed underground.

The installation of new and improved underground power lines are less expensive than overhead lines. All of the costs related above need to be considered when transmission companies says that it is too expensive to bury high voltage power lines. In fact, many cities and towns have miles of buried high voltage lines, especially in preserved or densely populated, downtown areas.

The capital costs of underground high voltage cable installations in Wilmington, MA can be off-set by the advantages and benefits that are guarantees over-time. Maintenance costs of underground high voltage (UHV) cable networks are substantially lower than for overhead lines because they are not subject to weather, high winds, general deterioration from the elements, or accidents.

Additionally, transmission losses of UHV power lines are more than 50% lower than overhead power lines.

To find out more about the advantages of using underground high voltage cable networks, contact ElecComm.

ElecComm is the TRUSTED company for both emergency and planned high voltage and communications work. We provide project management, design, engineering and end to end management expertise. We continually looks to add new, experienced or entry level employees to our expanding workforce. Our team is distributed throughout New England and we encourage applicants from surrounding states. We are a UWUA local 369 company.

ElecComm takes pride in our team and we offer a well-rounded benefits package that includes comprehensive medical and dental coverage, a 401(k) plan with company match, profit sharing plan, life and disability insurance as well as paid time off.

Employment Opportunities:

• Field Foreman Communication Division
  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. More info...

• Assistant Project Manager, Fiber Optics Division
  Assistant Project Manager (APM) is responsible for assisting the Senior Project Manager (SPM) with overall fiber optics project planning and scheduling, resource allocation, project accounting and control. More info...

• Experienced Fiber Optic Splicer
  Splice fiber optic cables using single and mass fusion equipment.. More info...

• UG Lineworker Leader
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Incubmbents work under general supervision. More info...

• UG Lineworker Class 1
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 2
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 3
  Responsible for the installing, and constructing of plant and equipment. Works under general supervision. Works under directive supervision when installing cable or equipment.More info...

For more information see our careers page, and Please submit your resume to info@eleccommc.com.

Telecommunication networks in Providence, RI play a vital role in mission-critical business operations for many companies in various industries. In fact, telecommunications can greatly increase and expand business resources. If your company is planning to expand, you will need a greater, more efficient telecommunications network. With Internet, computer, and telephone networks, your business will be able to allocate available resources more effectively and efficiently.

With a more elaborate telecommunications network design installation, information can be transferred from one place to another faster and better within the facility and beyond your company walls. This results in the proper coordination of all departments within the company and improved communication with partners, clients and suppliers all over the world. Additionally, you will achieve a better connection which can be utilized in a variety of ways, on both a small and large scale. This is one way to improve the level of customer service because the company will be better equipped to cater faster to the concerns of your customers.

Fiber optic splicing is used to configure and install telecommunications networks. Your company will be able to experience and benefit from a faster, clearer, more secure, and more stable telecommunication network which allows multiple users to access information without experiencing lag time.

To find out more about your options for telecommunication network design installations, contact ElecComm.

As the demand for electric power grows in Massachusetts, distributors are developing high voltage cable networks that are faster and more efficient. Overhead power lines have always been the preferred choice because of their affordable cost. However, in terms of performance and environmental acceptance, underground power lines are a more favorable alternative.

Underground high voltage cable networks are an ideal alternative for new construction or for specific applications mainly because of how they are installed and configured. The cables are located below the ground so the whole network is away from environmental stress that can negatively affect the performance. This is one reason why many overhead power lines are being replaced with underground networks, particularly in challenging urban settings or sensitive environments.

Underground high voltage cable installations in Wilmington, MA have additional advantages for power distributors. An underground network of high voltage cables is faster to install and offers environmental invisibility. These cables are strategically engineered to minimize energy loss, improve transmission reliability, and reduce risk of network failure.

To find out more about the advantages and applications for underground cable networks, contact ElecComm.

When talking about telecommunication network design installations, the two common options that come to mind are fiber optics and copper wires. In recent projects, the former are more widely used than the latter. Many companies are even exerting time and effort to reconfigure their existing telecommunication network, replacing the old copper wires with fiber optics.

The process of fiber optic splicing has been incorporated in many installations of telecommunication network designs. Over the past years, fiber optic lines have completely revolutionized long-distance communications via phone call, cable TV, and the internet. These lines are made of hair-thin strands of optically pure glass that can carry large amounts of digital information over long distances through light signals.

Fiber optic cables allows builders to divide the telecommunication networks in Boston, MA into smaller service areas. The use of fiber optic cables then creates a fast return path that paves the way to better customer relations and inter-departmental communications. All these elements contribute to a continuous increase in revenue potential, which is why many companies now are investing in enhancing the capabilities of telecommunication networks through fiber optic splicing.

To find out more about fiber optic splicing in telecommunication network design installations, contact the experts at ElecComm.

Telecommunication networks in Wilmington, MA make way for safe and smooth electronic transmission of information over long distances. By investing in a state-of-the-art telecommunication network, your company will be able to transmit important, confidential and critical information accurately and quickly between geographically remote sites.

While there are many wasy to implement telecommunication links, fiber optic cables are most widely used. Through fiber optic splicing, the channel capacity of your telecommunications network is faster and more secure. This is why many copper wires in older telecommunication networks are being replaced with fiber optic cables in order to achieve a higher capacity communications medium.

Advanced technologies like fiber optic splicing is now being used more and more in telecommunication network design installations. This paves the way for the restructuring of business relations, changing and improving the way your employees can interact with customers, manufacturers and other branches of the firm. Through a strategically engineered telecommunication network, your company will be able to achieve optimum operational efficiency and which can mean a higher return on investment.

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

Over the years, the telecommunication networks in Providence, RI have evolved into a more complex, heterogeneous mix of varied technologies and equipment. Because of their modern configuration, the electronic transmission of important information over distances is better than it ever was before, regardless of if this information is in the form of voice calls, data, images, videos, or texts.

Today, telecommunication networks have become virtually inseparable from computers. In fact, they create value together by organizing more computer systems into one telecommunication network. The links that are created in this network are implemented with different communication media, each with a corresponding variety of characteristics. But among them, the optical fibers top the list as being the most widely used materials for telecommunication network design installations.

Fiber optic splicing is done when developing a state-of-the-art telecommunication network in which fiber optics are used to increase the capacity and improve the connectivity of the network. It is a product of the continued advancements in technology that help in improve telecommunication networks in order to cater to the growing demands and unique requirements of different industries.

To find out more about how fiber optic splicing can improve telecommunication networks design installations, contact the ElecComm.

ElecComm in Wilmington, MA is now hiring .

ElecComm is a reputable organization and is the TRUSTED company for both emergency and planned high voltage and communications work. We provide project management, design, engineering and end to end management expertise. 

ElecComm continually looks to add new experienced or entry level talent to our expanding workforce. Our team is distributed throughout New England and we encourage applicants from surrounding states. We are a UWUA local 369 company.

ECC takes pride in our team and offers a well-rounded benefits package that includes comprehensive medical and dental coverage, a 401(k) plan with company match, profit sharing plan, life and disability insurance as well as paid time off.

Employment Opportunities:

• Field Foreman Communication Division
  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. More info...

• Assistant Project Manager, Fiber Optics Division
  Assistant Project Manager (APM) is responsible for assisting the Senior Project Manager (SPM) with overall fiber optics project planning and scheduling, resource allocation, project accounting and control. More info...

• Experienced Fiber Optic Splicer
  Splice fiber optic cables using single and mass fusion equipment.. More info...

• UG Lineworker Leader
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Incubmbents work under general supervision. More info...

• UG Lineworker Class 1
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 2
  Responsible for the installing, and constructing of plant and equipment. Directs and trains employees of an equal or lower rating. Works under general supervision. More info...

• UG Lineworker Class 3
  Responsible for the installing, and constructing of plant and equipment. Works under general supervision. Works under directive supervision when installing cable or equipment.More info...

For more information see our careers page, and Please submit your resume to info@eleccommc.com.

Underground high voltage cable installation in Wilmington, MA is an ideal alternative for new construction or for specific jurisdictions. For instance, underground local neighborhood lines are typically buried because the power company wants them this and because the governing bodies mandate it.

The main advantage of underground power lines is that they do not obstruct the view or landscape because they are constructed underground. The nature of their installation makes the underground power lines less susceptible to power interruptions caused by thunderstorms, heavy snow and wind, or ice storms. They are also less likely to be hit by falling trees or high winds that uproot electrical posts and block the roads.

Underground high voltage cable networks decrease operational costs over the lifetime of the network and offer more a more practical way to transmit electric power even over long distances. In fact, they are a perfect option for areas that are densely populated or in areas where conservation and preservation is important. Underground high voltage cable networks can also be installed in locations that have to be preserved for their historical or environmental importance.

To find out more about underground high voltage cable networks, contact ElecComm.

With the installation of state-of-the-art telecommunication networks in Boston, MA, many companies are now able to improve their customer service. Not only are companies getting more positive feedback in regards to communications, but they are also experiencing a positive growth in revenue. Investing in a better telecommunication network is practical considering that you will have a higher return on investment when you put it into practice.

Your company’s reputation is as good as the customer service it provides. If you do well in this department, word-of-mouth from your customer base will increase. This is why efforts to improve the communication experience that your customers have with your company is beneficial. The telecommunication network design installations today use more advanced technology and higher quality materials. This paves the way for a far better operation even in peak hours and over long distances.

Improving customer service is your best chance for survival. For this reason, fiber optic splicing in telecommunication networks allows for a better connection. Information, in different forms, will be transmitted to the recipient inside the company and around the world safer and faster.

To find out how your business can benefit from a telecommunication network that incorporates fiber optic splicing, contact the experts at ElecComm.

Today’s underground high voltage cable installation in Boston, MA are continuously being improved with advanced installation techniques and state-of-the-art technology. A wide range of innovative distribution wire and cable solutions have paved the way to increase the reliability and versatility of UHV cables. As a result, underground high voltage cables are expanding their reach and are becoming more preferred than overhead lines for the transmission and distribution of electricity.

Underground high voltage cable networks are replacing conventional overhead power lines in challenging urban settings or sensitive environments. Because installing them underground keeps them out of sight, it helps eliminate the visual impact of high voltage cables. Unlike overhead lines, the transmission routes are protected and are invisible so they do not cause any obstruction in sight line.

The use of underground power lines are a practical option for new construction and in many jurisdictions. These high voltage cables are also best installed in areas of natural beauty, protected areas, or locations close to communities. Additionally, they are also applicable in situations where the reliability of power is critical but where right-of-way is extremely limited such as in cosmopolitan areas.

To find out more about the engineering support and onsite project management for underground high voltage cable installation, contact the experts at ElecComm.

Knowledge of fiber optic splicing is essential to any company involved in telecommunication networks. Copper wires are highly-rated with respect to conductivity, tensile strength, and ductility and these factors are important in regards to electrical applications but not in regards to telecommunication networks.

In companies where storing and sending important information is done in large scale, telecommunications network design installations plays a vital role in daily business operations. For this reason, networks need to be made from the highest quality materials and with the most modern methods to ensure that they can keep up with demanding operations.

Fiber optic splicing is use commercially for telecommunication networks because it has the added benefit of extra security of the data being transmitted. Instead of braided or bundled copper wires, optical fibers are used in many of today’s telecommunication networks in Providence, RI. These optical fibers are more efficient and secure for network applications, which allows businesses to transmit larger amounts of information with a greater degree of fidelity over longer distances.

For more details about fiber optic splicing and telecommunication networks, contact ElecComm.

Cables have been in use for over half a century now. But due to the continuously growing demand for electric power, cables have been undergoing changes in system design and configuration in order to expand their reach. Nowadays, underground high voltage cable networks are becoming an increasingly more efficient and reliable alternative solution to overhead power lines.

ElecComm has unmatched engineering support and onsite project management to configure and install underground high voltage cable installations in Wilmington, MA. With enhanced technology and advanced installation techniques, you can be confident that you will have a cable network with increased reliability and reduced transmission losses.

Underground power lines have versatile and unique properties for transmitting power. Because they are installed out of sight, they are suited for applications in densely populated urban areas, sites where natural obstacles are present, or areas where planning consent is difficult. This alternative is also ideal for land with outstanding natural or environmental heritage, or land whose value must be maintained for future expansion and development.

To find out more about underground high voltage cable installation, contact the ElecComm.

Having golf driving range netting securely in place takes away the worry when operating a golf course. The quality commercial netting products used during installation also offer your neighbors peace of mind whenever there is a game going on.

The construction of new golf courses is increasing and often, many are built in densely populated locations around Boston. For this reason, installing reliable and durable golf range netting systems is important in order to prevent damages or accidents. Golf range netting can be ordered in many sizes and designs so you can choose one that fits your particular needs and specific site requirements. Before the installation, a consultation will be conducted in order to determine the factors that affect your netting needs.

Golf driving range netting in Boston, MA protects the players, spectators, property, and everything else in the vicinity of a golf course. A wide span of golf range netting made of a durable material is highly recommended to stop stray balls from going beyond the boundary. The netting is custom-designed for your range using only high quality materials so it will last for longer years.

For more details about the available options for golf driving range netting system installations, contact the ElecComm.

Investing in more advanced telecommunication networks in Providence, RI gives you a competitive edge over your competitors and paves the way for faster flowing business transactions. When installed properly, these networks can have a positive impact on how things run inside your company.

Telecommunication networks play a vital role in building and sustaining business relationships internally and externally. Having a reliable telecommunications network that is custom-designed based on the specific needs of your business makes it a lot more convenient to communicate with people in different buildings and departments. Additionally, you will be able to provide superior customer service and online support to your customers. This new and improved network will also allow you to send important information securely.

Nowadays, the telecommunication network design installation has been brought to a higher level with the introduction of fiber optics. Fiber optic networks are spliced for clearer reception and higher capacity during the transmission of data from different platforms. Because of the improvement in how a telecommunication network functions, fiber optic splicing is done even to older networks replacing the old copper wires.

To find out about fiber optic splicing for your telecommunications network, contact the experts of ElecComm.

You can find many residential homes and businesses situated in the vicinity of golf driving ranges, not to mention the vehicles parked near the area. A stray ball can hit any of these properties or the people themselves, causing damages that is costly to repair. However, this can be prevented if you have golf driving range netting securely in place.

Golf courses need to install the highest quality commercial golf range netting. This is a great way to ensure the safety of all persons and properties adjacent to the golf course. With custom golf range netting, you can be confident that nothing will get hit by the stray ball because the durable netting prevents the ball from going beyond the gaming area.

An unprotected golf course is exposed to a lot of liability and risks because the safety of people and property is in jeopardy. This is why it is imperative that courses and driving ranges invest in the best golf driving range netting in Wilmington, MA. This investment pays off by ensuring safety and security. Because superior grade materials are used, the whole netting system can withstand the force of the ball and keep its shape even when exposed to a varied, harsh weather condition.

To find out more about custom golf range netting system installation, consult the experienced netting professionals of ElecComm.

The game of golf: getting a small ball into a small hole with the least amount of shots possible. Unfortunately, there are times that the ball doesn’t always go where the player wants. There is the possibility of the stray ball hitting a person or property causing damage or injury. In order to prevent this unfortunate event, golf range netting and installation is necessary and often required.

Golf is the kind of game that takes a great deal of skills which needs to be developed. Perfecting this game requires time and durable and reliable golf driving range netting. These nets are strategically customized and installed in areas throughout the golf course and driving range to allow golfers to practice their swing and not be hindered by the fear of damage to property or of injuring people in the vicinity.

Golf range netting in Providence, RI also protects spectators. Specators are valuable to golf events and can bring in additional revenue. No sport can be sustained without the financial support from the spectators and sponsors. Therefore, your course needs to protect them as well as neighboring buildings and cars from getting hit by stray balls. Golf netting is an ideal way to address their safety and security.

To find out more about golf range netting and installation, contact ElecComm.

Golf driving range netting in Wilmington, MA is designed, engineered, and installed to last many years for trouble-free operation of your business. Since every netting application is different, a unique gauge and configuration will be developed by determining your specific requirements and by taking precise measurements.

Since the game of golf has grown in popularity, there are many courses and driving ranges being built across Massachusetts. Some of these are found in high traffic areas of major cities. This is why owners and operators are required to have additional precautionary measures in order to protect the players and spectators as well as the neighboring community of the course or driving range. It is the responsibility of the management to keep errant balls from accidentally hitting a person or property by installing golf driving range netting.

If the golf course you own is located near a residential area and does not have a golf range netting system, then it is time to investing and install one. There is no better way to protect yourself from liability than by installing the most durable golf course and driving range netting system.

To find out more about how netting systems can be structured to meet your needs for a competitive price, contact ElecComm.