Communication By SMARTCOM

kristian Mining Communication, Underground Communication
communication by SMARTCOM

We speak your language, Here we talk about Becker Mining’s communication by SMARTCOM Solutions. It allows radio and data transmission throughout the mine.

Network Infrastructure

Becker Mining Systems offers extensive network infrastructure to underground mines. We offer a range of wireless and cabled solutions to meet your needs for voice and data transmission.

SmartCom Wi-Fi / Fibre Networks

High-speed data transfer to mobile devices and computers via wireless infrastructure opens up new possibilities for safety and productivity. It provides high-speed connectivity for many applications, including wireless VoIP and seamless roaming of client device (i.e. Mobile devices such as smartphones, tablets, and laptops, advanced vehicular dispatch systems and industrial serial communication devices, process automation, and any other device that can use a wireless, fiber, or serial backbone.

Becker Mining Systems has developed a variety of Wi-Fi devices in response to increasing customer demand. The WRAP260 series is an upgrade to the WRAP250 series. It consists of electronic routers and switches that are intrinsically safe for connecting wireless terminal devices to an ethernet fiber-optic network. The WRAP260 series comprises wireless LAN routers as well as fiber optic switches that support 1 Gbit/s data rates. There are many options for switches and routers that can be used to meet different needs. These devices can transmit state-of the-art wireless technology into even the most hazardous areas of a mine. They are safe to operate in explosive areas (Levels of protection “ia”, IEC 60079, Category 1 ATEX), even if the power supply goes down. Dual band routers, the WRAP260 routers can communicate in both the 2.4 GHz or 5 GHz frequency bands for less interference with other subscribers.

All WRAP260 routers are available with tagging & track functionality to integrate with RTLS systems. They can also be used as tag-readers on the UHF frequency band.

SmartCom Leaky Feeder Cable LFC Networks

SmartCom LFC systems offer seamless voice and data communications anywhere they are needed during a mining or tunneling operation. They also provide remote and local diagnostics. SmartCom LFC is available in VHF and UHF frequencies. It leads the industry in performance, reliability, and maintenance.

If you would like to learn more about options for communication in a mining or tunneling operation and communication by SMARTCOM Solutions, contact us today! Becker Whole Sale Mine Supply has what your Business needs!

Leaky Feeder Communication System For Your Business

kristian Leaky Feeder Systems, Mining Communication, Underground Communication
Leaky Feeder Communication

Leaky feeder communication systems are underground mining solutions that are used in tunnel environments. These systems are used to ensure optimal communication in any environment where traditional communication is difficult. A leaky feeder system will provide a cable run with titles that can receive radio waves and function like an antenna. Because the cable has gaps and slots along its outer conductor, it is susceptible to radio signals leaking out or leaking into the cable. The whole cable can be used as an antenna to transmit radio signals and provides a simple system for personnel to carry reportable transceivers.

The feeder picks up transmissions from receivers and carries them to other parts of the tunnel, as well as two-way communication. Although signal loss can occur along the feeder, it is typically at frequencies below 1 GHz. A series of repeaters placed along the network line ensures that there is a clear signal. This allows signals of all types to be transmitted along the lines with perfect clarity. Many antennas can be included in the system to provide higher frequencies of communication.

In the mining industry, leaky feeder communications are common. They are used to wirelessly communicate between miners. This system can be used to communicate with minors when the transceiver’s size is small enough that they can comfortably wear it throughout a shift. These systems can include headset communication, or even a small walkie talkie. This makes it easy to communicate in the tunnel, as well as in industrial communications. They can be used to communicate with everything, from mining sites to industrial buildings. Even in the most hostile environments, signals can still be booted with coordination of repeaters and antennas.

Today’s leaky feeders are more likely to contain piddling communications for underground networks that are in the New York subways and London tunnel systems. The features have been modified with radio frequency identifying data and metallic strips. This can be used to monitor and repair the network, as well as inventory various tools used at industrial and mining sites. Companies are using these types of innovations to Leaky feeders to increase efficiency and quality of communication across industrial sites around the world.

Contact us today to find out more about leaky feeders for your business. For decades, we have established radio communication systems for large industrial sites and leaky feeder communications systems. We’re ready to implement new systems that will improve safety at your mine site.

All About Tunnel Communication Systems

kristian Mining Communication, Underground Communication
Tunnel Communication Systems

In mining, communication remains one of the most important factors to consider for maintaining safety. The latest in tunnel communication systems for mining has changed the nature of the industry and allowed for a much greater track record for safety. 

Modern radio communications for tunnel use offer workers the chance to use digital radio technology to maintain crystal clear communications in the tunnels of a mining site. Radio communication systems for mining tunnels will allow workers to stay in communication with management or emergency services. By utilizing digital radio technology, mining companies can now offer tunnel communication systems that use less power, maintain better quality communications and are lighter in weight than their predecessors.

Digital radio communications work through a mobile low-power transmitter system. These transmitters are positioned at intervals along the mining tunnel to broadcast a signal. These transmitters allow workers to tap in and share data, communicate over voice and have the same level of communication they would with a smartphone connected to the grid.

Radio communications have many uses in mining sites such as preventing mishaps and  improving efficiency. By using radio technology, workers can communicate more easily and with less delay than ever before. They can broadcast signals to each other in real time, share information immediately and provide management with constant updates on the status of the mining site. Tunnel communication systems also make it possible to monitor the behavior and movement of people and equipment automatically in a mining site. Most radios are now equipped with GPS technology and data tracking to provide real time data on what has occurred and where workers are located in the tunnel.

GPS technology makes it possible to monitor the movement of goods and equipment, especially when combined with other electronics such as wireless scales or cameras that can identify who is using a piece of equipment or how many people are using a certain route. The information received from these improves efficiency, reduces equipment wear, and prevents collisions. 

Above all else, digital communications provide the lifeline that workers need in an emergency. Digital radio communications can be used to alert emergency services, coordinate with managers above ground and tap into emergency alarms for instant response wherever a worker may be. In case an evacuation is needed,  workers can indicate their exact location and communicate effectively as they exit the mines. 

The modern mining industry has embraced tunnel communication system technology and is using it to create a safer work environment for workers. It provides workers the ability to communicate faster than ever before, while also providing some of the quickest responses to any emergency situations that may arise during a shift.

If you are interested in learning more about the latest mining technology for your business, contact us today. Our team has a wide range of quality digital communications that will help you maintain a better sense of security and communication on any job site.

Why Is Radio Communication In Tunnels So Important?

kristian Mining Communication, Underground Communication
Why Is Radio Communication In Tunnels So Important?

A very common question we get is ” why is radio communication in tunnels so important? ” here we will answer this question. In the mining industry, communication remains an important solution to keeping miners safe and ensuring that equipment can be preserved as well. Communication can prevent accidents and improve efficiency in a mine site. Because mines are extremely challenging environments, it’s not easy to maintain communications through traditional means like a smartphone or traditional radio. Uninterrupted and quality communications require the use of dependable electronics and a communication system that can work even deep underground with real-time data transfer and clear voice communications. 

Recently, the use of digital radios has been one method to improve communication in the mining sector. With more modern mobile phones able to tap into mobile broadband networks, it’s possible for smartphones or tablets with apps to be used as a remote control solution for heavy machinery, making communication more interactive. In some cases, communication apps for smartphones might be the only communication device needed as they can communicate through a Wi-Fi connection with other workers on-site to avoid the mining environment from disrupting the communication network. 

These digital radio systems often integrate with mines’ leaky feeder system to provide clear and uninterrupted communication between workers and machines. The digital radio systems can also be equipped with a built-in Global Positioning System (GPS) to track the operators’ location and share it over the wireless network, ensuring that other mine workers or supervisors can always know where their colleagues are.

Radio communications can help all workers to remain coordinated, to react quickly in an emergency, and to stay safe. It also improves the safety of machines and reduces repair costs due to damaged machine components.

With the amount of heavy machinery and noise in a mine, it is often difficult for workers to maintain the safe communication they need to work efficiently. A radio can let a worker communicate with the surface easily, give instructions on the use of equipment based on reports for material deposits and more.

Our communication system works with low-power transmitters placed throughout the tunnel system through the leaky feeder lines. These transmitters offer a range of broadcasts for each section of the mine. Each area has a receiver that receives the signal and broadcasts it to all radios throughout the chain on the same channel. This system is what allows us to have voice communication throughout the mine site – no matter how deep underground – without interfering with other communications. This is a crucial piece of communication technology as we continue to mine deeper. 

Gas monitoring systems and alarms can also be integrated with the radio system to ensure that there is an automatic alert when the presence of gas or an emergency is detected. 

The mining industry is dependent on good communication with reliable equipment to ensure safety and productivity. I hope this article was able to answer your question – ” Why Is Radio Communication In Tunnels So Important? “

Digital radios provide better quality transmissions in harsh conditions, while apps designed for heavy machinery reduce the time needed to complete jobs. The use of mobile broadband technology in mining is a critical step for your business’s safety. If you would like to learn more about the latest in mining communication, contact us today. 

Becker Leaky Feeder Cable Manufacturer

kristian Leaky Feeder Systems, Mining Communication, Underground Communication
Leaky Feeder Cable Manufacturer

This type of leaky feeder cable system is perfect for underground mining application and the transportation industry. The overall goal of this leaky feeder system is to carry not only communication lines but to deliver ongoing power applications in any mining site. With the degree of insulation provided in these systems and the quality of the electronic cables, the goal of these systems is to offer the best in electrical power on any site without a need to replace the equipment regularly. These are reliable cabling solutions that can last for generations in a mining site and with a strong minimum bending radius and an improved tensile strength, this is the type of leaky feeder system that you can truly depend on for any type of mining. We are the leading Leaky Feeder Cable Manufacturer.

Whether you need this for above ground systems or you are in need of a deep leaky feeder system to suit the needs of your site, we can offer easy solutions that can help your business. Low Loss leaky feeder cables can also be customized to suit the needs of a customer. Different roll lengths are available at your request and we can ensure that you will have the best in cabling that will work for your business. 

Becker Leaky Feeder cable includes a 15.7 mm PEblack or halogen free construction meaning little interference in any mining site and the ease of use as you are running cables in any location. The outer conductor is a 13.8 mm corrugated copper tube slot in a milled two roll system. Taking this extra level of copper conductors ensures clear signal paths and the best in electrical communications on site.

Dielectric and physical foaming PE is rated at 12.3 mm for an improved level of insulation. Leaky feeder lines with this level of protection are rated highly in underground mining operations and designed to truly last. 

Inner conductors are copper clad aluminum wire rated at 4.8 mm and designed for maximum conductivity and signal transfer. With these quality leaky feeder systems, you can be ready at any mining site with the best tools in the business.

If you are interested in learning more about Becker leaky feeder cable systems, contact us today for your custom order or to learn more about our cable specifications. We are the industry’s best leaky feeder cable manufacturer.

Becker Releases Smartethernet, A Leaker Feeder Solution

kristian Leaky Feeder Systems, Mining Communication, Underground Communication
Smartethernet

Becker Releases Smartethernet, A Leaker Feeder Solution

Becker mining systems as an international mining company has recently announced a revolutionary new product for underground networks known as the smartethernet. The new Ethernet solution works through leaker feeder infrastructure to deliver communications without having to integrate new lines. The benefits of these latest smartethernet is the ability to place it into the leaker feeder infrastructure and integrate a new form of data based technology to operations throughout a mining site. The entire system is easy to install and offers a high speed Ethernet solution for a mine without the added expense of integration.

Installing high speed Ethernet in an affordable manner will ensure that clients can use data based tech in any aspect of their operations. Customers appreciate the new system and its reliability and it can also offer a massive cost savings for clients as well. The system introduces three units including the controller, e point and amplifier which is equipped with an Ethernet repeater. The system will extend the distance of the eithernet considerably and offer its controller a lead into communications for the future of a mining business.

Having Ethernet integrated into a mining site can be crucial for communications in the mine, equipment and staff tracking, controlling mining equipment and for monitoring IP cameras. Control points in the smartethernet are fed along a series of ports for clients to connect devices in the field. A worker could easily connect up a laptop or diagnose a piece of equipment with an Ethernet port at any point in the mining site. Having these ports can be crucial to maintaining quality communications and ensuring that staff are able to get extended system distance improvements. The clarity of Ethernet ensures that a team is able to have an extended level of clarity in communications and data sharing. The network will manage all points easily and offer a huge cost savings for any business that is interested in establishing better data flow in mining.

Becker’s ethernet mining solution over the leaky feeder system will ensure that data based technology can be added to mining operations across the world and in the most hostile environments. Some of the top advantages of this system include being able to offer more tools to your workers in the field, enhancements to safety, improvements to efficiency and monitoring and the option to capture more data points which can shape the future of your business. No matter what type of underground mining you normally work on, these solutions can be a huge cost benefit and safety improvement for your future. Contact us today if you are interested in learning more about our Becker mining ethernet solutions through a leaky feeder system and how we can help you maximize your underground network.

The Importance of An Underground Radio Communication System

kristian Mining Communication, Underground Communication
The Importance of An Underground Radio Communication System

A underground radio communication system is used in large industrial plants and in mining sites. This form of underground communication is responsible for establishing a communication between two points and for building an industrial communication system. These items provide a standard method for connecting individuals without radio interference or any form of equipment failure. The devices will manage a plant wide level of communication and a standard that is divided into five main parts to ensure every aspect of the business communication can be retained.

The five main parts include a radio interference and protocol stack, a command-and-control center based segmentation, VHF transmission system and UHF transmission system for a large-scale operation. This entire communication center takes place underground with wireless communications created by our company. Various wireless devices are linked together through a network and communications can run along power lines and control systems to coordinate any activity. 

An underground radio system remains extremely important because it needs to work highly efficiently to avoid any form of interference issue throughout communication. It’s necessary to use efficiency with this type of underground radio system and to have a system that prevents radio interference equipment failure. 

The underground radio system is extremely important because the radio spectrum underground can be quite scarce. Traditional walkie-talkies will not work in these environments and having some form of network to prevent interference is crucial to maintaining communications. Radio signals are immune to physical disturbances such as temperature and humidity but the heavy rock environments of mining sites and even large concrete structures in industry can be difficult for radio communications. 

The system of an underground radio network will use a series of base stations and remote terminals to deliver a radio signal over a UHF band or VHF band. The controls provide immediate transmission media at every level and protocols of the radio band that are not disrupted by heavy rock or dance items. Protocol is used to deliver real-time voice services which are not interrupted and it can improve safety across a mining site or industrial complex.

Our system uses the leaky feeder communications method that is time-tested to deliver modern day communication. Installation can take place along the existing underground installation and with a set of shielded and twisted pair cables that do not require grounding.

If you are interested in learning more about industrial underground radio communication systems or if you would like to learn more about these systems for your own business, contact us today. We can outfit your business with the best quality of communication for your underground network and to manage even in difficult conditions across your business. We can integrate these systems with your current leaky feeder lines and offer you the best in support for your business coordination.