The Features Of A Gas Monitoring Device

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The Features Of A Gas Monitoring Device

A gas monitoring device is designed to measure the level of gasses inside and outside a building. These dynamic monitoring systems are installed on-site by safety managers or contractors and the goal is to ensure that there is a minimal degree of gas leakage that occurs from the surrounding environment. These systems are common in construction and mining sites and the ongoing monitoring is responsible for keeping miners safe and ensuring the equipment can be kept safe as well. These systems can monitor for a wide range of gas types including:

Methane

Volatile Organic Compounds

Carbon Dioxide 

And more

Gas leaks in a construction site are often seen as a signal towards poor health and they can often cause ongoing complications. Ongoing exposure to gas will lead to the chance of fatalities and chronic sickness and disease. Gas leaks in a construction site need monitoring and having a gas monitoring Device will ensure that the risk of a gas leak does not occur. 

Gas leaks in mining sites can be poor for your health and it can even lead to the chance for a fatality. Gas monitoring systems will be a useful system for allowing work to continue without issues and with ongoing assurances to the workers. 

Gas Monitoring System Technology

Gas monitoring Devices are used quite widely in many industries and they are often a focus in food production, manufacturing, mining, and more. Gas monitoring is also quite popular to include in constructions for schools and hospitals. Detectors are often hooked into a central computer which is responsible for sending readings to a control center to determine if there is a form of gas or pollutant in the air. If the computer system determines that there is a gas present, it will sound an alarm to alert the people in the area and to ensure that an evacuation plan can occur until the gas has a chance to dissipate.

Alarms for monitoring will ensure that within seconds of an unsafe presence of gas, an alarm can sound to alert employees to put on masks or to use the structured evacuation plan that they have created. The use of a gas monitoring alarm is a crucial step to ensuring that people can properly monitor their chemical gas exposure and take themselves out of a situation where their health could be at risk. 

Our Gas Monitoring Device

Our gas monitoring system is amongst the best on the market today. Our smart sense monitor system is able to reduce levels of chemical gas exposure by up to 90% through the alarm system. We also have a design for monitoring and data transfer that is extremely low energy. Through our BLE or Bluetooth low energy design, we want to offer a monitoring support that is going to be compatible and capable of transmission in any challenging environment. The sealed design for easy installation in tight spaces and the low energy technology is coupled with fast response times. We want to ensure that our device is the best in the mining industry and able to deliver the fastest in threat monitoring for your needs! Contact us today to learn more about these devices and how they can help your mining site and keep your employees safe.

What is a Leaky Feeder Cable?

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What is a Leaky Feeder Cable?

A leaky feeder is an electrical cable that transmits and delivers electricity. This cable allows liquid to lubricate inner conductors and prevents electrolysis corrosion. Leaky feeders can be used in applications where it is impossible or impractical for them to remain dry. Here we explain what a leaky feeder cable is exactly.

There are many types of cables that can transmit electricity. An electrician or an electrical engineer must make the right choice when choosing the best type of cable to transmit electricity.

Let’s say you want to install a high-definition TV in your living room. You may choose to use speaker wire to connect your TV. It is available in lengths of up to 100 feet, and has two copper conductors within each jacketed sheath. You will need to use 24 gauge wire to get 720p resolution.

This wire is not thick enough to be a 2-conductor-cable. This same-sized cable is also not suitable for carrying current to certain devices such as speakers or electric drills.

Wiring that is extra-heavy-duty requires a cable with four copper conductors in each jacketed sheath. This cable is often used in large industrial settings such as hospitals and large factories that use many types of current-carrying equipment.

A thinner jacket is used to prevent a leaky feeder cable from being tampered with by code. To make the cable waterproof, a special coating is applied inside. It becomes saturated with water and an electric charge forms between the copper conductors.

Varis Smartcom(r.150IS) Leaky Feeder Cables are ideal for anyone who needs to provide power to an AV device. With its durability and quality, this cable will be a reliable companion. This cable is ideal for people who don’t want cables to break while they are in use, or anyone who is always on the move!

Becker Communications has been a leader in the development of more advanced electrical mining communication systems for over 15 years. They expanded their reach into surface mining, railways, tunneling, and added wireless communication systems, handheld radios and tagging and tracking systems as well as gas monitoring. If you would like to learn more contact us today!

SMART UNDERGROUND COMMUNICATIONS

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SMART UNDERGROUND COMMUNICATIONS

The Beckercom leaky feeder allows miners to access underground communications in the mine using standard two-way radios, significantly increasing safety and productivity. The leaky feeder system permits the control and monitoring of electrical equipment, such as pumps and fans. The Intrinsically Secure I.S. When used with the Becker I.S., the Leaky Feeder can provide 100% coverage for underground mines. Two-way portable radio.

SYSTEM OPERATION

This system provides seamless two-way communication throughout underground tunnels or mines. Leaky feeder antenna cables are used to achieve this. The radio signals from Head End, which are usually located at the surface, are transmitted underground via the leaky feeder cables. The signal can also be easily retransmitted on the surface and can cover several kilometers.

LEAKY FEDER CABLE 

Coaxial cable was designed to retain as much signal as possible and block external signals. Leaky Feeder cables are designed to leak or radiate radio signals out and allow signals in from remote radio transceivers located within 50-200 meters of the Leaky Feeder Cable. Line Amplifiers or boosters are installed along with the Leaky feeder cable runs, nominally every 350m. They help sustain signal levels over long distances.

SYSTEM DESIGN 

Certified Becker communication engineers design leaky feeder systems in consultation with customers and meet all compliance requirements.

REPAIRS AND EXTENSIONS 

As a mine grows, leaky Feeder cables will need to be repaired and extended. It is important to make quick connections and repairs in order to minimize downtime and ensure reliable operations. These requirements can be met by the Becker splice device. Line splices are used to join two sections together, where signal amplification does not apply, or to repair damaged sections. To properly terminate the system, line terminations are placed at the Leaky Feeder cables.

TWO-WAY RADIO: The Becker UHF is intrinsically secure I.S. Portable radios offer versatility and reliability in a small and rugged package.

If you are looking to purchase a leaky feeder system to access underground communications for your underground mining operation contact us today!

 

Overview of the Kenwood NX-203/303 Radio

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Overview of the Kenwood NX-203/303 Radio

The Kenwood NX-203/303 radio is designed to withstand the harsh conditions encountered in mining applications. These radios have rugged designs, robust radios, and easy-to-use wireless connectivity. They are the ideal choice for operators in this field because of these features.

These radios can be used in construction sites and mines. They are made with high-quality components that can withstand harsh working conditions. These radios are built to withstand extreme industrial conditions and can be used for heavy-duty tasks. Operators will be more productive and efficient with their simple connectivity system. This helps to reduce training costs.

These radios have a simple, modern user interface. The radio features a voice prompt that is easy to understand and customizable menus. It features a large LCD screen with clear colors and backlit keys that allow operators to easily see what they need on the field.

This radio is available in two versions: NX203 and NX303. Each unit comes with an integrated power meter to help users determine their battery life. The NX-203 has a built-in antenna as well as a speaker. The NX-303 has an external antenna and a built-in speaker.

These radios are easy to program and use. The instructions include everything you need to set up your communication channel, alert settings, repeater information, and more. You can set them up as either dual-band radio or multi-mode radio.

These radios are less expensive than more expensive brands and more competitively priced. These radios also include a two-year extended manufacturer’s warranty that is often found on higher-end models. They offer superior customer support than other brands and cover any damage caused by misuse, accidents, or neglect.

This Kenwood radio is one of the most practical and effective for mining. It is the best in terms of performance, durability, and reliability. It is also affordable and competitively priced for companies that want to purchase reliable radio systems to be used on mines or drilling sites. These radios aren’t limited to just these industries. This radio is still the best option for anyone looking to use it in many industries. If you are interested in getting these radios for your underground mining project contact us today!

Wireless Radio Networks Save Miners Every Day

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Wireless Radio Networks Save Miners Every Day

Leaky Feeder Communication

The most advanced solution for mining communications was until recently, a leaky feeder. Leaky feeders can transmit wireless radio network frequencies that save miners! They are similar to coaxial cables, which transmit a signal from one point to the next. Coaxial cables are usually protected by a copper sheath around the cable to stop the signal from leaking throughout its length. You might not be capable of detecting signals with a radio from the other endpoint if the network has a long cable, unlike a wireless radio network.

Leaky feeders can be very different. Leaky feeders have small gaps in their shielding that allow the signal to pass instead of being covered with a copper shield. These gaps create a restricted wireless radio network environment. To compensate for the loss of signal, line amplifiers and repeaters increase the signal at regular intervals on the cable. Leaky feeders can be interfaced with wireless devices. They can transmit and receive radio signals over the cable. Data can include voice, video, and computer data. You can control stationary equipment such as water pumps with radio receivers by using signals from the leaky feeder for a wireless radio network. To receive and transmit signals, you must still be within 300 feet (91.4m) of the cable.

A leaky feeder cable has one advantage: it can be laid down while you excavate a mine. Splitters can be used to send different lengths of cable along different routes. Flexible cable makes it easy to move the network around corners and curves. If necessary, you can feed cable directly down a hole. Leaky feeder systems have a few downsides. Communications will stop if the cable is cut. Multiple leaky feeder cables can cause interference in the system. Leaky feeder radio frequencies are more common in the high-end spectrum. These frequencies can’t penetrate rock very well.

Four leaky feeder systems have been approved by the Mine Safety and Health Administration (MSHA), which is the US government agency responsible for overseeing safety concerns in miner safety.

Mesh Networks

Mesh networks can be used in place of leaky feeders. A mesh network does not require a cable as a leaky feeder system. Let’s look closer at how wireless mesh networks can make mining safer. A mesh network transmits a wireless signal using a system called nodes. A node is basically a wireless router. The node is equipped with special software that allows it to communicate and collaborate with other nodes. Dynamic routing is used by the nodes to determine the best route for data transfers. The node location, data traffic, and other environmental factors can all influence the best route. Some nodes are mobile, most importantly.

Nodes

A minimum of one node must be in a fixed location. This node acts as a bridge between the mesh and larger networks like the Internet. A radio tower connected to the Internet could serve as the main fixed point for a mine. Multiple fixed nodes are a common feature in mines to provide a strong foundation for the mesh network. Wireless mesh networks operate on one of two wireless radio network frequencies, 2.4 gigahertz for the IEEE 802.11 protocol or 900 megahertz for the IEEE 802.15 protocol. Both have issues broadcasting signals around corners so it may be necessary for the network to have a node at every corner. These protocols did not interfere with any other communication systems in mines, according to the MSHA.

The nodes do not have to be large. Many are approximately the same size as a typical wireless router. This makes it simple for miners to attach nodes on heavy equipment. Nodes can be used even when in motion, but at a slower bit speed. This means that many mining vehicles can transport the nodes. To monitor the mine conditions, you can also wire nodes to sensors. The node can transmit signals to the rest of the network if danger is averted. You can also build electronic badges that communicate with the mesh network. This allows the network to track individual miners’ locations. Different nodes will detect the badge of the miner as the miner moves through it. The mining company can determine if a section of the mine is hazardous and then evacuate it. To communicate with the surface, miners can use personal radios and voice-over-Internet protocol ( VOIP) phones.

While mesh networks can be used to prevent accidents, what happens if a part of the tunnel collapses? Unfortunately, mesh networks’ wireless protocols aren’t very efficient at reaching the earth. You need a system that works on extremely low frequencies to achieve this. A through-the-earth system (TTE), was tested by the Mine Safety and Health Administration (MSHA). It could penetrate rock up to 270 feet (82.3 meters). Data transfer was slow at 20-30 characters per minute, with an accuracy of 80 percent at depths up to 630 feet (192 meters). A TTE system could be capable of broadcasting further through solid ground. The downside is the slow data transfer speed. However, the MSHA discovered that TTE systems can interfere with other communication systems in mines.

To get back to the surface, miners use a wireless radio network. A reliable communication network can make the difference between life or death, considering how hazardous their job is. Contact us today for more information!

 

 

How Does a Gas Detector Work?

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How Does a Gas Detector Work?

In many cases, gas detectors can save lives. We have the answer to your questions about gas detectors. Did you know gas leaks are a problem all over the United States? Gas detector technology is the best way to prevent gas leaks from causing serious health problems. What is a gas detector? How Does a Gas Detector Work?

All your questions are welcome. Continue reading to learn all about it.

What Does a Gas Detector Do?

The gas leak signs you can’t ignore are:

  • Dizziness
  • Fatigue
  • Rotten egg smell
  • Abdominal pain
  • Nausea
  • Loss of muscle control

A gas detector can detect a leak before these symptoms become serious. It monitors different gas levels in the atmosphere.

These devices are usually powered by batteries and are used for safety. They sound a series of hard-to-miss beeps when they detect an abnormally high concentration of gas in the atmosphere.

They operate on a threshold system. This means that there may be up to a certain level of gas in the air before an alarm is triggered to send out a warning message.

As you can see, the primary purpose of a gas detector is to prevent health hazards and provide safety measures to check the gas level in the air.

Different Gas Detector Technologies

There are many types of gas sensor technology that work to protect people.

These are just a few of the many and how they work.

  1. Electrochemical sensors: These highly sensitive detectors are used to measure toxic gases like carbon monoxide. These sensors detect electrodes in the air and emit an electrical signal to warn of potential danger.
  2. Infrared sensors are used to detect levels of combustible gas in the air. These sensors are used specifically to measure hydrocarbon gas. They transmit light signals and then receive them back through their light detectors. The gas detector can detect if the light signals are not clear and tell the gas detector what gas is present in the area.
  3. Catalytic sensors are a type of sensor that is found in many common gas detectors. The platinum-treated wire coil is inside and trips a warning if it oxidizes due to contact with combustible gases, such as carbon monoxide.

There are many cool technologies available for measuring gas levels in the air, as you can see.

Next Steps For Gas Safety

Gas leaks are everywhere and mostly harmless. Gas detectors can be a great tool to protect yourself from the negative health effects of toxic gases exposure. Are you looking for gas detector technology that will keep you safe at work? We’ve got you covered. Check out our gas detector technology to find the perfect fit for you. For toxic gas detection, we can provide you with expert support and advice. Contact us today to learn more!

The Most Dangerous Gases In Mining

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The Most Dangerous Gases In Mining

It is obvious that air is essential for our survival. The air we inhale on the surface of the earth is made up of a mix of various gases, including carbon dioxide, nitrogen, argon, and oxygen. The air contains 21% oxygen, which is the best. The oxygen levels in the airdrop when other gases are present, and this is where the trouble starts. Here we will talk about the most dangerous gases in mining. 

Mine air can become contaminated by other gases like methane, hydrogen sulfide, carbon monoxide, and excess carbon dioxide. These gases cannot always disperse in confined spaces and can build up in mines. This is due to their combustible and explosive or toxic properties.

These gases are also known as mine damps. The German word Dampf means “vapor”. They are not one gas, but a toxic or explosive combination of several gases that has a varying impact on mine safety and human health.

These damps can be produced by mining operations, including drilling and blasting. They are also released by mining machinery like diesel and gasoline motors.

The most efficient way of preventing these gases in mines is the incorporation of high-quality mining ventilation systems as well as the use of early detection devices. One dangerous mine atmosphere is one that is explosive or toxic. There are many damps that can create this type of atmosphere:

Firedamp

Black damp

White damp

Stinkdamp

Methane Gas (CH4)

Firedamp refers to a group of explosive gases found underground. Firedamp is mostly methane, and miners often use methane as an interchangeable term for it.

Methane (CH4) can be colorless, odorless, and explosive. It occurs naturally in coal seams and shale deposits and is a major component of the natural gas that we burn for energy. Over millions of years, methane gas builds up in pockets of coal and other strata. It can be released when the coal is mined. The mining machinery can penetrate the pockets and release methane gas into the pit, where explosive mixtures may form. Methane is 0.55 times denser than air. Methane is much lighter than air and tends to accumulate in enclosed areas with little ventilation.

At levels between 4 to 16%, methane can be combustible. Below this level, there isn’t enough methane to ignite and above it, the mixture is too dense for explosive purposes. 9.5% is the safest level of methane found in the air. This is where it finds its perilous balance. These levels of methane can be ignited by a naked flame or sparks from a machine. Insufficient amounts, methane can also displace oxygen from the atmosphere and cause asphyxia in people who inhale it. If the oxygen level drops below 6%, it can cause dizziness, headaches, nausea, and even death. This makes it sensible to avoid any buildup of highly flammable gas. Quality mine ventilation is a good way to do this.

Second, dangerous gases in mining should be monitored and detected. This was often done by using a test flame. A candlelit with a naked flame was originally an indicator of danger. The flame tip would have to be changed. As you can see, a flame is an obvious means of ignition. If it gets too close, gas explosions will occur. The safety lamp was created to allow coal mines to test for gases and still be able to work in potentially explosive or flammable air.

Carbon Dioxide, (CO2)

Black damp refers to the mining term for the suffocating mix of carbon dioxide, unbreathable gases, which can build up in mines and cause poisoning, asphyxiation, and eventually death. CO2, a colorless and noxious gas, emits a faint acrid scent at higher concentrations. This makes it difficult to recognize through the human senses. Although carbon dioxide is not harmful by itself, it can reduce the amount of oxygen that one can inhale. Although the early signs of blackdamp, such as dizziness, lightheadedness, and drowsiness can be mistakenly thought to be simple fatigue, high doses of carbon dioxide will cause asphyxiation, which can lead to death in a matter of seconds. It can kill 18% of the air, but levels as low as 3% can cause breathing problems. Carbon dioxide is formed by the breakdown of organic materials such as mine timbers and human and animal respiratory. Once the coal is exposed to mine air, it will absorb oxygen and release carbon dioxide. The carbon dioxide that is higher in density than normal air (1.53) will accumulate in the mine’s lower-lying areas.

The accumulation of blackdamp in a mine is caused predominantly by poor ventilation however other factors can be attributed such as the temperature, the amount of exposed coal, and the type of coal. It is colorless, odorless, and tasteless which makes it difficult for humans to identify. It is often called a “silent killer”. Carbon monoxide is formed from the incomplete combustion of carbon.

Modern equipment can now detect carbon monoxide easily without risk to your life.

Stinkdamp – Hydrogen Sulfide (H2S)

Stinkdamp refers to the mining term for hydrogen sulfide, H2S, because of its distinctive smell of rotten eggs. Hydrogen sulfide can be poisonous, flammable, and colorless. It is also pungent-smelling. Although it has been rare to find in mines, small amounts can prove fatal.

It is formed by the decomposition of iron pyrites within a mine and their interaction. Asphyxiation can cause death in humans, as H2S is highly toxic.

It can irritate the eyes and nose and throat at lower levels. As it increases, it has a narcotic effect on the nervous system, causing headaches, dizziness, and difficulty breathing. Higher levels of H2S exposure can cause paralysis and even death. Chronic low exposure can cause bronchitis and pneumonia, as well as migraines, motor control problems, and even death. It can also create flammable mixtures in the air between 4.5 and 45%, where ignition could cause an explosion. It can build up in mines with poor ventilation because of its heavy density of 1.9.

Prevention & Detection Of Mine Gases

The most effective, safe, and efficient way of keeping dangerous gases in mining away is done through quality mining ventilation systems. Mine ventilation is a safe flow through a mine’s workings at a measured volume. It removes dangerous gases in mining, chemicals, and physical contaminants and regulates the temperature.

Over the years, the detection of dangerous gases in mines evolved. Some techniques have become traditions in the mining culture. The canary is a symbol of gas testing in mines. It also serves as a test flame and flame safety lamp.

Although the canaries were lucky and safety lamps are still in use, there is now enough detection equipment and means to detect gas, including gas monitors and chemical analysis. If you are interested in getting gas monitors for your crew contact us today!

Radio Communication in Tunnels

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Radio Communication in Tunnels

What is Radio Communication in Tunnels? Radio communication in tunnels is an adaptation of electronic communications made into a manual one. This allows people to communicate by using a radio device attached to their bodies, such as a cell phone or walkie-talkie, while in the tunnel. Radio communication can be used by tunnel workers to ensure safety and still have conversations that are not possible over regular voice radios. Radio communication can also be used to help other constituents (such as emergency personnel and construction workers) reach the person using it for tunnel talk.

Why is radio communication in tunnels important?

Radio communication is essential for many reasons. Radio communication is important from a safety perspective. It can be used even when visibility drops because it is possible to communicate with other people using their sensors or eyes. Radios can be used to keep people on the right track when there is heavy traffic. The tunnel’s radio communication can provide security to workers and others who travel through it. Imagine, for example, that there is an emergency at the tunnel and that a different evacuation method is required. People can be notified via radio and directed to exit by following certain instructions.

How does radio communication in tunnels work?

Low-power transmitters are placed throughout the tunnel system to make radio communication possible in tunnels. Each transmitter broadcasts its signal within a certain range. The transmitters will be in close proximity to each other so people can reach them throughout the tunnel. Tunnel workers can communicate with one another via walkie-talkies and cell phones. Most tunnel workers carry a base station that allows them to stay in touch with the main tunnel system.

What is Radio Communication used by emergency personnel, tunnel workers, and residents?

Radio communication is used by many people for various reasons. It is used by emergency personnel to prevent mishaps or accidents from occurring in the tunnel during an emergency. It is used by tunnel workers to ensure safety while they work, even in low visibility. Tunnel residents can also use radio communication in tunnels. Tunnel residents may use radio communication to summon emergency services, as it is vital for safety and security. People who are less sensitive to being seen can easily reach them.

The Best Gas Monitoring System Available

Becker Communications offers the SMARTCOM 100 LEAKY FEEDER SYSTEM, which allows divers to communicate below the water. Two wireless devices are worn by divers, one on each of their helmets and one on their wrists. A handheld device can be used to communicate with them. The transmitter transmits signals to the receiver. These signals are then transmitted to each other and their surface personnel, allowing them to see what’s happening underwater. These systems can be used to extract oil, gas, or for many other types of industries.

Contact us today for all radio communication in tunnels needs you may have.

Underground Mine Communications: A Brief History

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Underground Mine Communications: A Brief History

A reliable and efficient communication system is essential for creating a safe, productive, and efficient mine. The history of materials extraction technology dates back many centuries. However, the era of underground mine communications systems can be traced back to the last century.

Just as above ground, the invention of the telephone triggered the mining communication revolution. Prior to the invention of the telephone, mine shaft communication was primarily based on bells and whistle signaling systems. Mines started to use ruggedized telephones that were connected via cables strung through the mines in the early 20th Century. Although the phones were the same as the ones above ground, they were enclosed in cast iron housings to protect them from the extreme temperatures, humidity, dust, or corrosive environments that can be found in a mine. Most phone systems were either based on a magneto (crank-ringer) format. These systems are still widely used today. They use a party-line format with one telephone per section and additional phones at key locations above or below ground. These systems are easy to set up and maintain due to their hard-wired design. However, miners will often have to stop working in order to use them.

The introduction of hoist-rope and trolley-carrier-based communication systems was made possible by the increased automation of mining in the 20th century. These carrier current systems use electrical connections to drive electric haulage systems. Because they are piggy-back systems, both systems are simple to install and provide strong mechanical strength. They are dependent on carrier frequency.

Radio made underground mine communications possible. Nicola Tesla investigated the possibility of using extremely low frequency (ELF), and naturally occurring minerals in mine structures, as a means of TTE (through-the Earth) communication. In the 1940s, South African gold mines were home to the first successful TTE system. In-mine research of ultra-high frequency and very high-frequency communications (VHF/UHF), began in the 1970s. Wave propagation in mine environments is difficult because of the complex topography, dynamic nature of mining operations, and the elements of the mine structures. Radio signals behave differently underground than in above-ground mines.

The “leaky feeder” mining communication system is a hybrid system, which was developed in the 1970s. The system combines both wired and wireless communication to ensure robust and flexible communication even in difficult mine environments. The backbone of the system is the leaky feeder cable. This is a coaxial cable with sections of the outer shielding that are shaved off during manufacture to allow RF signals to “leak out” (or leak in). It functions as an antenna and provides a communication path for radio transmissions within the mine. A repeater is connected to a leaky feeder cable. This cable is then extended into the mine with line amplifiers and repeaters to compensate the signal loss. Mining communications technology has advanced just as much in the last century as mineral extraction technology. We now have wireless communication systems which allow people on the surface to communicate with equipment and people miles below them, increasing safety and efficiency, as well as safety.

If you would like to learn more about Becker communications contact us today!

Becker Releases New LEAKY FEEDER SYSTEM

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Becker Releases New LEAKY FEEDER SYSTEM

The UHF leaky feeder system is designed for rugged outdoor applications where high durability and low power consumption are required. The UHF leaky feeder system is designed to be mounted on a mast or pole and can extend up to 25 feet. As the system is not a mobile device, it extends the transmission coverage area by extending the range of the transmitter antenna. 

The UHF leaky feeder still has a WiFi terminal connection for easy configuration management from an Android or iOS phone or tablet that comes with Becker’s Connect app pre-installed.

Becker Communications recently released a powerful UHF Leaky Feeder System with various features that provide for reliability, robust performance, and maintainability. Leveraging off the successful and original Smartcom®, Becker has now provided an option for all mines to access the world’s premium UHF Leaky Feeder System.

The Leaky Feeder System has been designed with the newest technology available in mind. The new system incorporates the same ground-breaking features as its predecessor, including configurable channel spacing and robust repeat-beaming technology. Unlike some competitive offerings, LEAKY FEEDER uses the latest high-performance modems designed for reliability, resulting in fewer down days and lower maintenance costs.

Leaky Feeder has been a game-changer for us, allowing us to regain control of our communications. The DEPTH™ technology was initially launched in 2010 and has helped over 40% of our customers achieve the highest level of performance possible in their environments. The new LEAKY FEEDER system will provide an option for all mines to access the world’s premium UHF LEAKY FEEDER System,

Features of New UHFLEAKY FEEDER System by Becker Communication

  • Configurable channel spacing (either 2MHz or 4MHz) with or without repeat-beaming technology, giving users the flexibility to adjust their radio systems based on individual requirements.
  • Designed for ease of installation in all types of mining environments, including hard rock mines and deep underground mines. Using a newly developed remote interface adapter, the new feeder system can be installed from an outside controller/monitor location rather than running cable through the mine’s ground system.
  • Offers a standard HS1177 protocol (AMBE II) and utilizes the latest high-performance modems specifically designed for reliability.
  • The new UHF LEAKY FEEDER System offers the best performance and reliability available, requiring fewer repeat-beams than competitive offerings.
  • Offers the same reliability engineering and design as our existing Smartcom product line (including DEPTH™ technology), resulting in fewer down days for customers.

The Becker team is excited to be able to offer another option for our customers to get the most out of their communications system.

How the Becker Communication’s UHFLEAKY FEEDER System is unique from other leaky feeder systems in the market?

  • Repeat-beaming technology specifically designed to work even in the most challenging environments and mine conditions.
  • A proprietary remote interface adapter that allows for easy installations in hard rock mines and deep underground mines.
  • The UHF LEAKY FEEDER System offers configuration options such as 2MHz or 4MHz channel spacing, depending on the customer’s needs.
  • No one likes to be dependent on a single source for communication. Our customers appreciate the redundancy we offer, and they know that this redundancy is of outstanding reliability. The new standard UHF Leaky Feeder System allows users to have that same reliability in every element of their operations.

About Becker Communication

Becker Communication Ltd. is the world’s leading supplier of Plug-N-Play transmission systems for use in the mining and oil and gas industries. Leveraging off the success of Becker’s original Smartcom® software, Becker has gained a reputation for innovation and exceptional performance.

Becker’s product solutions are designed to provide customers with an industry-leading total cost of ownership. By leveraging the latest technology and utilizing proven design techniques, Becker is able to eliminate costly downtime and unreliability issues. If you would like to learn more visit our home page or contact us today!