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What is the salary of a heavy equipment operator with a backhoe?

Operators of heavy equipment often used backhoes to dig the ground for several reasons, including the installation of water pipes and gas. According to a report in October 2010, using backhoes can earn over $ 50,000 a year after five years.


Some heavy equipment operators work strictly in the industry of excavation with a backhoe. According to an October 2010 report, these workers can earn between US $ 36,000 to US $ 51,492 a year. Who handles a backhoe in a company, specifically in the construction industry reported slightly higher earnings of up to US $ 56,320 per year.


According to an October 2010 survey, operators of heavy equipment using backhoes can expect to receive between US $ 24,812 and US $ 40,769 after one year of experience. After five years, these workers are reporting earnings of between US $ 30,189 and US $ 51.72, and after 10 years, profits can reach as high as US $ 64,702.

Employer option

Heavy equipment operators who specialize in digging backhoes could earn more working for themselves. According to an October 2010 report, backhoes self-employed operators are earning between US $ 35,000 and US $ 144,882. Workers employed by companies are reporting profits between US $ 36,377 on the low end and US $ 59,124 annually in the higher end.

What are the types of heavy steel plates

The steel plates are heavy relatively flat objects made ​​of a metal type or alloy steel. Although there is no specific size range to a metal plate, the term “plate” is generally used for objects that are thicker than a sheet of metal. Most of the plates cannot be bent by hand and require special tools to cut. Different types of heavy steel plates can be used for a wide variety of applications for construction and production.


The sizes of heavy steel plates were enumerated using several different types of dimensions. The length and width are listed in inches or feet and provided the total physical size of the plate. The thickness of a plate is administered using a number known as “gauge” or meter. Each gauge equivalent to a standard thickness in inches, and the larger that number, the  thinner the steel plate will be. See the chart in the Resources section to determine the standard size equivalent to the different gauges of metal.


The steel plates are widely used in manufacturing and industry, as well as roadwork and construction. You can cut or bend molding the plates to use in automotive and aerospace components, or formed into a variety of objects ranging from tools to electronic enclosures. The road contractors use heavy steel plates to cover temporary holes in the ground as the surface is leveled or reworked. These plates also form the backbone of support for many bridges, flooring and other building elements.


Heavy steel plates come in many shapes, sizes and calibers. They are made of steel, hot or cold, generally known as “carbon steel” as well as from steel alloy varied. When steel is mixed with chrome, stainless steel plates are formed, which offer a high level of corrosion resistance and creates an attractive finish. The steel plates can also be galvanized with a coating of zinc or nickel, increasing the strength and resistance to rust . Other alloys of metals including tin and copper are added to the steel to form other types of steel plates.


To make a heavy plate steel, mining iron ore harvested from mines and underground sources worldwide. Manufacturers mineral melt at high temperature, then pour into molds or extruded to form sheets of different sizes. The sheets pass through the crushing rollers, and then undergo large cutting devices that cut to the desired length. Steel plates may then be “cooled” or submerged in cold water to harden rapidly cool the steel.


Comparing the types of heavy steel plates, keep in mind factors such as corrosion resistance, thickness, material and dimensions. Manufacturers usually list features such as “weld ability”, which helps buyers understand the ease or difficulty of that particular type of solder alloy. Check the size and strength to understand the carrying capacity of each sheet as well as the ease of cut or bend steel. It is also useful to check the set point temperature of each type, provided by the manufacturer, which offers buyers the minimum and maximum range to which steel can be exposed safely.


Types of construction vehicles

To prepare the land and build a structure on a site, companies use a variety of vehicles. Each vehicle has its own tasks at the site based on its capabilities, and its operator is responsible for operating the vehicle to complete any work needed. Therefore it is important for those interested in a career in the field of construction to learn the different types of construction vehicles.


Bulldozers are often the first vehicles on a construction site as the place is cleaned by pushing the rubble. The metal blades on the front make pushing the debris of all kinds easier, including concrete, tree branches and large stones. Once the debris has been cleared, the earth is moved to level the site.

Front-loading machines

As bulldozers push the debris and excess earth beside the construction site, the front-loading machines load it into the dump trucks to be transported. With a shovel attached to the front of the vehicle, these rise and throw easily land until the place is clean. However, the front loading machines have a limitation since they cannot dig or go below ground level.

Dump trucks

Transport debris and soil from the construction site is the responsibility of dump trucks. They can also bring rocks, gravel or additional land if needed to stabilize or even land on a site. There is a variety of dump trucks in construction. Some of them include traditional vehicles, double or triple trailer, allowing a truck trailer to transport more dirt and debris. In addition, there are road dump trucks being used in rough terrain and in mining.

Excavator / Backhoe

When you need to dig into a construction site, a bulldozer is used. These vehicles can be used for surface excavation projects like small trenches for water pipes or drain. They are also used to bury pipes after they have been installed covering them with excess land. For larger projects, such as for a basement or tunnel, they used backhoes digging. The depth that it can dig is based on the length and height of your arm. The longer and higher it is, they can dig deeper.


Work in a structure can begin once the ground has been prepared. The cranes are often brought for large structures or commercial buildings where heavy lifting is needed as metal beams and other materials. In addition, this type of construction vehicle can be used for large buildings where it is needed to reach great heights. The cranes vary in size and skills as there are different types. The truck-mounted cranes, tower cranes and rough terrain cranes are just some types of cranes used in the construction industry.

Types of construction project

Creating the personality of the business districts and neighborhoods, the construction industry is composed of three main categories, according to the Bureau of Labor Statistics. It includes building construction companies, residences, churches, and commercial and industrial buildings. The construction of civil and heavy engineering includes tunnels, bridges and roads. Special construction activities include the internal development of buildings, including carpentry, electrical and plumbing. As a result, the industry is working on various projects, all of which build and maintain the infrastructure of a nation.

Building construction projects

Contractors working in the construction of buildings create the character of cities, suburbs and country setting. Construction projects include building like houses, churches, commercial structures and commercial and industrial buildings. Private and public entities guarantee the construction of buildings. For example, a family can buy the land and hire contractors to build a house. Public entities may require the construction of museums or research centers to house projects and local and federal government employees. Industrial and commercial projects are funded by companies or organizations for profit. Industrial buildings include stores and public facilities and packaging.

Heavy construction projects and civil engineering

Laying the groundwork for an organized infrastructure; heavy projects and civil engineering are used in bridges, roads, railways, dams and sewers. These valuable projects greatly affect the quality of life and standard of living of a nation. These projects include water and sewer lines, bridges, roads and the construction of roads, pipelines, and power and communication structures. Usually, the heavy construction projects and civil engineering are funded by governments or corporations such as energy companies and federal state or local water.

Special construction projects trade

Buildings and bridges are not complete once constructed. Construction projects commercial specialty added finishing touches that bring out the personality of the buildings and make them functional. Workers specializing in painting, plumbing and electrical installation ensures proper completion of the internal structures. Commercial construction projects include building renovations, additions, carpet installation, construction and installation of cabinets, brick and masonry plaster and stucco.

Types of building construction

The buildings are classified by type of construction, that is, literally, how the building are constructed as dictated by the International Building Code. The ranking takes into account a very important aspect: how well the building resists fire. As expected, thanks to the variety of materials from which the buildings are made ​​there is a wide range of classes within this classification.

Type I-A and B

The type I-A buildings produce a building with exterior walls and a structural framework that is able to withstand fire for up to three hours. Both the floor and the sky ceiling need to resist fire for two hours, while the roof must withstand fire for an hour and a half. Buildings within such structures are usually at high altitude. The main difference between I-A and B type is the type I-B building has exterior walls and a structural frame that only has a fire resistance of two hours instead of three hours as type I-A.

Type II-A and B

The type II-A building is considered a building that is protected and is fireproof, and often includes new schools. These buildings have exterior walls, structural frames and ceiling, roof and floor that should last up to an hour. The main difference between the building type II-A and II-B type is that while the building type II-B is made of fireproof material has no fire resistance. Most commercial buildings fall into this type of construction.

Type III-A and B

Building construction type III-A includes buildings with walls of brick or block, and can have wooden ceilings. For these buildings, the exterior walls should last for two hours while the rest of the building should last one hour. Stores that have bricks or blocks on the outer walls fall within the category of type III-B, and can last for two hours; the rest of the building has no fire protection.

Type IV

The types IV remain alone in this variation of building construction. This category includes what is called the heavy wood, because each must be at least 8 inches (20.32 centimeters) in diameter. This construction is often used for mills, and its exterior walls should last for two hours, while the structural framework should last for an hour. The floor, ceiling and roof have no rating, but each must be constructed of heavy timber.

Type V-A and B

This is the last in the types of building construction. V-A type buildings are built of wood that is considered protected by the outer walls, the structural frame, roof, floor and ceiling should last up to an hour. Most of the buildings that fall into this category are apartment buildings that have been built most recently. The V-B type includes most of the wooden family houses as well as garages. These buildings are considered unprotected, as there are often exposed within wooden structures.

Three tips to consider before renting heavy machinery

One of the traits that define an entrepreneur is winning big with little investment. But it is not misinterpreted by refusing to invest. Nobody starts a business to lose. These are the costs for each new project started, especially in the industrial sector where investment is strong. Thus appears the option to rent heavy machinery.

One of the most frequent actions in the industrial sector to have a reasonable level of investment, is renting heavy machinery. The main reasons are: The high price of this type of vehicle, its subsequent maintenance and storage. Therefore, many entrepreneurs prefer to rent than buy.

With the rental of heavy machinery, the employer can cut costs, making it a great advantage. However, if not carried out with great care the respective disadvantages may occur, making our investment a loss.

This type of vehicle is a complex machine. So before renting heavy machinery, the employer must ensure that his staff knows how to use it. It is so, we must first make sure that the company that owns these vehicles, provide user manuals or if necessary coordinate a training course for operators.

Another important point that no employer cannot ignore, is to review the lease of heavy equipment. For that, you must have well defined the following points:

Conditions: Days, number of hours, etc.

Cost expenses: Normally the repair and maintenance of heavy machinery covers the company owner. While fuel costs and replacement of material wear, is done by the company that rents equipment.

Make sure that the company that owns the heavy equipment has a good stock of spare parts stocked (in case of any eventuality).

The hazards of operating heavy equipment

According to the Electronic Library of Construction Standards and Security, more than 100 workers are killed each year by a heavy equipment , such as cranes, loaders, backhoes, tractors or excavators, bulldozers. There are other risks associated with the operation of heavy machinery.

Risk of falling materials and equipment

This is the leading cause of death among heavy equipment operators. The worker when walking can be hit by heavy equipment when it changes direction or reverses. The heavy equipment operator may be trapped when the brakes are not adjusted properly, or may be hit when the machine is left running. Another danger is the backhoe bucket, loads of equipment or other moving parts that could crush the worker.

Raynaud’s syndrome

Raynaud’s syndrome is a disease that affects heavy equipment operators working with power tools, hammers and mills. It causes a discoloration of the fingers and also known as “white finger disease.” This is caused by vasospasms that decrease blood supply to the hands. Operate this heavy equipment is causing segmental vibrations transmitted through the hands and arms, which cause Raynaud’s syndrome.

Spinal disorders

The constant vibration of heavy equipment such as tractors and bulldozers can cause whole body vibration (WBV), which is the transmission of mechanical vibration from the machine through a support surface to the body. These vibrations can be high frequency of engines and transmissions, and low frequency of the tires and the ground, and the shock of encountering potholes. A long-term exposure to this vibration can cause lower back disorders such as herniated discs, an acceleration of the degenerative changes in the spine, abdominal pain and nausea.

Visual problems

Heavy equipment operators must not only handle the equipment, but also have to be alert to monitor other people, monitor changes in their environment, and beware of underground utilities, obstacles, overhead power lines and traffic place. These workers also have to deal with poor visibility from the cab and reduced visibility in winter conditions, rainy weather and the sun shining too bright days. All this affects operators and can lead to mental and eye strain that can progressively worsen and cause employees to make mistakes if they don’t take breaks to rest their eyes and not given the opportunity to recharge their mental batteries.

The average salary for a certified operator of heavy equipment

The operators of equipment are heavy workers using heavy equipment to move materials in construction. Operators can work one or more machines, such as pavers, graders and machine load, depending on your area of training and specialization. The average certified salary a heavy equipment operator has depends on factors such as location, working hours, job and experience.

Average salary

The average income of workers in heavy construction is around $ 21 per hour, or $ 44,000 per year, according to the National Center for Education and Research Building. Salaries vary between US $ 14 to US $ 23 per hour for heavy equipment operators from May 2008, according to the Bureau of Labor Statistics of the US.. The highest paid workers earn US $ 38 per hour, with the 10 percent paid less than $ 11 per hour. The lowest wages were in the paving equipment operators, while the hammers made the most on average. Annual salaries vary based on average hours worked per week throughout the year.


Along with variations per job, the certified heavy equipment operators also receive different wages based on location, with large metropolitan areas that pay the highest average salary. Work projects available, along with the local climate and its effects on the working outdoors play an important role in determining the salaries of these workers, often resulting in an annual base salary, even for workers with wages more high per hour.

Training and promotion

School graduates  may be offered to provide training on the job, from lighter construction equipment before moving the machinery with more technology and  computerization. The International Union of Operating Engineers offers apprenticeship programs lasting three years of training, including classroom training. Certifications vary by specialization and are available in national professional organizations. Some employers require some type of certification for employment consideration. Operators may advance to supervisory positions or teaching, while others choose to start their own business.

Employment growth

The average job growth through 2018, with growth of over 10 percent in the openings, means that the certified heavy equipment operators must continue to find employment opportunities, according to the Bureau of Labor Statistics. Experienced operators on multiple machines have increased flexibility, leading to a greater chance of getting quality jobs. Employment growth should be higher in areas related to energy, such as oil rigs and pipelines as these companies increase their infrastructures.

Skills required for operating machinery

Machines working in different fields, the buildings, warehouses, power plants and even airports and seaports need machine operators. They operate forklifts, cranes and various types of heavy machinery and equipment of paving. Regardless of the industry in which the machine operator works  you must have a series of basic skills.

Be attentive to the surroundings

For reasons of safety, an equipment operator must have the ability to be aware of your surroundings at all times. Unlike drivers, machine operators often do not work in high-traffic areas. However, a machine operator must constantly make sure nothing gets in the way of his team. The forklift operators should be aware of where they are going and if something or someone is behind, or beside them. This particular ability not only works to keep costs low and liability insurance, but also to maintain the machinery, equipment and personnel in the workplace safe.

Knowledge about the machinery

Having knowledge about the machinery that the operator uses is an important skill that everyone should have. First, being aware of the equipment allows the operator and those who work with him to be safe. Second, it increases operator productivity. Depending on the type of machinery that is operated, it may be required operating licenses or certificates requiring the operator to have some experience. However, even those who do not have a license or certification must have knowledge of how to properly operate the equipment with which they are working.

Basic mechanical skills

Having some basic mechanical skills related to particular equipment being used is important. Although most companies have professionals responsible for the maintenance and repairs of machinery operators you must have sufficient mechanical skills to perform basic checks before starting their daily work. For example, a crane operator must be able to check the fluids, inspect the engine, hoses and belts; and ensure that the crane is working properly before starting their work.

Shell tips for heavy machinery

The vehicles are designed for heavy duty, for any company, highly valuable resources. Purchase, usually involves high operating costs and a strong outlay of money, why it should be to ensure an adequate return on investment.

For a business to be profitable, any amount invested in vehicles and machinery must bring resources and / or profits back into the company. This is only achieved through efficient operation and minimal mechanical unexpected problems.

Given the nature of the work to which they are intended, these heavy vehicles suffer a high degree of wear, but at the same time should ensure that they keep working as long as possible.

How it is achieved that a vehicle of this type function properly for long periods of time and distance and parallel to it that is not damaged or breakdowns? An essential part of this task falls in oils and lubricants, which represent between 1 and 3% of total maintenance costs but have a high impact on productivity and availability of vehicles for work.

The longer a truck remains on the road, away from the workshop, the more and better productivity, ensuring a profit for the business. In this sense, both the engine and transmission lubricant, such as fats that apply to the powertrain in a heavy vehicle must meet certain characteristics and high quality standards. Protection should focus primarily on protecting parts against excessive wear, increase the life of the same and ensure efficient operation of the entire system.

Thanks to this technology in the premium range of Shell Lubricants, the goal is precisely to provide high performance products that help reduce the need for maintenance of trucks, protect the entire system and increase fuel economy, as well as offering services developed to improve maintenance practices and business and thereby reduce total cost of operation.

Total protection of components

What components of the vehicle protect Shell products? This in the range of Shell Lubricants technology allows to offer protection to virtually all powertrain components of a truck. For the use for which they are intended, they can be divided as follows:

  • Ritual – Range of lubricants for heavy duty diesel engines.
  • Spiral – Family of lubricants for shafts, gears and automatic transmissions
  • Gauds – Greases with high durability and efficiency for various applications.

Lubricants lower cost, a false economy

It is noteworthy that purchasing low-quality lubricant (usually at a much lower price premium range of products such as Shell lubricants) is a false economy, as this apparent low initial cost is easily transformed into shorter maintenance intervals, more repairs , more frequent oil changes and costs for labor and other stoppages between what ultimately amounts to losses for the business.

Costs complementing the wide range of products for every need, Shell Lubricants offer services designed to support customers in critical areas, ensuring proper maintenance and efficient work of the powertrain:

Shell Lube Coach – lubrication training program to instruct staff to provide better yields

Shell Lube Analyst – Early warning system for identifying potential failures or equipment Oil before becoming critical

Lube Advisor Shell – Shell experts can advise which oil used to increase efficiency and reduce operating costs.

Each of these, in conjunction with the Premium product family of Shell Lubricants, provide specialized support to use the most suitable products for each type of vehicle and work, managing resources more efficiently and allowing greater ROI .