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Work heavy machinery operator abroad

The need to handle heavy machinery is essential for most infrastructure projects and development around the world. Construction, mining, cleaning, military working and various other functions are involving the operation of heavy equipment such as trucks, towing services, excavation and drilling. This skill set specialization remains where demand is occurring in human development. Thus, the search for jobs of a heavy equipment operator is often as simple as looking where construction boom is occurring. Getting a job on the other hand requires overcoming a few obstacles.

Flexibility helps

Heavy equipment operation changes in details from a project to another. There is a solid area throughout the year just to drivers and operators of cranes, or for this type of equipment. As a result, operators have more successful based contracts if they are familiar with the operation of various types of equipment. For example, a truck driver may vary in their skill set in the operation of large mine haul trucks, semitrailer trucks and dump trucks.

The location

Most of the use of heavy equipment will be in a place where development is literally where it happens for the first time. This means it is likely you will have to go to a land and climate where it is still wild jungle, hot, arid, cold and downright hostile absent any infrastructure to accommodate live. If you can’t face working in these conditions, many jobs of heavy equipment will not be suitable for you. Many places abroad will be in third world countries which are mainly agricultural communities with few facilities for living.

Care and dangers

With large mobile equipment is a high risk of personal danger. Accidents occur frequently, despite regular reminders of the security and attention to situational awareness. The weather and fatigue can easily lead to inattention and so someone gets hurt. The common injuries involve transfers of equipment, equipment falling, blowing of parts or, worse, get caught between moving vehicles.

Prepare the basic requirements

Typical requirements for new heavy equipment contractors or employees involve specific driving license before allowing anyone to operate several vehicles. While professional training is offered generally it required to have high school and often a college education. Trucking licenses in hand are common requirements for specific machinery. In special cases, you need specific experience of handling before a candidate can be considered for a job abroad.

Immigration

When working abroad you are subject to the rules and regulations of the foreign country in which you will work, which requires you to have the approval of the necessary immigration and employment status while you’re in a foreign country. Unlike the first world countries, many third world countries require you to have an entry visa approved before you can cross the border. Otherwise, you can be jailed immediately. At a minimum you will need a valid passport, be 18 years of age and proof of your employment with the company. In addition, there may be required several vaccines and checkups for your own safety and that of others.

Areas of recent demand

Until 2009, the Middle East and Dubai in particular, had a strong demand for heavy equipment operators. It was not unusual for 10-15 towers were built simultaneously in the local area. However, the global economic situation has slowed progress here. Other prime locations tend to be the areas of oil production, exploration of the Arctic, Latin America (Brazil), with its peak of development, China, India and Saudi Arabia. Disaster areas also need help often for infrastructure.

Wood construction

Wood is by nature a very durable substance. They found remains of wood used by the Romans nearly intact thanks to a combination of circumstances that have protected it from external attacks. From the organisms that attack wood, the most important is the fungus that causes drying of the root when the wood is wet.

Walnut, redwood, cedar, mahogany and teak are among the most durable woods known. To preserve the wood you must chemically protect it. The method used is to impregnate with creosote or zinc chloride. It can also protect from weather by covering its surface with varnishes and other substances that are applied by brush, spray gun or bath.

Wood drying. The freshly cut wood contains much water, one-third to half of its total weight. The process to remove this water before processing is called dry wood, and is done for many reasons. Dry wood is more durable than fresh wood; It is much lighter and therefore easier to transport; It has higher calorific value, which is important if you plan to be used as fuel; Wood also changes shape during drying and this change must be done before drying.

Wood structural systems. The wooden contrition adopt, as a rule, either of two ways: the construction with lightweight frames and heavy timber construction. Construction with lightweight wooden frames uses very close slender limbs together to form walls, floors and ceilings in a system called platform frame construction. The heavy timber construction uses larger members arranged with a system of posts and beams. Lightweight construction with wooden frames or heavy timber construction can be combined with masonry structures for increased fire resistance and load capacity.

Frame construction platform. The platform frame construction is an economical and flexible construction. It is widely used for single-family and multi-family dwellings, rather than for apartment buildings and low-rise small commercial structures. As this system is manufactured largely in place and the structural members are small, it is particularly suitable for use in cases where unusual distributions or irregular shapes are required. The platform frame construction incorporates easily and discreetly, mechanical systems and other building facilities. The platform structure is a system of slab and walls.

Heavy timber construction. The heavy timber construction is characterized by its high resistance to fire (it has a fire resistance substantially higher than the apparent steel), high load capacity and the unique aesthetic qualities of the apparent wood frame. Structural members for this type of construction may be solid wood or plywood glued together. Heavy wooden structures for commercial and industrial low-rise residential construction and buildings are used. As the structural members are usually, prefabricated construction time on site is usually very short with this system. However, the larger dimensions of the structural members make this system less appropriate for the platform structure, in buildings or very irregular distribution.

Is it really an unsafe material? One of the most common prejudices has to do with the material’s resistance to fire, unaware that this, while it is combustible, is a poor conductor of heat. “The wood starts to burn on its periphery, and as it becomes coal acts as a heat insulating combustion stopping the fire and allowing the inner material to remain intact, which does not occur with the steel becoming soft when heated and collapses”. A second shadow extends over the wood as a structural material is prejudice with respect to moisture, and in front of it are clear security mechanisms: The construction is relatively high so that the base remains isolated from plants and grassy areas. Using barriers such as bituminous membranes, polyethylene, between wood and foundations, ensures high impermeability.

For example, the wood has an exceptional behavior in seismic areas, because it better absorbs the dynamic forces of earthquakes due to its flexibility, elasticity and low weight. In fact, a wood structure may be 5 times lighter than a concrete one, which reduces the inertia avoiding acceleration of the structure and collapse. Moreover, wood also acts as insulation from cold or heat as the temperature misconducts; 1 cm thick wood works as 4 centimeters of clay or brick or 10 cm of concret.

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.

Industry

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.

Experience

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.

Size

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.

Applications

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.

Types

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.

Characteristics

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.

Considerations

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.

HEAVY EQUIPMENT MECHANICS

PRESENTATION:

Heavy Equipment Mechanics offers young people the prospect of short-time knowledge and skills with various projections within the field of construction and mining that requires an increasingly effective preparation.

Each module develops their abilities, skills and values which will allow them access to a job and even generate a small business.

The graduate is a technical operator with domain expertise, competent, autonomy, ability and skill, prepared to meet current technical requirements.

Analyze, diagnose and perform preventive maintenance and / or corrective maintenance of mechanical, electrical and electronic systems in heavy equipment.

Its technical, human and Christian formation allows it to adapt to innovations and advances in current technology.

  • SPECIALTY MODULES

Engine maintenance for Heavy Equipment

Performs preventive, predictive and / or corrective maintenance of the auxiliary systems, fixed-moving parts of the cylinder head and mono block heavy equipment diesel engine, using tools and measuring instruments for analysis and diagnosis using the manufacturer’s technical information, applies safety standards and environmental protection, self-managing their own micro enterprise.

Transmission system maintenance for Heavy Equipment

Performs analysis, diagnostics, preventive maintenance, predictive and / or corrective in the power transmission system using the technical information of the manufacturer, applies standards of safety and environmental protection work, self-managing their own micro enterprise.

Suspension, steering and brakes maintenance systems for Heavy Equipment

Performs analysis, diagnostics, preventive maintenance, predictive and / or corrective chassis systems using the technical information of the manufacturer, applies standards of safety and environmental protection self-managing their own micro-enterprise.

Maintenance of electrical and electronic systems for Heavy Equipment

Performs analysis, maintenance, preventive, predictive and / or corrective electrical and electronic system using the technical information of the manufacturer, applies standards of safety and environmental protection, self-managing their own micro-enterprise.

 Maintenance of hydraulic systems for Heavy Equipment

Performs analysis, diagnostics, preventive maintenance, predictive and / or corrective hydraulic system, using the technical information of the manufacturer, applies standards of safety and environmental protection, self-managing their own micro enterprise.

 Security system for Heavy Equipment

Performs analysis, diagnostics, preventive maintenance, predictive and / or corrective security system of heavy equipment, using the manufacturer’s technical information and care for the environment, self-managing their own microenterprise.

How a backhoe works

To dig a big hole

If you’ve ever had the need to dig a small hole in the ground, a shovel or spade will serve to do so. But if you’ve ever needed to dig a really big hole in the ground, you might want to consider something a bit more efficient as a backhoe.

Design and controls

A backhoe, also known as mechanics shovel, is a piece of equipment mainly used to dig into the ground and remove large amounts of dirt, gravel or sand. The backhoe consists of an along arm with an appendix at the end, square-shaped blade, known as “bucket.” The backhoe is designed much like an human arm: three joints with something to grab in the end. The upper arm is known as “pen”, while the forearm is referred to as “stick”. The backhoe is regularly attached to a tractor in the rear, with a complementary tool known as “shipper” in the front. Tractors specially designed for this machine also have stabilizing legs. Some people refer to all the assembly as “backhoe”, although the backhoe itself is only a third of the entire machine. A backhoe works through the tractor driver. When the driver of the tractor assembly moves into place, park your vehicle and turn your seat forward. The operator can choose to display the leveling feet if the tractor is not on solid ground or the surface that will operate the backhoe is especially hard. Once fully in place, the operator must manipulate two lever controls, one to move the pen and the other to stick the bucket to work the hydraulic backhoe on the floor.

Rather than digging

Although backhoes are designed to excavate mainly in residential areas because of their compact size, they can also perform other functions. The company has Caterpillar backhoes that, when bound with chains, can lift heavy objects. A drill attachment allows the backhoe to dig circular holes, while an electric hammer makes it able to break concrete and asphalt. Replace the pan with attachment clamps allows the driver to lift things like fallen trees.

Heavy equipment maintenance

Professional maintenance of heavy machinery in the field of applied engineering systems equipment used in mining, construction and heavy transport. It is ready for innovation, design, evaluation, management and maintenance of the mechanical, electrical, electronic and hydraulic systems of heavy equipment, considering aspects of safety and environmental protection.

Evaluates, identifies and develops solutions to problems in the heavy equipment, using methods and procedures; applying modern methodologies and technologies to ensure the availability and functionality.

Manages the fleet of vehicles used in the industrial, mining, transportation and heavy civil construction; oriented to maximizing productivity, making efficient use of the resources of a business unit.

Organizes, promotes and carries out its work with quality, safely and protecting the environment by adapting its capabilities to various work situations.

It is committed to their professional development; ethical practices and contributes to the development of society showing initiative and leadership.

Finding the model year backhoe John Deere

The company John Deere label all its products, including equipment for tractors backhoes, with numbers set containing information identifying the year in which the piece was made ​​or placed on the market , also known as the year of the model . There are many parts in a Deere backhoe, and many of the individual components and parts of the unit have been marked with serial numbers themselves. To avoid confusion between the serial numbers of the parts and the serial number or identification number, of the entire unit, Deere places the primary identification number for all products of the tractor in a consistent and easily accessible location.

Instructions

  1. On the left side of the backhoe, look for a black metal label hanging over the left front axle. If necessary, use a flashlight to locate the label.
  2. Search the identification number of 13 digits recorded on the label, also known as the serial number of the tractor. If the number is obscured by dirt or dust, clean the stain with a clean, damp cloth so that the number is clearly visible.
  3. Write the number of 13 digits on a piece of paper. Keep the number in a safe place until you can decode it, and after that, stores information where it can be retrieved if the backhoe is damaged or stolen.
  4. Look at the eighth digit identification number and purchase a circle, because this is the code number that identifies the model’s year.
  5. Compare your eighth digit to the table years of the models, which are in Deere.com to identify the year of your backhoe John Deere.
  6. Search and contact a John Deere dealer for more information or assistance with the year of your model by using the search tool Deere.com International.

Tips & Warnings

  • Each John Deere owner’s manual contains information on how to find all the identification numbers of each of their products.

Definition of heavy machinery

The heavy machinery is a kind of machine that uses a large consumption of fuel to operate, driven by a driver, and is used for tasks such as earthmoving, heavy lifting, demolition, excavation or transportation of material, to use the heavy machinery necessary to have special licenses.

Earth movement

The heavy team like excavators and bulldozers are used in construction, agriculture and building roads to remove, smooth, deposits of dirt and irregularities.

Heavy lifting

Cranes, forklifts and other heavy machinery are required to move steel beams, grain silos, concrete blocks and other materials used in the construction of ships, bridges, towers and other heavy structures.

Demolition

Concrete cutters, wrecking balls and hammers are examples of heavy equipment used to demolish commercial and residential buildings.

Transport

Heavy machinery used to carry large and heavy objects like cut wood or concrete, in industries such as forestry and used in road construction using heavy equipment such as tractors, log loaders and trailers.

Other examples

Heavy equipment is continually being designed to perform tasks that previously required many hours of manual labor. Examples include conventional excavators and backhoes, combines, the loppers, the snow and cement trucks.

Operator requirements

A high school diploma is generally suitable for the operation of heavy machinery. Since this equipment is very large and requires concentration and skill, a CDL, drug testing and safety training are required.

Definition heavy equipment

Bulldozer, front push tractor.

Self-propelled machine on wheels or chains, designed to exert a push or pull. The standard does not elaborate on the attachments (blade, ripper, winches, etc.) or its functions or types of work.

Forklift (Forklift)

Moving machines independently on the ground, primarily intended to carry, push, pull or lift loads. To fulfill this function a fit between work rig forklift (attachment) and the type of load is required.

They are suitable for carrying loads of overhang. It sits on two axes: driving, the front and guideline rear. They can be electric or internal combustion engine.

LOADER

Self-propelled machine on wheels or chains, equipped with a front bucket, support structure and a set of articulated arms, capable of loading and digging  by its movement and the movement of the arms, and raising, transporting and unloading materials.

BACKHOE (loader, mixed, backhoe, and bow tie)

Self-propelled frame on wheels with a specially designed riding both a front loader and a rear hole so they can be used alternatively.

When used as excavator, the machine normally digs below ground level with bucket motion towards the machine, and lifts, collects, transports and discharges material while the machine is stationary.

When used as loader, loading or digging by shifting and movement of the arms and lifts, transports and discharges material.

SKID (Skid)

Self-propelled wheeled machine, equipped with a front bucket, supporting rigid chassis structure, and a steering system using levers or pedals that can stop or control the two wheels on each side. It is also susceptible to assemble numerous tools for special jobs.

Excavators (Backhoe)

Self-propelled machine on wheels or with a superstructure capable of rotating 360 or digging load rises, turns and discharges material by the action of a spoon attached to a set of boom and dipper arm or without the chassis or the supporting structure move.

MINIEXCAVATORS (Minis s)

Self-propelled machine on wheels or chains, metal or rubber, with a superstructure capable of rotating 360 or digging load rises, turns and discharges material by the action of a bucket mounted on a boom and arm assembly, without the supporting structure it moves and with a weight not exceeding 6,000 kg.

HIGHWAY

Propelled wheeled machine that has an open box with cutting edge between the front and rear axles, which starts, charge transporting material and extends, using the forward motion thereof.

GRADERS

Self-propelled wheeled machine with an adjustable blade, positioned between front and rear axles which cuts, moves and spreads material usually leveling purposes.

 COMPACTORS

Self-propelled or towed machine on wheels, made of one or more cylinders or masses designed to increase the density of the materials: static weight, shock, vibration or Kneading (dynamic pressure) or combination of any of them.