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How to guide clients to choose their excavator quick coupler?

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  https://www.glikrmachinery.com/quick-coupler/   Quick couplers   are no different. These aftermarket excavator add-ons increase efficiency by eliminating the need to manually remove mounting pins, greatly reducing the time it takes for excavator operators to switch between attachments. Like all other tools, quick couplers are constantly evolving. When making a purchase decision, consider the application, hydraulic or mechanical configurations, safety features and additional performance features and benefits like tilting capabilities and fully hydraulic operations.   1.Introduction of quick hitch coupler :   Excavator quick coupler joint is one of the accessories of construction machinery, which is independently designed, developed and manufactured according to the specific work requirements of excavator.   Quick joint plays an important role in connecting excavator bucket, ripper, hydraulic rock breaker, hydraulic shear machine and so on. We can see the quick hook diagram in coal min

WHAT ARE THE DIFFERENT PARTS OF AN EXCAVATOR CALLED?

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  An excavator, also known as a digger or hydraulic excavator, is a heavy construction machine used for digging, lifting, and moving materials. It consists of several essential parts, each serving a specific function. Here are the different parts of an excavator:       House: The house, also called the cab or cockpit, is the operator compartment where the operator sits and controls the excavator. It provides a protected space with controls, switches, and instruments for operating the machine.       Boom: The boom is the long, horizontal arm of the excavator that extends from the house. It provides reach and lifting capacity to the machine. The boom can be raised, lowered, and swung horizontally to position the bucket or attachment accurately.         Stick or Arm: The stick, also known as the arm, is the section that connects the boom to the bucket or attachment. It allows the operator to extend or retract the bucket for digging or lifting operations. The length of the stick determines

WHAT ARE LONG REACH EXCAVATORS USED FOR?

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  Excavators are considered to be very important machines, especially for the construction and mining industries, as they are used to excavate large amounts of ground from the surface. There are many excavator models on the market. Each excavator has a specific configuration for a particular excavation task. One particular model that is widely used is the long boom excavator. This type of machine is designed with a   long boom , which is often referred to as an arm.   Long boom excavators are most commonly used for digging deep holes or trenches. Very often, long-arm excavators are used to digging rivers or lakes while being placed on a floating platform or barge. Some long reach excavator models are equipped with oversized counterweights designed to counteract the levering effect of the boom. When equipped with jack-ups and other similar attachments,  long reach excavators  can be used to reach high places. In addition, when equipped with a mechanical thumb attachment, the machine can

HOW DO YOU MAINTAIN AN EXCAVATOR?

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  Proper maintenance of your excavator is essential to maximize the potential of your fleet. A well-maintained machine is less likely to break down, thus saving you time, money, and stress. In addition, proper maintenance will greatly extend the life of your excavator. Because excavators are complex machines, it can be difficult to keep up with even just one machine. Many   parts of an excavator   will eventually wear out and need to be replaced as well.   This is why most people use maintenance schedules to minimize downtime and simplify the whole process. There are usually two different ways of maintaining a machine on a regular basis. Routine maintenance is a program where the machine is sent in for regular maintenance checks. This includes replacing wearing parts such as fluids, filters,, and belts. Each machine follows a maintenance schedule that determines which parts need to be replaced and when.   1. Lubricate and clean slewing bearings and surrounding parts One aspect that giv

3 BENEFITS OF THE LONG-REACH EXCAVATOR

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  A long-reach excavator is an excavator with an extremely   long arm   and bucket bar, also commonly referred to as a boom. Used for digging very deep holes and trenches, many long-reach excavator jobs require digging the bottom of a river or lake while the excavator is sitting on a barge or floating platform. Often equipped with oversized counterweights to counteract the leverage of the long boom and bucket bar, long boom excavators are also used to reach heights with hand-held auger attachments and other tools. When equipped with a mechanical thumb attachment, long-reach machines are used to lift poles, pipes, and other materials to extreme heights.   An excavator is a machine equipped with a track that has a bucket attached to the moving arm and uses a stick to dig holes and trenches. Like the backhoe on tracks, excavators are common on many construction sites. Although perfectly equipped to dig large basement holes and trenches, the excavator's digging depth is limited by the

HOW TO CHOOSE EXCAVATOR ATTACHMENTS?

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Excavators  should not be used under any circumstances for the lifting of persons as they are primarily designed for excavating with a bucket and consequently are capable of operating speeds and movements which make them totally unsuitable for the lifting of persons.   Access to height on construction sites should be by machines designed for the purpose of lifting persons such as MEWPs, mast climbing work platforms, suspended access platforms or passenger/goods hoists, or by the use of scaffolds.   In special cases where an approach by less dangerous means is not reasonably feasible, a suitable crane with a manned basket may be used. The regulation requires lifting operations to be properly planned, properly supervised, and carried out in a safe manner, and this includes the use of earthmoving machinery for lifting operations.   Supervisors should first carry out a risk assessment, which includes ensuring that the earthmoving machinery is suitable for the task, that there are sufficien