A Guide To Hydraulic Rock Breakers
A Guide To Hydraulic Rock Breakers
Are you ready to learn about the power of precision? Hydraulic rock breakers are the ultimate solution for breaking solid rock, concrete, and other materials with ease. These powerful machines use hydraulic pressure to create a piston and chisel that generates a powerful impact on the surface. With full control of the impact force, hydraulic rock breakers are the ideal tool for working on delicate surfaces or near structures that need protection. In this article, well explore the technology behind hydraulic rock breakers, the different types available, and how to choose the right one for your project. So, lets dive in and check out the power of precision!
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What is a hydraulic rock breaker?
Hydraulic rock breakers are powerful equipment that uses hydraulic pressure to easily break apart solid rock, concrete, and other materials! The technology behind hydraulic rock breakers is based on using a piston and chisel to create a powerful impact on the surface theyre breaking, like a large-scale version of you using a pestle and mortar.
How do hydraulic rock breakers work?
You typically see hydraulic rock breakers mounted on excavators and other heavy machinery. Theyre powered by a hydraulic system that delivers high-pressure fluid to the piston. The piston then strikes the chisel, which is in contact with the surface you want to break. The impact generated by the piston and chisel creates a crack in the surface, which widens as you move the breaker back and forth.
The hydraulic pressure helps amplify the impacts force, making it possible to break through even the toughest materials. The hydraulic system also allows for precise control of the impact force, which is essential when working on delicate surfaces or near structures that need protection.
What are hydraulic rock breakers used for?
A rock breaker is a powerful machine. Thats why theyre primarily used to break apart solid rock, concrete, and other materials. Hydraulic rock breakers are most often used in construction, mining, and demolition projects, as they can make quick work of even the hardest materials:
Construction
In construction projects, we often use hydraulic rock breakers to break apart concrete foundations, walls, and other structures we want to remove. A hydraulic rock breaker can also break up rocks and boulders in the way of specific construction projects, such as roads and bridges.
Mining
People also use rock breakers in mining operations to break apart solid rock and ore deposits, making it easier to extract valuable minerals. They can break up large rock pieces or create tunnels and access points for mining operations.
Demolition
In demolition projects, hydraulic rock breakers are essential tools for breaking apart structures and removing debris. They can be used to break apart concrete walls, steel structures, and other materials that need to be removed during demolition projects.
What are some different types of hydraulic rock breakers?
Several hydraulic rock breakers are available, each with its features and capabilities. Here are some of the most common types of hydraulic rock breakers:
1. Top Type Breaker: This hydraulic rock breaker is designed to be mounted on the top of an excavator or other heavy machinery. People typically use these for breaking apart large rocks and boulders.
2. Side Type Breaker: This rock breaker is mounted on the side of an excavator or other heavy machinery. Its suitable for breaking apart concrete walls and other structures.
3. Box Type Breaker: These hydraulic rock breakers are the ones you see mounted on the front of an excavator or other heavy machinery. People use them to break apart large rocks and boulders.
4. Skid Steer Breaker: This type of hydraulic rock breaker is designed to be used with a skid steer loader. Its usually used for breaking apart concrete and other materials in tight spaces.
5. Backhoe Breaker: These rock breakers are great with a backhoe loader. Theyre generally used for breaking apart concrete and other materials in tight spaces.
How do you choose the correct rock breaker?
Choosing the right hydraulic rock breaker for your project is an important decision, as it can impact the efficiency and safety of the job. Here are some factors to consider when choosing a hydraulic rock breaker:
1. Type of job: The jobs size and weight will determine the type of hydraulic rock breaker needed. A more significant job will require a bigger, more powerful breaker.
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2. Type of material: Different hydraulic rock breakers are better suited for breaking apart different materials. For example, a side-type breaker is better for breaking concrete walls, while a top-type breaker is better for breaking apart large rocks.
3. Machine compatibility: Ensure that the hydraulic rock breaker is compatible with the carrier machine, such as an excavator or backhoe loader used for the job.
4. Operating pressure and flow rate: The operating pressure and flow rate of the hydraulic system will determine the power of the hydraulic rock breaker. Choose a breaker compatible with the carrier machines hydraulic system.
5. Noise level: If youre working in a residential area or other location where noise pollution is a concern, consider a silence-type breaker that operates at a lower noise level.
6. Maintenance requirements: Consider the maintenance requirements of the hydraulic rock breaker, including the frequency of routine maintenance and repair needs.
Choosing the most suitable hydraulic rock breaker requires careful consideration of the specific application and job needs. Contact us today to select the right hydraulic rock breaker for your project!
Tips to Get the Most Out of Your Excavator Rock Breaker
Category: Excavators | 08 June
The construction equipment industry in India is poised for good times ahead after surviving the present pandemic situation. In fact, as per the TechSci Research report i.e., India Construction Equipment Market by segment, product type, region, competition, forecast & opportunities, , Construction equipment industry in India is projected to cross $ 4.7 billion by on account of anticipated growth in the construction industry, increasing foreign investments and rising number of smart city projects in the country. Further, government initiatives focused on infrastructure development is also expected to boost the demand for various types of construction machines in India and same holds true for excavators.
Best used for digging and moving large objects among various other tasks that they perform, excavators are widely used in Quarry, Urban construction, Infrastructure, house building, road construction, landscape engineering, mining and so on. They offer excellent performance and versatility at the jobsite due to the various attachments. In fact, it is these various useful excavator attachments that make them reliable enough to handle various tasks in different working environments. Also, these attachments add to the overall productivity of the excavators. Amongst the various attachments, excavator-mounted hydraulic rock breakers deserve a special mention.
Also called as hydraulic hammers, rock breakers are best for breaking hard objects like rock, concrete, asphalt and other construction and aggregate materials. Rock breakers are powered by the hydraulic energy. A hydraulic hammer to break rocks and a robust housing bracket are two major components of the rock breakers.
Getting the best out of your excavator rock breaker
Excavator-mounted rock breakers are designed in such a way that they can withstand toughest operating conditions, However, their excessive usage can result in wear and tear. So, in order to achieve the most from the excavator-mounted rock breakers, their maintenance is very important as without that there might be project delays, wastage of time and money and the lifespan of the attachment may also reduce. So, here are some top tips through which you can get the optimal performance, increase the life of your excavator rock breaker and get the most out of it...
- Visual inspection is necessary: In order to check the rock breaker for any wear and tear, visual inspection after every use is a must. However, this step is often overlooked but this should not happen as thorough visual inspection, you can easily identify any worn or damaged components on time and prevent unexpected downtime. Hydraulic hoses, the breaker Housing, attachment pins, Chisel pins and locks and the tool point for any cracks or gouges should be considered in the visual inspection checklist.
- Hydraulic hoses should be examined carefully: You need to check that the hydraulic hoses from the excavators are of correct length and always routed properly. This is because hoses that are short in length restrict attachment extension and hoses longer in length can become disengaged on rebar and other debris.
- The importance of greasing the excavator-mounted rock breaker: Greasing at regular intervals assumes lot of importance because it helps in lubricating and clearing the tool bushing area of debris. For greasing, the manufacturers recommendations must be followed. This is because if the grease is added before properly positioning the breaker, it could lead to seal damage or even a catastrophic failure and too little grease could cause the bushings to overheat, seize and damage tools. So, in the best case scenario, greasing should be done every one to two hours to reduce build-up, tool wear and bushing wear.
- Checking the nitrogen pressure: It is important to maintain proper nitrogen pressure in rock breaker Head cap and accumulator, and this depends on the application and outside working temperature. As a matter of fact, the nitrogen level required for breaking rocks is different from what is required for breaking concrete in a parking lot. Here, the attachments operation and maintenance manual can come to help as it will have the details about the nitrogen pressure setting for your application and working temperature.
- Regular checks are also needed: The hydraulic breaker is percussion equipment, the bolts and nuts can easily become loosened, which is the cause of severe damage to several component parts. Thus, check torque of nuts, bolts periodically, as per the guidelines shared by manufactures. Regular checking of the wear status of the chisel, bushes and chisel pin is very important as excessive wear of bushes and chisel can cause chisel head and piston damage.
- Regular servicing is the key: If the rock breaker is serviced regularly, its durability can increase considerably. However, if there are issues, rock breakers can be repaired or rebuild to give the best results.
Apart from the above, the other few things that should be kept in mind to get the best out of your excavator-mounted rock breaker include the following tips:
- Insufficient Thrust: To break effectively, a proper thrust force has to be applied to the breaker.
- Excessive Thrust: If the breaker chisel down thrust force is excessive, If hammering is performed under such a condition, vibrations may also be transmitted to the tracks, therefore, hammering in such a manner should be avoided
- The direction of Thrust: Apply thrust in a straight line with the tool. Place the tool on a rock with the hammering side as vertically as possible.
- Stop the operation as soon as the rock breaker hoses vibrate excessively
- Do not move/leverage rocks with a rock breaker chisel.
- Operate the breaker at a proper engine speed recommended by OEM
- Do not operate the breaker in water and mud.
- Changes in Hydraulic service Intervals: To Achieve the best working efficiency and life of hydraulic excavator and breaker, follow the hydraulic service intervals changes recommended by the OEM for the equipments working with rock breaker.
- You need to always read the rock breaker specifications written in the owners manuals, catalogues, and brochures and follow the instructions.
- Operator training is a must. Operators should be trained to properly position the rock breaker to optimize productivity and minimize stress on the attachment and excavator.
- You should never use the rock breaker in a lever motion or drop it on an object that is to be broken as it can damage the excavator as well as its rock breaker attachment.
- You should never operate the excavator-mounted rock breaker at one spot for long as it can increase the hydraulic temperature.
- In order to achieve the best working efficiency, you should move the impact point from the edge to the centre.
- Knowing that hydraulic breaker attachments are not universal in size, you need to ensure that rock breaker for the excavator is properly sized for it so as to increase excavators performance for breaking material. If the breaker is too large for the excavator, the energy can be displaced and this can diminish the breakers impact on the material if the breaker is too small, it can put excessive pressure on the working steel and other mounting components, potentially causing damage.In order to achieve the best working efficiency, you should move the impact point from the edge to the centre.
Thus, by following the above-mentioned tips, you can ensure that your excavator-mounted rock breaker gives maximum result at the jobsite and its life is extended considerably. While there are many companies that offer excavator-mounted rock breakers, Sany India deserves a special mention here as definitely Sany Indias excavator-mounted rock breakers can be your best bet for applications such as rock cutting, road cutting and demolitions. Versatile with attachments like rock breakers, the range of excavators i.e., mini, small, medium, and large as well as wheeled excavators manufactured by Sany are highly stable, fuel-efficient, reliable, and durable, require minimum maintenance and have a long shelf life and give excellent results in terms of performance and unmatched productivity.
To sum up...
In the future, the major drivers for construction machines in India including excavator rock breaker would be the growing road, construction, and infrastructure industry and the positive outlook of the mining industry. So, it is best to add the excavator-mounted rock breaker to your fleet now to keep up with the growing demand of the future.
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