An excavator hydraulic hammer, also called a hydraulic breaker or rock breaker, is a powerful tool designed for construction and demolition works. It is generally mounted on an excavator or a backhoe loader and is used to break up hard objects like concrete, rock, asphalt, and pavement.
This type of equipment is incredibly powerful, capable of demolishing even the densest and toughest material. For example, it can break through foundations, demolition walls and break large rocks into smaller pieces, making them much easier to remove.
In addition, the hydraulic hammer is a much safer tool than traditional hammers and other demolition tools as it does not require direct contact with objects being worked on. This makes it ideal for demolition work, where workers often need to get close to fragile structures.
Impact Energy: The impact energy refers to the amount of force the hammer delivers to the material. It is typically measured in joules or foot-pounds. Hydraulic hammers come in different impact energy ratings, allowing you to choose the appropriate hammer for the specific material and task.
Power Adjustment: Many hydraulic hammers feature adjustable power settings, which allow you to control the impact force and frequency. This feature is useful when working with different materials or when you need to adjust the hammer's performance based on the job requirements.
Auto-Stop Function: Some hydraulic hammers are equipped with an auto-stop function that automatically stops the hammer's operation when it encounters excessive resistance or a hard surface. This feature helps protect the hammer from damage and prevents unnecessary wear and tear.
Damping Systems: Damping systems are designed to reduce vibrations transmitted to the excavator and the operator. They often consist of shock-absorbing materials or hydraulic accumulators that absorb and dissipate the impact energy, resulting in smoother operation and increased operator comfort.
Grease Retention System: Excavator hydraulic hammers require regular greasing to ensure optimal performance and longevity. Some models feature a grease retention system that helps prevent grease leakage and reduces the need for frequent greasing, saving time and maintenance effort.
Quick Coupler Compatibility: Many hydraulic hammers are designed to be compatible with quick coupler systems, allowing for quick and easy attachment and detachment from the excavator. This feature enhances efficiency and reduces downtime during equipment changes.
Noise Reduction: Some hydraulic hammers incorporate noise reduction features, such as soundproof enclosures or mufflers, to minimize the noise generated during operation. This is particularly beneficial in urban areas or environments with noise restrictions.
Serviceability: Hydraulic hammers with good serviceability features are easier to maintain and repair. Look for hammers that have easily accessible components, clear maintenance instructions, and excellent customer support from the manufacturer.
The operating weight of a hydraulic hammer refers to the weight of the hammer itself, excluding the attachment bracket. This is a critical factor to consider when determining its compatibility with an excavator, as well as the stability during operation.
The impact energy of a hydraulic hammer is a measure of its breaking power and capability to work with various material types. It is measured in joules or foot-pounds and indiPCes the amount of force it can deliver to the material.
The blow rate, also known as frequency or BPM (blows per minute), is the number of blows the hammer can deliver in a single minute. The higher the blow rate, the faster and more effective the material breaking process can be.
The operating pressure of a hydraulic hammer is the pressure required for its operation. It is typically measured in bar or psi and must match the hydraulic system of the excavator for optimal performance.
The oil flow rate is the rate at which hydraulic oil needs to be supplied to the hammer for optimal performance. This is measured in liters per minute (L/min) or gallons per minute (GPM), and the excavator's hydraulic system should provide the required amount.
The chisel diameter determines the shape and size of the impact point and the hammer's suitability for different materials. Different sizes are available to meet various appliPCions.
Hydraulic hammers are often divided based on the compatible excavator weight range. This indiPCes the ideal weight class of the excavator to use the hammer with for optimal performance and safety.
Hydraulic hammers can be mounted in a variety of ways, such as top-mount, side-mount, or silenced-mount. The Choice should be compatible with the excavator's attachment system to ensure secure installation and operation.
Excavator Hydraulic Hammer, with the brand name of Excavator Hydraulic Hammer and model number HT123, is one of the most popular heavy duty hammer in the market, with ISO9001 certifiPCion. The minimum order quantity is 1 set, and the price range is from $2420 to $5500. It is packed in a standard package and can be delivered within 7-20 days. The product name is Excavator Hydraulic Hammer, and the weight is between 200kg and 4500kg. OEM orders are acceptable, and the package is standard. The warranty is 1 year. It is a high powered hammer and a powerful hydraulic breaker hammer, ideal for heavy duty work and breaking hard materials.
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