Top Hydraulic Breaker Hammers
The HAWK Excavator’s Top Hydraulic Breaker Hammer is a highly efficient hydraulic demolition attachment specially engineered for excavators. This hydraulic breaker hammer is designed to deliver substantial high-impact energy, making it exceptionally well-suited for breaking through rigid materials such as concrete and rock. It seamlessly integrates with the excavator’s hydraulic system, eliminating the need for an external power source and ensuring uninterrupted and reliable operation on the job site.
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Top Hydraulic Breaker Hammers
The top-mounted configuration of this hydraulic breaker hammer offers precision and control, which is especially valuable for tasks like concrete slab removal and pavement breaking. The HAWK Excavator’s Top Breaker Hammer is renowned for its durability and versatility, earning the trust of professionals in the construction and demolition industries. It significantly enhances work efficiency and productivity while maintaining a robust build for long-lasting performance even in demanding conditions.
This hydraulic top breaker hammer is designed for ease of maintenance, minimizing downtime and ensuring that it remains a dependable tool throughout the project. When you need a reliable and robust solution for your excavation and demolition needs, the HAWK Excavator Top Breaker Hammer is the ideal choice, providing both performance and durability in one versatile package.
Excavator Tonnage: 1-45 Ton
Type: Top
Type of Chisels: Moil point, Blunt, Flat chisel, Conical point
Chisel Quantity: 2
Applications: Break up concrete, rock and other hard materials
Product Specifications
Model | Excavator Weight | Chisel Diameter | Operating Weight | Impact Rate | Impact Energy |
|---|---|---|---|---|---|
1-1.5 Tons | 1.75 in (75 mm) | 269 lbs. (400 kg) | 500-1000 Bpm | 177 ft lbs (240 Joules) 1000*350*600 | |
2.5-4.5 Tons | 2 in (75 mm) | 330 lbs. (400 kg) | 500-1000 Bpm | 236 ft lbs (320 Joules) 1160*390*610 | |
3-7 Tons | 2.5 in (75 mm) | 661 lbs. (400 kg) | 500-900 Bpm | 442 ft lbs (600 Joules) 1360*480*600 | |
6-9 Tons | 3 in (75 mm) | 882 lbs. (400 kg) | 400-800 Bpm | 531ft lbs (720 Joules) 1540*490*700 | |
7-14 Tons | 3.5 in (85 mm) | 1213 lbs. (550 kg) | 400-800 Bpm | 885 ft lbs (1,200 Joules) 1620*500*600 | |
10-15 Tons | 4 in (100 mm) | 1808 lbs (820 kg) | 400-700 Bpm | 1475 ft lbs (2,000 Joules) 1890*600*900 | |
15-25 Tons | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
20-30 Tons | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
25-36 Tons | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
30-45 Tons | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
40-55 Tons | 7 in (75 mm) | 8752 lbs. (400 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 |
Hydraulic Breaker By Excavator
Manufacturer | Model | Chisel Diameter | Operating Weight | Impact Rate | Impact Energy |
|---|---|---|---|---|---|
CASE | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
CASE | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
CASE | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
CASE | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
CASE | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
CASE | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Caterpillar | 2.5 in (68 mm) | 661 lbs (300 kg) | 500-900 Bpm | 442 ft lbs (600 Joules) 1360*480*600 | |
Caterpillar | 3 in (75 mm) | 882 lbs (400 kg) | 400-800 Bpm | 531ft lbs (720 Joules) 1540*490*700 | |
Caterpillar | 3.5 in (85 mm) | 1213 lbs (550 kg) | 400-800 Bpm | 885 ft lbs (1,200 Joules) 1620*500*600 | |
Caterpillar | 3.5 in (85 mm) | 1213 lbs (550 kg) | 400-800 Bpm | 885 ft lbs (1,200 Joules) 1620*500*600 | |
Caterpillar | 3.5 in (85 mm) | 1213 lbs (550 kg) | 400-800 Bpm | 885 ft lbs (1,200 Joules) 1620*500*600 | |
Caterpillar | 4 in (100 mm) | 1808 lbs (820 kg) | 400-700 Bpm | 1475 ft lbs (2,000 Joules) 1890*600*900 | |
Caterpillar | 3.5 in (85 mm) | 1213 lbs (550 kg) | 400-800 Bpm | 885 ft lbs (1,200 Joules) 1620*500*600 | |
Caterpillar | 4 in (100 mm) | 1808 lbs (820 kg) | 400-700 Bpm | 1475 ft lbs (2,000 Joules) 1890*600*900 | |
Caterpillar | 4 in (100 mm) | 1808 lbs (820 kg) | 400-700 Bpm | 1475 ft lbs (2,000 Joules) 1890*600*900 | |
Caterpillar | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
Caterpillar | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Caterpillar | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
Caterpillar | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Caterpillar | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
Caterpillar | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Caterpillar | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Caterpillar | 5.5 in (150 mm) | 3836 lbs. (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Caterpillar | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Caterpillar | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Caterpillar | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Caterpillar | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Caterpillar | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
Caterpillar | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
Caterpillar | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
Hitachi | 3.5 in (85 mm) | 1213 lbs. (550 kg) | 400-800 Bpm | 885 ft lbs (1,200 Joules) 1620*500*600 | |
Hitachi | 4 in (100 mm) | 1808 lbs (820 kg) | 400-700 Bpm | 1475 ft lbs (2,000 Joules) 1890*600*900 | |
Hitachi | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
Hitachi | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Hitachi | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Hitachi | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Hitachi | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Hitachi | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Hitachi | 7 (177 mm) | 8752 lbs. (3969 kg) | 250-400 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
John Deere | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
John Deere | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
John Deere | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
John Deere | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
John Deere | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
John Deere | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
John Deere | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
John Deere | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
John Deere | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
John Deere | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
John Deere | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
John Deere | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
John Deere | 7.7 in (195 mm) | 10,362 lbs (4700 kg) | 74-92 Gpm | 2275-3271 PSI (160-230 kg/cm2) | |
John Deere | 8.25 in (210 mm) | 13,558 lbs (6150 kg) | 80-120 Gpm | 2987-3556 PSI (210-250 kg/cm2) | |
Komatsu | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
Komatsu | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Komatsu | 5 in (125 mm) | 3351 lbs (1520 kg) | 400-650 Bpm | 2175 ft lbs (2,950 Joules) 2200*680*900 | |
Komatsu | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Komatsu | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Komatsu | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Komatsu | 6 in (150 mm) | 5732 lbs. (2600 kg) | 300-450 Bpm | 4425 ft lbs (6,000 Joules) 2450*880*1030 | |
Komatsu | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Komatsu | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
Komatsu | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 | |
Volvo | 5.5 in (140 mm) | 3836 lbs (1740 kg) | 400-500 Bpm | 3835 ft lbs (5,200 Joules) 2220*760*910 | |
Volvo | 6.5 in (165 mm) | 6834 lbs. (3100 kg) | 250-400 Bpm | 7744 ft lbs (10,500 Joules) 2600*950*1100 | |
Volvo | 7 in (178 mm) | 9154 lbs. (4152 kg) | 250-350 Bpm | 8850 ft lbs (12,000 Joules) 700*1000*1200 |
Benefits of Top Hydraulic Breaker Hammers
Top hydraulic breaker hammers offer several benefits for construction, demolition, and mining applications. These benefits include:
Increased productivity: HAWK hydraulic breaker hammers deliver powerful impacts, allowing for efficiently breaking rock, concrete, and other materials. This increases productivity by reducing the time and effort required to complete the job.
Extremely Versatile: Hydraulic top breaker hammers can be used in various applications, such as demolition, excavation, trenching, and breaking oversized materials. These top breaker hammers by HAWK can also be mounted on different carriers, including excavators, backhoes, and skid steer loaders, providing flexibility to handle various tasks.
Low maintenance: Top hydraulic breaker hammers are designed with minimal moving parts, which reduces the risk of mechanical failures and the need for frequent maintenance. The hydraulic system also eliminates the need for a separate compressor or hoses, simplifying the setup.
Low Noise: HAWK Hydraulic top breaker hammer produces less noise than pneumatic or mechanical hammers. This makes them more suitable for use in urban areas or environments where noise pollution is a concern.
Vibration control: Hydraulic breaker hammers often feature advanced vibration control systems, which minimize the vibration transmitted to the carrier and operator. This reduces fatigue and improves operator comfort, ultimately enhancing productivity.
Heavy-duty Durability: High-quality hydraulic breaker hammers are built with robust materials and components, ensuring a long service life even in challenging working conditions.
Energy efficiency: Hydraulic breaker hammers use the hydraulic power of the carrier, which is generally more energy-efficient than pneumatic or mechanical systems. This results in lower fuel consumption and reduced emissions.
Easy attachment: Hydraulic breaker hammers can be easily attached to and detached from the carrier, making it convenient for operators to switch between different tools and tasks.
All HAWK Top Hydraulic Breaker Hammer are easy to install with your excavator to assist with a wide range of excavation, construction, and marine dredging projects.
Features of Top Hydraulic Breaker Hammers
Top hydraulic breaker hammers have various features that enhance their performance, durability, and ease of use. Some of these features include:
High-impact energy: HAWK Excavator’s top hydraulic breaker hammers are designed to deliver powerful impacts, enabling them to break through rigid materials such as rock, concrete, and asphalt more efficiently.
Advanced vibration control: The HAWK top breaker hammers incorporate vibration-dampening systems that reduce the vibration transmitted to the carrier and the operator. This helps to minimize fatigue, enhance operator comfort, and improve productivity.
Robust construction: Our high-quality top hydraulic breaker hammers are made from durable materials and components to withstand challenging working conditions and provide a long service life.
Variable frequency and energy control: Adjustable impact frequency and settings of these top breaker hammers allow operators to customize the breaker’s performance for different materials and applications.
Noise reduction: Top hydraulic breakers by HAWK Excavator are designed to minimize noise levels during operation, making them more suitable for use in urban areas or environments where noise pollution is a concern.
Frequently Asked Questions
What is a top-mounted hydraulic breaker hammer, and how does it differ from side-mounted ones?
A top-mounted hydraulic breaker hammer is designed to be attached to the top of an excavator’s arm, while a side-mounted one is attached to the side. The main difference lies in their positioning, which can affect the angle of impact and the excavation process.
What are the advantages of using a top-mounted hydraulic breaker hammer?
Top-mounted hydraulic breaker hammers offer improved visibility and maneuverability, allowing operators to precisely target breaking points. They often provide better balance and stability during operation, especially when working on uneven terrain.
What are the key benefits of using hydraulic breaker hammers on construction sites?
Hydraulic breaker hammers offer several advantages, including increased productivity, reduced labor costs, precise and controlled demolition, versatility in handling various materials, and minimized environmental impact compared to traditional methods like explosives.
Are top-mounted hydraulic breaker hammers easy to maintain?
Like any heavy equipment attachment, regular maintenance is crucial to ensure optimal performance and longevity. Most top-mounted hydraulic breaker hammers require periodic inspection, lubrication, and parts replacement as needed. Manufacturers typically provide maintenance guidelines and support for their products.
What factors should I consider when choosing a hydraulic breaker hammer for my project?
When selecting a hydraulic breaker hammer, factors such as the size and type of material to be demolished, the required impact energy, carrier compatibility, operating weight, and noise levels should be taken into account. Consulting with a heavy equipment expert can help determine the most suitable breaker for your needs.
How do I properly maintain and care for a hydraulic breaker hammer to ensure longevity?
Regular maintenance is essential to prolong the life and performance of a hydraulic breaker hammer. This maintenance includes daily inspections for wear and damage, routine lubrication of moving parts, proper storage in a dry and secure location, and timely replacement of worn-out components.
Can hydraulic breaker hammers be used with different types of heavy equipment?
Yes, hydraulic breaker hammers are compatible with a wide range of heavy equipment, including excavators, skid steers, backhoes, and compact track loaders. However, it’s crucial to ensure that the carrier’s hydraulic system is properly matched to the specifications of the breaker for optimal performance and safety.
Are hydraulic breaker hammers safe to use, and what safety precautions should be taken?
While hydraulic breaker hammers are powerful tools, but they can pose safety risks if used incorrectly. Operators should receive proper training on equipment operation and safety protocols, wear appropriate personal protective equipment (PPE), secure the work area, and follow manufacturer guidelines and safety instructions at all times.
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