Chisel 68mm Hydraulic Rock Breaker Hammer Chisel Hydraulic Rock Breaker for Earthmoving

Product Paramenters  Item/Model weight (kg) length (mm) pressure (bar) flow (lpm) rate (bmp) hose (inch) chisel(mm)suit(ton) JSB100 100 1000 90-120 15-25 900-1400 1/2 400.8-2.0JSB200 167 1300 90-120 20-40 700-1200 1/2 451.2-3.0 JSB300 194 1400 90-120 25-50 600-1100 1/2 532.5-4.5 JSB400 363 1700 110-140 40-70 500-900 1/2 68/704-7 JSB600 450 1750 110-160 50-90 500-800 1/2 756-9 JSB800 730 2100 120-170 60-100 400-700 3/4 857-14 JSB900 970 2400 150-170 80-120 400-700 3/4 10011-16 JSB1600 1950 2700 160-180 120-160 400-700   1 13519-26 JSB1900 2050 2860 160-180 130-170 400-600   1 14019-26 JSB3500 3000 3100 160-180 170-220 250-400   1 15528-40 JSB4500 3300 3286 160-180 200-300 250-350 1 ¼ 16536-45 JSB5000 4250 3800 160-180 210-290 200-350 1 ¼ 17540-55 JSB5000 4900 3700 180-220 220-300 200-250 1 ¼ 18550-60 JSB6000 5400 4200 200-240 230-320 150-200 1 ¼ 19555-65 JSB6500 7400 4300 200-240 320-490 150-200 1 ¼ 20565-100Feature DetailsExcavator hydraulic breaker is one of the new front-end equipment accessories of excavator, which is widely used. Excavator hydraulic breaker has the characteristics of high strength, high power, small size and humanized product. Because the excavator hydraulic breaker can quickly and effectively break concrete, mining, boulder breaking, bridge repair, earthquake rescue and other disasters, rescue trapped people, and play a role in rescue and disaster relief. Therefore, it is often used for demolition and rescue in various places, and is a commonly used crushing tool for fire brigade, traffic, industrial and mining enterprises and other disaster relief and construction departments. It can also be used in construction demolition operations, reinforced concrete separation and other conditions. They have a wide range of applications such as demolition, deconstruction, primary rock excavation, secondary rock breaking, trenching, foundation works, asphalt cutting, etc. Our excavator hydraulic hammers are suitable for any type of carrier, with operating weights ranging from 50kg to over 10,000kg. The over-development of breakers has given rise to different levels of advancement, such as self-lubricating systems, sound and vibration damping systems, automatic rock hardness adjustment systems, energy recovery, solid concepts, and more.Precautions for safe operation.1.Proper position must be applied for an effective usage of breaking force. When position is incorrect,hammering energy of the piston is too weak to break rocks,   2.On the contrary,when position is excessive enough to break rocks with front of the base machine raised, the machine may suddenly tit forward the moment rocks are broken. Then, the breaker body or the end ofbracket may violently hit against rocks and result in damage.   3.lt is undesirable to carry out hammering under the below condition, because vibrations during hammering may be transmitted to tracks of the base machine. During hammeringhowever,proper position must be always applied to the breaker.Special care must be taken not to hammer under abnormal condition.4.Apply same direction of boom force in line with the rod and place the rod in the rock with hammering surface as vertical as possible. lf hammering surface is oblique,the rod may slip during hammering. Thiscauses the rod to seize and to be broken and piston to be damaged. When breakingfully stabilize therod first and then select the point of a rock on which hammering can be performed in a stable condition.   5.Do not use the breaker rod to move rocks. The stone claws are designed for this purposes.   6.Do not use the breaker to sweep the ground of debris. This may damage the breaker and the housing will wear out more quickly.   7.Do not operate breaker when all components except rod are immersed in water and mud. Underwater usage of the breaker will cause internal damage to the breaker. Consult jisan for modifications if you have an underwater requirement.   8.Do not allow the breaker to fall to a rock. Falling down the breaker will apply excessive force to the breaker or the carriercausing damage to theparts of the breaker and carrier.   9.Do not operate the breaker with the carriers boom,stick or bucket cylinders at the end of their stroke (either fully extended or fully retracted). Damage to the carrier may result10.Do not use the breaker or breaker rods for lifting. Lifting eyes on the breaker are for storage and maintenance purposes only.   11.Warm-up of machine prior to operation - Do not operate the machine right after starting the engine.ldle the machine for warm-up. Warm thehydraulic oil sufficiently especially in winter or in the cold place. - Especially in winterthe carrier's engine should be warmed up for 5 to 10 minutes 30~4O(86~105'F)before breaker operation. - When operating the hydraulic breakeridle the engine and operate the hydraulic breaker with a light load.   12.Stop operation when hoses are v