The nitrogen breaker’s long piston stroke maximizes impact energy and reduces recoil to deliver more force to the surface you’re working on.
The single lower bushing is easy to replace on the job, which keeps downtime to a minimum.
The valves reduce pressure fluctuations within your hydraulic system, decreasing wear on your carrier’s hydraulic pumps.
Quickly and easily switch the nitrogen breaker attachment from a loader to excavator with the Bob-Tach® and X-Change™ attachment mounting systems, maximizing attachment utility.
Designed for minimum downtime, the breaker has only two moving parts and all grease points are within easy reach. You can easily access the charge port to maintain nitrogen pressure inside the attachment.
The Bob-Tach and X-Change attachment mounting systems make mounting easy so that you have more time to operate the attachment.
Dust Suppression Kit: Keep dust exposure to a minimum with the optional water nozzle kit.
Breaker Bits: Bobcat offers a selection of breaker tools, equipping you with the right tool for each job. And each one is made with precision-heated steel to give you the longest service life.
The nitrogen breaker requires minimal maintenance and reduces wear on your carrier. Grease points are within easy reach which makes routine maintenance faster. Its unique valve design reduces pressure fluctuations and strain on your carrier’s hydraulic pumps. And the single lower bushing simplifies repairs on the job.
WARNING: This product can expose you to chemicals including engine exhaust (including diesel engine exhaust when equipped), lead and lead compounds, mineral oils, soots, phthalates, and carbon monoxide which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.
Certain specification(s) are based on engineering calculations and are not actual measurements. Specification(s) are provided for comparison purposes only and are subject to change without notice. Specification(s) for your individual equipment will vary based on normal variations in design, manufacturing, operating conditions, and other factors.