The TNB230 hydraulic breaker features a moil point, which is a specialized chisel designed to penetrate and break through tough materials.
The 146mm chisel size provides optimal impact force and accuracy, enabling efficient and controlled breaking of various materials, including concrete, rock, and asphalt. This combination of the moil point and the large chisel size makes the TNB230 breaker highly effective in heavy-duty applications.
The hydraulic system of the TNB230 breaker utilizes hydraulic oil pressure to generate powerful blows. This system ensures consistent and reliable performance, allowing the breaker to deliver strong impact forces. The breaker is designed to be compatible with a range of carriers, including excavators and backhoe loaders, providing flexibility and adaptability to different job sites and equipment.
Durability is a key characteristic of the TNB230 hydraulic breaker. It is constructed using high-quality materials that can withstand the intense forces and vibrations generated during operation. The breaker is designed to withstand harsh working conditions, ensuring a long service life and minimizing downtime.
Safety is prioritized in the design of the TNB230 hydraulic breaker.
It features an anti-blank firing system that prevents the breaker from firing when the chisel is not in contact with the material. This safety feature protects the operator and prevents damage to the breaker and surrounding structures.
Maintenance of the TNB230 hydraulic breaker is straightforward and convenient. It has a user-friendly design that allows for easy inspection and servicing. Routine maintenance tasks such as chisel replacement and lubrication can be performed quickly, reducing downtime and maximizing productivity on the job site.
Additional optional features and accessories can further enhance the performance and versatility of the TNB230 breaker. These may include an auto-greasing system for automated lubrication, a noise reduction kit for quieter operation, and a dust suppression system to improve the working environment.
