Hot sale Krupp HM 350 Eco V Weight 535kg hydraulic hammer breaker | Partsdic®

The hydraulic system of the Krupp HM 350 Eco V is the key to its exceptional performance.

Powered by hydraulic pressure, this hammer breaker utilizes the force generated by hydraulic oil to deliver powerful blows. The hydraulic system ensures consistent performance and enables precise control over the impact force, allowing operators to tackle a wide range of materials with ease.

With its weight of 535kg, the Krupp HM 350 Eco V offers stability and durability, allowing it to withstand high impact forces without compromising its structural integrity. The heavy-weight design ensures that it can handle demanding tasks and provides reliable performance even in challenging conditions.

The Krupp HM 350 Eco V incorporates advanced technology and features to enhance its efficiency and productivity. It features an energy recovery system that captures and reuses the energy generated during the piston's return stroke. This energy-saving feature not only improves overall efficiency but also reduces fuel consumption, making it an eco-friendly choice.

In terms of specifications, the Krupp HM 350 Eco V has a working weight of 535kg, including the hammer and the mounting bracket.

It has a striking rate of 350 to 700 blows per minute, allowing for efficient and rapid material breaking. The tool diameter ranges from 90mm to 160mm, providing versatility to handle a wide variety of materials.

Installation and operation of the Krupp HM 350 Eco V are user-friendly and straightforward. It can be easily mounted on various carrier machines, such as excavators and backhoe loaders, using a compatible mounting bracket. The hammer breaker's controls are intuitive, allowing operators to adjust the impact force and strike frequency according to the requirements of the task at hand.

Maintenance and serviceability are crucial aspects of hydraulic equipment, and the Krupp HM 350 Eco V excels in this regard. It features a modular design that allows for easy access to internal components, facilitating routine maintenance and repairs. This design reduces downtime and ensures that the hammer breaker operates at optimal performance for extended periods.