The HM 1000 V boasts a rugged and durable design, featuring a reinforced housing made of high-strength steel that can withstand the harshest operating conditions.
This construction ensures exceptional resistance to wear, impacts, and vibrations, providing a reliable and long-lasting hydraulic breaker.
At the heart of the HM 1000 V is its advanced hydraulic system, designed to optimize energy transfer and impact force. This results in exceptional breaking performance and enhanced productivity while minimizing stress on the carrier machine. The hydraulic system's efficiency contributes to reduced fuel consumption and lower carbon emissions, aligning with the growing focus on eco-friendly equipment.
This hydraulic breaker hammer is compatible with a wide range of carriers, including large excavators and wheel loaders, offering versatility and adaptability to various job sites. The HM 1000 V is easily attachable and detachable, thanks to its user-friendly mounting system, allowing for quick setup and efficient operation.
The HM 1000 V delivers an impressive operating weight of approximately 9,800 kg (21,600 lbs) and an impact rate of 300-580 blows per minute.
With such power, this hydraulic breaker is well-suited for breaking hard materials like reinforced concrete, large rocks, and heavy-duty pavement. Its high impact energy ensures efficient and reliable breaking performance, minimizing the time required for demolition tasks.
Krupp has engineered the HM 1000 V with operator safety and comfort in mind. The hydraulic breaker is equipped with various safety features, including an anti-blank firing system that prevents the tool from striking without proper material contact. This helps prolong the breaker's lifespan and reduces wear on both the tool and the carrier equipment. Additionally, the hydraulic system is designed to minimize vibrations, promoting operator comfort and reducing fatigue during extended use.
Maintenance is made convenient with the HM 1000 V, featuring easily accessible components and a user-friendly design. Routine maintenance tasks such as changing wear parts and performing greasing can be carried out quickly, minimizing downtime and increasing overall productivity.
