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WHC880
YZH
YZH WHC860 Breaker Booms
In today's era where industrial automation is sweeping across the globe, Breaker Booms have become indispensable core equipment in modern production lines. YZH's WHC860 Breaker Booms, with their outstanding performance and innovative design philosophy, are emerging as a key driver for transformation and upgrading in industries such as mining, metallurgy, and building materials.
YZH Breaker Booms represent high-performance industrial-grade equipment developed through years of technical accumulation and innovative R&D. Building upon the technological strengths of YZH's WH series Breaker Booms, this product integrates the latest electro-hydraulic control technology and intelligent operating systems, enabling it to meet the demands of high-intensity operations in various harsh industrial environments.
As a key member of the YZH WHC860 Breaker Booms family, the WHC860 represents the cutting edge of domestic breaker boom technology. Its design philosophy centers on three core objectives: enhancing efficiency, ensuring safety, and reducing energy consumption.
Main parameters of WHC860 Breaker Booms:
Model No. | WHC860 | |
Boom weight(without hammer) | kg | 8070 |
Max horizontal working radius | mm | 11000 |
Max.vertical working radius | mm | 8665 |
Min.vertical working radius | mm | 3000 |
Max.Height | mm | 7035 |
The Scope of Work Diagram of WHC860 Breaker Booms:
The Features of WHC860 Breaker Booms:
1. Advanced Electro-Hydraulic Drive System
The WHC860 employs a high-efficiency electro-hydraulic drive system delivering smooth yet powerful output. Equipped with intelligent power regulation technology, it automatically adjusts power output based on actual load conditions, significantly reducing energy consumption while maintaining operational efficiency.
2. Intelligent Control System
Breaker Booms feature a next-generation intelligent control system supporting multiple operating modes:
Local Control Mode: Features an ergonomic operator seat and intuitive control interface
Remote Control Mode: Operable from 10-20 km away, ideal for hazardous environments
Automated Program Mode: Pre-programmed sequences enable continuous automated operations
Integrated real-time video monitoring and data acquisition allow operators to comprehensively track equipment status and task progress.
3. Modular Design and Multi-Functional Attachments
The WHC860's modular design enables rapid attachment changes:
Hydraulic breaker: For crushing hard materials
Hydraulic grapple and lotus claw: For grasping and transporting operations
Specialized bucket: For material clearing and loading
Magnetic separator: For processing ferrous materials
This design achieves “one machine, multiple uses,” significantly enhancing equipment utilization and return on investment.
The Benefits of WHC860 Breaker Booms:
High Production Efficiency
WHC860 Breaker Booms operate continuously for 24 hours, achieving 5-8 times the efficiency of traditional manual labor. In mining crushing stations, this equipment boosts processing capacity by over 30% while significantly reducing production downtime caused by blockages.
Exceptional Cost Efficiency
The equipment demonstrates substantial economic advantages over extended use:
Energy consumption reduced by over 50%
Maintenance costs reduced by 80% compared to traditional equipment
Labor costs reduced by 70%
Equipment utilization rate increased by over 40%
The investment payback period typically ranges from 12 to 18 months, offering outstanding economic performance.
Outstanding Safety Performance
Remote control functionality allows operators to stay clear of hazardous work zones, greatly enhancing workplace safety. The equipment is equipped with multiple safety protection systems, including overload protection, emergency stop, and limit switches, ensuring both equipment and personnel safety.
Environmentally Friendly
The all-electric drive design enables the WHC860 to achieve zero emissions, making it particularly suitable for use in areas with stringent environmental requirements. Low-noise design also improves the working environment, reducing impact on operators and the surrounding area.
The Application of WHC860 Breaker Booms:
Innovative Application in Metal Mining Crushing Stations
A major iron ore enterprise installed WHC860 Breaker Booms at the feed inlet of its primary crushing station to address ore blockage issues. Previously, manual blasting was used to clear blockages, requiring 2-3 hours of downtime each time and posing safety hazards. After adopting the WHC860, blockages can be safely resolved within 15 minutes, reducing annual downtime by over 300 hours and boosting production efficiency by 25%, while completely eliminating the risks associated with manual blasting.
For enterprises considering production line automation retrofits or upgrades, the WHC860 Breaker Booms represent a worthwhile investment in modern industrial equipment. They provide robust technical support to enhance competitiveness and achieve sustainable development.
YZH WHC860 Breaker Booms
In today's era where industrial automation is sweeping across the globe, Breaker Booms have become indispensable core equipment in modern production lines. YZH's WHC860 Breaker Booms, with their outstanding performance and innovative design philosophy, are emerging as a key driver for transformation and upgrading in industries such as mining, metallurgy, and building materials.
YZH Breaker Booms represent high-performance industrial-grade equipment developed through years of technical accumulation and innovative R&D. Building upon the technological strengths of YZH's WH series Breaker Booms, this product integrates the latest electro-hydraulic control technology and intelligent operating systems, enabling it to meet the demands of high-intensity operations in various harsh industrial environments.
As a key member of the YZH WHC860 Breaker Booms family, the WHC860 represents the cutting edge of domestic breaker boom technology. Its design philosophy centers on three core objectives: enhancing efficiency, ensuring safety, and reducing energy consumption.
Main parameters of WHC860 Breaker Booms:
Model No. | WHC860 | |
Boom weight(without hammer) | kg | 8070 |
Max horizontal working radius | mm | 11000 |
Max.vertical working radius | mm | 8665 |
Min.vertical working radius | mm | 3000 |
Max.Height | mm | 7035 |
The Scope of Work Diagram of WHC860 Breaker Booms:
The Features of WHC860 Breaker Booms:
1. Advanced Electro-Hydraulic Drive System
The WHC860 employs a high-efficiency electro-hydraulic drive system delivering smooth yet powerful output. Equipped with intelligent power regulation technology, it automatically adjusts power output based on actual load conditions, significantly reducing energy consumption while maintaining operational efficiency.
2. Intelligent Control System
Breaker Booms feature a next-generation intelligent control system supporting multiple operating modes:
Local Control Mode: Features an ergonomic operator seat and intuitive control interface
Remote Control Mode: Operable from 10-20 km away, ideal for hazardous environments
Automated Program Mode: Pre-programmed sequences enable continuous automated operations
Integrated real-time video monitoring and data acquisition allow operators to comprehensively track equipment status and task progress.
3. Modular Design and Multi-Functional Attachments
The WHC860's modular design enables rapid attachment changes:
Hydraulic breaker: For crushing hard materials
Hydraulic grapple and lotus claw: For grasping and transporting operations
Specialized bucket: For material clearing and loading
Magnetic separator: For processing ferrous materials
This design achieves “one machine, multiple uses,” significantly enhancing equipment utilization and return on investment.
The Benefits of WHC860 Breaker Booms:
High Production Efficiency
WHC860 Breaker Booms operate continuously for 24 hours, achieving 5-8 times the efficiency of traditional manual labor. In mining crushing stations, this equipment boosts processing capacity by over 30% while significantly reducing production downtime caused by blockages.
Exceptional Cost Efficiency
The equipment demonstrates substantial economic advantages over extended use:
Energy consumption reduced by over 50%
Maintenance costs reduced by 80% compared to traditional equipment
Labor costs reduced by 70%
Equipment utilization rate increased by over 40%
The investment payback period typically ranges from 12 to 18 months, offering outstanding economic performance.
Outstanding Safety Performance
Remote control functionality allows operators to stay clear of hazardous work zones, greatly enhancing workplace safety. The equipment is equipped with multiple safety protection systems, including overload protection, emergency stop, and limit switches, ensuring both equipment and personnel safety.
Environmentally Friendly
The all-electric drive design enables the WHC860 to achieve zero emissions, making it particularly suitable for use in areas with stringent environmental requirements. Low-noise design also improves the working environment, reducing impact on operators and the surrounding area.
The Application of WHC860 Breaker Booms:
Innovative Application in Metal Mining Crushing Stations
A major iron ore enterprise installed WHC860 Breaker Booms at the feed inlet of its primary crushing station to address ore blockage issues. Previously, manual blasting was used to clear blockages, requiring 2-3 hours of downtime each time and posing safety hazards. After adopting the WHC860, blockages can be safely resolved within 15 minutes, reducing annual downtime by over 300 hours and boosting production efficiency by 25%, while completely eliminating the risks associated with manual blasting.
For enterprises considering production line automation retrofits or upgrades, the WHC860 Breaker Booms represent a worthwhile investment in modern industrial equipment. They provide robust technical support to enhance competitiveness and achieve sustainable development.
