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WHA610
YZH
YZH stationary boom system
The YZH stationary boom system product line is renowned for its intelligent operation, high energy efficiency, strong adaptability, and exceptional reliability. Below is a detailed introduction to the WHA610 stationary boom system.
Main Parameters of the WHC610 Stationary Boom System：
Model No. | WHA610 | |
Boom weight(without hammer) | KG | 2196 |
Max horizontal working radius | MM | 7530 |
Max.vertical working radius | MM | 6090 |
Min.vertical working radius | MM | 1680 |
Max.Height | MM | 4262 |
The Scope of Work Diagram for the WHC610 Stationary Boom System：
The Features of the WHC610 Stationary Boom System：
1. Structural Design: Fixed robotic arms typically utilize high-strength steel and modular design to ensure stability and durability during high-intensity operations.
2. Power System: Features an electro-hydraulic drive system delivering stable power output with low energy consumption.
3. Control Methods: Supports multiple control modes including cab operation and remote control (with a range of 10-20km), equipped with a video monitoring system for intelligent operation.
4. Attachment Compatibility: Achieves multi-functional operation by swapping front attachments (e.g., hydraulic breakers, hydraulic grapples, buckets) to adapt to diverse task requirements.
5. Working Range: The horizontal reach of the working arm typically spans 4.88m to 20.4m, with swing angles ranging from 170° to 360°, ensuring extensive coverage.
The Benefits of WHC610 Stationary Boom System：
1. High Efficiency & Energy Savings:
Reduces energy costs by over 50% compared to traditional diesel equipment (up to 60% in certain scenarios).
Electric drive eliminates exhaust emissions for enhanced environmental performance.
2. Advanced Intelligence:
Features a flexible control system enabling precise positioning.
Remote monitoring and operation minimize risks associated with close-range personnel operations.
3. Strong Adaptability:
Operates reliably in harsh environments (e.g., corrosive or high-explosion-risk areas). Modular design enables rapid customization for diverse client requirements.
4. Low Maintenance Costs:
Failure rates reduced by over 80% compared to traditional equipment. Simple maintenance minimizes downtime.
5. Safe and Reliable:
High-performance shock absorption system reduces impact damage to equipment, extending service life.
The Application of WHC610 stationary boom system：
YZH stationary boom system are widely applied in the following sectors:
Mining: Secondary crushing of large ore blocks, resolving chute blockages and screen jams (e.g., metal mines, coal mines).
Aggregate Industry: Clearing large rock obstructions at crushing plant feed points to boost production efficiency.
Metallurgy & Foundry: Used for slag removal, ladle dismantling, shell breaking, and similar operations.
Cement Plants & Chemical Industry: Handles blockages in hot clinker or corrosive environments.
Ports & Terminals: Breaks large materials to assist loading/unloading operations.
A metallurgical foundry adopted Yuan Zhengxing's fixed robotic arm for ladle slag removal, replacing manual labor. This increased efficiency by approximately 50% while eliminating risks associated with high-temperature manual operations.
A large aggregate plant installed this robotic arm at the jaw crusher feed inlet to resolve material jams, reducing downtime and boosting overall output.
YZH stationary boom system
The YZH stationary boom system product line is renowned for its intelligent operation, high energy efficiency, strong adaptability, and exceptional reliability. Below is a detailed introduction to the WHA610 stationary boom system.
Main Parameters of the WHC610 Stationary Boom System：
Model No. | WHA610 | |
Boom weight(without hammer) | KG | 2196 |
Max horizontal working radius | MM | 7530 |
Max.vertical working radius | MM | 6090 |
Min.vertical working radius | MM | 1680 |
Max.Height | MM | 4262 |
The Scope of Work Diagram for the WHC610 Stationary Boom System：
The Features of the WHC610 Stationary Boom System：
1. Structural Design: Fixed robotic arms typically utilize high-strength steel and modular design to ensure stability and durability during high-intensity operations.
2. Power System: Features an electro-hydraulic drive system delivering stable power output with low energy consumption.
3. Control Methods: Supports multiple control modes including cab operation and remote control (with a range of 10-20km), equipped with a video monitoring system for intelligent operation.
4. Attachment Compatibility: Achieves multi-functional operation by swapping front attachments (e.g., hydraulic breakers, hydraulic grapples, buckets) to adapt to diverse task requirements.
5. Working Range: The horizontal reach of the working arm typically spans 4.88m to 20.4m, with swing angles ranging from 170° to 360°, ensuring extensive coverage.
The Benefits of WHC610 Stationary Boom System：
1. High Efficiency & Energy Savings:
Reduces energy costs by over 50% compared to traditional diesel equipment (up to 60% in certain scenarios).
Electric drive eliminates exhaust emissions for enhanced environmental performance.
2. Advanced Intelligence:
Features a flexible control system enabling precise positioning.
Remote monitoring and operation minimize risks associated with close-range personnel operations.
3. Strong Adaptability:
Operates reliably in harsh environments (e.g., corrosive or high-explosion-risk areas). Modular design enables rapid customization for diverse client requirements.
4. Low Maintenance Costs:
Failure rates reduced by over 80% compared to traditional equipment. Simple maintenance minimizes downtime.
5. Safe and Reliable:
High-performance shock absorption system reduces impact damage to equipment, extending service life.
The Application of WHC610 stationary boom system：
YZH stationary boom system are widely applied in the following sectors:
Mining: Secondary crushing of large ore blocks, resolving chute blockages and screen jams (e.g., metal mines, coal mines).
Aggregate Industry: Clearing large rock obstructions at crushing plant feed points to boost production efficiency.
Metallurgy & Foundry: Used for slag removal, ladle dismantling, shell breaking, and similar operations.
Cement Plants & Chemical Industry: Handles blockages in hot clinker or corrosive environments.
Ports & Terminals: Breaks large materials to assist loading/unloading operations.
A metallurgical foundry adopted Yuan Zhengxing's fixed robotic arm for ladle slag removal, replacing manual labor. This increased efficiency by approximately 50% while eliminating risks associated with high-temperature manual operations.
A large aggregate plant installed this robotic arm at the jaw crusher feed inlet to resolve material jams, reducing downtime and boosting overall output.
