HIKROBOT HAR35-1830-S Heavy Duty 6-Axis Articulated Robot 35kg 1830mm

The HIKROBOT HAR35-1830-S represents a robust solution for demanding industrial automation tasks, boasting a substantial 35kg payload capacity and an extensive 1830mm reach. This heavy-duty, 6-axis articulated robot is engineered for high-precision, high-efficiency operations, making it ideal for complex material handling, welding, assembly, and finishing applications. Its advanced control system ensures smooth trajectory tracking and reliable performance in challenging environments. Key technical specifications include an impressive repeatability of ±0.05mm, a wide operating temperature range, and a protection rating of IP54 for the arm, ensuring durability and operational integrity.

| Specification         | Value                  |

| :-------------------- | :--------------------- |

| Model                 | HAR35-1830-S           |

| Payload Capacity      | 35 kg                  |

| Maximum Reach         | 1830 mm                |

| Number of Axes        | 6                      |

| Repeatability         | ±0.05 mm               |

| Operating Temperature | 5°C - 45°C             |

| Protection Rating (Arm) | IP54                   |

| Power Supply          | AC 220V, 50/60Hz       |

| Mounting Type         | Floor, Wall, Rack      |

Core Features & Market Positioning

The HIKROBOT HAR35-1830-S distinguishes itself through its exceptional payload-to-reach ratio, offering significant operational flexibility for heavier components or tools. Its 6-axis articulation provides superior dexterity, enabling complex movements and access to confined spaces often encountered in intricate assembly or intricate finishing processes. This robot is positioned as a high-value, high-performance alternative in sectors requiring robust automation, competing effectively with established players through a combination of advanced features and competitive total cost of ownership. The integrated HIKROBOT control system offers intuitive programming and seamless integration capabilities, further enhancing its market appeal.

Key Application Scenarios

This heavy-duty robot excels in demanding scenarios such as heavy component pick-and-place operations, complex welding tasks requiring extensive reach and precision, and high-volume assembly lines where consistent accuracy is paramount. Its substantial payload capacity also makes it suitable for applications involving heavy tooling for tasks like deburring, grinding, and polishing. Industries benefiting from the HAR35-1830-S include automotive manufacturing, heavy equipment production, logistics, and metal fabrication, where its rugged design and performance characteristics address critical operational needs.

Practical System Integration Guidance

Integrating the HIKROBOT HAR35-1830-S into existing production lines requires careful planning of its mounting configuration (floor, wall, or rack) to optimize workspace utilization and reach. Power and communication cabling must be routed securely, adhering to industrial standards to prevent interference and ensure longevity. The robot's controller typically interfaces with PLCs and other automation equipment via standard industrial protocols such as Ethernet/IP or Profinet. Initial programming often involves utilizing HIKROBOT's proprietary software, which offers both graphical and text-based programming options for user convenience and complexity management.

Operation and Risk Mitigation

Safe operation of the HIKROBOT HAR35-1830-S necessitates adherence to strict safety protocols. This includes establishing clear safety zones, implementing emergency stop systems, and ensuring all personnel are adequately trained on robot operation and emergency procedures. The robot's control system includes built-in safety features such as collision detection and speed monitoring. Common troubleshooting may involve checking sensor inputs, verifying program logic, and ensuring correct power supply to the controller and robot arm. Referencing the detailed fault code list in the operator's manual is crucial for diagnosing and resolving specific error conditions.

Scalability & Long-Term Value

The HIKROBOT HAR35-1830-S offers significant scalability potential, allowing for integration into larger automated cells or deployment alongside other robotic systems for complex multi-process workflows. Its compatibility with various end-of-arm tooling (EOAT) and vision systems enhances its versatility for evolving production requirements. As part of the broader industrial internet of things (IIoT) landscape, HIKROBOT robots can be integrated with data acquisition platforms for performance monitoring, predictive maintenance, and process optimization, ensuring long-term operational value and return on investment.

FAQs

What is the maximum payload of the HIKROBOT HAR35-1830-S?

The HIKROBOT HAR35-1830-S is designed to handle a substantial maximum payload of 35 kilograms. This capacity enables it to manipulate heavier tools and components.

This makes it suitable for applications like heavy spot welding, material handling of large parts, and assembly of robust sub-assemblies.

Its robust construction and powerful motor drives are key to sustaining this heavy load consistently and reliably throughout its operational envelope.

What is the maximum reach of the HIKROBOT HAR35-1830-S?

This articulated robot boasts an impressive maximum reach of 1830 millimeters, or over 1.8 meters. This extended reach allows for large working envelopes.

It enables the robot to access distant points within a workspace, reducing the need for extensive part repositioning.

The long reach is particularly beneficial for tasks like large-scale welding, painting, or palletizing where broad coverage is essential.

What are the key advantages of a 6-axis articulated robot like the HAR35-1830-S?

Six-axis robots offer the highest degree of flexibility and dexterity. They can mimic human arm movements for complex tasks.

This multi-axis capability allows them to reach around obstacles and operate in confined or intricate spaces.

This makes them ideal for sophisticated assembly, intricate welding, and precision finishing applications where complex trajectories are required.

What industries commonly use the HIKROBOT HAR35-1830-S?

The HAR35-1830-S finds extensive use in the automotive sector for assembly and welding. Heavy equipment manufacturing also benefits from its payload.

It's also deployed in metal fabrication, general manufacturing, and logistics for tasks requiring precision and strength.

Its robust design suits demanding environments found in these industrial segments.

How does the HIKROBOT HAR35-1830-S ensure operational safety?

The robot incorporates advanced safety features, including collision detection and software-limited operational zones. Emergency stop functions are integrated into the controller.

Rigorous safety protocols, proper guarding, and comprehensive personnel training are essential for safe operation.

Adherence to industry safety standards and regular maintenance checks mitigate operational risks effectively.

What are the typical programming methods for the HAR35-1830-S?

Programming can be achieved through intuitive teach pendants using point-to-point or continuous path motion commands. HIKROBOT's proprietary software also supports offline programming.

This offline environment allows engineers to simulate tasks and optimize robot paths before deployment.

Both graphical interfaces and advanced scripting options cater to various user skill levels and programming complexities.

What is the repeatability of the HAR35-1830-S, and why is it important?

The robot offers a high repeatability of ±0.05mm, ensuring precise and consistent movements. This is critical for tasks demanding exact positioning.

High repeatability is vital for quality-critical operations like precision welding, intricate assembly, or detailed inspection tasks.

It guarantees that the robot will return to programmed points with minimal deviation, ensuring product consistency and reducing rework.

How can the HAR35-1830-S be integrated with other automation systems?

The robot's controller supports standard industrial communication protocols such as Ethernet/IP, Profinet, and Modbus TCP. This allows seamless integration with PLCs and SCADA systems.

It can easily interface with vision systems for guided pick-and-place or quality inspection tasks.

Integration with other robotic arms or automated machinery facilitates complex, multi-station manufacturing processes.

What maintenance is recommended for the HIKROBOT HAR35-1830-S?

Routine maintenance includes regular lubrication of joints, inspection of cables and connectors, and verification of sensor functionality. Software updates should be applied as needed.

Periodic checks of the robot's structural integrity and a review of error logs can help preempt potential issues.

Following the manufacturer's detailed maintenance schedule ensures optimal performance and extends the robot's lifespan.

Can the HAR35-1830-S be used for applications requiring high-speed movements?

While designed for heavy-duty tasks, the HAR35-1830-S offers a balanced performance profile that supports efficient cycle times. Its motor control ensures dynamic responsiveness.

Optimizing robot path planning and minimizing unnecessary movements can significantly enhance operational speed.

For extremely high-speed, low-payload applications, other specialized robots might be considered, but this model balances speed with strength effectively.