HIKROBOT HAR25-1830-S High Payload 6-Axis Industrial Robot 25kg 1830mm

The HIKROBOT HAR25-1830-S stands as a robust solution in the realm of high-payload industrial robotics, engineered for demanding applications requiring precision and power. This 6-axis robot boasts a significant 25kg payload capacity and an expansive 1830mm reach, making it exceptionally versatile for tasks ranging from heavy material handling to complex assembly processes. Its advanced control system and high-speed performance ensure efficient throughput, while its durable construction guarantees reliability in harsh industrial environments. Key technical parameters include its ±0.05mm repeatability, offering exceptional accuracy for intricate operations. The robot's compact footprint, relative to its capabilities, allows for flexible integration into existing production lines.

Product Specifications

| Parameter         | Specification                  |

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

| Model             | HAR25-1830-S                   |

| Payload Capacity  | 25 kg                          |

| Reach             | 1830 mm                        |

| Number of Axes    | 6                              |

| Repeatability     | ±0.05 mm                       |

| Power Consumption | 1.5 kW (typical)               |

| Mounting Position | Floor, Wall, Ceiling           |

| Protection Rating | IP54 (standard) / IP67 (option) |

| Weight            | Approx. 250 kg                 |

Core Features & Market Positioning

The HIKROBOT HAR25-1830-S distinguishes itself through a combination of superior payload-to-reach ratio and advanced motion control algorithms, positioning it as a top-tier contender for manufacturers seeking to automate heavy-duty tasks. Its proprietary control software offers intuitive programming and seamless integration capabilities, reducing commissioning time and operational complexity. This robot is designed to excel in environments where both strength and dexterity are paramount, directly addressing the industry's growing need for adaptable automation solutions capable of handling larger components or performing intricate manipulation with significant weight. The HAR25-1830-S represents HIKROBOT's commitment to delivering high-performance, reliable automation technology that drives productivity and cost-efficiency.

Key Application Scenarios

This high-payload robot is ideally suited for a variety of demanding industrial applications. In the automotive sector, it excels at heavy component transfer, such as engine block manipulation or chassis assembly, where its 25kg capacity is fully leveraged. For the electronics industry, the HAR25-1830-S can manage the precise placement of large PCBs or the intricate handling of bulky semiconductor manufacturing equipment. In logistics and warehousing, it is a powerful tool for palletizing and depalletizing operations, efficiently moving boxes or other items up to its maximum payload. Furthermore, its 1830mm reach makes it suitable for arc welding and material removal tasks requiring extensive reach and consistent precision.

Practical System Integration Guidance

Integrating the HIKROBOT HAR25-1830-S into an existing production line involves careful planning of its mounting position, whether on the floor, wall, or ceiling, to optimize workspace utilization and reachability. Electrical connections should adhere strictly to the provided schematics, ensuring proper grounding and power supply to prevent operational issues. The robot's controller typically interfaces with a PLC or other supervisory systems via standard industrial communication protocols such as EtherNet/IP or Profinet. Initial programming often utilizes HIKROBOT's proprietary software, which supports both graphical teaching and script-based programming for complex trajectories. Safety interlocks, including proximity sensors and emergency stop buttons, must be integrated into the system's overall safety architecture to ensure safe operation.

Operation and Risk Mitigation

Safe operation of the HIKROBOT HAR25-1830-S necessitates adherence to strict safety protocols. Operators must be thoroughly trained on the robot's functions, emergency procedures, and the use of safety guarding. Key risk mitigation strategies include implementing comprehensive risk assessments for all automated tasks, ensuring the robot's operational envelope is clearly defined and safeguarded. Common fault codes, such as servo errors or communication timeouts, should be readily understood by maintenance personnel for swift troubleshooting. Regular preventive maintenance, including lubrication and inspection of critical components like brakes and cables, is vital to prevent unexpected failures and maintain operational integrity.

Scalability & Long-Term Value

The HIKROBOT HAR25-1830-S offers significant scalability and long-term value through its robust design and compatibility with HIKROBOT's broader automation ecosystem. Its modular controller architecture allows for future software upgrades and the integration of advanced vision systems or force sensors, enhancing its capabilities for more complex tasks. The robot can be easily networked with other automated equipment and the Industrial Internet of Things (IIoT) platforms, enabling real-time data monitoring, predictive maintenance, and remote diagnostics. This forward-thinking design ensures that the HAR25-1830-S can adapt to evolving production demands, protecting the initial investment and maximizing its return over its operational lifespan.

FAQs

What is the maximum payload of the HIKROBOT HAR25-1830-S?

The HAR25-1830-S is engineered with a substantial 25kg maximum payload capacity. This allows it to handle heavy components efficiently. It is ideal for tasks like machine tending with large workpieces.

This payload capability makes it suitable for applications requiring the manipulation of significant weight. Such tasks include automotive part assembly or heavy material handling. It ensures robust performance in demanding industrial settings.

The robot's structural integrity and motor power are optimized to support this load consistently. This ensures reliable operation even under continuous, high-demand cycles. It minimizes risk of component stress or failure.

What is the reach of the HIKROBOT HAR25-1830-S industrial robot?

This model offers an impressive reach of 1830mm. This extended reach facilitates operations over larger workspaces. It is beneficial for tasks across a wider area.

The 1830mm reach allows the robot to access distant points. This reduces the need for workpiece repositioning. It enhances efficiency in complex assembly or welding applications.

With this generous reach, the HAR25-1830-S can effectively serve multiple machines or work zones. This contributes to a more streamlined and integrated production flow. It maximizes automation coverage.

Can the HIKROBOT HAR25-1830-S be mounted in different orientations?

Yes, the HAR25-1830-S supports versatile mounting options. It can be installed on the floor, walls, or even ceilings. This flexibility optimizes factory floor space.

Different mounting orientations allow for custom integration. Manufacturers can adapt the robot's placement to specific layouts. This maximizes reach and accessibility in confined areas.

The robust design ensures stable performance regardless of mounting. This adaptability makes it suitable for a wide range of industrial environments. It enhances its operational versatility.

What is the typical repeatability of the HAR25-1830-S?

The robot achieves a high repeatability of ±0.05mm. This precision is crucial for delicate and accurate tasks. It ensures consistent results in production.

This level of accuracy is vital for applications like precise component placement. It also benefits intricate welding or deburring operations. It guarantees the quality of the finished product.

Maintaining such tight tolerances means the HAR25-1830-S can handle micro-assembly. It is well-suited for industries demanding exceptional dimensional accuracy. This sets it apart in performance.

What programming methods are available for the HIKROBOT HAR25-1830-S?

HIKROBOT offers intuitive programming for this robot. Users can employ graphical teaching methods for ease of use. This simplifies trajectory definition.

Advanced users can utilize script-based programming. This allows for more complex logic and customization. It provides greater control over motion profiles.

The robot's controller supports integration with simulation software. This enables offline programming and testing. It streamlines the development and deployment process.

What industries commonly utilize the HIKROBOT HAR25-1830-S?

The HAR25-1830-S is prevalent in the automotive sector. It is used for heavy part handling and assembly. Its payload capacity is key here.

It also finds significant application in electronics manufacturing. This includes handling larger components or complex machinery. Its precision is a major benefit.

The logistics and warehousing industry benefits too. It is employed for palletizing and depalletizing tasks. Its reach and strength are critical for these operations.

What are the typical power requirements for this robot?

The HIKROBOT HAR25-1830-S has a typical power consumption of 1.5 kW. This indicates an energy-efficient design for its capabilities. It helps manage operational costs.

This power rating ensures robust performance without excessive energy draw. It is designed for sustained operation in industrial settings. Energy efficiency is a key consideration for automation.

The actual power usage can vary based on the application. Factors like speed, payload, and motion complexity influence consumption. It is important to consider these variables.

Does the HAR25-1830-S come with safety features?

Yes, this robot integrates essential safety features. It includes standard protection ratings like IP54. Higher ratings like IP67 are available as options for harsh environments.

Comprehensive safety protocols are crucial for operation. These include emergency stop functionalities and work envelope safeguarding. Proper training is also a vital component.

Integrating the robot with external safety devices is recommended. This ensures full compliance with industrial safety standards. It creates a secure working environment.

How does this robot integrate with existing automation systems?

The HAR25-1830-S supports standard industrial communication protocols. This includes protocols like EtherNet/IP and Profinet. It allows seamless integration with PLCs and SCADA systems.

Its controller is designed for interoperability. This facilitates communication with other automated machinery. It enables centralized control and monitoring.

The robot can also connect to IIoT platforms. This allows for data exchange, remote diagnostics, and predictive maintenance. It enhances overall system intelligence.

What is the weight of the HIKROBOT HAR25-1830-S?

The industrial robot weighs approximately 250 kg. This weight is substantial, reflecting its robust construction. It ensures stability during operation.

Despite its weight, the robot is designed for various mounting options. This includes floor, wall, and ceiling installations. Its design accommodates diverse manufacturing layouts.

The weight is a critical factor in installation planning. It dictates the necessary structural support for mounting. This ensures safe and reliable deployment.