ESTUN ER500-2800 Ultra High Load Series Industrial Robot 500kg Payload 2800mm Reach Extreme Capacity

The ESTUN ER500-2800 Ultra High Load Series Industrial Robot stands as a formidable solution for demanding industrial automation tasks, boasting an exceptional 500kg payload capacity and an extensive 2800mm reach. This robust robot is engineered for extreme efficiency and reliability in heavy-duty applications. Its core advantages lie in its superior load-bearing capability, expansive working envelope, and precise motion control, making it ideal for complex material handling, heavy component assembly, and large-scale manufacturing processes. Key technical parameters include its maximum payload of 500 kg and a maximum reach of 2800 mm, ensuring it can manage significant weight over considerable distances. The robot's design emphasizes stability and accuracy, even under maximum load, a critical factor for maintaining production quality and throughput in high-volume industrial environments.

Product Specifications

| Parameter           | Specification                                     |

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

| Model               | ER500-2800                                        |

| Payload Capacity    | 500 kg                                            |

| Maximum Reach       | 2800 mm                                           |

| Robot Weight        | 2600 kg (approximate)                             |

| Mounting Position   | Floor, Wall, Inverted                             |

| Protection Rating   | IP54 (standard), IP65 (optional)                  |

| Operating Temperature | 0°C to 45°C                                       |

| Power Supply        | AC 380V ±10%, 50/60Hz                             |

| Control System | IS EControl                         |

Core Features & Market Positioning

The ESTUN ER500-2800 distinguishes itself in the ultra-high load robotics market through its robust construction and advanced control system, enabling unparalleled stability and precision. Its market positioning is firmly within heavy manufacturing sectors requiring robots that can reliably manipulate exceptionally heavy objects. Competitive advantages include its high payload-to-weight ratio and exceptionally long reach, allowing for greater operational flexibility and reduced floor space requirements compared to alternative solutions. The robot's inherent rigidity minimizes vibration, crucial for high-precision welding, machining, and assembly operations, setting it apart from competitors that may compromise accuracy at extreme loads.

Key Application Scenarios

This industrial robot excels in scenarios demanding the manipulation of substantial payloads across a wide workspace. Common applications include the heavy lifting and placement of automotive components, such as engines or chassis parts, during assembly processes. It is also highly effective in die casting and forging operations for handling hot, heavy workpieces. Furthermore, the ESTUN ER500-2800 is an ideal candidate for palletizing large and heavy goods in logistics and warehousing, significantly increasing throughput and reducing manual labor strain. Its capacity to reach and manipulate large structures also makes it suitable for structural component assembly in shipbuilding or aerospace manufacturing.

Practical System Integration Guidance

Integrating the ESTUN ER500-2800 into existing production lines involves careful planning, particularly concerning its substantial size and power requirements. Proper floor mounting, using anchor bolts specified for its approximate 2600 kg weight, is critical for stability. Electrical connections must adhere to the specified 380V AC power supply and ensure proper grounding for safety and operational integrity. The ESTUN EControl system offers intuitive programming, often utilizing a teach pendant interface for defining complex motion paths. When integrating end-of-arm tooling (EOAT), the robot's payload capacity and reach must be factored into the EOAT's weight and dimensional constraints to maintain optimal performance and prevent system overload.

Operation and Risk Mitigation

Safe operation of the ESTUN ER500-2800 hinges on strict adherence to safety protocols and a thorough understanding of its operational envelope. All personnel working around the robot must be trained on its potential hazards, including its immense lifting power and reach. Safety guarding, emergency stop buttons, and light curtains are essential components of a safe integration. Common operational issues can arise from programming errors or exceeding payload limits, leading to system faults or potential damage. The ESTUN EControl system typically provides diagnostic information and fault codes to aid in troubleshooting, with specific error codes requiring consultation of the technical manual for detailed resolution steps.

Scalability & Long-Term Value

The ESTUN ER500-2800 is designed for long-term value and can be a cornerstone of evolving automation strategies. Its compatibility with standard industrial communication protocols allows for integration into broader manufacturing execution systems (MES) and supervisory control and data acquisition (SCADA) platforms, facilitating data collection for IIoT initiatives. While the robot itself is built for heavy-duty, long-term operation, its value is amplified by its ability to adapt to changing production needs through reprogramming and the potential for upgrading control system software. This ensures that the ER500-2800 remains a relevant and productive asset as manufacturing processes evolve, contributing to sustained operational efficiency and a strong return on investment.

Frequently Asked Questions

What is the maximum weight the ESTUN ER500-2800 can lift?

The ESTUN ER500-2800 industrial robot is engineered with an exceptional maximum payload capacity of 500 kilograms. This allows it to handle extremely heavy components and materials.

This significant lifting capability makes it suitable for the most demanding industrial automation tasks. It is designed to operate reliably even when fully loaded, ensuring consistent performance.

Its ability to manage such heavy loads positions it as a prime choice for heavy manufacturing, automotive production, and logistics applications. This capacity directly addresses the need for robust material handling solutions.

What is the reach of the ESTUN ER500-2800 robot?

The ESTUN ER500-2800 features an impressive maximum reach of 2800 millimeters. This extensive reach allows the robot to cover a large working area.

This generous reach is critical for applications requiring manipulation of large workpieces or spanning across multiple workstations. It enables greater flexibility in cell design and operational layout.

The 2.8-meter reach, combined with its high payload, ensures that the robot can efficiently access and move heavy items across significant distances. This is vital for complex assembly and material transfer tasks.

What types of industries commonly use the ESTUN ER500-2800?

The ESTUN ER500-2800 is ideally suited for heavy manufacturing sectors. This includes automotive production, where it handles large engine or chassis components.

It is also extensively used in die casting, forging, and metal fabrication for manipulating hot, heavy parts. Logistics and warehousing operations benefit from its palletizing capabilities.

Industries requiring high precision with heavy loads, such as aerospace and heavy machinery manufacturing, also leverage this robot's capabilities for assembly and fabrication.

Can the ESTUN ER500-2800 be mounted in different orientations?

Yes, the ESTUN ER500-2800 offers versatile mounting options to suit various factory layouts. It can be installed in standard floor-mounted configurations.

Furthermore, it supports wall-mounted and inverted (ceiling-mounted) installations, providing significant flexibility in cell design. This adaptability maximizes floor space utilization.

These multiple mounting orientations allow for optimal integration into existing or new production facilities, regardless of spatial constraints. It enhances operational efficiency and accessibility.

What is the approximate weight of the ESTUN ER500-2800 robot itself?

The industrial robot unit itself weighs approximately 2600 kilograms. This substantial weight contributes to its stability and rigidity during operation.

The robot's own considerable mass is a testament to its robust construction, designed to handle extreme loads without compromising performance. Proper foundation and mounting are crucial due to this weight.

This self-weight is an important consideration for installation planning, ensuring adequate structural support is in place for the robot and its operational forces.

What are the environmental operating conditions for this robot?

The ESTUN ER500-2800 is designed to operate within a standard industrial temperature range. It functions effectively between 0°C and 45°C.

Its standard protection rating is IP54, safeguarding against dust ingress and splashes of water. An optional IP65 rating is available for environments requiring higher levels of protection.

These specifications ensure the robot's reliability in typical manufacturing plant conditions, with options for more demanding, dustier, or wetter environments.

What power supply is required for the ESTUN ER500-2800?

The robot requires a stable AC power supply of 380V, with a tolerance of ±10%. This ensures consistent power delivery for its heavy-duty operations.

The frequency for the power supply should be either 50Hz or 60Hz, accommodating common industrial power grids worldwide. Proper grounding is essential for safety and performance.

Ensuring the correct power input is critical for the longevity and operational efficiency of the robot and its control system. It prevents potential damage and ensures smooth functionality.

What control system does the ESTUN ER500-2800 utilize?

The ESTUN ER500-2800 is powered by the advanced ESTUN EControl system. This proprietary control platform is optimized for high-performance robotics.

The EControl system provides sophisticated motion planning and precise execution for complex tasks. It is known for its user-friendly interface and robust functionality.

This integrated control solution ensures seamless operation, efficient programming, and reliable performance for the ultra-high load robot.

How does the robot's reach impact its application versatility?

The 2800mm reach allows the robot to serve a larger operational area from a single position. This is beneficial for palletizing, where it can stack goods across a wide footprint.

Its extended reach is also crucial in large assembly lines, enabling the robot to access components at different stations without requiring extensive re-fixturing or multiple robots.

This generous reach contributes significantly to its ability to handle bulky, heavy items over considerable distances, enhancing efficiency in logistics and heavy manufacturing.

What are the benefits of the 500kg payload capacity?

The 500kg payload capacity means the robot can accurately and consistently move very heavy loads. This is critical for automating tasks previously done manually or with less efficient machinery.

This high capacity enables its use in applications like transferring entire engine blocks, large stamped metal parts, or significant quantities of materials in a single pick.

By handling such substantial weights, the robot improves production cycle times, reduces wear on other equipment, and significantly enhances workplace safety by removing manual lifting of heavy objects.