ESTUN ER280-3200 High Load Series Universal Robot 280kg Payload 3200mm Reach Extreme Capacity

The ESTUN ER280-3200 High Load Series Universal Robot represents a significant advancement in industrial automation, engineered for extreme capacity and precision in demanding applications. This robot boasts an impressive 280kg payload and an extended 3200mm reach, making it ideal for heavy lifting, large-scale assembly, and intricate material handling tasks across various sectors. Its robust design and advanced control system ensure exceptional performance, reliability, and operational efficiency. Key technical specifications include a maximum payload of 280 kg, an impressive reach of 3200 mm, and a repeatable accuracy of ±0.06 mm, ensuring high-precision operations. The robot's structure is built for durability, allowing it to operate effectively in challenging industrial environments.

Product Specifications

| Parameter           | Value        |

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

| Model               | ER280-3200   |

| Maximum Payload     | 280 kg       |

| Maximum Reach       | 3200 mm      |

| Repeatable Accuracy | ±0.06 mm     |

| Axis Count          | 6            |

| Mounting            | Floor, Wall, Ceiling |

| Protection Rating   | IP54 (Arm), IP65 (Flange) |

| Power Supply        | 380V ±10% (50/60Hz) |

| Operating Temperature | 0-45°C       |

Core Features & Market Positioning

The ESTUN ER280-3200 distinguishes itself through its superior payload capacity and extended reach, a combination that few competitors can match in the universal robot segment. This capability allows it to handle larger and heavier workpieces, reducing the need for multiple robots or specialized lifting equipment in complex manufacturing cells. ESTUN's proprietary control technology ensures smooth motion, precise trajectory following, and enhanced safety features, positioning the ER280-3200 as a premium solution for industries requiring high throughput and uncompromising accuracy. Its design prioritizes user-friendliness, with straightforward programming and integration, facilitating rapid deployment and maximizing return on investment.

Key Application Scenarios

This high-load robot is exceptionally well-suited for demanding tasks within the automotive industry, such as the handling of heavy engine components, chassis parts, and large body panels during assembly. In the logistics and warehousing sector, the ER280-3200 can efficiently manage palletizing and de-palletizing operations involving substantial loads, optimizing warehouse throughput. Its precision and reach also make it a valuable asset in the metal fabrication industry for tasks like the manipulation of large metal sheets for welding, cutting, or stamping. Furthermore, its capacity is beneficial for the aerospace sector in handling oversized components during manufacturing and assembly processes.

Practical System Integration Guidance

Integrating the ESTUN ER280-3200 into existing production lines is streamlined by its versatile mounting options, including floor, wall, and ceiling configurations, allowing for optimal space utilization. The robot controller features standard industrial communication interfaces, facilitating seamless integration with PLCs, vision systems, and other automation equipment. Wiring for power and control signals is designed for straightforward connection, typically involving a single power cable and dedicated I/O connectors for peripherals. Commissioning involves defining the work envelope, calibrating tool center points (TCPs), and programming robot paths using ESTUN's intuitive teach pendant software or offline programming tools.

Operation and Risk Mitigation

Safe operation of the ESTUN ER280-3200 is paramount. The robot is equipped with multiple safety functions, including emergency stop capabilities, safety zones, and speed monitoring, which are configurable through the teach pendant. Routine maintenance, such as checking lubrication levels, inspecting cables, and ensuring proper ventilation of the controller, is critical to prevent operational faults. Common troubleshooting may involve verifying power supply, checking communication links, and ensuring that the robot's payload and reach limits are not exceeded. Error codes, detailed in the operational manual, provide specific guidance for diagnosing and resolving issues, such as joint limit errors or communication failures.

Scalability & Long-Term Value

The ESTUN ER280-3200 offers significant long-term value through its inherent scalability and compatibility with evolving industrial automation trends. Its open architecture and standard communication protocols enable integration with emerging Industry 4.0 solutions, including IIoT platforms for predictive maintenance and remote monitoring. The robot's controller can often be upgraded to support new functionalities or improved performance, extending its operational lifespan. Furthermore, its ability to handle a wide range of tasks with high precision means it can be redeployed for new applications as manufacturing needs change, ensuring a sustained return on investment.

FAQs

Q1: What is the maximum weight the ESTUN ER280-3200 can lift?

The ESTUN ER280-3200 is engineered for heavy-duty applications and boasts an impressive maximum payload capacity of 280 kilograms. This high load capability allows it to handle significantly larger and heavier components than many standard industrial robots.

This makes it ideal for tasks such as manipulating large automotive parts, heavy machinery components, or substantial raw materials during manufacturing processes. Its robust construction is specifically designed to withstand the stresses associated with lifting and moving such considerable weights repeatedly.

The 280kg payload ensures that complex, high-throughput operations involving heavy items can be automated efficiently, reducing manual labor and increasing production speed while maintaining safety and accuracy.

Q2: What is the reach of the ESTUN ER280-3200 robot?

The ESTUN ER280-3200 features an extensive reach of 3200 millimeters, providing a large operational workspace. This substantial reach allows the robot to access areas that would typically require multiple robot setups or manual intervention.

Its long reach is particularly advantageous for applications spanning large workpieces or covering extensive assembly lines, such as in automotive manufacturing or aerospace component handling. This enables greater flexibility in cell design and process layout.

The combination of its high payload and long reach makes the ER280-3200 a versatile solution for complex, space-intensive automation challenges, offering a wide range of motion for intricate tasks.

Q3: What industries is the ESTUN ER280-3200 robot best suited for?

This high-load robot excels in industries requiring the manipulation of heavy or large components. Key sectors include automotive manufacturing for handling chassis, engines, and body panels, and aerospace for managing oversized structural parts.

The logistics and warehousing sector benefits from its capabilities in palletizing and de-palletizing heavy loads, optimizing the flow of goods. Metal fabrication industries can utilize it for moving large sheets of metal during welding, cutting, or stamping operations.

Its precision and extreme capacity also lend themselves to specialized heavy-duty assembly tasks, material handling in foundries, and any application where significant weight and reach are critical operational requirements.

Q4: What are the mounting options for the ESTUN ER280-3200?

The ESTUN ER280-3200 offers versatile mounting configurations to suit diverse factory layouts and space constraints. It can be installed in standard floor-mounted positions, providing a stable base for its heavy-duty operations.

Additionally, the robot supports wall-mounting, which is crucial for optimizing floor space and creating more compact automation cells, especially in facilities with limited footprint. Ceiling-mounting is also an option, further enhancing its spatial flexibility and allowing for overhead material flow.

These multiple mounting capabilities ensure that the ER280-3200 can be seamlessly integrated into virtually any industrial environment, maximizing operational efficiency and accessibility.

Q5: How precise is the ESTUN ER280-3200 robot?

The ESTUN ER280-3200 is designed for high-precision tasks, offering a repeatable accuracy of ±0.06 mm. This level of precision is critical for applications demanding exact placement and consistent performance.

This accuracy ensures that the robot can reliably perform intricate operations, such as precise welding, delicate assembly, or exact material placement, minimizing errors and improving product quality. It is essential for maintaining tight manufacturing tolerances.

The robot's advanced control system and robust mechanical design work in tandem to achieve and maintain this high level of repeatability, even under heavy load conditions.

Q6: What is the protection rating of the ESTUN ER280-3200?

The ESTUN ER280-3200 robot features robust protection against environmental factors common in industrial settings. Its arm is rated at IP54, offering significant protection against dust and splashing water.

The robot's flange, which is the connection point for the end-effector, is rated at IP65. This higher rating ensures it is protected against dust ingress and low-pressure water jets, making it suitable for environments with more demanding washdown requirements.

These protection ratings ensure the robot's longevity and reliability, allowing it to operate effectively and safely in challenging manufacturing or processing environments.

Q7: How is the ESTUN ER280-3200 robot programmed?

Programming the ESTUN ER280-3200 is typically accomplished using its dedicated teach pendant. This handheld device allows operators to manually guide the robot through its desired movements and record these points, creating a program sequence.

The robot also supports offline programming software. This advanced method allows engineers to create, simulate, and optimize robot paths on a computer before downloading them to the controller, which is particularly useful for complex applications and reducing downtime.

ESTUN's programming environment is designed for both ease of use for basic tasks and comprehensive functionality for complex automation, ensuring flexibility for different user skill levels and project requirements.

Q8: What safety features are included with the ESTUN ER280-3200?

The ESTUN ER280-3200 is equipped with comprehensive safety mechanisms to protect personnel and equipment. It includes standard emergency stop (E-stop) functionality, allowing immediate cessation of all robot motion.

Safety zones and configurable speed limits can be programmed within the robot's controller, ensuring the robot operates within safe operational boundaries and at appropriate speeds for the surrounding environment. The system continuously monitors its own motion and status.

These integrated safety features, along with adherence to proper operational procedures and risk assessments, are critical for safe deployment and operation in any industrial setting.

Q9: Can the ESTUN ER280-3200 be integrated with other automation systems?

Yes, the ESTUN ER280-3200 is designed for seamless integration with a wide array of industrial automation systems. It features standard industrial communication protocols, facilitating connectivity with PLCs, SCADA systems, and other control platforms.

The robot controller is equipped with ample I/O (Input/Output) ports, allowing for straightforward interconnection with sensors, actuators, vision systems, and other peripheral devices essential for complex automation tasks.

This interoperability ensures that the ER280-3200 can become a central component in sophisticated automated workcells, enhancing overall production efficiency and flexibility.

Q10: What is the typical power requirement for the ESTUN ER280-3200?

The ESTUN ER280-3200 operates on a standard industrial power supply. It requires a voltage of 380V, with a tolerance of ±10%, and is compatible with both 50Hz and 60Hz power frequencies.

This specification ensures compatibility with typical power infrastructures found in most manufacturing facilities worldwide, simplifying installation and reducing the need for specialized power conditioning equipment.

Proper electrical grounding and connection according to the manufacturer's guidelines are essential for safe and reliable operation, ensuring consistent performance.