ESTUN ER6-500-SR SCARA Series Industrial Robot 6kg Payload 500mm Reach Efficient Production Unit

The ESTUN ER6-500-SR SCARA robot is a highly efficient industrial automation solution designed for demanding production environments. With a payload capacity of 6kg and a reach of 500mm, this unit excels in tasks requiring speed, precision, and reliability. Key advantages include its compact design, high-speed operation, and robust construction, making it ideal for intricate assembly, pick-and-place, and inspection applications. Technical parameters like its exceptional repeatability of ±0.02mm and maximum operating speed of 8,300mm/s underscore its capability to enhance throughput and minimize cycle times in modern manufacturing.

Product Specifications

| Specification        | Value                   |

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

| Model                | ER6-500-SR              |

| Payload              | 6 kg                    |

| Reach                | 500 mm                  |

| Repeatability        | ±0.02 mm                |

| Max. Speed (Axis 1)  | 700°/s                  |

| Max. Speed (Axis 2)  | 800°/s                  |

| Max. Speed (Axis 3)  | 1,500°/s                |

| Max. Speed (Axis 4)  | 2,500°/s                |

| Axis Movement Range  | J1: ±150°, J2: ±150°, J3: ±300°, J4: ±360° |

| Mounting Position    | Table top               |

| Weight               | 22 kg                   |

| Power Consumption    | 400 W                   |

| IP Rating            | IP54 (Standard)         |

| Operating Temperature| 5-40°C                  |

Core Features & Market Positioning

The ESTUN ER6-500-SR stands out in the competitive SCARA robot market due to its optimized kinematics and high-speed servo drives, enabling rapid acceleration and deceleration for reduced cycle times. This robot is engineered for high-volume production lines where efficiency is paramount. Its robust design ensures consistent performance and longevity, minimizing downtime and maintenance costs. The ER6-500-SR is positioned as a cost-effective yet high-performance solution for businesses looking to automate repetitive, precise tasks without compromising on speed or accuracy. ESTUN's commitment to technological advancement is evident in the smooth motion control and superior path accuracy offered by this model, setting it apart from many competitors in its class.

Key Application Scenarios

This versatile SCARA robot is a prime candidate for intricate assembly tasks, particularly in the electronics industry, where precise component placement is critical. Its speed and accuracy make it exceptionally well-suited for high-throughput pick-and-place operations on production lines, such as packaging, sorting, and kitting. The ER6-500-SR also excels in quality inspection applications, capable of handling vision systems or probes with high precision. Furthermore, it can be effectively deployed in material handling for small parts and in light machine tending operations, offering a significant boost in productivity for industries ranging from automotive sub-assembly to consumer goods manufacturing.

Practical System Integration Guidance

Integrating the ESTUN ER6-500-SR into an existing automation system is streamlined by its compact footprint and standardized mounting options. The robot controller typically interfaces with PLCs and other factory automation equipment via common industrial protocols like Ethernet/IP, Profinet, or Modbus TCP/IP, allowing for seamless communication. Wiring for power, I/O, and communication is designed for straightforward connection, often featuring quick-disconnect connectors. Programming can be achieved through ESTUN's proprietary teach pendant software, which offers intuitive graphical interfaces and support for various programming languages, including a simplified motion programming language for faster deployment of complex movements.

Operation and Risk Mitigation

Safe operation of the ESTUN ER6-500-SR is ensured through integrated safety features, including emergency stop functions, software limits for axis travel, and overload protection. Advanced users can implement additional safety measures by configuring external safety devices, such as light curtains and safety mats, which can be easily integrated into the robot's control system. Common troubleshooting often involves checking pneumatic connections for gripper actuation and verifying I/O signals between the robot and peripheral equipment. Error codes displayed on the teach pendant provide diagnostic information for swift resolution of operational issues, allowing maintenance teams to quickly identify and rectify faults.

Scalability & Long-Term Value

The ESTUN ER6-500-SR offers significant long-term value through its inherent scalability and compatibility with evolving automation frameworks. Its modular controller design can often accommodate additional I/O or communication modules, facilitating upgrades as production requirements change. The robot's compatibility with modern IIoT platforms allows for advanced data acquisition, remote monitoring, and predictive maintenance, crucial for Industry 4.0 initiatives. This ensures that the ER6-500-SR can be seamlessly integrated into smart factory environments, enhancing operational efficiency and providing a solid return on investment over its extended service life.

Frequently Asked Questions

What is the maximum payload capacity of the ESTUN ER6-500-SR?

The ESTUN ER6-500-SR robot is engineered to handle a maximum payload of 6 kilograms. This capacity allows it to manage a variety of components and tooling effectively.

This payload rating makes it suitable for many common assembly and pick-and-place tasks in diverse industries. It ensures consistent performance even when carrying heavier end-effectors or parts.

Achieving optimal performance requires careful consideration of the payload's center of gravity and dynamic loads. Always consult the manual for specific guidelines on payload distribution.

What is the reach of the ESTUN ER6-500-SR SCARA robot?

The ESTUN ER6-500-SR features a horizontal reach of 500 millimeters. This provides a generous working envelope for its size.

This reach is ideal for applications that require access to a moderate area on a production line or workstation. It allows for efficient movement between multiple points.

The 500mm reach, combined with its speed, minimizes cycle times for tasks within its operational radius. This directly contributes to increased manufacturing throughput.

How precise is the ESTUN ER6-500-SR in terms of repeatability?

The ESTUN ER6-500-SR robot boasts an impressive repeatability of ±0.02 millimeters. This high level of precision is crucial for delicate tasks.

This accuracy ensures that the robot can return to programmed positions consistently, which is vital for complex assembly or inspection. It minimizes errors in repetitive actions.

Such fine repeatability reduces the need for manual adjustments and rework, leading to improved product quality and reduced waste in manufacturing processes.

What are the typical applications for the ER6-500-SR model?

This robot is frequently used for high-speed pick-and-place operations on assembly lines. Its design is optimized for rapid object manipulation.

It's also highly effective in intricate assembly tasks, particularly within the electronics manufacturing sector. Precision placement is a key strength.

Furthermore, the ER6-500-SR is suitable for quality inspection, material handling of small parts, and light machine tending duties.

How is the ESTUN ER6-500-SR programmed?

Programming is typically done using ESTUN's dedicated teach pendant software. This interface offers intuitive control.

The software supports graphical programming and specific motion commands for quick task setup. It simplifies the creation of complex robot paths.

Users can also integrate it with higher-level programming environments or PLC systems for advanced automation sequences.

What are the key advantages of this SCARA robot over other types?

SCARA robots like the ER6-500-SR offer excellent speed and high accuracy in the horizontal plane. They are designed for fast, repetitive tasks.

Their parallel arm structure provides rigidity, allowing for greater payload capacity at maximum reach compared to some other robot types. This enhances efficiency.

SCARA robots are generally simpler in mechanical design, often leading to lower cost and easier maintenance for specific applications.

What are the power requirements for the ESTUN ER6-500-SR?

The robot's power consumption is rated at 400 watts. This indicates efficient energy usage for its performance capabilities.

It typically operates on standard industrial power supplies. Specific voltage and phase requirements can be found in the technical documentation.

This relatively low power draw contributes to lower operational costs and a smaller environmental footprint in industrial settings.

What is the IP rating of the ER6-500-SR and what does it mean?

The standard IP rating for this model is IP54. This signifies good protection against dust and water ingress.

IP54 means the robot is protected against limited dust ingress and is protected against water splashed from any direction. This makes it suitable for many factory environments.

This rating allows for deployment in moderately challenging industrial conditions without requiring excessive protective enclosures.

What is the weight of the ESTUN ER6-500-SR robot?

The ESTUN ER6-500-SR has a relatively light weight of 22 kilograms. This makes it easy to install and relocate.

Its compact and lightweight design simplifies mounting onto existing machinery or workstations without requiring heavy structural support.

The lower mass also contributes to faster acceleration and deceleration capabilities, further enhancing its speed and efficiency.

Does this robot support integration with IIoT platforms?

Yes, the ESTUN ER6-500-SR can be integrated with modern IIoT platforms. This is crucial for smart factory initiatives.

Integration allows for advanced data collection, remote monitoring, and diagnostics, enabling predictive maintenance and performance optimization.

This connectivity enhances its long-term value and positions it as a key component in advanced manufacturing automation strategies.