ESTUN ER10-500-SR SCARA Series Industrial Robot 10kg Payload 500mm Reach Heavy Load Handling

The ESTUN ER10-500-SR SCARA robot is engineered for demanding industrial automation tasks, boasting a 10kg payload capacity and a 500mm reach. This robust SCARA robot excels in high-speed pick-and-place operations, assembly, and material handling, offering a compelling blend of performance, reliability, and cost-effectiveness for a wide array of manufacturing sectors. Its precise motion control and compact footprint make it an ideal solution for optimizing production lines where space and efficiency are paramount.

Product Specifications

| Feature                | Specification                                       |

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

| Model                  | ER10-500-SR|

| Robot Type             | SCALE                                           |

| Payload Capacity       | 10 kg                                               |

| Maximum Reach          | 500 mm                                              |

| Repeatability          | ±0.02 mm                                            |

| Axes                   | 4                                                   |

| Mounting Position      | Tabletop                                            |

| Weight                 | Approximately 42 kg                                 |

| Power Consumption      | Varies with operation, typically < 500W             |

| Operating Temperature  | 5°C to 45°C                                         |

| Protection Rating      | IP54 (standard)                                     |

Core Features & Market Positioning

The ESTUN ER10-500-SR stands out in the competitive SCARA robot market due to its exceptional payload-to-reach ratio, enabling it to handle heavier components than many similarly sized robots. Its high-speed articulated arm design, coupled with a ±0.02 mm repeatability, ensures precise and consistent execution of intricate tasks, crucial for quality-sensitive assembly processes. ESTUN positions this model as a versatile and reliable workhorse for industries seeking to automate repetitive yet critical operations without compromising on throughput or accuracy. The robot's robust construction and IP54 protection rating further enhance its appeal for deployment in challenging industrial environments.

Key Application Scenarios

This ESTUN SCARA robot is particularly well-suited for high-volume assembly lines in the electronics industry, where its precision is vital for component placement and intricate wiring tasks. In the automotive sector, it facilitates efficient handling of sub-assemblies and quality inspection processes. Furthermore, its 10kg payload capability makes it an excellent choice for heavier pick-and-place applications in packaging, logistics, and even some light manufacturing operations that require robust material transfer. The robot's ability to operate at high speeds with excellent repeatability also lends itself to dispensing and sealing applications.

Practical System Integration Guidance

Integrating the ESTUN ER10-500-SR typically involves connecting the robot arm to its dedicated controller via a pre-configured cabling system, ensuring proper power and communication interfaces are established. Programming is often accomplished using ESTUN's proprietary software, which supports intuitive motion path definition and logic sequencing. For end-effectors, standard pneumatic or electric grippers can be readily interfaced through the robot's I/O ports, with careful consideration given to payload distribution to maintain optimal performance. It is recommended to secure the robot firmly to a stable, level surface, such as a machine base or pedestal, to prevent vibration and ensure the specified repeatability is maintained.

Operation and Risk Mitigation

Safe operation of the ESTUN ER10-500-SR mandates strict adherence to safety protocols, including the use of safety guarding, light curtains, and emergency stop mechanisms as per ISO standards. Operators must be thoroughly trained on the robot's control pendant and emergency procedures to mitigate risks during normal operation and fault conditions. Common troubleshooting may involve checking encoder feedback for axis errors or verifying pneumatic lines for gripper actuation issues. Overload conditions, if exceeding the 10kg payload, can lead to motor strain and reduced lifespan, underscoring the importance of accurate load calculations during application design.

Scalability & Long-Term Value

The ESTUN ER10-500-SR SCARA robot offers considerable long-term value through its compatibility with a range of automation systems and its potential for integration into Industry 4.0 initiatives. While this specific model features a 4-axis configuration, ESTUN's broader product portfolio allows for seamless integration into larger, multi-robot workcells, providing a clear upgrade path for increasing production demands. Furthermore, its controller can often be adapted for communication with PLCs and SCADA systems, enabling data acquisition and remote monitoring, thereby enhancing its utility in smart manufacturing environments.

Frequently Asked Questions

What is the maximum payload of the ESTUN ER10-500-SR?

The ESTUN ER10-500-SR is designed to handle a maximum payload of 10 kilograms. This capacity is crucial for applications involving the transfer of heavier components or tools.

This payload rating allows for efficient material handling in various industrial settings. It's important to factor in the weight of the end-effector when calculating the total load.

Accurate payload management ensures the robot operates within its specified limits, promoting longevity and consistent performance. Exceeding this limit can lead to performance degradation and potential hardware damage.

What is the reach of the ESTUN ER10-500-SR robot?

The ESTUN ER10-500-SR offers a maximum working reach of 500 millimeters. This reach dimension defines the operational envelope of the robot arm.

This 500mm reach is suitable for many assembly and pick-and-place tasks within a confined workspace. It allows the robot to access components within its designated area effectively.

When planning a layout, consider this reach to ensure the robot can comfortably access all target points without collision. It dictates the robot's spatial capabilities for automation.

What is the repeatability of the ESTUN ER10-500-SR?

The repeatability of the ESTUN ER10-500-SR is specified at ±0.02 millimeters. This precision is critical for tasks requiring consistent accuracy.

A repeatability of ±0.02 mm means the robot can return to the same point within this tolerance consistently. This is vital for delicate assembly and high-precision placement.

This high level of accuracy ensures that automated processes maintain quality and reduce errors over repeated cycles. It's a key metric for demanding manufacturing applications.

What type of controller does the ESTUN ER10-500-SR use?

The ESTUN ER10-500-SR typically utilizes an ESTUN dedicated robot controller. This controller is designed to manage the robot's movements and operations efficiently.

These controllers are usually programmed using ESTUN's proprietary software, offering a user-friendly interface for motion planning and logic. They handle the complex calculations for robot kinematics.

The controller is the brain of the robot, responsible for executing programmed tasks, managing I/O, and ensuring safe operation. It dictates the robot's overall functionality.

What industries is the ESTUN ER10-500-SR suitable for?

This SCARA robot is highly suitable for the electronics industry for precise component placement and assembly tasks. Its speed and accuracy are ideal for small parts handling.

It also finds applications in the automotive sector for sub-assembly, material handling, and quality inspection operations. Its 10kg payload capacity is advantageous here.

Furthermore, the ER10-500-SR is a strong candidate for general manufacturing, packaging, and logistics where reliable pick-and-place of medium-weight items is required.

How is the ESTUN ER10-500-SR programmed?

Programming is typically performed using ESTUN's dedicated software, often featuring a graphical user interface for defining robot paths and logic sequences. This software is tailored for ESTUN robots.

The programming environment allows for teaching points, setting up tool paths, and implementing conditional logic for automated workflows. It supports both online teaching and offline programming.

Integration with higher-level control systems like PLCs might also be possible through communication protocols, allowing for more complex factory automation integration.

What is the protection rating of the ESTUN ER10-500-SR?

The standard protection rating for the ESTUN ER10-500-SR is IP54. This rating indicates protection against dust and splashing water.

This IP54 rating makes the robot suitable for deployment in moderately challenging industrial environments. It offers a degree of resilience against common factory contaminants.

However, for applications with severe dust, high humidity, or direct water exposure, additional environmental protection measures might be necessary.

Can the ESTUN ER10-500-SR be integrated with other automation equipment?

Yes, the ESTUN ER10-500-SR can be integrated with other automation equipment, such as PLCs and vision systems, through its standard I/O and communication interfaces. This allows for sophisticated control and data exchange.

Integration with PLCs enables the robot to work in coordination with other machinery on the production line, synchronizing operations for a complete automated process. It can receive signals and send status updates.

Compatibility with vision systems allows for guided pick-and-place, inspection, and error detection, significantly enhancing the robot's intelligence and application flexibility.

What are the safety considerations when operating this robot?

Safety is paramount, and operation must comply with relevant industrial safety standards, utilizing physical guarding, safety sensors (like light curtains), and emergency stop systems. Proper risk assessments are essential.

Personnel operating or working near the robot must be trained on its operation, emergency procedures, and hazard recognition to prevent accidents. Understanding the robot's motion and reach envelope is critical.

Implementing safety features ensures that the robot can be stopped immediately in case of unexpected events or human presence in the work cell, minimizing the risk of injury.

What are the typical maintenance requirements for the ESTUN ER10-500-SR?

Routine maintenance includes regular inspection of cables, connectors, and the end-effector for wear and tear, as well as checking lubrication levels for robotic joints. Following the manufacturer's schedule is key.

Periodic checks of motor and encoder performance, along with verifying the integrity of safety circuits, are crucial for sustained operation and preventing unexpected downtime.

Software updates and controller diagnostics should also be part of the maintenance plan to ensure optimal performance and to address any potential firmware-related issues.