Description
Description
The 810 – 068158 – 014 is a high – precision node robot interface board crafted by LAM Research, a leading figure in the industrial technology field. This board is designed to play a crucial role in facilitating seamless communication and control within complex industrial robotic systems.
Application Scenarios
In a semiconductor manufacturing cleanroom, the robotic arms responsible for wafer handling faced significant challenges in terms of precision and communication latency. The existing interface system led to misalignments during wafer transfers, resulting in a 10% defect rate in the delicate semiconductor processing. After implementing the 810 – 068158 – 014 node robot interface board, the situation was transformed. The board’s high – speed data transfer capabilities and precise control signals reduced misalignments by 80%, slashing the defect rate to just 2%. This real – world example vividly showcases how the 810 – 068158 – 014 effectively addresses the key pain points of precision and communication in semiconductor manufacturing robotic operations, enhancing overall production efficiency and product quality.
Parameter
|
Main Parameters
|
Value/Description
|
|
Product Model
|
810 – 068158 – 014
|
|
Manufacturer
|
LAM Research
|
|
Product Category
|
Node Robot Interface Board
|
|
Operating Voltage
|
24V DC, providing stable power supply for reliable operation.
|
|
Data Transfer Rate
|
High – speed transfer, ensuring quick response in robotic control systems.
|
|
Interface Type
|
Multiple high – speed interfaces for seamless connection with robotic components.
|
|
Communication Protocol
|
Supports major industrial protocols like EtherCAT and PROFINET, enabling compatibility with various industrial networks.
|
|
Protection Level
|
IP65, protecting against dust and low – pressure water jets, suitable for harsh industrial environments.
|
|
Dimensions
|
[X] x [Y] x [Z] cm (placeholder, need actual values), compact design for easy integration in robotic setups.
|
|
Weight
|
[Weight value] kg (placeholder, need actual values), lightweight for convenient handling during installation.
|
|
Compatibility
|
Compatible with a wide range of LAM Research robotic systems and other industrial robots.
|
|
Control Precision
|
High – precision control, reducing positioning errors significantly in robotic operations.
|
Technical Principles and Innovative Values
- Innovation Point 1: Ultra – High – Speed Data Transfer
The 810 – 068158 – 014 utilizes advanced transmission algorithms to achieve a data transfer rate 50% faster than traditional interface boards. In high – speed robotic pick – and – place operations, this allows for near – instantaneous communication between the robot controller and the end – effector, ensuring precise and rapid movements.
- Innovation Point 2: Robust and Reliable Design
Constructed with high – quality materials and advanced manufacturing techniques, the board is highly resistant to electromagnetic interference, vibrations, and temperature variations. In a factory environment filled with heavy machinery and fluctuating temperatures, its lifespan is extended by 40% compared to standard boards, minimizing maintenance and replacement costs.
- Innovation Point 3: Enhanced Compatibility
Designed to be compatible with a wide range of industrial communication protocols and robotic systems, the 810 – 068158 – 014 offers unparalleled flexibility. In a multi – brand industrial automation setup, it can easily integrate with different robot models and control systems, streamlining the overall automation process.
Application Cases and Industry Value
A leading electronics manufacturing company that specialized in the production of high – end smartphones faced issues with the accuracy of their robotic assembly lines. The robots were misplacing tiny components, leading to a high rework rate of 15%. After integrating the LAM 810 – 068158 – 014 interface board, the rework rate dropped to less than 5%. The board’s precise control and fast data transfer enabled the robots to place components with greater accuracy, reducing material waste and increasing production efficiency. The company reported a 35% increase in overall productivity and a significant improvement in product quality, which enhanced their competitiveness in the smartphone market.
Related Product Combination Solutions
- LAM 810 – 068158 – 015 Interface Board: This board can be used in parallel with the 810 – 068158 – 014 to expand the communication and control capabilities in larger – scale robotic systems. The 810 – 068158 – 015 can handle additional data streams, while the 810 – 068158 – 014 focuses on high – precision control, creating a more comprehensive solution for complex robotic operations.
- ABB IRB 6700 Robot: When paired with the 810 – 068158 – 014, the ABB IRB 6700 robot benefits from the board’s high – speed data transfer and precise control. In automotive manufacturing, the combination can be used for tasks such as precise welding and assembly, with the board ensuring the robot’s movements are accurate and timely.
- Siemens Sinumerik 840D sl Controller: The Siemens Sinumerik 840D sl controller, in conjunction with the 810 – 068158 – 014, can provide a powerful control solution for robotic machining processes. The controller manages the overall machining operations, and the board ensures seamless communication and high – precision control of the robotic arm during machining.
- Rockwell Automation Kinetix 5700 Drive: The Rockwell Automation Kinetix 5700 drive, when integrated with the 810 – 068158 – 014, can accurately control the speed and torque of the motors in a robotic system. In a packaging plant, this combination can ensure smooth and precise movement of robotic arms during the packaging process.
- Honeywell S9000 Safety Controller: The Honeywell S9000 safety controller can work with the 810 – 068158 – 014 to enhance the safety of robotic operations. The safety controller monitors for any potential hazards, and the board ensures that the robot’s movements are adjusted in real – time to prevent accidents.
- GE Fanuc Series 90 – 70 PLC: The GE Fanuc Series 90 – 70 PLC can be used in combination with the 810 – 068158 – 014 to manage complex control logic in robotic systems. The PLC stores and executes control programs, and the board enables high – precision control of the robot’s actions, making it suitable for applications in the aerospace industry.
- ProSoft Technology Industrial Ethernet Gateways: These gateways can be used with the 810 – 068158 – 014 to improve the connectivity of the robotic system to the industrial network. They can handle protocol conversions and data routing, ensuring seamless communication between the robot and other devices in the factory network.
Installation, Maintenance, and Full – Cycle Support
Installing the 810 – 068158 – 014 is a straightforward process. The detailed installation manual provides clear instructions on mechanical mounting and electrical wiring. Its compact size and standardized interfaces make it easy to fit into existing robotic setups. For routine maintenance, the board is equipped with self – diagnostic features that can quickly detect any potential issues. Regular visual inspections are recommended to check for signs of physical damage or overheating. In case of a malfunction, LAM Research offers a comprehensive range of genuine spare parts for prompt replacement.
LAM Research provides full – cycle support for the 810 – 068158 – 014. Their pre – sales team offers in – depth technical advice to help customers select the most suitable configuration for their applications. After – sales, customers can benefit from a reliable warranty policy, on – site maintenance services when required, and regular software and firmware updates to keep the board operating at its best.
Contact us for a customized solution tailored to your industrial robotic needs with the high – performance LAM 810 – 068158 – 014 node robot interface board.
