LAM 810-091934-00 high – performance servo drive module
LAM 810-091934-00 high – performance servo drive module
The LAM 810-091934-00 is a high – performance servo drive module developed by Kollmorgen, a renowned name in the field of motion control. As part of the S300 servo drive series, it is designed to provide reliable and precise control for a variety of industrial applications.
Model 810-091934-00
Brand LAM
Type Servo Drive Module
Input Voltage 200 – 240V AC, ±10%
Operating Temperature 0°C – 45°C
Mounting Type DIN – rail mount
Dimensions 120mm x 80mm x 50mm
Weight 0.3 kg
Communication Interfaces EtherCAT, PROFINET, Modbus
Motor Compatibility [Mention the types of servo motors it can drive, e.g., Brushless DC
Control Modes Position Control, Velocity Control, Torque Control
The LAM 810-091934-00 is a high – performance servo drive module developed by Kollmorgen, a renowned name in the field of motion control. As part of the S300 servo drive series, it is designed to provide reliable and precise control for a variety of industrial applications.
810-091934-00
This module serves as the interface between the control system and the servo motors. It receives control signals from the main control unit, processes them, and then sends out appropriate signals to drive the motors. In a semiconductor manufacturing system, for instance, it may receive commands from a central PLC (Programmable Logic Controller) to move a wafer – handling stage to a specific position. The LAM 810-091934-00 then converts these commands into electrical signals that precisely control the speed, torque, and position of the servo motor attached to the stage.
It is a crucial component in the overall motion control architecture of industrial systems. Its compatibility with a wide range of servo motors and its ability to interface with different control systems make it a versatile choice for engineers and integrators. Whether it’s retrofitting an existing production line or building a new high – precision manufacturing setup, the LAM 810-091934-00 offers the functionality and performance needed to optimize the operation of servo – driven equipment.
810-091934-00
Main features and advantages:
The LAM810-091934-00 comes with several technical features that contribute to its outstanding performance. In terms of functional performance, it offers rapid response times. This is vital in applications where real – time adjustments are necessary, such as in semiconductor manufacturing processes. For example, if there is a sudden change in the load on a servo motor during wafer handling, the LAM 810-091934-00 can quickly adjust the motor’s torque and speed to maintain smooth operation. Its high – speed data processing capabilities enable it to handle complex motion profiles with ease, ensuring accurate positioning and smooth movement.
The hardware design of the LAM 810-091934-00is both robust and compact. It is built to withstand the harsh environments often found in industrial settings, including exposure to heat, dust, and vibration. The use of high – quality components in its construction ensures long – term reliability. Despite its ruggedness, the module is designed to be compact, making it easy to integrate into existing control cabinets or equipment, even in space – constrained setups. This compact size also helps to reduce the overall footprint of the industrial system, saving valuable space in manufacturing facilities.
Compatibility is a significant strength of the LAM 810-091934-00. It is designed to work seamlessly with a wide variety of servo motors and control systems. It supports multiple communication protocols, such as EtherCAT, PROFINET, and Modbus, allowing it to interface with different types of industrial control devices. This means that it can be easily incorporated into existing industrial setups, regardless of the brand or type of equipment already in use. Whether it’s connecting to a Siemens, ABB, or Rockwell Automation control system, the LAM810-091934-00can establish reliable communication and control.
Over the long term, the LAM 810-091934-00 offers excellent reliability. Its advanced thermal management system ensures that it operates within optimal temperature ranges, even during extended periods of high usage. This helps to prevent overheating, which can lead to component failures and system downtime. Additionally, the module is engineered with redundant components in critical areas, providing an extra layer of protection against hardware failures. Regular firmware updates are available from Kollmorgen, which not only enhance the module’s functionality but also address any potential security vulnerabilities, keeping the LAM810-091934-00 up – to – date and reliable over its lifespan.
Technical specifications:
Model 810-091934-00
Brand LAM
Type Servo Drive Module
Input Voltage 200 – 240V AC, ±10%
Operating Temperature 0°C – 45°C
Mounting Type DIN – rail mount
Dimensions 120mm x 80mm x 50mm
Weight 0.3 kg
Communication Interfaces EtherCAT, PROFINET, Modbus
Motor Compatibility [Mention the types of servo motors it can drive, e.g., Brushless DC
Control Modes Position Control, Velocity Control, Torque Control
Contact Us Phone:+86 16626708626 WeChat/WhatsApp:+86 16626708626 Email: 3772179818@qq.com
Application areas:
In the intricate and high – tech world of semiconductor manufacturing, precision and reliability are non – negotiable. The LAM 810-091934-00 plays a pivotal role in this domain. It is a servo drive module, part of the Kollmorgen S300 servo drive series, and is widely deployed in semiconductor fabrication facilities.
In semiconductor manufacturing, wafer handling and processing require extreme accuracy. The LAM 810-091934-00 is used to control the movement of motors that handle delicate wafers. For example, in a wafer – etching process, the module precisely regulates the speed and position of the etching equipment’s moving parts. This ensures that the etching process is uniform across the wafer surface, resulting in high – quality semiconductor chips with minimal defects. It also finds application in deposition processes, where it controls the movement of components that deposit thin films of materials onto the wafers.
Beyond semiconductor manufacturing, the LAM 810-091934-00 is valuable in other high – precision industrial applications. In the production of high – end electronics, such as smartphones and tablets, it can be used to control the movement of robotic arms in automated assembly lines. These robotic arms need to place tiny electronic components with micron – level accuracy, and the LAM 810-091934-00 enables such precise control. In the medical device manufacturing industry, where the production of implants and diagnostic equipment demands tight tolerances, this servo drive module is used to ensure the accurate movement of manufacturing machinery.
Related products:
LAM 810 – 091935 – 00 – This is another servo drive module from the same S300 series. It has a higher power rating compared to the LAM 810 – 091934 – 00, making it suitable for applications that require more torque and power to drive larger or heavier loads.
Kollmorgen S300 – 01 – A base unit of the S300 series that the LAM 810 – 091934 – 00 can be integrated with. It provides the overall control framework for the servo drive system, and the 810 – 091934 – 00 specifically handles the drive – related functions within this system.
LAM 810 – 209684 – 004 – A driver interface module that can work in tandem with the LAM 810 – 091934 – 00 in complex industrial setups. While the 810 – 091934 – 00 controls the servo motor, the 810 – 209684 – 004 may handle the communication between different drive components and the main control system.
Kollmorgen AKD – PDMM – 01 – A power distribution and motor management module that can be used in combination with the LAM 810 – 091934 – 00. It helps in efficiently distributing power to the servo motors controlled by the 810 – 091934 – 00 and managing their overall operation.
LAM 810 – 017034 – 003 – A CPU board that can be part of a larger system where the LAM 810 – 091934 – 00 is used. The CPU board may handle the high – level control logic, while the 810 – 091934 – 00 is responsible for the actual servo motor control based on the commands received from the CPU board.
Kollmorgen S700 – 01 – Although from a different series, it has some compatibility with the LAM 810 – 091934 – 00 in terms of communication protocols. In some cases, it can be used in a multi – axis motion control system where the 810 – 091934 – 00 controls one set of axes, and the S700 – 01 controls another, with both communicating through common protocols.
LAM 853 – 025054 – 003 – An electrostatic chuck/esc power supply related to the LAM 810 – 091934 – 00 in semiconductor manufacturing setups. The 810 – 091934 – 00 may control the movement of components related to the electrostatic chuck, while the 853 – 025054 – 003 provides the necessary power supply for the electrostatic chuck operation.
Installation and maintenance:
Before installing the LAM 810-091934-00, it is crucial to prepare the installation environment carefully. First, ensure that the control cabinet or equipment where it will be installed has sufficient space. The module should be placed in an area with good ventilation to prevent overheating. Adequate clearance around the module is required to allow for proper air circulation. Additionally, pay close attention to the electrical connections. Make sure that the power supply connections are secure and that the voltage supplied is within the specified range of 200 – 240V AC, ±10%. Grounding is also of utmost importance. Connect the LAM 810-091934-00 to a reliable ground source according to the electrical safety standards of your region. This helps to protect the module from electrical surges and interference, ensuring stable operation.
For maintenance, regular visual inspections are highly recommended. Periodically check the module for any signs of physical damage, such as cracks on the circuit board, loose components, or discolored areas. Inspect the connectors and cables attached to the module to ensure they are in good condition and properly seated. Signal diagnostics should also be carried out at regular intervals. Use appropriate testing equipment to verify that the input and output signals are functioning correctly. This can help detect any potential issues early on, such as a faulty sensor connection or a problem with the module’s internal signal processing. Additionally, stay updated with any firmware updates released by Kollmorgen. These updates often include bug fixes, performance enhancements, and compatibility improvements. Installing the latest firmware can help keep the LAM 810-091934-00 operating at its best and ensure its continued compatibility with other components in the industrial system.
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Email: 3772179818@qq.com
Phone: +86 16626708626
