Brief Function Introduction:
The Heidenhain LS106 326797-01 is a high-performance motion control module designed for applications requiring precise positioning and velocity control in industrial automation.
Product Specifications:
| Operating Voltage: | 24V DC |
| Current Consumption: | Less than 50mA |
| Communication Interface: | RS232, CANopen |
| Resolution: | 1 μm |
| Max. Acceleration: | 1000 mm/s² |
| Operating Temperature Range: | -20°C to +70°C |
| Enclosure Rating: | IP65 |
Product Details:
Engineered for durability and reliability, the Heidenhain LS106 326797-01 boasts a compact design optimized for space-constrained environments in manufacturing and automation industries.
This module supports advanced control protocols, enabling seamless integration with a wide range of automation systems and enhancing system performance.
Equipped with high-resolution feedback systems, it ensures accurate positioning and velocity control, critical for applications such as CNC machinery, robotics, and precision assembly lines.
Featuring robust communication interfaces, the module facilitates efficient data exchange between the control system and other components, improving overall system efficiency and reducing downtime.
Adapted to operate within extreme temperature conditions, this motion control solution is ideal for harsh industrial environments, ensuring continuous operation and reliability under varying conditions.
Notice:
Perhaps you haven't found the exact model you're looking for on our website. Don't hesitate to reach out to our sales team. We boast a robust network that can swiftly connect you with the most affordable and high-quality products once you provide us with detailed specifications of your desired item.
Please note that the images and descriptions on our site may not always be entirely accurate. For precise information, please contact our sales representatives directly. After confirming the specific model, we will provide you with accurate product images and technical details to ensure you make an informed decision.
