The SIEMENS 6FM1723-3AA10 is a high-performance positioning module designed for precision control in industrial automation systems. It ensures accurate movement and positioning of machinery components, enhancing efficiency and reducing errors.
Operating Voltage:24V DC
Current Consumption:≤ 150mA
Output Type:Digital Signal
Position Resolution:0.001mm
Operating Temperature Range:-25°C to +60°C
Communication Protocol:Profinet, EtherCAT
Crafted for precision and reliability, the SIEMENS 6FM1723-3AA10 is engineered to meet the stringent demands of today’s industrial automation landscape. This positioning module is equipped with advanced control algorithms that ensure accurate movement within a wide temperature range, making it suitable for various environments.
Featuring a Profinet communication interface, this module seamlessly integrates with existing network infrastructures, enhancing operational efficiency and facilitating easy data exchange between different components of an automated system.
With a resolution of 0.1μm and accuracy of ±0.02% + 2μm, the SIEMENS 6FM1723-3AA10 provides unmatched precision for critical applications requiring high levels of accuracy and repeatability.
Designed for durability, the module operates efficiently under a wide voltage range and consumes a maximum power of 10W, ensuring reliable performance even under varying conditions. The compact size and lightweight design make it ideal for space-constrained applications without compromising on functionality.
The 6FM1723-3AA10 comes with an IP20 enclosure rating, providing protection against dust and splashes of water, ensuring robust operation in industrial settings. Its comprehensive set of features makes it an indispensable component for achieving high throughput and productivity in manufacturing and automation industries.
The SIEMENS 6FM1723-3AA10 is a high-performance positioning module designed for precision control in industrial automation systems. It ensures accurate movement and positioning of machinery components, enhancing efficiency and reducing errors.