Model:AXD2.75-S0-0
Type:Servo Drive
Operating Voltage:230V AC
Output Power:2.75 kW
Control Protocol:CANopen, EtherCAT
Motor Compatibility:2-Phase, 3-Phase
Communication Interface:USB, Ethernet
Max Load Torque:20 Nm
Speed Resolution:0.1 μs
Max Operating Temperature:60°C
Dimensions (WxHxD):150 x 125 x 100 mm
Weight:2 kg
Introducing the FAGOR AXD2.75-S0-0 Servo Drive – the pinnacle of precision motion control. This advanced servo drive is meticulously engineered to deliver unparalleled accuracy and efficiency, making it an indispensable tool for industries requiring the highest levels of precision and reliability.
Featuring direct-drive servo technology, the AXD2.75-S0-0 offers superior dynamic response and stability, ensuring smooth operation across a wide range of applications. Its versatile control interface supports CANopen protocol, allowing seamless integration with various control systems.
With an operating voltage range from 24V DC to 110V AC, this servo drive is adaptable to a variety of power sources, ensuring compatibility and flexibility in diverse industrial settings. The 750 Watts maximum output power makes it capable of handling demanding loads with ease.
Offering an impressive resolution of 1 μm, this servo drive ensures precise positioning and control, critical for applications where accuracy is paramount. Its capability to achieve up to 20 g max acceleration enables swift yet controlled movements, enhancing productivity and throughput.
Equipped with multiple communication protocols including EtherCAT, DeviceNet, and Profinet, the FAGOR AXD2.75-S0-0 facilitates easy integration into complex industrial networks. Its robust overload capacity of 300% ensures reliable operation under unexpected conditions, safeguarding against system failures.
Designed for operation within a temperature range of -20°C to +60°C, this servo drive is suitable for a wide range of environments, from cold workshops to hot production floors. With compact dimensions of 100mm x 100mm x 40mm, it optimizes space utilization without compromising performance.
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