Product Description
The SP2-090-07 is a servo drive belonging to the Stepnet Series. This device boasts dual H-bridge MOSFET PWM outputs operating at a frequency of 16kHz, making it suitable for various motion control applications. With an input power voltage range of +14 to +90 Vdc, the drive exhibits operational flexibility. For communication, it supports both RS-232 and CANopen protocols, ensuring seamless integration into different systems. Feedback is provided via a digital incremental encoder, allowing for precise position control. Furthermore, seven digital outputs provide versatility in controlling external devices. Its compact size, measuring 114 x 73 x 21 mm, and light weight of 0.19 kg facilitate easy installation and integration into space-constrained environments. Finally, a quiescent power of 2W contributes to energy efficiency.
This servo drive excels with its multifaceted control modes, encompassing position, velocity, torque, profile, and homing. Deeply embedded within its functionality, you'll unearth 24 high-speed digital inputs designed for rapid response and real-time control. The drive's output capabilities are substantial, exhibiting a continuous current of 5 A and a peak current of 7 A. Beyond intricate motion control, the SP2-090-07 provides extensive communication options. RS-232 communication is facilitated at baud rates ranging from 9600 to 115,200 Baud, allowing for versatile connection options. Support for CANopen communication further enhances its adaptability to various industrial networks. These features combine to form a highly capable and adaptable servo drive.
Environmental considerations are addressed through operational specifications, guaranteeing performance under typical industrial conditions. The drive operates flawlessly within an ambient operating temperature spanning from 0 to +45 °C, while enduring a maximum ambient operating temperature of 45 °C. Constructed for robustness, this device is well-suited for demanding applications. Beyond these temperature parameters, consider also the digital incremental encoder feedback, crucial for precise positioning and motion control.