2097-V32PR4

The Allen-Bradley 2097-V32PR4 is a Kinetix Ethernet I/P Indexing Servo Drive. This drive is supplied with a nominal input voltage of 240VAC, 1-Phase drive. The module’s output capabilities include continuous output current and power output of 11.3 A and 1.7 kW respectively. This drive is also integrated with AC line filter and safe Torque-Off functionality.

Kinetix Ethernet I/P Indexing Servo Drive including the 2097-V32PR4 is a cost-effective single-axis motion control drive, used in low axis-count applications. This drive has a single Ethernet/IP communication port which can be used for an entire machine for the purpose of implementing Motion control, remote I/O architecture, and communication to Human Machine Interface (HMI). This effectively simplifies network wiring, which in turn reduces panel layout costs. It also provides a less complicated and user-friendly integration into the manufacturing and enterprise networks.

The 2097-V32PR4 embedded Safe Torque Off functionality increases machine safety features and simultaneously enhances machine productivity and reliability.

The 2097-V32PR4 electrical specifications include an AC input voltage range 80-264V rms, single-phase with nominal value of 240VAC along an input frequency of 48-62 Hz. The drive’s Control power back-up input voltage is 20-26V DC and nominal input current of 500 mA and maximum inrush current of 30 A. The drive’s peak output rms current is 11.3 Amperes and peak output (0-pk) current of 33.9 Amperes. This drive has a shunt On voltage of 390V DC, shunt Off voltage of 375V DC and overvoltage rating of 430VDC. This drive also has Short-circuit current rating of 100,000 A (rms) symmetrical.

The 2097-V32PR4 offers a scalable power platform that is perfect for cost-sensitive applications such as tool-changing machinery, automatic assembly equipment, indexing tables, simple packaging machinery, feed and withdrawal equipment, and other manufacturing systems. This Kinetix 300 servo drive promotes enhanced machine productivity and availability and user safety. To reduce commissioning time, its Smart Motor Technology automatically establishes the correct motor-to-drive connectivity when used with MP-Series and TL-Series servo motors and actuators. Its 4-character displays make diagnostics easier. And the embedded Safe Torque Off feature makes the completion of maintenance and troubleshooting jobs successful and safe without turning the power dow