2097-V33PR3

The Allen-Bradley Kinetix 300 Drive 2097-V33PR3 is an Ethernet I/P Indexing Servo Drive. This Servo drive is used to seamlessly interface with Allen-Bradley’s MP and TL series motors and actuator devices. This servo drives feature an integrated Safe Torque-Off functionality which prevent the drive from restarting after safety circuit has tripped. Additionally, the 2097-V33PR3 has integrated Overvoltage protection rated at 850V DC and short-circuit current protection rated at 100,000 A (rms) symmetrical.

The 2097-V33PR3 Kinetix Servo Drive has an continuous output current and power of 5.7 A and 1.0 kW respectively while the servo drive’s input voltage supports a variety of Voltage class and ranges specifically, 80-132VAC, 1-phase, 80-264VAC, 1-Phase and 80-264VAC, 3-Phase with nominal values of 120VAC and 240VAC, respectively along an input frequency 48-62 Hz.

This Kinetix servo drive is designed to be installed with drive accessories such as AC line filters for limiting AC line noise and ripples, Terminal block for I/O connector, Shunt resistors, Memory module programmer for configuration of memory module and Memory module for automatic drive replacement.

The 2097-V33PR3 has an Ethernet I/P communication port that supports implementation of motion over Ethernet I/P and control MP-Series and TL-Series servo motors and actuators. This same port supports simultaneous communication with Remote I/O devices, CompactLogix controllers and Human Machine Interfaces (HMI). Using Allen-Bradley’s Integrated Architecture system, seamless integration to Logix controllers is achievable.

The 2097-V33PR3 is a Kinetix drive that may be operated with 1-Phase and 3-Phase input supply voltage.. It has specifications of 120/240 Volts drive voltage, 5.7 A continuous output current, and ISO 13849-1 Safety Category 3 Performance Level D. This product will require a 1/3, rear-mount Bulletin 2097 AC line filter to meet CE requirements. The Allen-Bradley 2097-V33PR3 offers a scalable power platform that can be used as part of an Integrated Architecture or component level machine solution. Use the CompactLogix Programmable Automation Controller (PAC) to create integrated architecture. This system enables the re-use of codes, reducing engineering costs. To build a component-based machine, use the MicroLogix 1400 processor. The control and implementation of non-coordinated, independent, indexing moves are made fast and simple by web configuration.2097-V33PR3 requires only one standard Ethernet/IP network for the entire machine. This eliminates the need for a dedicated network for motion control, resulting in simplified wiring and reduced panel design costs. Its Smart Motor Technology trims commissioning time through automatic identification of the right motor-to-drive connectivity when used with MP-Series and TL-Series actuators and servo motors. It also serves as a flexible control engine that allows PTO, indexing, Ethernet/IP and analog control of servo motors and actuators.