Allen Bradley 2097-V34PR5 Kinetix 300 servo drive

The Allen-Bradley 2097-V34PR5 is a Kinetix 300 servo drive designed for single-axis motion applications requiring a 480V-class three-phase supply and 2.0 kW continuous power output. Its indexing-oriented architecture makes it suitable for controlled positioning tasks in industrial machinery.

The 2097-V34PR5 belongs to the Kinetix 300 family of EtherNet/IP-oriented servo drive technology. The 400V-class version is intended for three-phase machine power and provides a 2.0 kW continuous power rating.

The Kinetix 300 and Kinetix 350 families share a common 2097 drive platform concept while addressing different control and application requirements. The V34 configuration represents the 400V-class, three-phase group.

Within the V34 group, the PR3, PR5 and PR6 ratings step through approximately 1.0 kW, 2.0 kW and 3.0 kW continuous power classes respectively.

Suitable for machine axes where controlled indexing and repeatable positioning are central to the motion sequence.

Its 2.0 kW power class fits compact industrial machinery where a three-phase 480V-class servo axis is required.

For existing installations, matching voltage, motor capacity, current rating and control architecture is essential before a replacement is selected.

The 2097-V34PR5 belongs to the 400V-class V34 group and uses a 320–528V rms three-phase AC input range with 480V nominal operation. A replacement should therefore be matched to the machine's actual supply architecture rather than selected only by its 2.0 kW rating.

The PR5 provides 4.0 A rms continuous output and 2.00 kW continuous power at 480V nominal. If an axis consistently approaches these limits, selecting a lower-output member of the V34 family may not provide an equivalent operating margin.

Confirm the complete catalog number, voltage class, power rating, continuous and peak current requirements, control architecture and machine compatibility. A visually similar drive with a different V31, V32, V33 or V34 configuration is not automatically an equivalent replacement.

It becomes particularly relevant when an existing machine still depends on the 2097 platform and a failed drive interrupts production. The model is discontinued, so replacement planning should consider both available stock and the engineering path for migration to a newer platform.

Provide the exact Part Number, Quantity, Destination, Required Date and Machine/System. For a servo-drive replacement, including the machine voltage and motor application details can further reduce selection risk and help determine whether the requested unit is a direct replacement or part of a migration strategy.