2094-AC09-M02-S is an Allen-Bradley Kinetix 6000 integrated axis module combining a 200/230 V, 6 kW converter and 15 A inverter with the safe torque-off option. It supplies and controls one servo axis within a correctly engineered Kinetix 6000 power rail and motion-control system.
- Rockwell Automation / Allen-Bradley
- Kinetix 6000
- Integrated Axis Module
- 200/230 V
The module converts incoming AC power to the shared DC bus and produces controlled motor power for the connected servo axis while exchanging command, feedback, status, and safety-related torque-off signals with the motion-control architecture.
Important Notice: Use the complete 2094-AC09-M02-S code and verify the physical nameplate and current Allen-Bradley documentation before installation or replacement.
Apter Power 2094-AC09-M02-S Manuals and Guides
Important Notice: These are two separate Apter Power documents with distinct layouts and model-specific content, prepared from the manufacturer-published Allen-Bradley information named in each document. Confirm the physical nameplate, current manufacturer documents, and host-system requirements before installation or replacement.
Rockwell Automation Kinetix 6000
Maintains the documented servo power conversion, safety, and engineered migration role in a correctly matched installation.
Process and machine automation
Supports the control, communication, power, safety, measurement, or protection duty stated in the official source for this exact or verified family identity.
Lifecycle-controlled maintenance
Requires complete-code, nameplate, host-system, and project verification before replacement or recommissioning.
Read and follow the exact Allen-Bradley documentation and host-equipment instructions before use. Verify 2094-AC09-M02-S from the physical nameplate.
Check 1
Match every character of 2094-AC09-M02-S to the physical nameplate before work.
Check 2
Use the exact Allen-Bradley manual, wiring drawing, and safety instructions for the installed revision.
Check 3
De-energize and apply the required lockout, discharge, ESD, and stored-energy controls before removal.
Check 4
Back up firmware, parameters, controller project, calibration, and network settings where applicable.
Check 5
Verify supply, signal type, polarity, grounding, shielding, connector pinout, load, and environmental limits.
Check 6
Commission with the manufacturer test procedure and record results before returning equipment to service.
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