Features:
- Retrofit package: The order number covers a board-and-connector kit rather than the bare SBR2 spare board.
- Defined contents: X410 connectors and a short guide on CD accompany the resolver board.
- Feedback upgrade: Resolver evaluation and simulated incremental-encoder outputs are introduced together.
6SX7010-0FC00 is the retrofit-kit counterpart to the 6SE7090-0XX84-0FC0 SBR2 board.
The distinction is important when an installation requires the X410 connector set instead of board-only supply.
Before fitting the kit, confirm the drive platform, Slot C availability and the existing X414 resolver wiring.
Apter Power can review the Siemens 6SX7010-0FC00 kit scope, installed SBR2 requirement and connector needs before quotation.
Siemens 6SX7010-0FC00 SBR2 Resolver Retrofit Kit Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Main assembly: Match the included board label to 6SE7090-0XX84-0FC0.
- Connector set: Confirm that the X410 plug-in connectors are present.
- Guide media: Retain the short-guide CD with the drive documentation.
- Excluded hardware: Plan adapter-board or LBA needs separately when the drive arrangement requires them.
- Platform check: Verify the installed SIMOVERT MASTERDRIVES control family before ordering.
- Board location: In Motion Control hardware, reserve Slot C for the SBR2 assembly.
- Motor feedback: Record resolver pole count and temperature-sensor type from the existing motor circuit.
- Order-number control: Keep the retrofit-kit MLFB separate from the board-only MLFB in purchasing records.
- X414 path: Preserve resolver excitation, feedback and KTY/PTC conductors as one verified cable set.
- X410 path: Route A, B and zero differential outputs to the receiving encoder input.
- Signal standard: Confirm RS422 compatibility at the receiving device.
- Resolution record: Document the required simulated pulse count before commissioning.
- Visual inspection: Check board seating and both connector assemblies before power is applied.
- Self-test stage: Allow the board diagnostic to run at base-unit startup.
- Feedback proof: Compare resolver position and temperature indication with the machine condition.
- Output proof: Confirm pulse count and A/B direction at controlled speed.