Features:
- Brake-equipped configuration: Yaskawa lists a 24 VDC holding brake for this exact model.
- Keyed mechanical output: The shaft end is straight with key and tap.
- Incremental feedback: A 24-bit incremental encoder identifies the control-feedback variant.
This model combines the 400 W SGM7J frame with the specific A6C shaft-and-brake option set.
Its official record also identifies a 200 V supply class, 3000 1/min rated speed and 6000 1/min maximum speed.
Selection should preserve the complete model because power rating alone does not identify encoder type, shaft form or brake content.
Apter Power can review an SGM7J-04AFA6C enquiry against the official incremental-feedback, keyed-shaft and 24 VDC holding-brake configuration.
YASKAWA SGM7J-04AFA6C Sigma-7 SGM7J Rotary Servomotor Manuals,Datasheets,Link
Important Notice: No qualified exact-model English PDF is attached. Use the complete product model in every document request.
- Feedback identifier: Confirm the official 24-bit incremental encoder entry.
- Shaft identifier: Confirm straight shaft with key and tap rather than a plain shaft.
- Option identifier: Confirm the listed 24 VDC holding-brake option.
- Model control: Keep the final 6C characters in quotations, receiving checks and maintenance records.
- Published envelope: Use 74.7 mm height, 60 mm width and 156 mm depth as the official outline reference.
- Coupling plan: Base hub selection on the keyed shaft shown in the exact-model record and CAD resource.
- Flange statement: Treat Sigma-5 flange compatibility as one fit input, not as proof of a complete configuration match.
- Brake allowance: Include the brake-equipped body and associated connection requirements in the installation review.
- Exact product record: Retain the Yaskawa page that names SGM7J-04AFA6C and its option set.
- CAD reference: Use the official SGM7J-04A_A6C data package for mechanical review.
- Catalog context: Use the current Sigma-7 200 V catalog for series-level planning only.
- Receiving evidence: Photograph the complete nameplate code before accepting the motor into the spare pool.
- Brake-equipped servo axes: Consider this variant where the documented SGM7J configuration calls for a holding brake.
- Keyed coupling designs: Use it where the machine drawing specifies a straight shaft with key and tap.
- Incremental-control architectures: Match it to systems documented for 24-bit incremental feedback.
- Compact Sigma-7 layouts: Apply the official outline and Sigma-5 flange statement during fit assessment.