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SGMGV-09ADA61 - Yaskawa SGMGV-09ADA61 850 W Sigma-5 servo motor

Evidence-backed servo motor role for SGMGV-09ADA61, with explicit installation boundaries.

Documented function

Rebuilt from individual evidence

System position

Unknown: Evidence boundary

Yaskawa identifies SGMGV-09ADA61 as an 850 W Sigma-5 servomotor for 200 V systems.

The exact Yaskawa drawing specifies a 20-bit incremental encoder and a straight shaft with key and tap for SGMGV-09ADA61.

Yaskawa's catalog places the SGMGV-09A family in the medium-inertia, medium-capacity 1500 rpm motor range.

The motor sits downstream of a compatible servo amplifier and upstream of the driven machine axis.

The motor converts the amplifier output into rotary mechanical motion while returning encoder feedback.

Unknown: The paired SERVOPACK model, load inertia, feedback wiring, brake or seal options, and site conditions are not established by the captured sources.

Exact reference
SGMGV-09ADA61
Category
Motors / Servo
Evidence checked
2026-09-12

System role

This section explains what the product does and where it acts in the surrounding system.

Function
Converts servo amplifier electrical output into controlled rotary shaft motion for the machine axis.
System position
Sits downstream of a compatible Sigma-5 SERVOPACK and upstream of the driven mechanical load.
Upstream / inputs
Receives three-phase servo power and command-regulated motion from the compatible SERVOPACK.
Downstream / outputs
Delivers rotary shaft torque and encoder feedback to the machine axis control loop.
Limitations
Unknown: The paired SERVOPACK model, load inertia, feedback wiring, brake or seal options, and site conditions are not established by the captured sources.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

  • Yaskawa identifies SGMGV-09ADA61 as an 850 W Sigma-5 servomotor for 200 V systems.

    Confidence: high

  • The exact Yaskawa drawing specifies a 20-bit incremental encoder and a straight shaft with key and tap for SGMGV-09ADA61.

    Confidence: high

  • Yaskawa's catalog places the SGMGV-09A family in the medium-inertia, medium-capacity 1500 rpm motor range.

    Confidence: high

Inferences

  • The motor sits downstream of a compatible servo amplifier and upstream of the driven machine axis.

    Confidence: medium

    Rationale: The documented product type, interfaces, and motor or controller relationships support this system position.

  • The motor converts the amplifier output into rotary mechanical motion while returning encoder feedback.

    Confidence: medium

    Rationale: The documented control interfaces and motor or feedback connections support this signal and power path.

Unknowns

  • Unknown: The paired SERVOPACK model, load inertia, feedback wiring, brake or seal options, and site conditions are not established by the captured sources.

    Confidence: low

    Missing evidence: The paired SERVOPACK model, load inertia, feedback wiring, brake or seal options, and site conditions are not established by the captured sources.

System position diagram

Diagram showing SGMGV-09ADA61 between a compatible servo amplifier and the driven machine axis.

Reading limit: system position only, not a wiring or safety drawing.

System position of SGMGV-09ADA61 from the captured evidence.

Enlarged system diagram

Diagram showing SGMGV-09ADA61 between a compatible servo amplifier and the driven machine axis.

System position of SGMGV-09ADA61 from the captured evidence.

View Mermaid source
flowchart LR
  amplifier[Compatible servo amplifier] --> unit[SGMGV-09ADA61]
  unit --> load[Driven machine axis]
View diagram labels
Nodes
Compatible servo amplifier; SGMGV-09ADA61; Driven machine axis
Edges
Upstream control reaches the product; The product provides the documented downstream function

Next action

Decision: The captured evidence supports the documented Sigma-5 servo motor role for SGMGV-09ADA61; verify the installed system before replacement.

Next action: Match the exact reference, compatible controller or amplifier, feedback arrangement, and site conditions against the cited documents before sourcing.

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