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    Apter Power supports exact-model identification and procurement for SGM7J-04A7D61 within Sigma-7 maintenance projects.

SGM7J-04A7D61

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Yaskawa SGM7J-04A7D61 is a 400 W, 200 V Sigma-7 rotary servomotor with a 24-bit encoder arrangement.
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Technical specifications for SGM7J-04A7D61

  • Manufacturer:
    YASKAWA
  • Part Number:
    SGM7J-04A7D61
  • Product Family:
    Yaskawa Servo Drive
  • Product Type:
    Sigma-7 Rotary Servomotor
  • Stock:
    1
  • Manufacturer:
    Yaskawa
  • Series:
    Sigma-7 SGM7J
  • Product role:
    Rotary servomotor
  • Rated output:
    400 W
  • Voltage class:
    200 V
  • Encoder:
    24-bit
  • Frame envelope:
    123.5 x 70 x 70 mm
  • Approximate mass:
    1.1 kg
  • Weight:
    1.1 kg
  • Estimated shipping dimensions:
    12.35x7x7cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    Japan
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Selection Installation Service Checks Applications

Features:

  • Motion role: Provides the rotary mechanical output for a matched 400 W Sigma-7 axis.
  • Feedback identity: Keeps the documented 24-bit encoder arrangement tied to the full motor code.
  • Mechanical boundary: Requires the installed shaft, flange, coupling and cable arrangement to be checked together.
SGM7J-04A7D61 is intended for machinery that needs the SGM7J medium-inertia, high-speed motor profile within a matched Sigma-7 servo system.

The drive, encoder and mechanical load form one control loop, so a correct power rating does not by itself establish interchangeability with another SGM7J suffix.

Using the full SGM7J-04A7D61 identity during procurement keeps the feedback, shaft and option details connected to the actual machine installation.

Apter Power supports exact-model document review, quotation, and procurement for the YASKAWA SGM7J-04A7D61 Sigma-7 Rotary Servomotor.
YASKAWA SGM7J-04A7D61 Sigma-7 Rotary Servomotor 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.
  • Electrical rating: match 400 W and 200 V class.
  • Feedback: verify the 24-bit encoder and compatible SERVOPACK interface.
  • Mechanical fit: confirm flange, shaft, coupling, connectors, and cable orientation.
  • Load control: block or support the driven mechanism before uncoupling.
  • Alignment: verify shaft runout, coupling alignment, mounting face, and fastener torque.
  • Cabling: keep power and encoder connections identified, grounded, and strain-relieved.
  • Before replacement: inspect bearings, coupling, encoder cable, motor cable, and load condition.
  • Trial motion: verify direction, encoder feedback, current, vibration, and thermal behavior.
  • Acceptance: record nameplates, alignment, parameters, alarms, and final operating observations.
  • Medium-inertia axes: Sigma-7 machines requiring a 400 W SGM7J motor.
  • High-speed motion: applications designed for the SGM7J mechanical and feedback profile.
  • Spare replacement: exact-model maintenance where SGM7J-04A7D61 is documented.
Description
In a Sigma-7 axis, SGM7J-04A7D61 provides the rotary motion stage for the matched 400 W, 200 V application. Its complete code connects the motor power class with the encoder and mechanical build required by the machine.

When current, vibration or positioning error increases after service, SGM7J-04A7D61 should be evaluated with the coupling, alignment, load restraint, encoder feedback and drive parameters. Treating the motor separately from the driven mechanism can hide the actual fault boundary.

For replacement, SGM7J-04A7D61 should be matched by full suffix, shaft and flange geometry, connector orientation, cable set and compatible SERVOPACK. A 400 W rating alone is not enough to approve the spare.
Alternative Names
SGM7J04A7D61
Technical notes
For SGM7J-04A7D61, secure the mechanical load, isolate the servo system, and record motor, encoder, shaft, connector, and cable identities. Confirm the 400 W 200 V pairing, coupling alignment, allowable load, grounding, and compatible SERVOPACK; stop if the shaft end, feedback, or full suffix differs.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Only SGM7J-04A is readable on the old label. What must be recovered before ordering SGM7J-04A7D61?
Recover the complete suffix from the motor label, encoder information, approved parts list or machine record; the shortened power code does not establish feedback or mechanical equivalence.
The replacement SGM7J-04A7D61 runs with higher current than the old motor. What should be checked first?
Check coupling alignment, mechanical binding, load inertia, brake or restraint, phase wiring, encoder feedback and drive parameters before repeating the run.
Can another 400 W SGM7J motor replace SGM7J-04A7D61 when the shaft looks identical?
No. Verify encoder type, shaft and flange details, connectors, cable set, options and the approved drive pairing; visual similarity and equal power are insufficient.
What mechanical control is required before uncoupling SGM7J-04A7D61 from a vertical load?
Secure the load against gravity and stored energy, isolate the servo system and confirm the mechanism cannot move before loosening the coupling.
The SERVOPACK reports an encoder fault after SGM7J-04A7D61 is installed. Where should diagnosis begin?
Inspect the feedback connector and cable, verify the exact encoder identity and motor code, then confirm that the drive model and parameters match the installed motor.
What acceptance evidence should be recorded for SGM7J-04A7D61?
Record the exact model and serial data, alignment and coupling checks, cable identities, restored drive parameters, direction, feedback, current, vibration and final cycle result.