EcoStruxure Motor Control Configurator provides an online route for designing a motor-control solution, but the selected components still need to match the motor, supply, and starter arrangement at the installation. Use the configurator as a selection aid, then confirm the design against the motor nameplate and project electrical data before releasing it.
Check the motor and supply data before selecting components
- Read the motor nameplate. Record the rated voltage, current, frequency, and any other data required by the selection workflow. Confirm the motor connection and operating requirements from the motor documentation. If a value is missing or illegible, resolve it before choosing components.
- Read the supply and control requirements. Confirm the available supply voltage and frequency, control-circuit requirements, and the intended starting method from the project design. Do not substitute the control voltage for the motor supply voltage.
- Define the starter arrangement. Identify whether the application calls for a direct starter or another starting method. The arrangement determines the type of control and protection functions needed; it is not merely a matter of matching a voltage.
Proceed only when the motor data and supply requirements are clear. Component selection depends on these inputs; an incomplete or mismatched basis can produce a configuration that is unsuitable for the actual installation.
Use the configurator to build a candidate solution
- Open the EcoStruxure Motor Control Configurator and enter the motor and application information requested by the online workflow.
- Choose the starter arrangement that matches the project design. If the workflow offers multiple solution paths, compare them against the required starting and control functions rather than selecting by product appearance alone.
- Review the resulting component solution and its stated selection data. Capture the selected component identities and relevant ratings for engineering review; do not treat a completed online selection as approval to install.
The source describes the configurator as a three-step design tool but does not enumerate its individual screens or fields. Follow the current on-screen workflow, and use the nameplate and project documents as the controlling references for values.
Resolve a voltage or starter mismatch before approval
| Check | Reading or result | Next action |
|---|---|---|
| Motor voltage versus supply | Values and connection arrangement match the design | Continue reviewing the candidate solution. |
| Motor voltage versus supply | Values differ, or the motor connection is unclear | Stop selection and resolve the electrical design basis before proceeding. |
| Direct-starter voltage option | The needed voltage is available in the workflow | Select it only if it matches the motor and supply requirements. |
| Direct-starter voltage option | The required 230 V option is not shown | Do not choose a different voltage as a substitute. Recheck the workflow's available choices and confirm an acceptable solution with Schneider Electric through its official channels. |
A comment accompanying the source specifically asks for 230 V as an option on a direct starter; it does not establish whether that option is currently available. Check the live configurator rather than relying on an assumed feature or interpreting a missing choice as permission to use a different voltage.
Review the protection and control functions in the result
Before approving the candidate, compare its stated component functions with the project requirements. A motor-control solution must address the specified switching, overload protection, and control functions. The configurator's component list is not a substitute for checking that each required function is present and coordinated for the motor and installation.
- Compare the component ratings shown by the selection with the motor nameplate and project supply data.
- Confirm the selected starter arrangement matches the specified method of starting and the required control behavior.
- Check that the solution includes the protection and control functions called for by the project documents. Resolve any missing function or rating mismatch before approval.
Use the applicable component documentation and project design criteria to make detailed coordination decisions; do not infer unlisted ratings or protective behavior from the configurator's summary.
Verify the approved solution against the installation
Before procurement or commissioning, compare the final selection with the actual motor, supply, and control-circuit data. The selected components and their ratings must agree with the approved design, not merely with an earlier draft of the configurator inputs.
- Recheck the motor nameplate values against the values used to generate the selected solution.
- Confirm the supply voltage and starter arrangement in the project drawings match the selected solution.
- Check component identities and ratings against the configurator output and applicable product documentation. Resolve discrepancies before ordering or installation.
- At commissioning, verify the installed component identities and wiring against the approved drawings and confirm operation under the defined commissioning checks.
Pass the solution only when the selected components, motor data, supply, starter arrangement, and approved drawings agree.
EcoStruxure motor-control selection FAQs
Why does the configurator need motor nameplate data?
The selection must be based on the motor's actual electrical requirements. Use the nameplate and motor documentation to provide the requested values, then compare the resulting ratings with the project supply.
Why is 230 V missing for a direct starter?
Check the current configurator choices; the source does not confirm whether a 230 V direct-starter option is available. Do not substitute another voltage—resolve the required configuration through the project design process or Schneider Electric's official channels.
How do I verify a motor-control component selection?
Compare the configurator output with the motor nameplate, supply and control requirements, starter arrangement, and approved drawings. At commissioning, confirm the installed component identities and wiring match the approved design.