Request an Evaluation

See how SEMA technology will perform in your application! Simply fill out the form below, and a Lynx application engineer will evaluate and quantify the benefits SEMA technology can provide to your project. If your application cannot be easily described by this form, or if you have other questions, please send us an e-mail or contact us by phone.

In the form below, the most important values are highlighted, but because every situation is different, all information is optional. Naturally, we will be able to give a more complete and accurate assessment if you provide lots of information about your application.

Many values include a suggested unit of measurement. This is only a suggestion. Feel free to change any unit of measurement to something more appropriate to your application.

Contact Information

Name:
Title:
Company:
E-mail:
Phone:
Fax:

GeneralPlease provide a description of the application:

Performance

Continuous

Speed:		to:
Torque:
Power:

Peak

Speed:
Torque:
Power:
Duration:
Average frequency:

Additional Performance Points

	Point 1	Point 2	Point 3
Speed:
Torque:
Power:

Maximum torque ripple:
Load inertia:
Maximum acceleration:
Noise requirement:
Vibration requirement:
Braking requirement:
Holding load:
Motor effeciency target:
System efficiency target:
Motor efficiency × Controller efficiency

Electrical

Input voltage:
The input voltage is provided to:
	Motor Controller
Input frequency:
Available input current:

Mechanical

Maximum housing diameter:
SEMA is an axial-gap motor technology – greater diameter leads to lower cost and higher power density.
Maximum housing length:
Axial; not including shaft or externally mounted feedback device
Drive type:
Direct, Gear reduction, Belt, etc.
Maximum mass:

Thermal

Cooling method:
Air, Liquid, Heat sink, etc.
Coolant flow rate:
Maximum coolant pressure drop:
Maximum coolant temperature:

Ambient temperature range:

to:

Manufacturing Considerations

Expected production volume:
Desired first-prototype date:
Estimated production date:

Priority of Design Parameters

Please indicate the relative importance of the following parameters by assigning to each of them a value from 1–10, with “10” meaning very important.

Cost:
Vibration:
Noise:
Efficiency:
Weight:
Size:

Additional Comments or Considerations

Lynx Motion Technology

Request an Evaluation

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