1 HP PCB Stator Motor
Welcome to ECM PCB Stator Tech’s Motor Evaluation Kit.
Here we extend the opportunity to order a range of pre-designed motors incorporating ECM’s patented PCB Stator innovation.
Specification | Value |
Rated Power | 754 W |
Rated Speed | 1800 RPM |
Cont. Torque | 4 Nm |
Max Torque (<1s) | 25.839 Nm |
Efficiency Class | IE5 |
Rated Input Voltage | 80 V DC |
Weight | 10.54 lbs (4.76 kg) |
Stator Voltage (L-N) | 41.6 V |
Stator Phase Current | 13.5 A |
Overall Length | 3.25″ |
Overall Diameter | 9.25″ |
Shaft Diameter | 0.625″ |
Housing Material | Anodized 6061 Aluminum |
Number of Poles | 20 |
Bearing | 6005 |
Motor Control | ECM Internally Developed Integrated Motor Control |
Sample Motor Evaluation Kit Inquiry
ECM PCB Stator Tech’s Sample Motor Evaluation Kits have been manufactured to allow for hands-on evaluation of our innovative PCB Stator technology.
They serve as the first step toward becoming a full ECM Motor CAD partner and electric motor designer. If you’re ready to order your ECM PCB Stator Tech Sample Motor Evaluation Kit, please complete the form below and our team will get back to you.
Design faster Build better
ECM’s Sample Motor Evaluation Kit offers users an introduction to becoming a full PrintStator SaaS partner and electric motor designer.
With PrintStator, innovators have access to unmatched design optimization and time-to-market for premium performance PCB Stator motors. As a result, advanced prototyping projects can now be pursued with improved accuracy and significantly reduced time frames and budgets.
Purpose built solutions
As a simplified design tool, PrintStator enables users to easily create complex electric motor designs from any set of motor parameters. The software uses proprietary design algorithms to quickly develop purpose-built PCB Stator motor solutions for each application.
Features & optimization
Exact Motor Designs
PrintStator’s advanced modeling algorithms transform discrete motor specifications into optimized PCB stator motor designs that minimize risk of human error.
Design Flexibility
PrintStator enables unparalleled optimization, allowing users to design a motor around their system rather than designing their system around a motor.
Simulation Tools
PrintStator accurately simulates the performance of each motor design under a variety of operating environments, allowing users to quickly optimize solutions to better fit their specific application.
Optimization
PrintStator’s users can optimize motor designs for a variety of characteristics including weight, efficiency, torque density, size, current, and/or a combination of criteria depending on application requirements.
Rapid Design Cycle
PrintStator enables swift iterations on designs through the input of altered parameters. With PrintStator, complete models are ready in a matter of hours and functioning prototypes are just weeks away.
Simplified Manufacturing
PrintStator produces unique Gerber files with each motor design. These files can be sent to PCB manufacturers worldwide for immediate prototyping—offering a simplified manufacturing process and rapid designto-prototyping cycle
Software Updates
As a cloud-based software, PrintStator has an integrated feedback loop that ensures the continued improvement of modeling accuracy and optimization capabilities. PrintStator users can expect regular software updates.
