motenergy me1114 3d models

7 3d models found related to motenergy me1114.
Motenergy ME1114 BLDC Motor
Motenergy ME1114 BLDC Motor
grabcad

... RPM of 5000RPM, this motor can handle even the most demanding applications. Plus, it's an excellent teaching tool for learning about step and SW educational concepts from 2018-2019. Don't forget to check out its specs on motenergy.com, model ME1114!

Motenergy ME0909
Motenergy ME0909
grabcad

... details. ...It is a preliminary design of Motenergy's ME0909, PDMC motor, operating within 12-48V voltage range and providing 4HP continuously, with a peak output of 12.8 HP. ...For further specifications, visit http://www.motenergy.com/me0909.html.

Motenergy ME1003 11.5kW Electric Motor
Motenergy ME1003 11.5kW Electric Motor
grabcad

The Motenergy ME1003 motor, with a power of 11.5 kW, is presented using provided diagrams by Motenergy. ...It should be noted that the mass and center of gravity data are approximate, as they are available in .ipt file format.

Motenergy ME1507 Electric Motor
Motenergy ME1507 Electric Motor
grabcad

The ME1507 motor is a Radial Air Gap Permanent Magnet Synchronous Motor (PMSM) that features an Internal Permanent Magnet Rotor (IPM). It's designed for battery pack voltages up to 100V DC and can achieve maximum rotor speeds of 6,000 rpm. ...The motor...

Mars Etek Motenergy ME0913
Mars Etek Motenergy ME0913
grabcad

The Mars Etek Mot<|im_start|>ary ME0913 is an impressive product that boasts advanced features and superior performance. This model is designed to meet the needs of users who require a reliable and powerful device for their projects. ...With its...

Motenergy ME 1004 1" shaft
Motenergy ME 1004 1" shaft
grabcad

Estimated, or nearly accurate, refers to an assessment that is close but not exact. It's often used when precise data is unavailable or too difficult to determine. ...Instead of using specific figures, approximate values provide a general idea of what's...

Motenergy ME1117 DC Electric Motor
Motenergy ME1117 DC Electric Motor
grabcad

Create an electric motor prototype based on the technical blueprints provided in ME1117.