ULTRA-THIN FRAMELESS TORQUE MOTORS

Ultra-Thin Frameless Torque Motors

Review ultra-thin frameless torque motor series where axial stack is constrained and radial envelope, torque density, cooling and assembly tolerance are critical.

11

Product platforms

20

Published products

Engineering Documentation

2D drawings
Recorded for 20 configurations · Controlled release by request
3D CAD
Recorded for 20 configurations · Controlled release by request

Selection problem

Selecting Ultra-Thin Frameless Torque Motors

Start with the maximum axial stack and required torque, then verify outer diameter, rotor support, air gap, thermal path and feedback placement.

Outer diameter

Verify the recorded Outer diameter for Ultra-Thin Frameless Torque Motors at Product Platform or Model / SKU level and carry unresolved values into engineering review.

Stack length

Verify the recorded Stack length for Ultra-Thin Frameless Torque Motors at Product Platform or Model / SKU level and carry unresolved values into engineering review.

Continuous torque

Verify the recorded Continuous torque for Ultra-Thin Frameless Torque Motors at Product Platform or Model / SKU level and carry unresolved values into engineering review.

Peak torque

Verify the recorded Peak torque for Ultra-Thin Frameless Torque Motors at Product Platform or Model / SKU level and carry unresolved values into engineering review.

Air gap

Verify the recorded Air gap for Ultra-Thin Frameless Torque Motors at Product Platform or Model / SKU level and carry unresolved values into engineering review.

Engineering review

Use recorded values to narrow the published products, then carry unresolved performance, interface and controlled-file requirements into engineering review.

20 matching products in 11 product platforms

Product results

20 published products

Grouped into 11 product platforms. Each platform previews two products.

ES-FM-U01-OD057 Ultra-Thin 57 mm Frameless Torque Motor Series product platform

Product platform

0 selected

Ultra-Thin 57 mm Frameless Torque Motor Series

Product

Rated Power: 75 W

Rated Power

75 W

Rated Torque

0.24 N·m

View configuration

Product

Rated Power: 117 W

Rated Power

117 W

Rated Torque

0.32 N·m

View configuration
ES-FM-U01-OD085 Ultra-Thin 85 mm Frameless Torque Motor Series product platform

Product platform

0 selected

Ultra-Thin 85 mm Frameless Torque Motor Series

Product

Rated Power: 157 W

Rated Power

157 W

Rated Torque

0.5 N·m

View configuration

Product

Rated Power: 314 W

Rated Power

314 W

Rated Torque

1 N·m

View configuration
ES-FM-U01-OD068 Ultra-Thin 68 mm Frameless Torque Motor Series product platform

Product platform

0 selected

Ultra-Thin 68 mm Frameless Torque Motor Series

Product

Rated Power: 101 W

Rated Power

101 W

Rated Torque

0.32 N·m

View configuration

Product

Rated Power: 157 W

Rated Power

157 W

Rated Torque

0.5 N·m

View configuration
ES-FM-U01-OD104 Ultra-Thin 104 mm Frameless Torque Motor Series product platform

Product platform

0 selected

Ultra-Thin 104 mm Frameless Torque Motor Series

Product

Rated Power: 720 W · Rated Torque: 2.3 N·m

Rated Power

720 W

Rated Torque

2.3 N·m

View configuration

Product

Rated Power: 1000 W · Rated Torque: 3.18 N·m

Rated Power

1000 W

Rated Torque

3.18 N·m

View configuration
ES-FM-U01-OD127 Ultra-Thin 127 mm Frameless Torque Motor Series product platform

Product platform

0 selected

Ultra-Thin 127 mm Frameless Torque Motor Series

Product

Rated Power: 900 W

Rated Power

900 W

Rated Torque

3.6 N·m

View configuration

Product

Rated Power: 1600 W

Rated Power

1600 W

Rated Torque

6.37 N·m

View configuration

Documentation to confirm

Documentation to confirm

Availability is confirmed during engineering review.

  • Stator and rotor drawing
  • Torque-speed data
  • Thermal guidance
  • Controlled CAD

Prepare for RFQ

Prepare for RFQ

Submit the known operating requirements, interfaces and project constraints for a Ultra-Thin Frameless Torque Motors engineering review.

  • Radial and axial envelope
  • Torque profile
  • Duty and cooling
  • Assembly tolerance
  • Feedback integration