Laminated-copper DC brushless ironless motors, 250-600 oz-in.

ThinGap Model 2300 Series laminated copper dc brushless ironless motors are available in eight models, 250-600 oz-in., and 2,710-16,305 rpm, with ultra-smooth velocity and virtually no eddy current or hysteresis losses. See photos, diagrams. Torque/speed vs. current diagram added on May 12.

05/10/2011


ThinGap Model 2300 Series laminated copper dc brushless ironless motors include eight models, 250-600 oz-in., and 2,710 to 16,305 rpm.ThinGap Model 2300 Series laminated copper dc brushless ironless motors includes eight models, 250 to 600 oz-in. (3.125 lb/ft) of peak torque, and 2,710 to 16,305 rpm, with ultra-smooth velocity and virtually no eddy current or hysteresis losses. Medium and large ThinGap motors using similar concepts are available up to 50 lb/ft peak torque and 6,000 rpm.

ThinGap  laminated copper dc brushless motors has a design without magnet wire windings; cooling and continuous torque increase with rpm.ThinGap, based in Ventura, CA, has designed the motors without magnet wire windings, with no measurable cogging and a high peak torque-to-continuous torque ratio. Precision etched copper sheets are laminated into a free-standing, lightweight, composite coil, about 3 mm thick, without iron backing.

Open-frame construction combines with the inner and outer rotating irons to allow designers wide latitude in mechanical integration with the surrounding mechanism. Customers can fabricate and install custom shafts, solid or hollow, for inside or outside the rotor.

The design allows free air to flow on both sides of the coil. Cooling and torque increase at higher rpm. Without magnetic saturation, continuous torque is only limited by cooling. Active cooling can extend safe operating ambient current (SOAC) to higher torque levels, the company said.

ThinGap torque/speed versus current diagram for the 2310 Series brushless dc motors

See more diagrams and videos:

http://www.thingap.com/products/Small_Motors/construction.htm

http://www.thingap.com/products/Small_Motors/

http://www.thingap.com/technology/index.htm

See more motor coverage at:

www.controleng.com/motors

- Edited by Mark T. Hoske, CFE Media, Control Engineering, www.controleng.com



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