Brushless motors shrink to Size 34

A Danaher Motion product story
Edited by the Engineeringtalk editorial team Mar 5, 2002

A new family of brushless DC gear motors combine 9-slot stator and 12-pole rotor construction design to deliver constant speed in a compact package.

A new family of brushless DC gear motors combine 9-slot stator and 12-pole rotor construction design to deliver constant speed in a compact package.

The Thomson Airpax Mechatronics TAM58-3E - Industrial Series provides a gear reduction transmission with a standard brushless motor and controller in one package.

TAM58-3E - Industrial Series modular motors can be ordered with an internal Hall sensor wire harness assembly, or full onboard drive electronics.

The motors are combined with heavy duty, permanently lubricated, maintenance-free gear trains for optimum size and performance.

The TAM58-3E - Industrial Series consists of three standard lengths for maximum power output: 144mm long with output power of 47W, 153mm (long with output power of 60W, and 158mm long with output power of 90W.

By combining a brushless motor, feedback, drive electronics and control, and gear reduction transmission in a low profile package, the TAM58-3E - Industrial Series brings the benefits of long-life brushless motor power to small space applications.

Totally enclosed in an all-aluminium case, the Industrial Series motors conform to the IP44 construction as well as the Nema Size 34 mounting standards.

Because they work well in damp, dusty and harsh environments and are designed with maintenance-free ball bearings for long life and high reliability, they are ideal for use in industrial applications, such as automated conveyor systems, barcode labelling, printing, pumps, valves, machine tools and agricultural equipment.

Rated torque ranges from 0.88 to 42.4Nm, and weight ranges from 1.54 to 1.73kg.

Other features include: a patented 5V square-wave-output tachometer that delivers 45 pulse/rev as low as 100 rev/min without distortion; a single 24V DC power supply that controls the motor and onboard electronics; peak current limit to protect electronic circuitry from current transients; an electronic fuse to protect electronics and motor from excessive overloads; and below-speed shutdown to allow the motor to be shut off if speed falls below improper range.

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