Product category:
Precision Motors and Gears
News Release from: Omnimotor | Subject: DR(G)-38312 family
Edited by the Engineeringtalk Editorial
Team on 08 May 2006
Compact motor takes gears and
electronics onboard
The new 42mm DR(G)-38312 family combines the compact Shinano Kenshi BLDC motor with integrated electronics and spur gearbox.
The new 42mm DR(G)-38312 family from Omnimotor combines the compact Shinano Kenshi BLDC motor with integrated electronics and spur gearbox This 24V DC, 42mm square package is combined within a 61mm length
This article was originally published on Engineeringtalk on 26 Jan 2006 at 8.00am (UK)
Related stories
Bipolar winding on stepper suits low noise use
High-power 1.8deg stepper motor is based on Nema 17 frame size motor and combines neodymium magnets with a magnetic design to provide 254mNm holding torque.
Gear ratios from 10 to 50:1 allow a maximum continuous torque of nearly 1Nm to be provided.
RoHS compliance combined with the provision of an integral motor connector make this a most customer-friendly motor.
Two basic version of the motor exist one with simple, functional electronics, the other including speed loop, 3 pulse/rev tacho output signal and clockwise/anticlockwise capability.
Once again, Shinano Kenshi combines its innovative Japanese development capability with low-cost Chinese manufacturing facility.
Applications for the new motor will include pumping and medical/biotech automated equipment.
These motors are available with customised winding configurations and driver configurations to match application requirements plus additional such value added features as drive gear/pulley, special shafts and leadwire/connector assemblies.
The DR(G)-38312 motors are available via Omnimotor and a full range of European distributors of Shinano Kenshi brand product which includes hybrid stepper and brushless DC motors.
Shinano Kenshi has manufacturing locations in Japan and China.
• Omnimotor: contact details and other news
• Email this article to a colleague
• Register for the free Engineeringtalk email newsletter
• Engineeringtalk Home Page

