Stepping Motor suits precision control applications.
Share:
Press Release Summary:
Suited for applications that demand sensitive position control, 0.9° stepping motor operates quietly and achieves low resonance by using full or half step drive. Product offer bi-directional operation, ±5% non-cumulative position accuracy, and 260 oz-in. of holding torque. NEMA size 23 hybrid stepping motor, measuring 2.25 in.², is available in multiple lengths with totally enclosed motor housings and permanently lubricated ball bearings.Original Press Release:
Lower Cost .9 Degree Stepper is Better Solution for Precision Control
DOVER, NH -- EADmotors' .9 degree stepping motor delivers optimum performance in contemporary medical equipment and other applications that demand sensitive position control. This motor offers significantly improved performance at lower cost compared to traditional 1.8 degree stepping motors.
The .9 degree stepping motor operates more quietly and achieves lower resonance at a reduced cost, by using a full or half step (.45 degrees) drive instead of a more expensive microstepping drive normally used with a 1.8 degree step motor. Ultra-smooth bi-directional operation, finer position accuracy (+/-5% non-cumulative), and increased holding torque (260 oz-in.) are contributing factors to increased performance.
The NEMA size 23 hybrid stepping motor measures a mere 2.25-in. square and is available in multiple lengths for easy integration into tight system spaces. Motor features include totally enclosed motor housings and permanently lubricated high precision ball bearings for increased reliability and extended motor service life.
EADmotors' advanced design and manufacturing services allow for a variety of options to suit customer specifications including a full spectrum of windings to match all types of uni-polar and bi-polar drives, special lead wires, shafts, end caps and connectors.
Applications for the .9 degree stepping motor include all systems traditionally designed for 1.8 degree stepping motors. This motor easily adapts as a drop in replacement for a 1.8 degree stepping motor providing a lower cost alternative for use in medical instruments, robotics, office equipment, X-Y and rotary positioning equipment, paper advance mechanisms and a wide range of control devices.
For further information contact: Karen Russo, EADmotors, 1 Progress Drive. Dover, NH 03820, Tel: (603) 742-3330, Fax: (603) 742-9080, email: info@eadmotors.com, www.eadmotors.com
