Tag Archives: Gearmotor

Introduction to Worm Gearing

Worm gearing is a proven and economical solution for applications that require high speed reductions in limited space, and with very smooth and quiet operation. Worm gears have inherent self-locking ability depending on design and ratio. Lubrication is very important for the life of the worm gear set and efficiency can be improved by using



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Bodine 24A and 42A Motors Successfully Pass UL’s IP-66 Test

OEM applications often require gearmotors and motors that exceed the design features of our standard products. But with over 110 years of design and application engineering experience with FHP motors and gearmotors, we can add and include special design features and modifications for those demanding OEM applications. One such example is our recent approval by Underwriters Laboratory



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Introduction to Fractional Horsepower Gearmotors – Tom’s Toolbox (Mi)

This video provides answers to questions like: What is a gearmotor? Why use FHP gearmotors? We talk about some of their main features and benefits, and we review the most common gearing and gearhead styles: parallel shaft, right angle, and planetary (center shaft) gearmotors.



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Bodine Electric Gearmotors and Speed Controls

From our recent photo shoot: Bodine type 42R-GB/H, Hollow Shaft, AC 3-phase, Inverter Duty gearmotor, our type 24A4-P, 24VDC and 42A-FX, PMDC gearmotors. System matched to our selection of AC and PMDC motor speed controls – offered as chassis boards, NEMA-1 or NEMA-4. When a gearmotor and control are purchased as a set, enjoy our



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3D Printing/Additive Manufacturing in Gearmotor Design and Manufacturing

In keeping with our Quality Policy and our dedication to Continuous Improvement, Bodine Electric’s manufacturing and engineering teams joined forces in 2013 to identify and source a 3D printing solution that fits our needs. The creation of physical prototypes of new castings or moldings or any new part has traditionally been a challenge in the



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Introduction to AC Gearmotors and Motors

This blog post is from an updated section of Bodine Electric’s Small Motors Handbook. To download this article as a PDF, please click here. Although commutator and brush assemblies may be used in some types of alternating current (AC) gearmotors and motors (series-/universal wound), brushless induction-type designs are by far the most common and most reliable for industrial AC



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Bodine 2014 Distributor Training Conference a Great Success!

We would like to thank all attendees for joining us at this year’s Distributor Conference in Northeast Iowa. Attendees came from all regions of the U.S. and from as far away as England. Besides the classroom sessions and the hands-on training, this 2-day event concluded with a number of factory tours at our Peosta, IA plant. Bodine’s



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Bodine 34B-WX Gearmotors Now Comply with Class I, Division 2 Standards for Use in Hazardous Locations

We now offer versions of our 34B4-WX brushless DC (EC) gearmotors that are ETL listed and comply with National Electrical Code Class I, Division 2 safety standards. Designed to reduce the risk of accidental fires or explosions in hazardous locations, these gearmotors can be used safely in environments such as petroleum refineries, dry cleaning plants



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Impressions from the National Farm Machinery Show & The Farm Progress Show

Terry Auchstetter, Business Development Manager at Bodine Electric Company, shares his views of the National Farm Machinery Show and the Farm Progress Show.



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Introduction to Brushless DC (EC) Motor and Gearmotor Technology

Brushless DC Gearmotors and Motors In Section 3.1 of the Bodine Electric Handbook we discuss how motor action is achieved in a conventional permanent magnet DC (PMDC) motor. A segmented commutator rotating within a stationary magnetic field causes mechanical switching of the armature current. In a brushless DC (BLDC) gearmotor or motor, the magnetic field



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