Tag Archives: Bodine Electric Company

Gearmotors for Hazardous Locations

Gearmotors for Hazardous Locations

The National Electrical Code (NEC) categorizes areas that may contain explosive concentrations of dust or vapors into classes and divisions. Bodine now offers gearmotors and motors that meet either Class I, Division 2, (Groups A, B, C and D) or the more stringent Class I, Division 1 (Groups C and D) standards. Our Class I,



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Quality Products Begin With Quality People

Quality Products Begin With Quality People

Our team of mechanical, electrical, and manufacturing engineers and all our technical staff work together to meet our high quality standards, every day. Our employees are committed to complete customer satisfaction and continuous improvement. As a team, we are dedicated to doing things right the first time, conforming to all known requirements, and providing on-time,



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PMDC Gearmotors for Stairlift Applications

PMDC Gearmotors for Stairlift Applications

We manufacture right-angle, single-stage type -6RX gearmotors with three different permanent magnet DC motor options. The 6RX gearmotor can be configured with single drive shaft, double drive shaft or hollow shaft option. Shaft diameters for solid output shafts range from 0.5 to 0.75 inch O.D., and hollow shaft versions are available up to 5/8 inch



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Happy Holidays

Happy Holidays

Our entire team would like to wish you Happy Holidays and a Healthy and Prosperous New Year! Below is our holiday schedule for the remainder of 2020: We will be closed – 12/24, 12/25, 12/31, and 01/01/2021 respectively. We look forward to working with you and your team in the New Year!



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Updated 34B/SR-WX Brushless DC Gearmotors - 12/24VDC, CI/D2

Updated 34B/SR-WX Brushless DC Gearmotors – 12/24VDC, CI/D2

Brushless DC Gearmotors with Built-In Speed Control. Easy Set-Up! These new 34B/SR-WX, brushless DC, 12 or 24VDC, INTEGRAmotor gearmotors are ideal for low-voltage applications in remote locations that operate off-grid, from battery or solar power. The new geared motors are also suitable for a wide range of industrial or medical applications that only allow low-voltage



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Powerful, Efficient Hypoid Gearmotors

Powerful, Efficient Hypoid Gearmotors

Right-angle gearmotors with hypoid gearsets have several advantages over standard worm and worm-gear gearmotors. While they cost more to manufacture, hypoid gearmotors are more efficient, produce less heat, provide higher torque, and are usually smaller than equivalent gearmotors with worm- and worm-gear reducers. More Efficient at Low Speeds and High Reductions Hypoid gears require less



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AC Inverters (VFDs) for Variable Speed Applications

AC Inverters (VFDs) for Variable Speed Applications

Standard AC motors provide low-cost, low maintenance power for almost any industrial application. However, they have limitations. They run at only one (fixed) speed, meaning sprockets, pulleys or a gearbox are required for speed reduction. AC inverter-duty (variable speed) gearmotors feature either 230 VAC or 230/460 VAC AC 3-phase windings, specifically designed with inverter rated



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New Gearmotor Selection and Application Guide

New Gearmotor Selection and Application Guide

We are celebrating our 115th Anniversary this month, and to celebrate this major milestone, our team developed a new Gearmotor Selection and Application Guide to share our many years of design and application engineering expertise with you. With millions of Bodine AC, PMDC and BLDC fractional horsepower (FHP) gearmotors, motors and speed controls in operation



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Bodine Electric Company Celebrates 115-Year Anniversary

More than a century ago, two Swedish immigrant brothers, Carl and Paul Bodine, recognized that industrial machinery required stronger, more reliable motors than those on the market. Our company was built on the principles of providing the highest quality gearmotor and motor solutions in the industry. 115 years later, our mission is still to deliver



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Gearmotor Winding Options - AC, PMDC, and BLDC (EC)

Gearmotor Winding Options – AC, PMDC, and BLDC (EC)

Winding design is one of the major factors that determines gearmotor performance. For example, the windings may be driven by AC or DC current. They may require a capacitor, or a control to run, and may be configured as single, split- or three-phase systems. Some motor types provide precise speed and position control, while others



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