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Obsolescence - Phase-Out Notice - Bodine Type ABL BLDC Controls with 115VAC Input

Obsolescence – Phase-Out Notice – Bodine Type ABL BLDC Controls with 115VAC Input

Bodine Type ABL BLDC Controls with 115VAC Input: After a successful product life of over 30 years, it is time for our “high-voltage” 115VAC-input ABL brushless DC motor speed controls to retire. This notice is to inform you that we are obsoleting these controls after 30+ years of service. Based on current parts availability, we

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Custom Gearmotors Solve AGV / AMR Challenge

Custom Gearmotors Solve AGV / AMR Challenge

Large distribution warehouses operated by wholesalers, retailers, or large manufacturers have turned to Automated Guided Vehicles (AGVs) or Autonomous Mobile Robots (AMRs) to keep up with ever-increasing demand for faster and more economical deliveries. A major original equipment manufacturer (OEM) for AGVs contacted Bodine Electric Company to help develop two new custom gearmotors for their

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Happy 4th of July!

Happy 4th of July!

Our Team wishes you and your family a Happy 4th of July! Bodine Electric Company will be closed for an extended holiday weekend from July 2nd to July 5th. ✨🎈

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New CI/D1 Explosion-Proof AC & BLDC Type

New CI/D1 Explosion-Proof AC & BLDC Type “FX” Gearmotors

Now available: (40) all-new CI/D1, Explosion-Proof AC and BLDC gearmotors for use in Hazardous Locations. AC models are offered with either 230VAC or 460VAC Inverter-Duty (3-ph) windings. Our brushless DC models are offered with 12V or 24VDC winding options. The products meet IP-66. Available ratios are 5:1 to 300:1, with rated torque up to 350

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New Class I/Div 1, Ex-Proof AC and BLDC type 34R/34B Motors

New Class I/Div 1, Ex-Proof AC and BLDC type 34R/34B Motors

We are excited to announce (4) all-new Class I/Div 1, Explosion-Proof AC and BLDC type 34R/34B motors for use in Hazardous Locations. The AC motors are offered with either 230VAC or 460VAC Inverter-Duty (3-ph) windings. Our brushless DC models are available with new 8-pole, high-power, 12V or 24VDC windings, and set for 120° commutation. The

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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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New Fan Shrouds for Bodine type 34R, 42R, and 48R - TEFC AC Gearmotors and Motors

New Fan Shrouds for Bodine type 34R, 42R, and 48R – TEFC AC Gearmotors and Motors

Starting this fall, we are rolling out new fan shrouds for our standard type 34R, 42R and 48R AC induction gearmotors and motors (48Rs, likely early 2022). The new, metal fan shrouds are several times stronger than the old metal designs and will provide superior protection to the fan end of the AC gearmotors and

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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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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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