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How to Read a Marathon Industrial Motor Nameplate

Homepage How to Read a Marathon Industrial Motor Nameplate How to Read a Marathon Industrial Motor Nameplate How to Read an Industrial Motor Nameplate Understanding industrial motor nameplate data is essential when selecting motor replacements. The nameplate typically contains most of the key information required to identify a suitable replacement. Being able to interpret ...

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MagnaPower® Generators

Homepage Generators MagnaPower® Generators MagnaPower® Generators 1425 – 4500 kW (60 Hz) / 1500 – 4500 kVA (50 Hz) 480V – 13,800V (60Hz) / 380V – 11,000V (50Hz) Marathon Generator’s MAGNAPOWER generator line delivers powerful performance and reliable power generation. Its patented Digital Voltage Regulator (DVR) and grid code compliance make it the optimal choice for the m...

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Software Download

Homepage Software Download Software Download Software A collection of our software products. Generators software The latest versions of the DVR Communications software are now available for installation on your computer or laptop. The DVR2400/2500 and DVR2000E+ / EC+ use different versions of the DVRPortal software - you must select the appropriate link below Generators so...

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MagnaMax® Generators

Homepage Generators MagnaMax® Generators MagnaMax® Generator 380V – 6900V 380 – 2650 kW (60 Hz) / 413 – 2650 kVA (50 Hz) Inherent to the MAGNAMAX design is exceptional transient performance, enabling it to support a variety of non-linear loads, such as UPS systems or variable speed drives. It delivers unprecedented voltage regulation, and its low-reactance design minimizes...

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From Factory Floor to Field: Keeping Agriculture Motors Running Through Harvest Season

Homepage From Factory Floor to Field: Keeping Agriculture Motors Running Through Harvest Season From Factory Floor to Field: Keeping Agriculture Motors Running Through Harvest Season From Factory Floor to Field: Keeping Agriculture Motors Running Through Harvest Season Why Harvest Season Puts Motors to the Test Harvest season compresses a year’s worth of work into a narrow...

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Proactive Replacement: Why Waiting for Failure Costs More

Homepage Proactive Replacement: Why Waiting for Failure Costs More Proactive Replacement: Why Waiting for Failure Costs More Proactive Replacement: Why Waiting for Failure Costs More In many facilities, motors are run until they fail. It feels practical: squeeze every last hour of life out of the asset, then deal with the problem when it arises. But in reality, this “run t...

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Powering the Spectacle: Why Stadiums Need Industrial-Grade Generator Tech

Homepage Powering the Spectacle: Why Stadiums Need Industrial-Grade Generator Tech Powering the Spectacle: Why Stadiums Need Industrial-Grade Generator Tech Powering the Spectacle: Why Stadiums Need Industrial-Grade Generator Tech When 70,000 fans erupt in celebration, the lights blaze, sound systems roar, and millions watch the moment live around the world—all of it power...

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Beyond Repair: How to Decide Between Rewinding and Replacing Motors

Homepage Beyond Repair: How to Decide Between Rewinding and Replacing Motors Beyond Repair: How to Decide Between Rewinding and Replacing Motors Beyond Repair: How to Decide Between Rewinding and Replacing Motors The Dilemma Every Plant Faces When a motor fails, the first question is rarely what happened—it’s what now? Do you send it out for rewind, or do you scrap it for ...

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Drives + Motors: Avoiding the Hidden Pitfalls of Mismatched Systems

Homepage Drives + Motors: Avoiding the Hidden Pitfalls of Mismatched Systems Drives + Motors: Avoiding the Hidden Pitfalls of Mismatched Systems Drives + Motors: Avoiding the Hidden Pitfalls of Mismatched Systems Why Motors Alone Aren’t Enough For decades, industry has leaned on motors as the backbone of production. But in today’s energy-conscious and reliability-driven en...

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