Benshaw M2L Series Medium Voltage Drive

Benshaw M2L MV Series Drives Offer Unmatched Installation Flexibility

Benshaw’s M2L MV Series variable frequency drive family is specially designed to offer greater versatility and easy integration … making it easily adaptable to your application’s unique requirements. Versatility enables various installation configurations to make the solution suitable for operation in different environmental conditions while providing significant cost savings and reduced total cost of ownership.

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Benshaw Applied Motor Controls

Variable Frequency Drives on Booster Pumps

Pressure booster pumps will essentially add pressure to a facility’s water supply system at times when the water main’s pressure is not sufficient. Most industrial, commercial, and large facilities require pressure booster pumps to supply adequate pressure to water supply sources, maintaining a constant pressure throughout the entire facility.

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Benshaw Applied Motor Controls

Smart Motor Brake Stops Band Saw in Less Than a Minute

The Problem

Blade Wear with frequent replacement causing lost production time.

Operations needed to change the band saw blades several times daily. Before the blade could be replaced it needed to decelerate to a complete stop. This typically would take 30 minutes which resulted in costly down time, and costly replacement of the blades.

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Benshaw Applied Motor Controls

Switchgear Solutions

In your electrical power system, switchgear is the combination of circuit breakers, disconnect switches, fuses and contactors for the purpose of protecting or isolating commercial and industrial applications.

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White Paper

New White Paper

Benshaw’s state-of-the-art M2L (Modular Multi-Level) Medium Voltage Drive family differs radically from other multi-level systems in the market today. The drive consists of three independent components: A standard multi-pulse phase-shifting transformer, a standard multi-pulse diode-based rectifier, and a modular power-cell-based multi-level inverter. This modular system arrangement creates tremendous installation flexibility, greatly reduces arc flash energy and substantially improves reliability.

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