True sine-wave motor control designed to limit harmonics and support longer motor life.
What is SmartD Clean Power VFD™?
SmartD Clean Power VFD™ technology delivers clean, stable motor power by generating a near-perfect sine wave directly at the motor. By significantly reducing harmonics at the source, SmartD helps extend motor life expectancy, limit electrical stress, and simplify retrofit installations.
Often eliminates the need for external sine wave or dv/dt filters, depending on application conditions.
Illustration shown for typical installations. External components may still be required depending on motor characteristics, cable length, and application conditions.
Produces a near-perfect sine wave at the motor, reducing electrical noise and improving power quality at the source.
Filterless design can reduce reliance on external harmonic mitigation components in many applications, depending on system conditions.
Integrated active front end supports near-unity power factor, ultra-low harmonics, and regenerative operation where applicable.
Compact design and reduced external filtering requirements can help lower overall panel space compared to traditional VFD installations.
Limits harmonic distortion to levels lower than IEEE 519 recommendations, reducing electrical noise at the motor and upstream system impact.
Clean power output reduces motor insulation stress and PWM-related bearing current issues, supporting longer motor life expectancy.
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A focused range of SmartD Clean Power VFD™ solutions designed for industrial, commercial, and retrofit applications.
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Clean, stable motor power for manufacturing and automation environments where uptime, precision, and repeatable operation are critical.
Well suited for sites experiencing harmonic distortion, electrical noise, or sensitivity issues affecting motors and connected systems.
Supports smooth, continuous motor operation in pumping applications where long run times and power quality can impact reliability and maintenance cycles.
Ideal for replacing existing VFDs where harmonics, electrical noise, or added filtering have introduced complexity or ongoing issues.
A strong fit for applications where clean motor power helps limit electrical stress and reduce the risk of unplanned downtime.
Reliable motor control for HVAC and mechanical systems where efficiency, compliance, and long-term equipment life expectancy matter.
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Why Buy SmartD Through Province Electric Supply
SmartD Clean Power VFD™ are supported by Province Electric Supply’s local teams, application guidance, and technical support—helping ensure the right drive is selected and applied correctly.
Your Local Branch
Through Province Electric Supply, select customers may be eligible to install and operate a SmartD Clean Power VFD™ for a 90-day evaluation period prior to final purchase.
Designed for retrofit scenarios, the program allows performance to be assessed under real operating conditions—helping address power quality concerns, harmonic distortion, and long-term motor life considerations before full adoption.
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SmartD Brochures
Technical reference materials for SmartD Clean Power VFD™ applications, power quality considerations, and retrofit planning.
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FAQ
Your questions answered — covering SmartD Clean Power VFD™ technology, power quality considerations, retrofit applications, and technical support through Province Electric Supply.
Produces a near-perfect sine wave at the motor, reducing electrical noise and improving power quality at the source.
Filterless design can reduce reliance on external harmonic mitigation components in many applications, depending on system conditions.
Integrated active front end supports near-unity power factor, ultra-low harmonics, and regenerative operation where applicable.
Compact design and reduced external filtering requirements can help lower overall panel space compared to traditional VFD installations.
Limits harmonic distortion to levels lower than IEEE 519 recommendations, reducing electrical noise at the motor and upstream system impact.
Clean power output reduces motor insulation stress and PWM-related bearing current issues, supporting longer motor life expectancy.
Supports commonly used motor sizes across automation, pumping, and mechanical applications.
Available in Normal Duty (ND) and Heavy Duty (HD) ratings to match motor operating cycles and load requirements.
Near-perfect sine wave output with ultra-low harmonics, often eliminating the need for external sine wave or dV/dt filters, depending on application conditions.
Well suited for both new installations and retrofit projects where traditional VFDs have introduced power quality or electrical stress challenges.
Voltage: 3-phase 480V / 600V
Motor Range: 20–75 HP (15–55 kW)
Duty Ratings: Normal Duty (ND) and Heavy Duty (HD)
Clean, stable motor power for manufacturing and automation environments where uptime, precision, and repeatable operation are critical.
Well suited for sites experiencing harmonic distortion, electrical noise, or sensitivity issues affecting motors and connected systems.
Supports smooth, continuous motor operation in pumping applications where long run times and power quality can impact reliability and maintenance cycles.
Ideal for replacing existing VFDs where harmonics, electrical noise, or added filtering have introduced complexity or ongoing issues.
A strong fit for applications where clean motor power helps limit electrical stress and reduce the risk of unplanned downtime.
Reliable motor control for HVAC and mechanical systems where efficiency, compliance, and long-term equipment life expectancy matter.
Clean Power for Utility-Grade Reliability
In Quebec, SmartD Clean Power VFD™ helped reduce vibration and bearing current–related wear in a gas utility application, while limiting reliance on external filtering.
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A Smarter Industrial Retrofit
At an industrial facility in Stratford, Ontario, SmartD replaced a traditional VFD to limit harmonic distortion, reduce electrical stress, and simplify a retrofit installation.
View Case Study
Clean Power for Heavy Industrial Operations
At Finkl Steel in Sorel, Quebec, SmartD Clean Power VFDs helped limit harmonics and deliver stable motor control in a 24/7 steel operation.
View Case Study
Seamless Pump Station Retrofit
In Saint-Sauveur, Quebec, a municipal pump station retrofit used SmartD Clean Power VFDs to limit harmonics and support reliable motor operation within an existing system.
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Clean Power Motor Control for Cooling Towers
At a cooling tower installation in Quebec, SmartD Clean Power VFDs were applied to limit electrical stress and reduce reliance on external filtering in a compact retrofit.
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