Medium Voltage VFDs
H-Bridge multi-level technology drives from 300 to 12,000 HP with perfect sine wave output, integrated transformer packages, and advanced HMI control for precise motor management in demanding applications.
ValuAdd delivers precision-engineered motor control center components to Virginia's manufacturing sector. From medium voltage drives and soft starters to busbar supports and disconnect switches, we provide certified components that meet stringent industrial standards. Our territory-based technical support ensures your MCC projects stay on schedule while maintaining the reliability Virginia's diverse manufacturing plants demand.

Comprehensive selection of certified motor control center components engineered for reliability in demanding industrial environments.
H-Bridge multi-level technology drives from 300 to 12,000 HP with perfect sine wave output, integrated transformer packages, and advanced HMI control for precise motor management in demanding applications.
Dual redundant MVRXE soft starters with MX3 Digital Control, smooth stepless acceleration, full voltage emergency backup, and closed-loop current ramp technology for reliable motor starting.
INOSYS and SIRCO disconnect switches rated up to 1500 VDC with visible contacts, arc fault containment, and 750 VDC breaking capacity per pole for safe isolation in PV and ESS circuits.
Short circuit tested busbar supports with M8 robust screw connections, dual material compatibility for copper and aluminum busbars, and universal mounting compatibility for standard enclosures.
DIRIS B monitoring systems with Class 0.2 accuracy, four independent current inputs, Modbus RTU communication, and plug-and-play installation for comprehensive multi-circuit power monitoring.
RMS modular fuse holders with 100 kA breaking capacity, IP2X safety protection, 45-mm format, built-in fuse melting indicators, and simultaneous multipolar breaking for complete circuit isolation.
Virginia's manufacturing sector demands components that perform under pressure. Our motor control center solutions combine UL Listed reliability with territory-based technical expertise. From tobacco processing facilities in Danville to aerospace manufacturing in Hampton Roads, we understand the unique electrical demands of Virginia's industrial landscape. Each component—whether a 12,000 HP medium voltage drive or a busbar support—meets rigorous IEEE and IEC standards while reducing installation complexity. Our territory-based support team ensures you receive not just components, but engineering solutions backed by comprehensive documentation and rapid technical response.

Manufacturing facilities across Virginia rely on our certified components for mission-critical motor control applications.
Our commitment goes beyond component supply—we deliver engineered solutions with expert support.
Dedicated territory-based support with deep knowledge of Virginia manufacturing requirements and regional electrical codes.
Complete portfolio of UL Listed, CE Certified, and IEEE 519 compliant components meeting stringent industrial standards.
Tailored component selection and configuration services designed specifically for your facility's motor control architecture.
Strategic inventory management and expedited shipping options to minimize project delays and reduce downtime.
Meet the specialists behind your motor control solutions.
Plant Engineer, Industrial Manufacturing
Michael brings extensive experience in machinery protection and reducing unexpected downtime across diverse manufacturing facilities. His expertise spans motor control center design, component selection, and predictive maintenance strategies that extend equipment life while improving operational efficiency. Michael has successfully implemented soft starter and VFD solutions for facilities ranging from food processing to heavy manufacturing, with a focus on optimizing startup sequences and reducing mechanical stress on drive systems. His hands-on approach to troubleshooting and deep understanding of industrial electrical systems makes him an invaluable resource for manufacturing engineers facing complex motor control challenges. Michael's commitment to minimizing downtime has helped numerous Virginia facilities maintain production schedules while upgrading their motor control infrastructure to modern, more efficient systems.

Electrical Engineer, System Integrator
Sarah specializes in the selection and implementation of soft starters and variable frequency drives for critical industrial applications. With a background in electrical system integration, she excels at matching component specifications to application requirements, ensuring optimal performance and compliance with safety standards. Sarah's expertise extends to medium voltage systems, where proper component selection and coordination are essential for reliable operation. She has designed motor control solutions for water treatment facilities, oil and gas operations, and large-scale manufacturing plants throughout Virginia. Her thorough understanding of ANSI protection schemes, coordinated line monitoring, and Class E2 load break requirements enables her to specify components that not only meet current needs but provide flexibility for future expansion. Sarah's methodical approach to system design and her ability to communicate complex technical concepts clearly make her a trusted advisor for electrical contractors and plant engineers navigating the complexities of modern motor control center design.
Essential certifications include UL Listing for North American safety standards, CE Marking for international compliance, IEEE 519 for harmonic compliance, and NEMA ratings appropriate for your environment. Virginia facilities should also verify compliance with the National Electrical Code (NEC) and local amendments. Our components carry multiple certifications including UL, CE, IEC, and Class E2 Load Break certifications to meet diverse regulatory requirements.
Our engineering team is ready to help you select the right MCC components for your Virginia facility.
Share your project requirements and our engineering team will provide detailed component recommendations, pricing, and delivery timelines.