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Power Control Made Smarter.

Switchboards

Hyper Switchboards are designed to provide reliable and scalable power distribution solutions for Enterprise, Cloud, and AI Data Centers, supporting current capacities ranging from 1,000A to 6,000A. Engineered for mission-critical environments, these switchboards ensure operational efficiency, safety, and flexibility with advanced features and industry-leading design.

Explore Hyper Switchboards

  • Hyper Switchboards combine innovation, flexibility, and high-quality construction to meet the power distribution demands of modern data centers, ensuring uptime, safety, and scalability for the most complex and demanding environments.
    Capacity Range
    Supports 1,000A to 6,000A configurations, catering to a wide range of enterprise, cloud, and AI data center needs.
    Certifications
    Engineered and constructed to meet UL 891, NEC, and NEMA standards, ensuring safety, reliability, and regulatory compliance.
    Copper and Aluminum Busbar Construction
    Offers flexibility in material choice to meet specific performance and cost requirements, delivering high current carrying capabilities and durability.
    Agnostic Air and Molded Case Breaker Options
    Compatible with a variety of breaker technologies for seamless integration and customization.
    Full Front Access
    Facilitates easy installation, operation, and maintenance, reducing downtime and improving serviceability.
    Top or Bottom Feeder Entry/Exit
    Provides installation flexibility to adapt to varying layout requirements.
    Segmented and Unified Construction Styles
    Allows for tailored designs, with segmented styles offering modular configurations and unified styles providing compact, all-in-one solutions.
    Compartmentalized High Power and Low Power Sections
    Maximizes safety and performance by isolating critical components in high-power and low-power areas.
    High-Quality Construction
    Manufactured to the highest industry standards, ensuring long-lasting performance and reliability in mission-critical environments.
    Optional Real-Time Thermal Imaging
    Offers enhanced monitoring of temperature fluctuations, providing real-time insights to prevent overheating and system failures.
  • Category
    Specification
    Specification Detail
    Electrical
    Input
    • 3-phase, 3-wire + ground
    • 3-phase, 4-wire + ground
    Input Voltage
    • Up to 600V
    Amperage
    • 400A-6000A
    Frequency
    • 60Hz
    Cable Paths
    • Top/Bottom Entry/Exit
    Main Incoming
    • Mechanical Lugs, Compression Lugs, Bussduct
    Max Fault Current
    • 200kA
    Construction
    • Full Busbar (Copper-Silver Plated), Aluminum (Tin Plated)
    Neutral Rating
    • 100-200%
    Distribution Options
    Brands
    • Siemens, Schneider Electric
    Sizes
    • 100, 125, 150, 225, 400, 600, 800, 1000, 1200, 2000, 2500, 3000, 4000, 5000, 6000A
    Compartmentalization
    • Optional
    Mounting
    • Horizontal or Vertical
    Types
    • Standard, Plug-In, Drawout
    Metering and Control Options
    Control Systems
    • Woodward, SEL, Siemens, and Socomec
    Input Metering
    • Standard, Optional
    Output Metering
    • Optional
    Real Time Thermal Metering
    • Optional
    Metering Brands
    • Janitza, Schneider Electric, TrendPoint, SEL
    Communications
    • Modbus TCP/IP
    Accuracy
    • Revenue Grade (ANSI C12.1)
    Data
    • Input V (L-L), Output V (L-L), Output V (L-N), Output Current, kVA, kW, kWh
    • Hz, Power Factor, Load, Peak Demand, Optional Neutral & Ground Current, Plus Others
    General
    Cooling
    • Air-Cooled Convection
    Operating Temperature
    • 0 to 40°C
    Storage Temperature
    • -40 to 60°C
    Seismic
    • Calculated Per Engineered Solution
    ATS Integration
    • Optional
    Standards
    Safety and Certification
    • UL Listed to UL891
    EMC
    • FCC compliant (part 15)
    Enclosure
    • NEMA 1, NEMA 3R
    Quality
    • ISO 9001:2015