Skip to product information
1 of 2

Out of Stock

Briggs and Stratton 400 amp Transfer Switch, 208V, NEMA 3R - 071176

Briggs and Stratton 400 amp Transfer Switch, 208V, NEMA 3R - 071176

Regular price $7,159.46 USD
Regular price Sale price $7,159.46 USD
Sale Sold out
Shipping calculated at checkout.
Return policy

Specification

  • SKU:PES-SPS-SOL-2254
  • Container price: $3,866,108.40 USD
  • Container qty: 720
  • Pallet price: $182,566.23 USD
  • Pallet qty: 30
  • Unit price: $7,159.46 USD
View full details
  • Briggs and Stratton 400 Amp Transfer Switch, 208V, NEMA 3R - 071176

    The Briggs and Stratton 400 amp Transfer Switch, 208V, NEMA 3R - 071176 is a robust power management device engineered for uninterrupted electrical supply during outages. It is built with durability and high performance in mind, making it ideal for commercial, industrial, and large residential applications. Its advanced switching technology guarantees reliable power transfer, meeting the demands of critical electrical systems.

    Specifically designed for seamless operation, the Briggs and Stratton 400 Amp Transfer Switch (071176) automatically switches power between the utility source and backup generator. With a NEMA 3R-rated enclosure, it offers excellent protection against adverse weather conditions. This makes it an excellent choice for outdoor installations in demanding environments.

    Key Features

    • 400 Amp capacity supports heavy electrical loads in commercial and industrial systems
    • Operates at 208V for efficient power distribution in three-phase systems
    • NEMA 3R-rated enclosure protects against rain, snow, and other environmental factors
    • Automatic transfer functionality ensures continuous power during outages
    • UL listed and NEC compliant, ensuring safety and code adherence
    • Engineered for long-term durability and consistent performance in tough conditions

    Specifications

    MPN 071176
    Vendor Briggs & Stratton
    Amperage 400 Amps
    Voltage 208V
    Phase Type Three-Phase
    Enclosure Rating NEMA 3R
    Compatibility Commercial & Industrial Applications

    Installation & Application

    This transfer switch excels in high-demand settings requiring 208V operation. It flawlessly transfers power between the grid and backup generator without service interruption. Its NEMA 3R enclosure safeguards the unit during outdoor installations, protecting against weather and environmental elements. This transfer switch is well-suited for factories, data centers, hospitals, and other facilities with critical power needs.

    Warranty & Compliance

    • Meets UL and NEC safety standards and operational reliability requirements
    • Includes Briggs & Stratton's standard warranty for lasting support and peace of mind

    Briggs and Stratton 400 amp Transfer Switch, 208V, NEMA 3R - 071176: Reliable Power Transfer for Critical Applications

    Unexpected power outages disrupt operations, cause equipment damage, and increase safety risks. This device automatically shifts electrical load to a generator during outages. Once utility power returns, it switches back, maintaining uninterrupted service. This automation eliminates the need for manual intervention, keeping essential systems running continuously.

    With a 400 amp capacity, it supports significant electrical loads in manufacturing, healthcare, data centers, and large buildings. Its 208V operation ensures compatibility with three-phase systems, enabling efficient integration into infrastructures.

    Briggs and Stratton 400 amp Transfer Switch, 208V, NEMA 3R - 071176 – Built for Durability

    A key highlight is the NEMA 3R-rated enclosure. This weather-resistant housing is specifically made for outdoor use, protecting from rain, snow, sleet, and other environmental challenges. It is ideal for locations without sufficient indoor space or where outdoor mounting is preferred.

    The enclosure also shields internal components from corrosion and debris, extending the switch’s lifespan. Its rugged design ensures reliable performance even in harsh weather, offering lasting dependability to facility managers and property owners alike.

    Seamless Integration with Generator Systems

    Designed for easy integration with compatible generators, this transfer switch guarantees smooth communication between power sources. The intelligent control system monitors voltage continuously and transfers power rapidly after detecting utility failure. This fast response reduces downtime and prevents damage from power fluctuations.

    When utility power is stable again, it safely transfers the load back, mitigating power surges and maintaining system stability. This ensures steady electrical flow and protection for sensitive equipment.

    Safety and Compliance Advantages

    Electrical safety is crucial in power management systems. This transfer switch complies with strict safety standards. It prevents backfeeding, which can be hazardous to utility workers and equipment. This safety feature reduces risks during power failures.

    Clearly marked terminals and an organized internal layout facilitate proper installation and maintenance. These design elements help minimize wiring errors and enhance operational reliability. This transfer switch is suitable for both professional installers and long-term use.

    Ideal Use Cases and Applications

    Its versatility makes this product applicable in many scenarios. It supports commercial buildings in maintaining lighting, HVAC, and security systems during outages. Industrial sites rely on it to protect machinery and production lines. Large residences and mixed-use developments also benefit from reliable backup power and uninterrupted services.

    The high amperage and weatherproof design enable support for mission-critical electrical loads, making it an essential part of backup power strategies.

    Long-Term Value and Performance

    Choosing a high-capacity transfer switch like this one is a strategic investment. It provides consistent operation over many years. It reduces maintenance concerns and lowers the chance of unexpected failures.

    Its combination of robust construction, automated switching, and high power capacity ensures smooth transitions. Facilities that cannot risk downtime will find this transfer switch a dependable solution for maintaining power continuity and stability.

    .