Full Foundations Offering
FOUNDATION SOLUTIONS FOR RAIL INFRASTRUCTURE
Serrmi foundation systems are developed for rail infrastructure projects where equipment placement, structural support, site conditions, and installation efficiency all influence long-term performance. With standard and application-specific configurations available, Serrmi helps customers align foundation design with the requirements of the equipment, the layout, and the field environment.
Precast Concrete Foundations
Precast concrete foundations provide a durable support option for railroad signal, crossing, enclosure, and trackside equipment installations. These foundations can be built around project requirements, equipment layouts, and site conditions to help crews establish a stable base for long-term field use.
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Concrete conforms to AREMA Part 14.1.1B
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Subsection 5
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Up to 30" single aluminum mast arm length
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Standard four bolt mounting pattern of 19" x 19"
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Hardware included
Helical Foundations
Helical foundations provide an alternative support method for rail projects where soil conditions, access limitations, or installation timelines make traditional concrete foundations more challenging. These systems can help support signal structures, equipment, and other trackside infrastructure with a field-friendly installation approach.
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Plates ASTM A36 Steel
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Pipe ASTM A500 steel
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Galvanized
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Designed to withstand 12,000 ft Ibs installation torque
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Dimensions: 16" (plate) × 120"
Signal, Flasher & Gate Foundations
Serrmi foundation configurations for signal, flasher, gate, and crossing equipment are engineered to support precise placement, consistent alignment, and long-term structural performance. Standard and project-specific options allow rail teams to address site conditions, mounting requirements, and equipment layouts with dependable foundation support.
Case, House & Structure Foundations
Serrmi foundation systems for equipment cases, houses, cantilever bases, and structural rail applications are developed for larger equipment installations where stability, positioning, and field coordination are essential to long-term performance. Available in multiple configurations, these foundations deliver the strength, consistency, and adaptability required for project-specific rail infrastructure.
