International Dock Shore Power Pedestal, model SPC-36-4A-498, is a rugged, marine-grade power solution designed for demanding docks and waterfront facilities. The cone-top design, with a durable white powder-coated finish inside and out, stands up to salt air, sun, and heavy use while delivering reliable shore power connections.

• Premium construction: cone top, powder-coated white exterior and interior, and all stainless steel fasteners with nylon washers for superior corrosion resistance and long-lasting performance.
• Exceptional warranty: 15-year unconditional warranty on the structural integrity of the casing for added peace of mind.
• Versatile receptacle layout: two 50 Amp 125/250V outlets (upper left and upper right) and two 30 Amp 125V outlets (lower left and lower right), with all receptacles mounted at 45 degrees for easy access and plug alignment.
• Weather-ready covers: aluminum powder-coated receptacle covers provide dependable weatherproofing and durability in harsh dock environments.
• Integrated lighting: PL-7 fluorescent light with photocell ensures visibility during dawn, dusk, or low-light conditions for safer operation.
• Dock amenities: 2 water holders and 2 hose holders, along with round and flat brackets to accommodate installation requirements.
• Electrical specifications: Direct feed power distribution box with a maximum wire size of 2/0.
• Compact, sturdy footprint: pedestal dimensions are 6" x 6" x 36", designed to fit dock configurations without occupying excessive space.
• None for ancillary services: Cable TV, phone, and meter connections are not included on this model.

Specifications

• Model: SPC-36-4A-498
• Receptacles: 2 × 50 Amp, 125/250V; 2 × 30 Amp, 125V; all arranged at 45°
• Receptacle covers: Aluminum, powder-coated
• Lighting: PL-7 fluorescent with photocell
• Hydration/ hose: 2 water holders, 2 hose holders
• Hardware: All stainless steel fasteners with nylon washers
• Power distribution: Direct feed, max wire size 2/0
• Dimensions: 6" x 6" x 36"
• Warranty: 15-year unconditional on structural integrity