SURVIVOR OTR Concrete Deck Truck Scale
Description
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Concrete deck sits above neutral axis, supported by 6-inch steel deck substructure
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Longitudinal I-beam construction
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Integrated load cell pockets
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Boltless, top access to load cells and junction box
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Self-seating, P-bracket connection between modules
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G-force mount assemblies return the scale to center without check rods or bumper bolts
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Cables completely encased in rodent-proof conduit
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Thorough finishing process includes cleaning of steel before and after welding, followed by either high solids urethane liquid paint or durable powder paint
Options
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10 lb division for truck or livestock
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20 lb division
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Schedule 40 guiderails
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Schedule 80 guiderails
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Manhole
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Slotted manhole
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Grain dump
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End cleanout
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Factory installed rebar
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Stainless steel load cells
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Tapered links and radius blocks
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Pre-suspended load cells and mounts
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Stainless steel suspension hardware
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Galvanized weighbridge and suspension hardware
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Custom coatings
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3/8-inch runners
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Side deflector plates
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Catwalk
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Landing with stairs
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iQUBE2® digital diagnostic junction box bundles
Durable Concrete Deck Truck Scale
The SURVIVOR OTR concrete deck truck scale provides reliable traction in wet or icy weather conditions, and resists corrosion. A concrete deck improves load distribution to withstand forceful movements caused by heavy trucks entering and exiting the weighbridge. Maintenance is also simplified with boltless, top access to load cells and junction box. The rodent-proof conduit-enclosed cables eliminate pest damage.
Reliable Concrete Deck Design
The design of the SURVIVOR concrete deck ensures safety and accuracy with improved load cell distribution. Six inches of concrete above the weighbridge’s neutral axis is supported by the six-inch steel deck substructure. The substructure is composed of galvanized steel sheets and I-beams to increase strength throughout each module.
Competitor Designs
Many competitive weighbridges try to compensate for lighter steel or a lack of steel components by pouring a 9-, 10- or 12-inch concrete deck, often extending below the neutral axis. This can result in dangerous concrete bending, which can cause surface cracks after just a short period of use.