Cotterman 3G-OTH-325747 — Compatible Parts & Alternatives

You searched for 1AWP2448A3 A10-15 B8 C1 P1

13 compatible products found for Cotterman 3G-OTH-325747. All items ship worldwide via DHL.

Also known as:1AWP2448A3 A10-15 B8 C1 P1COTTERMAN

Cross-reference match for “1AWP2448A3 A10-15 B8 C1 P1”

“1AWP2448A3 A10-15 B8 C1 P1” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

COTTERMAN

COTTERMAN Adjustable-Height Single-Step Platform, 15 in Max Height, 24x48 in Platform, Steel, Gray

SKU: 3G-OTH-325747

View Details Quote + Service

Cotterman 3G-OTH-325747 — Compatible Parts & Alternatives

Cross-reference match for “1AWP2448A3 A10-15 B8 C1 P1”

COTTERMAN Adjustable-Height Single-Step Platform, 15 in Max Height, 24x48 in Platform, Steel, Gray

More from Cotterman

Cotterman Steel adjustable-height single-step platform with a maximum platform height of 15 inches. Platform dimensions are 24 inches wide by 72 inches deep. Finished in gray. Suitable for providing stable elevated access in industrial maintenance, assembly, and warehousing tasks.

Cotterman Steel single-step platform with 48 in width and 19 in depth, providing a stable elevated surface for tasks requiring a 6 in height increase. Gray finish. Suitable for industrial and warehouse environments where safe access to slightly higher areas is needed.

Cotterman This adjustable-height single-step platform provides a stable elevated work surface for tasks such as equipment access, assembly, and inspection. Constructed from steel with a gray finish, it features a 48-inch platform width and 19-inch platform depth. The platform height is 10 inches.

Cotterman This steel single-step platform offers a 9-inch height adjustment range. The 24-inch-wide by 96-inch-deep platform provides a stable elevated surface for tasks requiring a moderate height increase. Suitable for use in industrial maintenance, assembly, and warehousing environments.