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7131253 Radiator Fan Shroud Weldment (Metal Shroud) (Used) | SkyTrak

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7131253 Radiator Fan Shroud Weldment (Metal Shroud) (Used) | SkyTrak

Item Description: Radiator Fan Shroud Weldment (Metal Shroud)

Part Number: 7131253

Condition: Used

Machine Compatibility: SkyTrak 6036, 6042, 8042, 10042, 10054

Category: Cooling System / Engine Shrouds

Product Overview

This is a genuine SkyTrak Radiator Shroud Weldment, salvaged from a SkyTrak telehandler. This heavy-duty metal shroud is a critical component of the engine cooling system, designed to tunnel and optimize airflow from the mechanical cooling fan directly through the radiator core.

Unlike newer or smaller machines that utilize plastic shrouds, the 7131253 is a rugged steel weldment built to survive the high-vibration environment of Cummins or John Deere diesel engines found in SkyTrak 10K series telehandlers. By maintaining a tight clearance around the fan blades, it prevents air cavitation, ensuring your engine doesn't overheat during high-load, stationary lifting operations.

$17.50

Original: $50.00

-65%
7131253 Radiator Fan Shroud Weldment (Metal Shroud) (Used) | SkyTrak—

$50.00

$17.50

Product Information

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Description

Item Description: Radiator Fan Shroud Weldment (Metal Shroud)

Part Number: 7131253

Condition: Used

Machine Compatibility: SkyTrak 6036, 6042, 8042, 10042, 10054

Category: Cooling System / Engine Shrouds

Product Overview

This is a genuine SkyTrak Radiator Shroud Weldment, salvaged from a SkyTrak telehandler. This heavy-duty metal shroud is a critical component of the engine cooling system, designed to tunnel and optimize airflow from the mechanical cooling fan directly through the radiator core.

Unlike newer or smaller machines that utilize plastic shrouds, the 7131253 is a rugged steel weldment built to survive the high-vibration environment of Cummins or John Deere diesel engines found in SkyTrak 10K series telehandlers. By maintaining a tight clearance around the fan blades, it prevents air cavitation, ensuring your engine doesn't overheat during high-load, stationary lifting operations.