5M7135 Shim for Caterpillar Equipment

5M7135 is a shim with a thickness of 0.8 mm, used at the flywheel housing of Caterpillar equipment. This is a new aftermarket spare part manufactured by CTP (Costex Tractor Parts).

The part is listed for Caterpillar engine-and-machine applications, track-type loaders, and track-type tractors. The supplied fitment information includes the Caterpillar 3306 and 977 models, as well as the 6A, 6S, 153, 163, 5, 6, D6C, and D6D machine series or model designations.

Fitment

• Caterpillar 3306
• Caterpillar 977
• Caterpillar 6A
• Caterpillar 6S
• Caterpillar 153
• Caterpillar 163
• Caterpillar 5
• Caterpillar 6
• Caterpillar D6C
• Caterpillar D6D

According to the available application data, 5M7135 is used in the following Caterpillar equipment categories:

• Engine and machine applications
• Track-type loaders
• Track-type tractors

The model designations above should be checked against the machine serial number and the existing flywheel housing arrangement before installation. The available product data identifies the installation location as the area to the flywheel housing; it does not specify a separate engine serial-number range, production year, or machine configuration.

Cross-reference numbers

5M7135 and 5M-7135 represent the same part-number designation in different written formats. No additional supplier reference numbers are provided in the available product data.

Specifications

The listed dimensions and weight are the recorded product specifications: length 7.62 cm, width 12.7 cm, depth 1.27 cm, and weight 0.1 lb. The available data does not specify the shim material, surface treatment, hole pattern, quantity supplied, or additional components included with the part.

When identifying the required shim, compare the part number, 0.8 mm thickness, flywheel-housing installation position, and the dimensions with the removed component and the Caterpillar equipment documentation. Fitment should be confirmed for the particular machine configuration, especially where the same model designation was produced in more than one arrangement.