8A31-54-1140 Cabin Mount – High-Durability Cushion for Komatsu Tracked Dozers

The 8A31-54-1140 cabin mount is a vibration-absorbing spare part located between the cabin and the chassis in Komatsu tracked dozers. Also known as the 8A31541140 cushion, this product minimizes vibrations in the cabin, which both increases operator comfort and extends the machine's service life. Made from a high-elastomer material, this mount provides maximum performance even under heavy-duty conditions.

Which Machines Is It Used In?

The 8A31-54-1140 cabin mount is used specifically in Komatsu's large tracked dozer series. It is compatible with models such as:

• Komatsu D155AX-5
• Komatsu D155AX-6
• Komatsu D85PX
• Komatsu D61PX

In these models, it is placed between the cabin and the chassis to absorb vibrations and shocks that occur during operation.

Which Sectors Is It Used In?

• Road construction and infrastructure projects
• Mines and quarries
• Dam, port, and airport projects
• Heavy construction equipment fleets working in difficult terrains

The 8A31-54-1140 cabin mount enables Komatsu dozers in these fields to operate more stably and comfortably.

Technical Specifications

• Part Number: 8A31-54-1140
• Alternative Code: 8A31541140
• Part Name: Cabin Mount / Cushion
• Material: High-quality industrial elastomer + metal body
• Mounting Type: 4-bolt connection
• Function: To reduce vibration, increase cabin comfort
• Resistance: High resistance to oil, dust, temperature, and external factors

Why Choose the 8A31-54-1140 Cabin Mount?

• 100% compatible with Komatsu machines
• High vibration damping capacity
• Reduces operator fatigue, thereby increasing productivity
• Long-lasting structure against heavy-duty working conditions
• Available in OEM quality and as affordable aftermarket alternatives

The 8A31-54-1140 Cushion is an essential spare part for businesses that want to ensure safe, comfortable, and long-lasting use of Komatsu tracked dozers. The 8A31541140 cushion is the ideal solution for making your machines work more efficiently and for reducing operator fatigue.