OEX 24V Starter Motor SXS723 Sawafuji Style 11 Teeth CW for Komatsu Dozer/Excavator

Upgrade your Komatsu dozer or excavator with the high-performance OEX 24V Starter Motor SXS723. Designed in the Sawafuji style, this powerful starter motor ensures reliable and efficient engine starts for your heavy-duty machinery. Suitable for Komatsu models with S6D125, SA170B, and SA6D170 engines, this starter motor is built to withstand rugged conditions and deliver unmatched performance.

• Powerful Performance: With an impressive power rating of 11kW, this starter motor ensures your machinery starts smoothly every time.
• Durable Design: Built to handle the toughest environments, the OEX 24V Starter Motor features a robust construction and Sawafuji style design.
• Compatible Fitment: Specifically designed for use with Komatsu dozers and excavators equipped with S6D125, SA170B, and SA6D170 engines.
• Easy Installation: The starter motor includes a convenient 3-hole mount type, making the installation process straightforward and hassle-free.

Why choose the OEX 24V Starter Motor SXS723 for your Komatsu machinery?

The OEX 24V Starter Motor SXS723 is the ultimate choice for those seeking reliability, efficiency, and durability. Its robust design and powerful 11kW performance ensure that your Komatsu dozer or excavator is always ready to tackle the toughest jobs. With a 3-year warranty for passenger use and a 1-year warranty for commercial use, you can trust in the long-term dependability of this starter motor.

Key features include:

• Voltage: 24V
• Teeth: 11
• Rotation: Clockwise (CW)
• Mount Hole Diameter: 17mm
• Nose Cone Length: 102mm
• Pinion at Rest: 47mm
• Pinion Diameter: 57mm
• Weight: 10kg

Enhance your machinery’s dependability with the OEX 24V Starter Motor SXS723. Engineered to meet the specific requirements of Komatsu dozers and excavators, this starter motor will keep your equipment running smoothly and efficiently. Don’t compromise on quality—choose the OEX 24V Starter Motor SXS723 and experience the difference in performance and reliability.