LP Series

The Yanmar LP Series comprises a range of inboard marine diesel engines designed for reliable and efficient operation in a variety of watercraft. These engines are commonly found in recreational boats, commercial fishing vessels, and auxiliary power applications, where durability, fuel economy, and compact design are paramount. Their robust construction and advanced combustion technology ensure consistent performance across demanding marine environments, making them a trusted choice for propulsion and onboard power generation.

Comprehensive technical documentation is available for the Yanmar LP Series, including detailed owner's manuals, service and repair guides, and parts catalogs. These resources provide essential information on routine maintenance,...

6lp-dte-dtze 6lpa-dtp-dtzp 6lp-stestze Stpstzp Service Repair Workshop Manual PDF
$16.99
This manual covers the Yanmar 6LP-DTE-DTZE(1), 6LPA-DTP-DTZP, 6LP-STESTZE(1), and 6LPA-STPSTZP series engines. These engines are engineered for robust performance and reliability, designed to meet the demanding requirements of various applications. Their advanced design focuses on efficiency and durability, ensuring consistent operation and longevity.
Yanmar LP NG137 Parts Catalog PDF
$16.99
This manual covers the Yanmar LP NG137, a versatile machine designed for various applications. While specific production years are not detailed, this model is engineered for reliability and performance, utilizing LP Gas or NG fuel for its operations. Its robust construction and efficient design make it a dependable choice for demanding tasks.
Yanmar LP RV30 Parts Catalog PDF
$16.99
This manual pertains to the Yanmar LP RV30, a versatile piece of equipment designed for a range of applications. While specific production years are not detailed, the Yanmar brand is synonymous with robust engineering and reliable performance, particularly in its industrial and agricultural sectors. The LP RV30 is built to meet demanding operational needs, reflecting a commitment to durability and efficiency in its design.