Caterpillar 336D2 34.48t 2013-2025 - Technical data

336D2 – Product Description

Powertrain and Design

The 336D2 is equipped with a Cat C9 engine that meets U.S. EPA Tier 2, EU Stage II, and China Tier 2 emissions standards. Caterpillar’s design and manufacturing techniques ensure outstanding durability and service life in the toughest applications. The highly efficient hydraulic system contributes to low fuel consumption, reducing operating costs by 8% compared to previous models.

Undercarriage and Hydraulics

The hydraulic system of the 336D2 features a dual-pump pressure system that delivers excellent digging performance and productivity. Additionally, the independent pilot pump enables precise control of operations. The regeneration circuit during boom-down and stick-in operations saves energy and reduces cycle times and pressure loss. The cross-sensing system utilizes total engine power under all operating conditions for optimal efficiency.

Operating Parameters

The standard operating weight of the machine is 34,489 kg, while the long undercarriage variant weighs 37,086 kg. The engine generates net power of 200 kW (268 hp) and 209 kW (280 hp) according to ISO 14396. Maximum digging depth reaches up to 8,090 mm, with maximum reach at ground level extending to 11,640 mm. The machine demonstrates excellent operational parameters, making it a versatile solution on construction sites.

Optional Equipment

Upon purchasing the machine, customers can benefit from a wide range of support services offered by Cat dealers, including customer support agreements. A variety of work tools, such as buckets, hammers, and other attachments, are available to suit specific project needs. All components are designed to enhance the machine's flexibility and efficiency.

Safety and Technical Data

Operator safety and machine protection are ensured through various security systems, including the Cat one key security system as well as locks for doors and compartments. Furthermore, the cab design simplifies access to all maintenance points at ground level, minimizing downtime. The machine was designed with maximum efficiency and reduced maintenance costs in mind.