DX340LCA Engine Power : SAE J1349, net 185kW(247HP)@1,800rpm Operational Weight : 34,400kg(75,839 lb) - STD. Bucket capacity(SAE) : 1.25 ~ 2.35m3

Hydraulic Excavator DX340LCA A New Model Doosan DX340 LCA Hydraulic Excavator : The new DX340LCA hydraulic excavator has all the advantages of the previous model, and now offers additional added value to the operator. The new DX340LCA was developed with the concept of “providing optimum value to the end user.” In concrete terms, this translates into : Improved ergonomics, increases comfort and excellent all round visibility ensuring a safe and pleasant working environment. Improved reliability is achieved through the use of high performance materials combined with new methods of structural stress...

Performance Excavator control New e-EPOS system (Electronic Power Optimizing System) The brains of the hydraulic excavator, the e-EPOS, have been improved, through a CAN(Controller Area Network) communication link, enabling a continuous exchange of information between the engine and the hydraulic system. DX340LCA is designed for tough and heavy work environments where need massive force. The performance of the DX340LCA has a direct effect on its productivity. These units are now perfectly synchronised. The advantages of the new e-EPOS impacts at several levels, Ease of operation and user-friendliness:...

3 1. Warning lights 2. Control panel 3. Operation modes The work rate of the hydraulic excavator is directly linked to the performace of its operator. DOOSAN designed the DX 340 LCA by putting the operator at the center of the development goals. The result is significant ergonomic value that improves the efficiency and safety of the operator. Control lever Choice of operating modes Very precise control of the equipment increases versatility, safety and facilitates tricky operations requiring great precision. Leveling operations and particularly the movement of suspended loads are made easier...

Reliability & Maintenance Bucket Highly wear-resistant materials are used for the most susceptible elements such as the blades, teeth, rear and lateral reinforcement plates and corners of the bucket. The reliability of a product contributes to its overall lifetime operating costs. Doosan uses computer- assisted design techniques, highly durable materials and a quality engineered structure. Our research and development engineers test all product under the most extreme conditions. Durability,reliability and product longevity are Doosan's top priorities. Centralized grease inlets for easy maintenance...

Technical Specification Engine Hydraulic System DOOSAN has developed the DX 340 LCA profitability with end-user in mind. Easy maintenance operations at long intervals increase the availability of the equipment on site. The heart of the system is the e-EPOS (Electronic Power Optimizing System). It allows the efficiency of the system to be optimized for all working conditions and minimizes fuel consumption. The new e-EPOS is connected to the engine electronic control via a data transfer link to harmonize the operation of the engine and hydraulics. Chassis are of very robust construction, all welded...

Working Range Boom Type (One Piece) Boom Type (One Piece) Max. digging reach ( ground ) Max.vertical wall depth Min.swing radius Bucket Type (pcsa) Tail Swing Radius Shipping Height (Boom) Bucket Type (pcsa) Shipping Height (Hose) Shipping Lengh Shipping Width (Narrow) C/Weight Clearance House Width Cab. Height Above House Tumbler Distance Track Length Shoe Width Track Height Bucket angle

Lifting Capacity Ground Line Boom : 6,50omm(2i'4") Arm : 3,20omm(io'6") Bucket: Without Bucket Shoe : 6oomm(24") 1. Lifting Capacities are in Compliance with ISO 10567 2. Loading Point is The End ofThe Arm. 3. Capacities Marked with an Asterisk (*) are Limited by Hydraulic Capacities. 4. Lifting Capacities Shown Do Not Exceed 75% of Minimum Tipping Loads or 87% of Hydraulic Capacities. 5. The Least Stable Position is Over the Side. [T] : Rating Over Front (3* : Rating Over Side or 360 Degree Ground Line Boom : 6,50omm(2i'4") Arm : 3,20omm(io'6") Bucket: Without Bucket Shoe : 70omm(28") Unit:...

Lifting Capacity Boom : 6,500mm(21'4") Arm : 3,200mm(10'6") Bucket : Without Bucket Shoe : 600mm(24") Narrow Track : 3,000mm(9'8") Boom : 6,500mm(21'4") Arm : 2,600mm(8'6") Bucket : Without Bucket Shoe : 600mm(24") Standard Track : 3,200mm(10'6") 1. Lifting Capacities are in Compliance with ISO 10567 2. Loading Point is The End of The Arm. 3. Capacities Marked with an Asterisk (*) are Limited by Hydraulic Capacities. 4. Lifting Capacities Shown Do Not Exceed 75% of Minimum Tipping Loads or 87% of Hydraulic Capacities. 5. The Least Stable Position is Over the Side. : Rating Over Front : Rating...

Lifting Capacity Boom : 6,500mm(21'4") Arm : 2,600mm(8'6") Bucket : Without Bucket Shoe : 700mm(28") Standard Track : 3,200mm(10'6") Boom : 6,500mm(21'4") Arm : 2,600mm(8'6") Bucket : Without Bucket Shoe : 600mm(24") Narrow Track : 3,000mm(9'8") 1. Lifting Capacities are in Compliance with ISO 10567 2. Loading Point is The End of The Arm. 3. Capacities Marked with an Asterisk (*) are Limited by Hydraulic Capacities. 4. Lifting Capacities Shown Do Not Exceed 75% of Minimum Tipping Loads or 87% of Hydraulic Capacities. 5. The Least Stable Position is Over the Side. : Rating Over Front : Rating...

Lifting Capacity Ground Line Boom : 6,20omm(2o'4") Arm : 2,6oomm(8'6") Bucket: Without Bucket Shoe : 6oomm(24") 1. Lifting Capacities are in Compliance with ISO 10567 2. Loading Point is The End ofThe Arm. 3. Capacities Marked with an Asterisk (*) are Limited by Hydraulic Capacities. 4. Lifting Capacities Shown Do Not Exceed 75% of Minimum Tipping Loads or 87% of Hydraulic Capacities. 5. The Least Stable Position is Over the Side. J : Rating Over Front Q|a : Rating Over Side or 360 Degree Ground Line Boom : 6,20omm(2o'4") Arm : 2,6oomm(8'6") Bucket: Without Bucket Shoe : 70omm(28") 1. Lifting...