Doosan Dx27z Dx30z Electrical Hydraulic Schematics Pdf Manual
Performance:
The highest performance is guaranteed in any working condition. The advanced hydraulic system combined with a powerful engine provides the biggest break out and tractive forces for efficient operation. As a result the DX27z and DX30z provide outstanding performance, work efficiency and the ability to adapt to any work environment.
Doosan Dx27z Dx30z Pdf Electrical.
Doosan Dx27z Dx30z performance Electrical Hydraulic
Boom swing
The boom swing function permits to work in very narrow areas. The newly designed swing bracket and the increased boom cylinder size ensures powerful and stable swing performance.
Doosan Dx27z Dx30z Electrical Hydraulic Schematics Pdf Manual
E/G Control Lever:
The engine speed lever convenient location allows easy engine control. 3TNV82A-SDB (DX27z) – 3TNV82A-PDB (DX30z) engine
The DX27z and DX30z have a powerful and eco-friendly heart, that always provides high operating efficiency and pleasant working conditions.
Powerful Digging Force (Bucket)
Powerful, efficient, and with increased digging force. Bucket Digging force: 2000 kgf (DX27z) – 2800 kgf (DX30z)
Dozer Blade Welded, unitized blade provides durability even under harsh working conditions.
Maintenance:
The status and condition of all components can be seen at a glance. The convenient and easy serviceability is really distinguished. The most advanced technology developed by Doosan Infracore Co., Ltd. was integrated into the DX27z and
DX30z excavators for powerful performance and simple, easy maintenance. This provides the operator with
convenient maintenance check points and maximizes the work efficiency of the DX27z and DX30z.
Easy maintenance:
Access to the various coolers is very easy, making cleaning more convenient. The washer fluid level can be checked easily.
Air cleaner The large capacity forced air cleaner removes over 99% of airborne particles, reducing the risk of engine contamination, increasing the cleaning and cartridge change intervals.
Air Breather:
The hydraulic system was designed to prevent the pump from cavitating. Strengthened Boom The shape of the boom has been optimally designed using finite elements and 3-dimensional computer simulation, allowing the loads to be better distributed throughout the structure. This combined with increased material thickness means improved durability and reliability by limiting element fatigue.