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SHITIAN SH500-9 Гусеничные экскаваторы
SHITIAN SH500-9 Гусеничные экскаваторы
Parameter
Feature
This 49-ton hydraulic excavator is specially designed for large-scale working scenarios and provides reliable performance for various industries. It is equipped with a high-power engine and high-efficiency hydraulic system to ensure efficient operation, stable output and easy maintenance in harsh working sites. The machine is very suitable for mining, large infrastructure, water conservancy and port handling, helping customers improve efficiency and reduce operating costs.
Equipped with QSM11 six-cylinder inline turbocharged intercooled engine, rated power 280kW/2000rpm, with strong power and stable output under heavy load.
Bucket digging force 246KN, arm digging force 290KN, matched with 2.5-2.8m³ large-capacity bucket, larger single operation capacity and higher construction efficiency.
Adopts dual variable piston pumps + gear pump hydraulic system, maximum flow 2×385+27L/min, fast response, smooth and precise combined operation.
Configured with 2×50 track shoes, ground pressure 81.9KPa, 70% (35°) grade ability, strong passability in complex and harsh working sites.
Equipped with 650L large fuel tank, long continuous working time, less downtime for refueling and higher effective working hours.
Operating weight 49600Kg, max. digging depth 7800mm, sturdy and durable structure, suitable for long-time high-intensity continuous operation.
Mining scenario: High rock hardness and large digging resistance; equipped with 290KN arm digging force and reinforced structure; high crushing and digging efficiency, low equipment failure rate.
Large infrastructure scenario: Tight construction period and large earthwork volume; adopted 2.5-2.8m³ large bucket and high-efficiency hydraulic system; significantly increased daily earthwork and shortened project period.
Port handling scenario: High operation continuity and frequent swing; equipped with 9.3r/min swing speed and stable brake system; fast material circulation and high scheduling efficiency.
Water conservancy scenario: Deep foundation pit and high construction precision; with 7800mm max. digging depth and precise hydraulic control; accurate excavation and qualified project quality.
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