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60 T x 3.0 m
11.0 m - 43.0 m
60.5 m
Mitsubishi 6M60
| Thương hiệu | TADANO | |
|---|---|---|
| Sức nâng | Cần chính | 60 T x 3.0 m |
| Chiều cao nâng tối đa | Cần chính | 43.4 m |
| Cần chính + cần phụ | 60.5 m | |
| Bán kính tải tối đa | Cần chính | 36.3 m |
| Cần chính + cần phụ | 41.4 m | |
| Chiều dài cần chính | 11.0 m – 43.0 m | |
| Chiều dài cần phụ | 10.1 m / 17.7 m | |
| Chiều rộng mở của chân chống | Tối đa | 7.3 m |
| Trung bình | 6.7 m, 5.5 m | |
| Tối thiểu | 2.7 m | |
| Thương hiệu | TADANO |
|---|---|
| Động cơ | Mitsubishi 6M60 |
| Công suất tối đa | 200 kW (267 PS) / 2,600 min-1 |
| Tổng chiều dài | 13,380 mm |
| Tổng chiều rộng | 3,315 mm |
| Tổng chiều cao | 3,790 mm |
The 5-section, 43m long boom is made from high-strength steel, reducing the overall weight of the boom while enhancing durability and load-bearing capacity, delivering superior lifting performance.
Tadano’s new AML-C is user-friendly, allowing operators to simultaneously monitor critical parameters such as: boom angle, boom length, hoist cylinder pressure, outrigger extension, swing position, rated lifting capacity, and current hook weight.
As a result, AML-C automatically adjusts when the load changes without requiring reconfiguration or code input, making the lifting process safer, more flexible, and more efficient.
When operating the crane with asymmetrical outrigger extension, the AML-C system automatically detects the outrigger spread width at the front and rear, as well as the left and right sides of the crane, to optimize the working value in each area.
When swinging the boom from an area with longer outriggers to an area with shorter outriggers, the AML-C automatically detects the movement and displays the maximum load capacity depending on each outrigger spread width, while slowing down the movement before reaching the permissible capacity limit.
Therefore, even if the crane operator does not realize the change in capacity, the AML-C system continuously monitors and ensures safe operation.
The system continuously monitors and displays fuel consumption information on the AML screen. Checking this indicator helps prevent unnecessary acceleration and reduces fuel waste during idling.
The system controls the maximum engine speed during crane operation. Additionally, by limiting unnecessary engine speed increases during excessive acceleration, the system helps reduce CO₂ emissions and fuel consumption by up to 13% when using Eco mode 1, and up to 21% when using Eco mode 2.
Furthermore, Eco mode also significantly reduces noise.
The system efficiently controls the amount of hydraulic oil pumped out during crane operation, based on the control level of the operating lever. Additionally, the system maintains the pumped oil volume at a minimum, helping to reduce CO₂ emissions and fuel consumption by up to 20%.
Hello-Net is a standard feature designed to help customers operate cranes efficiently directly from a computer or mobile device. Customers can monitor crane operations, work history, machine location data, and maintenance information. Tadano provides enhanced customer support through the Hello-Net system.
