Advance Extra-large Gearboxes

Advance extra-large gearboxes include 2J8000 reamer gearboxes, Z2X20000 high-speed planetary gearboxes, etc. Taking advantage of equipment and technology, it can undertake various extra-large gearboxes, including parallel shaft transmission and planetary transmission structures. It is used and matched in special fields such as bench, main drive of reamer box, and large-scale transmission equipment.
The 2J8000 reamer gearbox in the Advance extra-large gearbox is a two-input-outlet (two machines in parallel), adopts parallel shaft double helical gear transmission, and can work at an inclination angle of 0-55°. The output power is 8000 KW, and the rated input speed is 1000 r/min. The 2J8000 reamer gearbox is mainly used for the main drive system of the reamer of the reamer suction dredger (the gearbox body has no underwater sealing function), and can also be used for similar I high-power deceleration transmission system. Z2X20000 high-speed planetary gearbox is a two-stage planetary transmission structure, the gears are double helical teeth, supported by dynamic pressure sliding bearings, and adopts flexible load sharing technology. The rated input power of the gearbox is 22 MW, and the rated input speed is 200 r/min. Z2X20000 high-speed planetary gearbox is suitable for test benches and large-scale drive equipment with similar transmission requirements.
As the official agent of Advance, SeaMac provides complete transmission systems for global industrial products, and we also provide full life cycle services for all customers, from installation to commissioning, from sales service training to spare parts supply, from troubleshooting to overhaul technology support.

Advantages Of  Advance Extra-large Gearboxes

1. Increases the service life of the engine and transmission system. The operation is simple and labor-saving.
2. Customized gearboxes can be provided according to customer requirements and working conditions.

3. Use reasonable bearings to ensure the service life of the bearings.

4. The finite element analysis is carried out on the key parts, and the structure is optimized.

5. Reduce fuel consumption and reduce emission pollution.

6. High transmission efficiency, low cost, mature product technology and high reliability.