Vertical Type Slewing Drive
What is vertical slewing drive?
Vertical slewing drives feature a vertical structural design and incorporate a flanged slewing bearing. Simply put, it's a vertical slewing bearing combined with a drive motor and reduction mechanism, enabling slewing drive in the vertical plane. Vertical slewing drives are integrated slewing drive solutions, offering a compact structure and easy installation. They are widely used in photovoltaic single-axis tracking systems (both planar and tilted), trough-type and concentrated solar power generation systems; various types of cranes and aerial work platforms; and solar tracking and wind power generation systems.
Vertical type slewing drive advantages
The core load-bearing component of the LTZC vertical slewing drive is the slewing bearing. LTZC possesses professional expertise in slewing bearing research and development, enabling the manufacture of high-load capacity slewing bearings that perfectly integrate with the vertical slewing drive.
The vertical slewing drive features an integrated design, compact structure, and convenient installation, effectively reducing the construction costs of solar power generation systems.
LTZC possesses high-precision gear surface processing technology and equipment, ensuring high gear meshing even under high load and high-speed operation of large rotating equipment, thus guaranteeing the positioning accuracy and rotational stability of the slewing drive.
LTZC can provide customized slewing bearings and slewing drives, as well as high-performance bearing sealing and lubrication solutions based on customer operating conditions, ensuring stable operation even in complex environments.
As a leading manufacturer of slewing drive devices, LTZC can provide customized slewing drive solutions, including different sizes, gear modules, drive interfaces, and integrated sensors, ensuring that each vertical slewing drive perfectly matches the customer's equipment requirements.
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SG Series Vertical Slewing Drives
| Model | Gear Ratio | Torque Md (Nm) | Maximum Torque Mdmax (Nm) | Axial Static Load Coax (kN) | Radial Static Load Corad (kN) |
|---|
| SG224 | 62:13:00 | 3140 | 6280 | 601 | 200 |
| SG315 | 82:13:00 | 4152 | 8305 | 915 | 340 |
| SG478 | 116:15:00 | 9500 | 14250 | 1433 | 520 |
| SG550 | 128:15:00 | 10483 | 15724 | 1598 | 640 |
WR Series Vertical Slewing Drives
| Model | Gear Ratio | Torque Md (Nm) | Maximum Torque Mdmax (Nm) | Axial Static Load Coax (kN) | Radial Static Load Corad (kN) |
|---|
| WR224 | 61:01:00 | 4790 | 9300 | 601 | 200 |
| WR341 | 85:01:00 | 10100 | 12900 | 915 | 340 |
| WR430 | 104:01:00 | 15600 | 15600 | 1124 | 410 |
| WR534 | 126:01:00 | 23500 | 30500 | 1598 | 640 |
VE Series Slewing Drives
| Model | Output Torque (N·m) | Overturning Moment (N·m) | Holding Torque (N·m) | Axial Static Load (kN) | Radial Static Load (kN) | Axial Dynamic Load (kN) | Radial Dynamic Load (kN) | Gear Ratio | Accuracy Class | Self-Locking | Weight (kg) |
|---|
| VE3 | 400 | 500 | 2000 | 30 | 15 | 9.6 | 8.4 | 62:01:00 | ≤0.02° | Yes | 17 |
| VE6 | 2000 | 9000 | 10000 | 60 | 120 | 14.4 | 63 | 30:01:00 | ≤0.17° | Yes | 45 |
| VE7 | 1500 | 6000 | 10400 | 133 | 53 | 32 | 28 | 73:01:00 | ≤0.02° | Yes | 37 |
| VE9A | 6500 | 12000 | 12000 | 338 | 120 | 81 | 61 | 61:01:00 | ≤0.17° | Yes | 58 |
| VE17 | 20000 | 65000 | 75000 | 50 | 120 | - | - | 81:01:00 | ≤0.15° | Yes | 150 |
| VE21 | 23000 | 100000 | 105800 | 80 | 160 | - | - | 125:01:00 | ≤0.15° | Yes | 370 |