
Product features:
1. Standard step motor and R5232 interface, the company's independent research and development of WNSC, WMPC, WMC and other series of motion controllers can achieve automatic control.
2. The lifting platform adopts linear guide rail to achieve accurate positioning, good movement parallelism and straightness, large bearing capacity and other functions.
3. Precision ball screw drive, comfortable movement, can rise and fall at will with minimal return.
4. Stepper motor and screw are connected by high-quality synchronous belt with steel wire, synchronous transmission, no clearance, high precision, because of the synchronous belt with steel wire, so eliminate the elastic deformation of the synchronous belt.
5. The electric lifting platform is used flat, which can be composed of multi-dimensional electric adjustment platform with other kinds of platforms.
6. With limit function, servo motor can be replaced, rotary encoder can be installed, accept the restructuring and customization of products.
7. The overall height of the lifting platform is low, which can meet the requirements of different Spaces of customers.
8. High precision rotary table, backgap is only 30 arc seconds, providing smooth, accurate and fast positioning and indexing.
9. The rotary mechanism uses "cross roller bearing", so that the rotating platform rotates smoothly, accurate positioning, has a large rigid, axial and radial load force.
10. The rotary mechanism can achieve a higher reduction ratio by connecting the planetary reducer or the steering reducer.
Model |
WN06VA50-130 |
Structure Description |
Angle Range |
360° |
Travel Range |
50mm |
Table Size |
Φ200mm |
Actuator Type |
Ball screw and gear drive |
Travel Guide |
Linear guide rails and cross roller bearings |
Stepper Motor(1.8°) |
STP-57BXG152 |
Base Material |
Aluminum alloy |
Surface Treatment |
Black-Anodized |
Load Capacity |
15Kg |
Weight |
6.9Kg |
Accuracy
Description |
Minimum adjustment |
5μ (non MicroStep) 1μ (20 MicroStep) |
Maximum Speed |
20mm/sec |
Repeatability |
5μ |
Backlash |
4μ |
lost motion |
3μ |
Rotary continuous output torque(kgf*m/Nm) |
0.11/1.078 |
Maximum torque of rotation output(kgf*m/Nm) |
0.33/3.234 |
Torque value of rotary failure(kgf*m/Nm) |
0.9/8.82 |
Rotation allowed input speed(r/min) |
3000rpm |
Turning back lash(arc-min) |
0.5 |
Turning moment of inertia(kg*cm²ï¼‰ |
0.02 |
Radial maximum load(kgf) |
25 |
Slewing reduction ratio |
1:30 |

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