Product Description
The YKW130K-50V1 Hollow Rotary Platform offers robust performance with a 130mm size and a 50:1 reduction ratio, making it ideal for high-precision tasks that require substantial torque. Capable of delivering 45Nm output torque, it supports demanding loads, including a 100N axial load and a 60Nm radial force. This platform can operate at 200 RPM maximum speed, providing flexibility in various industrial applications.
The YKW130K-50V1 guarantees 8 arc-min positioning accuracy and 30 arc-sec repeated positioning accuracy, ensuring high precision in automation, robotics, and CNC applications. Its 62mm hollow shaft enables easy integration for cable management and space optimization.
Key Features:
- High Torque Output: Provides 45Nm output torque, enabling heavy-duty applications.
- Efficient Hollow Shaft Design: The 62mm hollow shaft design simplifies installation and integrates easily with other systems.
- Precision Performance: 8 arc-min positioning accuracy and 30 arc-sec repeatability for high-precision motion control.
- Durable & Reliable: Handles 100N axial load and 60Nm radial force, ensuring long-term, high-performance operation.
- Speed Flexibility: Maximum speed of 200 RPM is suitable for a variety of precision tasks.
- Motor Compatibility: Compatible with motors with a 14mm shaft diameter, 70mm PCD, and M4 motor mounting.
The YKW130K-50V1 is an excellent solution for demanding robotic, CNC, and automation systems where accuracy, durability, and high torque are essential.
| model | YKW130K-50V1 |
| Size /mm | 130 |
| Reduction ratio | 50 |
| Connection mode | K- Vertical reducer |
| Adaptive motor | =14PCD=70M=M4 |
| Hollow shaft diameter () | 62 |
| Allowable output torque (Nm) | 45 |
| Maximum axial load | 100 |
| Allowable radial force Fr (Nm) | 60 |
| Allowable output speed rpm | 200 |
| Positioning accuracy arc-min | 8 |
| Repeated positioning accuracy arc/s | 30 |
Robust Design and Superior PerformanceThis rotary platform features a bidirectional movement capability, supporting complex mechanical operations in automated systems. Its stainless steel construction ensures longevity, while the high-efficiency motor reduces energy consumption during prolonged use. The standard size design simplifies integration into existing equipment.
Trusted Indian Manufacturer and ExporterManufactured in India, the YKW130K-50V1 meets international standards and is available for purchase worldwide. As a reputed exporter and supplier, the company offers reliable after-sales support and competitive pricing for clients across industries.
FAQs of YKW130K-50V1 Hollow Rotary Platform:
Q: How is the YKW130K-50V1 Hollow Rotary Platform utilized in industrial applications?
A: The platform is typically employed for precise rotary motion control in automated machinery, assembly lines, material handling systems, and robotics, contributing to efficient and accurate operational workflows.
Q: What are the main benefits of choosing this rotary platform for your operations?
A: This model offers high efficiency (90%), durable stainless steel construction, reliable bidirectional movement, and easy integration, minimizing maintenance costs and maximizing productivity.
Q: When is it appropriate to use the YKW130K-50V1 instead of other rotary platforms?
A: It is ideal when high precision, robust durability, and consistent bidirectional rotation are required, especially in industries that demand long-term reliability and efficient performance.
Q: Where is the YKW130K-50V1 Hollow Rotary Platform manufactured and exported from?
A: The product is manufactured, supplied, and exported from India by a trusted and reputable industrial solutions provider.
Q: What is the process for ordering this rotary platform from the manufacturer?
A: Interested buyers can contact the manufacturer or authorized supplier, discuss custom requirements if any, place an order, and arrange for shipping to their location.
Q: How does the bidirectional operation feature enhance usage?
A: Bidirectional operation allows for flexible rotational movements, enabling the platform to handle more complex and diverse tasks within automated and mechanical systems.