Product Description
Key Features:
The R97 Helical Gearbox has a modular building block design.
It easily integrates with various motors and power inputs.
The compact construction saves space for installation.
It has a high load-bearing capacity for heavy-duty applications.
The gearbox offers a long service life with minimal maintenance.
It delivers high transmission efficiency, up to 96%.
The design ensures low noise and smooth operation.
It provides a wide range of precise transmission ratios.
Multiple mounting options are available (foot, flange, input shaft, hollow shaft).
The integrated casting housing enhances strength and stability.
Output torque Range: 1.4-5645Nm
Power Range: 012-22Kw
delivery Time: 1-3 days
Key Benefits:
The compact design saves valuable installation space.
High efficiency (up to 96%) reduces energy costs.
Quiet operation makes it suitable for noise-sensitive environments.
The durable construction ensures a long lifespan.
It works seamlessly with different motors and machinery.
Precise speed control is possible due to a wide ratio range.
Easy installation with multiple mounting options.
Stable performance under heavy loads minimizes downtime.
Tip:
The whole gearbox is warranted for one year.
The starting date of the warranty period is subject to the date of the product invoice.
Please present the invoice when repairing.
Beyond the warranty period, the company's maintenance center is still dedicated to serving you.
Free warranty does not apply to products that do not qualify under warranty terms.
Email: Chenyuetech@gmail.com, Whatsapp: +86 132 7517 8089
Innovative Integrated HousingThe compact YS-R Helical Reducer R97 stands out for its integrated housing design, which enhances structural integrity and ensures smooth, quiet operation. This innovation reduces vibration and noise, leading to improved working environments for industrial machinery applications.
Exceptional Efficiency and DurabilityEngineered from steel and die-cast for optimal strength, the R97 provides high operational efficiency while maintaining durability under continuous industrial stress. Its helical gear profile distributes loads evenly, prolonging the lifespan of both the reducer and connected machinery.
FAQ's of Compact YS-R Helical Reducer R97 Integrated Housing Smooth Transmission Low Noise:
Q: How is the Compact YS-R Helical Reducer R97 typically installed in industrial applications?
A: The R97 reducer is designed for easy integration into a variety of industrial machinery. Its compact, integrated housing allows for straightforward mounting, and its standardized dimensions support compatibility with existing systems.
Q: What are the main benefits of using a helical gear profile in this reducer?
A: A helical gear profile ensures smoother and quieter transmission of power compared to other gear types. This leads to reduced noise, less wear, and increased efficiency in demanding industrial environments.
Q: When is it advantageous to use the R97 model over other types of reducers?
A: The R97 is preferred when high torque output, low operational noise, and high efficiency are critical requirements. It's particularly beneficial for continuous or heavy-duty industrial operations where reliability is paramount.
Q: Where can the Compact YS-R Helical Reducer R97 be sourced directly from?
A: This reducer is manufactured and supplied by a reputable company in China and is available through direct manufacturer channels or authorized industrial suppliers, ensuring quality and genuine components.
Q: What process is used to manufacture the R97 reducer's housing and gears?
A: The housing and gears of the R97 are produced using precision die casting of high-grade steel, ensuring consistent quality, enhanced strength, and exceptional durability under heavy use.
Q: How can this reducer improve the efficiency of an industrial setup?
A: Due to its high efficiency and reliable design, the R97 reduces energy loss in transmissions, extends equipment lifespan, and lowers maintenance costs, providing tangible operational benefits for industrial users.