4kw Servo Reducer
Hi everybody,
Welcome to our selection of zero-backlash servo reducers designed for 4 kW servo motors!
Our servo reducers are the ideal solution for applications requiring
low speeds and high torque, while maintaining the precision and control
of servo motors.
We strive to provide our customers with high-quality servo reducers from leading manufacturers in the industry.
Our zero-backlash servo reducers designed for 4 kW servo motors feature:
Precise control: Our servo reducers maintain the precision of servo motors.
High torque: Ideal for applications requiring high torque.
Low speed: Our servo reducers are perfect for low-speed applications.
Zero-backlash: Our servo reducers have zero-backlash, providing maximum efficiency.
Product Selection Guide
To help you select the best zero-backlash servo reducer for your 4 kW servo motor, we offer a product selection guide that highlights the differences between various models. Visit our website to find the perfect product for your application.
When connecting servo motors and reducers, it is important to use appropriate flange dimensions.
This ensures proper alignment and a stable connection between the
reducer and the motor. Although it is difficult to specify the reducer
flange dimensions for a 4 kW servo motor, there are general standards
and recommendations.
Connections between servo motors and reducers are typically made according to standards published by the IEC (International Electrotechnical Commission) and ISO (International Organization for Standardization). In particular, IEC 60072 and ISO 9409 standards ensure compatibility between motor and reducer flanges.
Flange
dimensions vary depending on the power of the servo motor and the size
of the reducer. Common flange dimensions used for a 4 kW servo motor
include:
Flange diameter: The outer diameter of the motor and reducer flanges is typically found in standard diameters such as 60 mm, 80 mm, or 100 mm.
Pilot diameter: At the center of the flanges, there is a circular protrusion that ensures alignment between the motor and reducer. The diameter of this protrusion is usually slightly smaller than the flange diameter.
Hole diameter and quantity: The diameter and number of screw holes used to secure the connection between the flanges are also important. For 4 kW servo motors, 4 or 6 screw holes are commonly used.
When selecting a reducer and servo motor, it is important to pay attention to the flange dimensions and connection details
specified by the manufacturer. Manufacturer catalogs and technical
documents will provide the necessary information for the correct flange
match and compatible connection.
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