Green plate rolling machine main drive gearbox with a cylindrical housing and mounting feet

Plate Rolling Machine Main Drive

Application-specific main drive gearbox for the rolling mechanism of a plate rolling machine.

Input Power
90 kW
Input Speed
390–1450 rpm
Actual Gear Ratio
55.68

Product Overview

Built for industrial drive duties.

The Plate Rolling Machine Main Drive transmits power to the machine’s rolling mechanism. By reducing the drive input speed, the gearbox provides the mechanical transmission needed for the rolling operation.

The specified input power is 90 kW, with an input speed range of 390–1450 rpm and an actual gear ratio of 55.68. These parameters define the documented operating input and reduction ratio of this drive.

When matching the gearbox to a machine, the required rolling speed, operating torque, starting load, and duty cycle should be reviewed. The connection to the driven mechanism and available installation space should also be checked to establish the mechanical interface.

01

Dedicated main transmission for a plate rolling machine

02

Speed reduction between the drive input and the rolling mechanism

03

Specified for an input speed range of 390–1450 rpm

Technical Data

Core product data.

Review the available models, operating range and interface options before requesting detailed selection information.

Input Power
90 kW
Input Speed
390–1450 rpm
Actual Gear Ratio
55.68
Application
Plate rolling machine main transmission

Final selection depends on operating conditions, service factor and the required installation arrangement.

Application Context

Typical Applications

01Plate rolling machine main drive

Technical Documents

Product Downloads

Access available product documents or request configuration-specific technical information from our engineering team.

PDFDrive Technology CatalogDownload
DOCTechnical Data SheetAvailable on requestRequest
DOCDimensional DrawingAvailable on requestRequest

Engineering Support

Need help confirming the right configuration?

Share your operating conditions, power, torque, ratio and installation requirements with our engineering team.