Selecting a Dodge Gearbox in Texas Industrial Applications
As a mechanical device utilized to increase and decrease torque through the application of speed increases and reductions, a gearbox consists of at least two gears, with one gear powered by the motor. There is an inverse proportional relationship between the gear ratio and the speed of the gearbox. Cranes and conveyors are types of speed applications that commonly use gearboxes that have the capability to produce increased torque. One highly effective type of gearbox is the Dodge gearbox in Texas customers. At BK Industrial Solutions, we offer a selection of Dodge gearboxes designed to meet the needs of various applications.
In order to choose the right Dodge gearbox for your Texas industrial application, it is important to understand the features of these devices.
Features of a Gearbox
The gearbox consists of the driving gear circumcise linked to a driving mechanism. For example, the setup may include an electric motor or diesel engine connected to another smaller or larger diameter gear coupled to a driven mechanical load. If the speed of the driven mechanism is to be less than the speed of the driving mechanism, the second gearâ€™s diameter is larger. If the driven mechanism is to function at a higher speed than the driving mechanism, the second gearâ€™s diameter is smaller.
A Dodge gearbox in Texas industrial applications functioning as a mechanical motor attachment can produce the following:
- Transformation from motor high speed and load torque to motor low speed and high torque
- Transformation from motor low speed and high torque to motor high speed and low torque
- A chain or timing belt having a 1:1 gear ratio may be utilized to operate the gear head and minimize the motor vibration transfer to the load
Gearbox Selection Assistance
At BK Industrial Solutions, our experts can assist in your gearbox selection process. By choosing the ideal gearbox device, you can obtain the benefits of a mechanical motorized system that provides consistent high performance and efficiency.