For those design engineers who are looking to select the right components for application, the gear motor is among the very tough components to source out. There are a lot of types of motors and gear motors in the market that is screaming for your attention and in promising to be the most efficient with the highest quality and even boasting about high precision. Bauer gear motor is one of the gear motors competing in the market. In order for you to have a clearer grasp on how to rate every brand in the market, here are some of the important considerations.
- Determine the application requirements. You may use an application for this process.
- Next, select the motor type. You may use a motor quick reference guide.
- After, select the matching speed as well as torque output for the gear motor.
- Ensure that application yield strength and pull the torque match the application requirements. You may use vendor specifications and gear motor curve.
As the selection for the gear motor or motor starts, the designer should gather every relevant technical as well as commercial requirement. This main step is frequently ignored but it’s considered to be a very critical aspect in the process of design. The collected design inputs information which shall be utilized in the process of selection and will eventually serve as basis for the ideal motor to be used in the application. The failure with gathering correct inputs usually leads the designer on an unintentional route. Hence, it is very much useful to utilize the Application Checklist when developing motor specification. The parameters together with the project specific requirements will help you with the selection process navigation.
Next, the motor technology type must be considered by the designer as to which should best suit the application intended. With the design inputs, the Quick guide reference on motors could be used in the selection matrix and is the first step in the decision making process. This particular reference guide specifies 4 common types of motor and affords general info to be considered when selecting every type of motor. Since every application possess its very own distinctive characteristics, it’s quite imperative to identify which parameters are more important in the application which is under consideration. For the duration of the selection process of the motor, by simply observing at the needed speed as well as the application’s torque, it must be evident if the motor which the designer has chosen will require a gearbox in meeting the needed requirements. If gear motor is necessary in the process of application, there would be another complexity level added and there will be many additional criteria needed for evaluation.
Conceptually speaking though, gear boxes and motors can be matched and mixed as needed in order to ensure the best fit in the application. However, eventually, a complete gear motor is the main driving factor.