Previously, we introduced the selection of servo WPEX155-250,WPEDX40-70,WPEDX50-80,WPEDX60-100,WPEDX70-120 planetary reducers. Today, the editor will introduce the key points of bracket selection for worm gear reducers. I believe those who are familiar with reducers know how important the bracket for worm gear reducers is for reducers. Let's give you a brief explanation:
The installation principle of the worm gear reducer is to determine the reducer bracket model based on the size of the output shaft diameter of the worm gear reducer. As long as the interface form and size match, the output shaft size of the reducer can be floating up and down within a certain range for the reducer bracket model. If a gearbox bracket with a connecting plate is selected, and the installation size of the gearbox does not match the gearbox bracket, the gearbox manufacturer can adjust the connection between the connecting plate and the gearbox within a certain range to meet user requirements.
Without pivot point machine reinforcement, the machine reinforcement itself has no axis support point. The mixing shaft is a stirring device that uses the two supporting bearings of the output shaft of the worm gear reducer as the force support points, and can be used to transmit small power, without or only under small axial loads, and with less intense stirring. The connection between the mixing shaft and the reducer must use a rigid coupling.
That's all for the selection of the bracket for the worm gear reducer. After reading the above content, I believe everyone has a more thorough understanding of the bracket selection. In the future, when facing multiple reducer suppliers, they can also know what they need very well.
