-
E-mail
lichulang@163.com
-
Phone
13937391389
-
Address
Li Village Industrial Zone, Weibin District, Xinxiang City
Product Categories
Xinxiang Shouchuang Machinery Co., Ltd
YSCL Vertical Vibration Motor
NegotiableUpdate on 07/01
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
YSCL Vertical Vibration Motor
Product Details
The YSCL series vibration source three-phase asynchronous motor is a universal power source for various types of vibration machinery, consisting of a specially designed motor and an excitation block. When the YSC motor rotates, the excitation block generates excitation force, which is transmitted to the vibrating machinery through the motor foot. When the YSCL motor rotates, the excitation block generates rotational inertia force, which is transmitted to the working part of the vibrating machinery through the disk parts of the motor housing. The working part simultaneously generates horizontal, vertical, and inclined three-dimensional motion.
YSCL upright vibration motor is an ideal excitation source for various types of flat or compound rotation, such as rotary vibrating screens, rotary grinding machines, vibration polishing machines, vibration mixers, etc.
advantage:
The vertical vibration source three-phase asynchronous motor mainly consists of a specially designed vertical motor and upper and lower oscillators. The assembly method adopts advanced single flange structure connection, which makes the vertical vibration motor have the following advantages:
1. Small size, light weight, and quick start-up;
2. Low noise, low energy consumption, and high efficiency;
3. The excitation force is easy to adjust infinitely and has a wide adjustment range, with no mechanical transmission of vibration;
4. Easy installation, simple maintenance, and long lifespan.
Partial principle:
Multiple excitation forces in horizontal, vertical, and inclined directions that are easy to adjust are generated by the operation of the motor itself, forming a rapid planar dispersion and centering of the material
Multiple motion modes such as heart gathering, plane rotation, and three-dimensional rotation are used to control mechanical performance indicators such as discharge speed and processing accuracy. With its unique structural characteristics, it adapts to different mechanical requirements for vibration sources.
Common specifications, technical parameters, and dimensions:
