There are several transmission methods for modern high-precision dynamic balancing machines?
Published:
2020-03-12 10:58
Nowadays, science and technology are more and more developed, and the transmission methods of high-precision dynamic balance machines are also emerging. The different transmission designs will also affect the support methods of dynamic balance machines. Let us explain in detail the transmission methods of high-precision dynamic balance machines.
1. Horizontal double supporting ring belt transmission mechanism. This type of transmission mechanism has two support frames arranged symmetrically on the left and right center lines. The two support frames are arranged left and right respectively to measure the position of the workpiece bearing support point. The high-precision dynamic balancer measures the rotation of the workpiece by using a belt drive supported on both sides. The dynamic balancing machine has simple operation, reliable operation and high balancing accuracy. In the automatic positioning state, the dynamic balancing machine can automatically position and measure the angle of the workpiece imbalance and stay at a preset position. Compared with the traditional balancing machine with a traditional loop-belt mechanism, this balancing machine eliminates the operator's operation of finding an unbalanced angle, and has a very high measurement efficiency. Its measurement efficiency is equivalent to two traditional dynamic balancing machines. In recent years, high-precision dynamic balancing machines of such mechanisms have been widely used.
2. Horizontal single support ring belt transmission mechanism. The high precision of the horizontal single support ring belt mechanism is arranged in the adjustment area of ??the measuring table with professional design tooling. The horizontal single supporting ring dynamic balancing machine with a simple operation, high measurement effect, reliable and accurate measurement. The balancer can adjust the direction of rotation and automatically stops at a preset position when an unbalanced position is detected.
3. Vertical transmission mechanism The vertical transmission mechanism evolved from the horizontal transmission mechanism. This high-precision dynamic balancing machine can accurately position and measure the position of the imbalance of the workpiece under automatic operation and stay at a fixed position. The operation is simplified when presetting the position.
This article is provided by Guangzhou Zhuoxuanjin Machinery Equipment Co., Ltd. The company specializes in the design, development and sales of automatic balancing machines, automatic positioning dynamic balancing machines, self-driven full-automatic balancing machines, loop-driven balancing machines, universal joint balancing machines Horizontal dynamic balance machine, vertical dynamic balance machine, on-site dynamic balance instrument, etc., you can also develop various types of dynamic balance machine according to your requirements.
You can also contact our online customer service (qq: 3233915463 // phone: 18933956581 // landline: 020-36969823) We will serve you wholeheartedly and look forward to your contact.
Related news
2018-12-03
In addition, if you need to buy a balance test machine, please contact us directly.
2018-12-03
Safety operation of the rotor of the motor to be balanced
電機轉子裝配工的一般操作規程如下: 1、工作前，整理場地，放穩各零、部件，并檢查裝配使用工具和工作環境是否安全良好。 2、吊放電機機座、底板、定子、轉子、軸承等大型部件時必須放好方箱或墊木...
2018-12-03
Rubber roller dynamic balancing machine customer site
Mainly used in the balance correction of high-speed rotating workpieces in various household appliances
2018-12-03
Mainly used in micro-motor rotors, such as automotive motors, household electrical appliances, micro-motors
2018-12-03
[Guangzhou Zhuo Xuanjin] balance machine application range
Dynamic balancing machines are widely used and can be divided into ten categories
2018-12-03
Guangzhou Zhuo Xuanjin various balance machines and their application range
Mainly used in the balance correction of high-speed rotating workpieces in various household appliances, cooling fans, motors, generators, pumps, automobiles, printing, rollers and other industries.