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Volumetric feeding system
The spiral feeder detects the weight of the material passing through the weighing bridge to determine the weight of the material on the tape. The digital speed sensor installed at the tail continuously measures the operating speed of the feeder. The pulse output of the speed sensor is proportional to the speed of the feeder. The speed signal and weight signal are sent together to the feeder controller, and the microprocessor in the controller processes them to generate and display the cumulative/instantaneous flow rate. The flow rate is compared with the set flow rate, and the control instrument outputs a signal to control the frequency converter to change the driving speed of the feeder, so that the material flow rate on the feeder changes, approaches and maintains the set feeding flow rate, thereby achieving the requirement of quantitative feeding
1. Small size, light weight, simple and compact structure;
2. Easy installation and maintenance, low operating costs;
3. Low efficiency and high feeding capacity;
4. Low noise is beneficial for improving the working environment;
5. Low power consumption and high power factor;
6. This device operates in a resonant state, resulting in stable amplitude, reliable operation, and strong adaptability to various materials;
7. After adding a motor speed controller, the feeding amount can be easily and continuously adjusted without adjusting the eccentric block
The spiral feeder detects the weight of the material passing through the weighing bridge to determine the weight of the material on the tape. The digital speed sensor installed at the tail continuously measures the operating speed of the feeder. The pulse output of the speed sensor is proportional to the speed of the feeder. The speed signal and weight signal are sent together to the feeder controller, and the microprocessor in the controller processes them to generate and display the cumulative/instantaneous flow rate. The flow rate is compared with the set flow rate, and the control instrument outputs a signal to control the frequency converter to change the driving speed of the feeder, so that the material flow rate on the feeder changes, approaches and maintains the set feeding flow rate, thereby achieving the requirement of quantitative feeding
1. Small size, light weight, simple and compact structure;
2. Easy installation and maintenance, low operating costs;
3. Low efficiency and high feeding capacity;
4. Low noise is beneficial for improving the working environment;
5. Low power consumption and high power factor;
6. This device operates in a resonant state, resulting in stable amplitude, reliable operation, and strong adaptability to various materials;
7. After adding a motor speed controller, the feeding amount can be easily and continuously adjusted without adjusting the eccentric block
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