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During the operation of an NC automatic feeder, the feeding parameters can usually be adjusted in real time. The following introduces the implementation method, types of parameters to be adjusted, and precautions to be taken during adjustment:

Real time adjustment implementation method

Advanced control system: NC automatic feeders are generally equipped with high-performance CNC systems, such as those from brands like Siemens and Fanuc. These systems have powerful computing power and real-time processing capabilities, which can quickly respond to parameter adjustment instructions input by operators and immediately adjust the operating status of the feeder accordingly.

Sensor feedback: There are various sensors installed on the feeder, such as displacement sensors, speed sensors, etc. These sensors monitor the actual feeding situation in real time and provide feedback to the control system. The control system compares feedback data with preset parameters and automatically makes fine adjustments to ensure the accuracy and stability of feeding. At the same time, operators can manually adjust the feeding parameters based on the feedback information from sensors.

Real time adjustable parameter types

Feeding speed: During the feeding process, the feeding speed can be increased or decreased in real time according to the working rhythm of the processing equipment or the characteristics of the material. For example, when processing some softer materials, it may be necessary to reduce the feeding speed to prevent material deformation; For situations where high processing efficiency is required, the feeding speed can be appropriately increased.

Feed length: Adjust the length of each feed at any time according to the requirements of the processing technology. For example, when producing products of different specifications, different feeding lengths are required to ensure accurate material supply.

Feed spacing: For situations where intermittent feeding is required, the feed spacing can be adjusted in real-time to meet the time interval requirements between different processing steps.

Precautions for real-time adjustment

Adjustment range: Although parameters can be adjusted in real-time, the adjustment range should not be too large to avoid impacting the mechanical structure of the feeder or causing significant deviations in feeding accuracy.

Collaboration with processing equipment: When adjusting feeding parameters, it is important to ensure that they match the working status of the processing equipment to avoid situations where feeding and processing are not synchronized, which can affect production quality and efficiency.

Safety issue: When adjusting parameters, pay attention to observing the operating status of the feeder to ensure the safety of operators and equipment.