I-Pulse F3-12/16 Series: Tape Feeder 12/16mm

I-Pulse F3-12/16 Series: Tape Feeder 12/16mm P/N KLK-MC200-000

Brand Name :I-PLUSE

Product name: Feeder

Model Number：KLK-MC200-000

Condition:original new/used original

Lead time:1-3 Days

MOQ : 1 PCS

The principle of an I-Pulse Surface Mount Technology (SMT) feeder is based on the precise and efficient delivery of electronic components to the pick-and-place machine for accurate placement on printed circuit boards (PCBs). Here are the key aspects of how I-Pulse SMT feeders work:

1.Component Storage: Components are stored in various formats such as tape reels, trays, sticks, or bulk. Each type of feeder is designed to handle a specific component format. For example, tape feeders hold components in carrier tapes, while tray feeders store components in matrix trays.

2.Advancement Mechanism: The feeder advances the components to the pick-up position. In tape feeders, this is typically achieved using a sprocket or push mechanism that moves the tape incrementally, aligning each component with the pick-up point. For tray feeders, mechanical or pneumatic systems move the trays to position each component correctly.

3.Component Alignment: As components are advanced, the feeder ensures they are accurately aligned for the pick-up nozzle of the pick-and-place machine. This is critical for ensuring that components are picked up correctly and placed precisely on the PCB.

4.Pick-up Positioning: The feeder positions each component at a designated pick-up point where the pick-and-place machine’s nozzle can pick it up. The alignment and positioning mechanisms ensure that components are consistently located at this point.

5.Feeder Communication: Modern SMT feeders, including those used with I-Pulse machines, often have electronic interfaces that communicate with the pick-and-place machine. This allows the machine to control feeder operations, track component usage, and monitor the feeder’s status.

6.Synchronization: The feeder’s operations are synchronized with the pick-and-place machine’s movements. When the machine signals that it is ready to pick up a component, the feeder advances and aligns the next component in preparation.

7.Precision and Speed: I-Pulse SMT feeders are designed to operate with high precision and speed. They must reliably deliver components to the exact pick-up point in rapid succession to keep up with the high-speed operation of modern SMT lines.

8.Adjustment and Flexibility: Feeders can often be adjusted to handle different component sizes and types. This flexibility is important for accommodating a wide range of electronic components used in PCB assembly.

By following these principles, I-Pulse SMT feeders ensure that components are delivered accurately and efficiently to the pick-and-place machine, enabling the high-speed and precise assembly of electronic circuits.

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