466721-2

Crimpers, applicators and presses all have important functions in certain manufacturing and industrial settings. The 466721-2 is a specific crimper, applicator and press specifically designed to make two-piece products and assemblies. It is primarily used in controlled assembly applications, which are widely used in industrial, medical, aerospace and tactical industries.

The 466721-2’s crimping capabilities are especially known for precise, repeatable crimps on a wide variety of ferrule and receptacle styles. It can also be placed into any workstation for in-line or changeover applications, allowing for high production rates with increased accuracy. Additionally, the machine can be reconfigured for future applications, such as the placement of multi-head or air-operated options.

The applicator portion of the 466721-2 is a multiple station operation, meaning the application of the terminal or connector is completed before the assembly progresses to the crimping phase. Its press mechanism is a static, as opposed to a traveling, press mechanism. The press, located at the end of the machine, is responsible for crimping the pin or barrel.

The working principle of the 466721-2 is largely based on the principles of electromechanics. The machine\'s controller is designed to receive electrical signals from the operator, and the various motors, cylinders, and relays act in response to the control system commands. The controller is responsible for applying the power to both the drive motors and the press. The motors then actuate the acme screw to move the table and the bedplates, and the applied force causes the pin or barrel to be crimped.

In addition to its applications to controlled assembly processes, 466721-2 can also be used as a crimper, applicator and press for closed-end cable connectors and for crimping contact pins or terminals on printed circuit boards. This versatility makes the 466721-2 a valuable tool for a wide variety of industries. It is a reliable, accurate and safe choice for many automation and assembly tasks, and is suitable for both low-volume and high-volume applications.