690462-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 690462-1 application field is widely used in various industries ranging from automotive and electronic assembly to industrial fabrication. The device is commonly utilized for crimping, press-fitting, and joining conductive materials. This includes such materials as wires and cables, wiring harnesses, insulation, heat shrink tubing, and data lines. The 690462-1 is a sturdy tool designed to provide reliable, dependable operation and to reduce or eliminate manual labor.The 690462-1 is powered by either a hand-held drill or a foot-operated press. This flexible choice allows for maximum efficiency and safety in a variety of settings. The 690462-1 works by applying a set amount of pressure to a material, creating a mechanical bond or crimping. It does this by driving the material into a set of dies, which form a strategic pattern that creates a secure and uniform hold. It is important to note the die selection that is appropriate for the specific project and to verify the selected die is compatible with the 690462-1.In addition, the 690462-1 works by taking advantage of electric currents, by using wire to complete an electrical circuit. To properly use the device, copper wires or copper-plated wires need to be connected to the inner and outer parts of the die. By doing so, the electric current is then able to travel through the wire and activate the necessary components. This process creates enough pressure to connect and secure the material inside the die.The 690462-1 is a reliable tool that can be an integral part of any assembly or manufacturing process. It is designed to save time, reduce the need for manual labor, and provide a secure connection between two materials. Its application field is quite broad, allowing for its utilization in many different industries and tasks. With the right and careful selection of die, the 690462-1 can help ensure that a secure finish and dependable performance are guaranteed.

The specific data is subject to PDF, and the above content is for reference