Capacitive nut energy storage welding machine

Can a nut & part feeder be integrated into a welding system?

The Capacitor Discharge (CD) Resistance Welding process allows for nut and part feeders to be easily integrated into the system. This welding process utilizes stored energy rather than conventional methods which use direct demand on incoming power, resulting in very short welding times – typically in 10 milliseconds or less.

What is capacitor discharge stud welding equipment?

The line of Capacitor Discharge stud welding equipment from Nelson ® represents state-of-the-art technology for small diameter fastening to light gauge metals. Three different model offerings allow for the most economical solution to application demands. The microprocessor-controlled system achieves maximum weld control and operator safety.

What is capacitor discharge resistance welding?

Capacitor Discharge Resistance Welding is a welding process ideal for mass produced products in the automotive, appliance, and electrical sectors*. The controller in this process features an extensive data collection system capable of storing 100,000 records, including graphs and important parameters, and the complete welding program.*

Which thyristor is used in welding machine?

1.Pure copper output: The positive and negative outputs all use copper output to increase the output performance and service life of the welding machine. 2.Flat-type thyristor: The core component is upgraded to a flat-type thyristor and linked to the copper plate underneath, which greatly improves the welding performance.