Harness Machining Impedance Problem

When processing wire harnesses, wire harness processing plants should ensure quality in addition to technical requirements. It is inevitable that wire harness processing will encounter impedance difficulties. So how do we prevent it? Autodesk has rich experience in wire harness processing, there is a system plan in the wire harness machining impedance.

As far as the processing of a single wire harness is concerned, the test can be completed as long as the connectors at both ends of the wire harness are connected with the test extension interface respectively, and the test can be completed after learning function or compiling the test program. However, there are many problems to be considered in the test of clutter equipment system integrated wiring. There are many specifications and types of primary connectors. Electrical connectors of the same type have different head holes, seat pins, head pins and seats, and the number of connectors (or pins) is also different, how to deal with the test instrument and these connectors and the maximum power to complete the test requirements is the primary problem in this process.

Using the three-dimensional process electronic card and wire harness installation video animation output by the system can provide good on-site guidance to mechanical and electrical product installation workers, which has a significant teaching effect and can effectively reduce the repeatability of wire harness installation, improve the production power of wire harness processing and installation.

After the above analysis of wire harness machining impedance problems, to prevent wire harness machining problems, improve the operating power.

Autodesk is committed to providing customers with strong and competitive wiring harness, automotive wiring harness, wiring harness processing, wire harness factory, wiring harness processing factory, automotive wiring harness manufacturer and cable assembly design, production and final testing services. Products are widely used in new energy, mechanical equipment, special vehicles, automobile modification, industrial equipment, data communication, household electronics and other fields.