Most modern technologies are based on a reliable and high-quality wiring harness guide. A wire harness may look like just a bundle of wires tied together, but it can be considered the backbone of many modern operations that require electrical transmission.
A wire harness systematically organizes various insulated wires that distribute electrical current through a device, machine, or equipment. Common industries that prevalently utilize wire harnesses are the automotive and manufacturing sectors. It is primarily used to simplify and optimize a complex set of wiring systems.
Fitting a quality wire harness has proven to make the whole wiring system of any industry more efficient. Installation time is reduced in the assembly line because it allows the manufacturers to install the entire system as a whole instead of fixing the wires separately.
Utilizing a wiring harness also reinforces the system from external elements that could possibly cause damages and abrasion. It also prevents malfunctions and short circuits, since electronic cables are usually covered with flame retardant insulators.
Assembling a Wire Harness
Normally, the process of designing the wiring harness of a new electronic device or equipment begins with a wiring harness guide or schematic diagram which is typically drafted or designed by engineers. These diagrams serve as a guide during the manufacturing process and may have to go through different versions depending on the product chosen by the customer and the manufacturer.
Changes are quite normal during the manufacturing process, as certain parts may require certain modifications and updates to better match the product the harness will be installed in. A standardized wiring harness guide is usually followed during assembly and this is to ensure and maintain the best quality.
Step 1: Measuring and Cutting
Manufacturing facilities typically use automated machines that can prepare and measure the wires that will be used for the harness. These machines group the wires according to their specific type and purpose. The machines used by the manufacturers can perform accurately when it comes to measuring and sorting different parts.
Some machines can even twist and group the wires according to their specific uses. The ends of the wires are cut mechanically to ensure standard quality. This is necessary to connect wires to terminals or other components. Manufacturers enforce strict compliance with policies and protocols. This minimizes errors in terms of functionality and streamlines the assembly process with minimal room for error.
Step 2: Assembly and Testing
The assembly process is similar to any typical manufacturing operation you might see at a factory or plant. Workers assemble the unit based on the standard wiring harness guide that was designed by the engineers. They install, fasten, bind, and route the components into their proper designated places.
This process is usually done manually and designs vary depending on how simple or complex the wiring harnesses are. The electrical wiring harness must be subjected to quality inspections and tests before it can be validated for distribution. A wiring harness consists of several parts that perform different functions, so inspection of all parts is absolutely necessary to avoid post-distribution problems.