As automobile safety and comfort continue to improve, the number of automobile system circuits has also increased accordingly, which inevitably leads to an increase in the number of wires. Therefore, the increase in wire harness weight has become a matter of concern.
As automobile safety and comfort continue to improve, the number of automobile system circuits has also increased accordingly, which inevitably leads to an increase in the number of wires. Therefore, the increase in wire harness weight has become a matter of concern.
The assembly of automotive wiring harnesses is divided into two processes: subassembly and assembly
Subassembly process: mainly the assembly of electrical components.
1. Plug-in;
2. Install secondary locks/blind plugs/blind bolts.
Assembly process: mainly the assembly of coverings and fixings.
1. Assembly of coverings: winding of tape; installation of various tubes (corrugated tubes/PVC tubes/fiber tubes); installation of sheaths; 2. Installation of positioning parts/brackets.
The assembly of automotive wiring harnesses is divided into two processes: subassembly and assembly
Subassembly process: mainly the assembly of electrical components.
1. Plug-in;
2. Install secondary locks/blind plugs/blind bolts.
Assembly process: mainly the assembly of coverings and fixings.
1. Assembly of coverings: winding of tape; installation of various tubes (corrugated tubes/PVC tubes/fiber tubes); installation of sheaths; 2. Installation of positioning parts/brackets.
A harness is a system used to connect load sources to service devices, where the load source is usually a user device or other electrical device. In a broad sense, any upper-level device can be considered a load source for the lower-level device. In telephone communications, load sources are usually called call sources. The number of service devices in a harness is the harness capacity. Figure 1 shows a schematic diagram of a harness, which shows that the harness has a capacity of V and provides services to N load sources. Each load source that places a call has the opportunity to occupy an idle service device in the harness.
A harness is a system used to connect load sources to service devices, where the load source is usually a user device or other electrical device. In a broad sense, any upper-level device can be considered a load source for the lower-level device. In telephone communications, load sources are usually called call sources. The number of service devices in a harness is the harness capacity. Figure 1 shows a schematic diagram of a harness, which shows that the harness has a capacity of V and provides services to N load sources. Each load source that places a call has the opportunity to occupy an idle service device in the harness.
With the continuous development of the Internet of Things + technology, the application of wiring harnesses has become more and more extensive and convenient, which has driven the development of related industries and continuously improved the productivity of equipment. More and more wiring harness custom manufacturers have emerged. For wiring harness buyers, purchasing high-quality and low-cost products is what customers have always pursued.
With the continuous development of the Internet of Things + technology, the application of wiring harnesses has become more and more extensive and convenient, which has driven the development of related industries and continuously improved the productivity of equipment. More and more wiring harness custom manufacturers have emerged. For wiring harness buyers, purchasing high-quality and low-cost products is what customers have always pursued.
The wiring harness processing engineering and technical team mainly includes: product size drawing, product BOM details and usage, and mechanical and physical properties of product raw materials in the customer drawing design. The mechanical and physical properties of wiring harness processing mainly include the number of bending times of raw materials, terminal tension test and resistance value of raw materials. The number of bending times and terminal tension test can refer to the wiring harness processing documents of Heling Industry.
The wiring harness processing engineering and technical team mainly includes: product size drawing, product BOM details and usage, and mechanical and physical properties of product raw materials in the customer drawing design. The mechanical and physical properties of wiring harness processing mainly include the number of bending times of raw materials, terminal tension test and resistance value of raw materials. The number of bending times and terminal tension test can refer to the wiring harness processing documents of Heling Industry.
As people's requirements for quality of life increase, the safe use of wires, as an indispensable accessory of life, has received increasing attention. Although the ISO9000 safety certification system has been popularized, there are still a large number of unqualified products in the wire and cable market. The existence of these products has seriously affected the healthy development of the market and violated the principle of UL certification. In order to ensure the quality and safety of customers' products, Heling Electromechanical conducts strict inspections on incoming wires, including the following aspects......
As people's requirements for quality of life increase, the safe use of wires, as an indispensable accessory of life, has received increasing attention. Although the ISO9000 safety certification system has been popularized, there are still a large number of unqualified products in the wire and cable market. The existence of these products has seriously affected the healthy development of the market and violated the principle of UL certification. In order to ensure the quality and safety of customers' products, Heling Electromechanical conducts strict inspections on incoming wires, including the following aspects......
Nowadays, the relevant departments that study electronic products are constantly introducing advanced production concepts of electrical equipment to innovate and improve the existing electrical equipment system. As an emerging equipment connection product, the birth of connecting wire products undoubtedly provides convenience for the application of large-capacity power plants.
Nowadays, the relevant departments that study electronic products are constantly introducing advanced production concepts of electrical equipment to innovate and improve the existing electrical equipment system. As an emerging equipment connection product, the birth of connecting wire products undoubtedly provides convenience for the application of large-capacity power plants.
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