Posts by hallinto

In the field of industrial automation or robot manufacturing, customized connectors and wiring harnesses are needed to meet specific application scenarios. This may involve design specifications, material selection, production processes, jne. Oil-resistant and wear-resistant cables imported from Japan are used, and customized services such as PVC, silicone, polyurethane, jne. are also available.

The wire harness manufacturing process involves several key stages, from design to testing. It starts with designing the harness to meet specific needs, then progresses to stripping, cutting, terminating, and assembling the wires and connectors. Automated machinery is often used for cutting, stripping, and crimping to ensure precision and efficiency. Finally, the harness undergoes quality control and testing to ensure functionality and reliability.

Applicable to Panasonic A5II, A5/A6 series economical servo motors, support encoder signal transmission and use in high-flexible drag chain environment, and can freely specify the length.
Contains power line, encoder line and brake line, compatible with 100W-1.0kW power range.

Servo motor connection cable assemblies. Prominent manufacturers include China Yaxun, Electro-Matic, Igus, and LAPP. These companies offer various solutions, including custom assemblies, cables for specific servo motor brands, and single-cable solutions that combine power and feedback.

I/O output harnesses for control signals are specialized wiring systems that facilitate the transmission of electronic signals between control devices and their respective peripherals. These harnesses, often used in industrial automation, robotics, and other applications, reliably transfer data, tehoa, and control signals.
‌Independent wiring principle‌: I/O output lines must be laid separately from input lines and analog signal lines to avoid sharing cables or the same path to reduce electromagnetic interference.

Electric vehicles can be charged using three main methods: Level 1 (slowest), Level 2 (mid-range), and Level 3 (DC Fast Charging, fastest). These methods differ in their voltage and charging speed. Level 1 uses a standard 120V outlet, Level 2 uses a 240V outlet, and Level 3 uses a DC fast charger, often found at public stations.

High-voltage cable shielding layers are designed to protect the cable and surrounding equipment from electromagnetic interference (EMI) and to provide a path for fault currents to ground. They are typically composed of either a braided wire shield, an aluminum foil tape shield, or a combination of both. Additionally, semi-conducting layers are used to even out electric stress within the cable.

Overmolding is a process where a plastic material is injected into a mold containing a pre-assembled connector harness, creating a protective outer layer that encapsulates the wires and connectors. This process, typically using injection molding, provides enhanced protection against environmental factors, improved strain relief, and can integrate complex shapes or textures.