TECHNOLOGY Support
-
What Are the 3 Main Types of Battery Clips
The three main types of battery clips are F1 (flat tongue, 0.8mm thickness for 10-30A), F2 (forked design, 1.2mm copper for 15-50A), and alligator-style (spring-loaded, zinc-plated steel for 5-20A temporary connections), each optimized for ......
-
What Are the 7 Must-Know Standards for Cable Harness Assembly
Cable harness assembly must comply with IPC/WHMA-A-620 Class 3 for aerospace/medical use, requiring <1% defect rates. Critical standards include 30N pull-test crimps, 500V HiPot isolation, and 3:1 bend radius for stra......
-
what is customized wire harness
A customized wire harness is a tailored assembly of cables, wires, and connectors designed for specific applications, such as automotive, aerospace, or industrial equipment. These harnesses optimize space efficiency and pe......
-
5 Key Parts in a Car Harness Diagram
A car harness diagram typically highlights five essential components: wiring (12V-48V systems), connectors (4-12 pin types), fuses (5A-30A ratings), relays (30-40 amp capacity), and grounding points. Proper routing avoids interference, with......
-
Some details that automobile wiring harness design should pay attention to
Automobile wiring harnesses should use high-temperature (105-150°C) TXL/GXL wires, ensure 3-5mm bend radius, add corrosion-resistant seals at connectors, maintain 10-15cm slack near moving parts, and follow ISO 19642......
-
Advantages and disadvantages of modular design for wiring harness
Modular wiring harnesses improve assembly efficiency (30-50% faster) and allow easy repairs (plug-and-play connectors), but increase cost (15-25% higher) and may add weight (5-10% more) due to extra connectors and redundancy......
-
Car wiring layout should pay attention to
Car wiring should use 16-22 AWG gauge wires with PVC or Teflon insulation, routed away from heat sources and sharp edges, secured every 15-20 cm with looms or clips, and fused within 30 cm of the battery to prevent short......
-
Automotive wire harness assembly and maintenance process
Harness assembly follows IPC/WHMA-A-620 standards using crimping (0.1-0.3mm² tolerance) and ultrasonic welding for splices. Route with 10cm clearance from exhausts, secured by UV-resistant loom tubes. Test with 50......
-
The principles that must be followed in the design of automotive wiring harnesses
Follow ISO 1962/SAE J1128 standards for wire gauge selection (e.g., 12 AWG for high-current circuits). Route harnesses ≥100mm from heat sources and use corrosion-resistant sleeves in wet zones. Maintain bend radii ≥5......
-
Electrical wiring harness ground distribution and layout principles
Centralize ground points near power sources to minimize voltage drop (<0.1V under load). Use star-topology grounding for critical systems (ECU/sensors) to avoid ground loops. Separate analog/digital grounds, connecting them at ......
-
What Are the 4 Key auto wire harness arrangement principle
The 4 key auto wire harness principles are: maintain 50-100mm bend radius to prevent conductor damage, secure with clips every 200-300mm for vibration resistance, route at least 150mm from heat sources like exhausts, and use abrasion-resist......
-
What Are the 4 Key Principles of Door Harness Layout
The 4 key principles of door harness layout include maintaining 150-200mm service loops for window movement, using abrasion-resistant conduit in high-flex areas, routing wires at least 100mm from hinges to prevent pinching, and implementing......
-
what should we know about the LVDS and Cable
LVDS (Low-Voltage Differential Signaling) cables transmit high-speed data (typically 100Mbps–3Gbps) with low noise using 350mV differential signals. They feature twisted-pair wiring with 100Ω impedance matching to re......
-
A voltage rating is an evaluation based on research and experimentation that help determine how much voltage can be safely utilized by a particular device or form of wiring over the life of the device or wiring. For electrical and electroni......
-
Different Types of Electrical Wiring
Electrical wiring refers to the system of conductors and other devices that are used to carry electricity. The different types of electrical wiring that are used usually varies according to three factors: purpose, quantity of electricity to......
