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Modèle: Electric Control System
marque: HTD
Origin: CHINE
Lieu d'origine: CHINE
Positionnement du produit :
La barre omnibus de l'unité de distribution haute tension HTD sert de composant conducteur principal à l'intérieur de l'unité de distribution d'énergie (PDU/BDU). Fonctionnant à la fois comme « squelette » et « vaisseau sanguin » du système de distribution, il collecte efficacement le courant élevé du circuit principal tout en distribuant avec précision l'énergie à plusieurs sous-circuits grâce à sa conception multibranches intégrée. Fabriqué à partir d'alliages cuivre/aluminium à haute conductivité et d'une technologie avancée de moulage d'inserts, il atteint une faible impédance, une capacité de transport de courant exceptionnelle et des indices d'isolation élevés dans un espace compact.
Paramètres de performance clés du moulage par insertion :
| Category | Specific Parameters | Test Standard |
| Conductive Material | T2 copper (nickel/tin plated), High-purity aluminum (AL1000 series), Copper-aluminum composite | ASTM B209 / GB/T 5585.1 |
| Rated Voltage | Max. working voltage: DC 1500V / AC 1000V | IEC 60947 |
| Current-Carrying Capacity | Continuous current 250A – 5000A (section-optimized), Peak current ≥ 1.5x rated value, Temp. rise ≤ 40K (@25℃) | Enterprise standard / Thermal simulation |
| Insulation Performance | Withstand voltage ≥ 3000V AC (50Hz), Protection class IP67, Comparative Tracking Index CTI ≥ 600V | ISO 20653 / UL 746 |
| Structural Design | Integrated multi-branch topology, with mounting base and anti-loosening features, supports bolted/laser welding | Real-cabinet vibration test (IEC 60068-2-6) |
| Connection Method | Bolted connection (torque accuracy ±0.5N·m, sizes M6-M16), Optional laser welding (penetration ≥0.5mm) | IEC 60947 |
| Lightweight Benefit |
Aluminum solution weight reduction ≥30% vs. equivalent copper, Cu-Al composite reduction ≥35% | Real-cabinet comparison |



| Step | Core Process | Key Technical Points | Output Standard |
| 1 | 3D Design & Simulation | Electrical topology & thermal simulation, Mold CAE flow analysis | Current, temp. rise, insulation meet design specs |
| 2 | Precision Stamping & Bending | Multi-station progressive die, Variable cross-section, Precision bending | Dimensional tolerance ±0.1mm, Burr/crack free |
| 3 | Connection & Pre-assembly | Laser welding/Bolt pre-tightening, Insert nut pressing | Connection resistance deviation ≤3%, False weld rate<0.1% |
| 4 | Insert Molding | PPS/PA material, Precise mold temp. control, Retractable supports | Insulation layer free of voids/sink marks, Withstand voltage ≥3000V AC |
| 5 | Full Performance Test | Loop resistance, Partial discharge, Temp. rise cycle, Salt spray test | Defect rate ≤0.1%, Full MES data traceability |
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