Niestandardowa płaska szyna miedziana

√  Płaski profil oszczędza miejsce i umożliwia łatwą instalację.

√  Minimalny opór elektryczny zapewniający optymalną efektywność energetyczną.

√  Solidna konstrukcja gwarantuje długotrwałą niezawodność.

√  Nadaje się do stosowania wewnątrz i na zewnątrz, nie ulega degradacji.

√  Można dostosować szerokość, grubość i długość do konkretnych potrzeb.

Wiodący producent płaskich szyn miedzianych

Jako producent płaskich szyn zbiorczych z miedzi specjalizujemy się w dostarczaniu wysokiej jakości produktów znanych ze swojej doskonałości w zakresie przewodności, trwałości i wszechstronności. Nasze szyny zbiorcze, wykonane z materiałów miedzianych, są starannie zaprojektowane, aby spełniać najwyższe standardy branżowe.

Advanced production process of flat copper busbar:

1. Material pretreatment
6 sets of precision straightening rollers are used to straighten the copper strips, synchronized with ultrasonic cleaning (cleaning cotton is automatically replaced every 80m)

2. Cold extrusion molding
Through the multi-stage cold extrusion mold (die hole precision ± 0.01mm) will be round copper wire calendering to the target cross-section, molding process control temperature ≤ 50 ° C.

3. Short-circuit annealing
DC annealing process (1-35A/7-11V), with 25-37 ℃ dynamic circulation of pure water cooling system, eliminating processing stresses

4. Surface treatment
Optional 3M insulating material coating or micron-level plating (tin / silver), coating curing using three-stage temperature control (80 ℃ → 120 ℃ → 160 ℃)

5. Intelligent detection
Integrated online spectral analysis (component detection) and X-ray flaw detection (defect detection rate ≥ 99.9%)

Zalety płaskich szyn miedzianych:

1. Efficient conductivity
Laminated structure design, compared with the solid busbar to enhance 30% of the current-carrying capacity, the skin effect is reduced by 40

2. Space optimization
Flat structure to achieve 90% space utilization, suitable for 600mm ultra-narrow cabinet layout.

3. Thermal management breakthrough
Honeycomb hollow design reduces weight by 40%, and with forced air cooling system, temperature rise is controlled within 35K.

4. Environmental Tolerance
-40 ℃ ultra-low temperature coating technology to ensure the stability of conductivity in cold environments, 125 ℃ high temperature insulation layer to maintain ≥ 100MΩ impedance

5. Intelligent integration
Support PCB pre-drilling (± 0.01mm positioning accuracy), automated assembly efficiency by 60%.

Flat copper busbar Application:

• New Energy: Photovoltaic Inverter Busbar – Wind Power Pitch System | Vibration Resistant Design (ANSYS Verification) – Salt Mist Resistant Coating |
• Rail Transportation: High Speed Railway
• Rail Transit: High Speed Rail Traction Converter-Metro Power Supply Busbar | 3000A Class Current Carrying – Seismic Class 9
• Data Centers: Server Cabinet Power Distribution | Class C Fireproof Insulation – Electromagnetic Shielded Structure
• Industrial Manufacturing: CNC Equipment Power Modules – Industrial Robot Power Supply Systems | Flexible Connection Design – IP54 Protection Grade
• Smart Grid: Digital Substations – Intelligent Distribution Cabinets | IoT Sensor Integration – Real-Time Temperature Monitoring

Technology Development Trends

1. Material innovation: copper-aluminum composite busbar research and development has achieved a weight reduction of 35%, 20% lower cost
2. Manufacturing upgrades: fully automated production line to achieve 600mm × 15mm large cross-section of a single molding, 300% increase in production capacity
3. Functional integration: intelligent busbar embedded with fiber optic sensors can realize multi-parameter monitoring of temperature, current and deformation.
4. Green manufacturing: electrolytic polishing wastewater recycling rate of 95%, unit energy consumption reduced to 60% of the traditional process.

At present, we have launched Flat-PLS series products supporting 5500A current, supporting intelligent connection system can increase the installation efficiency by 80%. Customiers are advised to focus on the matching of current-carrying capacity and temperature rise when selecting a model, and prioritize manufacturers that have passed the IEC 61439-2 certification.