Alloggiamento per l’alimentazione di energia

Battery tray and power electronics in CAD representation

Vengono utilizzate diverse tipologie di corpo per proteggere dai fattori ambientali esterni i componenti elettronici, come il sistema di batterie o l’elettronica di potenza, e per fissare i componenti all’interno dell’abitacolo garantendone il funzionamento corretto quando il veicolo è in funzione. I requisiti di tali corpi dipendono dal sistema elettronico e dal sistema di trazione. Attualmente si impiegano diversi materiali e processi di produzione.

CARATTERISTICHE

  • Componenti instabili dalle pareti sottili (suscettibili alle vibrazioni)
  • Struttura a vasca colata o a telaio dotata di profili cavi
  • Alluminio parzialmente a basso contenuto di silicio
  • Di grandi dimensioni (2 x 3 m)
  • Principalmente operazioni di foratura, fresatura e filettatura
  • Requisiti di precisione e di superficie per i passacavi e i collegamenti di raffreddamento


Tool overview

  • Tool overview for the machining of aluminium structural parts
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    Standard programme for the machining of aluminium structural parts

    • Highly positive cutting edge geometry
    • Reduced cutting forces
    • Low vibration cut
  • OptiMill-SPM-Rough
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    OptiMill-SPM-Rough

    • Low vibration roughing with deep cutting depth
  • OptiMill-SPM
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    OptiMill-SPM

    • Ideal for making openings or pockets
    • Solid carbide design or with brazed PCD cutting edges
  • OptiMill-SPM-Finish
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    OptiMill-SPM-Finish

    • Finishing of great depths in one go
    • Strong performance with high wraps
  • Tritan-Drill-Alu
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    Tritan-Drill-Alu

    • Creation of core holes
    • Three cutting edges for the highest feed rates
    • Highest positioning accuracy through self-centring cross cutting edge
  • DRILLING WITH LOWER CYCLE TIME  MEGA-Drill-Alu solid carbide drill
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    MEGA-Drill-Alu

    • Solid carbide drill
    • Drilling with lower cycle time
    • Focus on chip formation
    • Effective drilling processes with a larger number of equal diameters
  • ROUGHING AND FINISHING OF FACE SURFACES ƒ FaceMill-Diamond-ES PCD face milling cutter
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    FaceMill-Diamond-ES

    • PCD face milling cutter
    • Roughing and finishing of face surface
    • Machining face surfaces with different stock removal using a single tool
    • Roughing and finishing operations possible
  • MILLING VARIOUS DIAMETERS ƒ OptiMill-Diamond-SPM PCD milling cutter
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    OptiMill-Diamond-SPM

    • PCD milling cutter
    • Circular milling operations of various diameters and surfaces
    • Less tool changes thanks to flexible tool deployment
  • Corner Milling cutter Pocket milling of aluminium materials
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    OptiMill-Alu-HPC-Pocket

    • Corner milling cutter
    • Pocket milling of aluminium materials
    • Optimum chip removal
    • Optimum stability
  • PCD milling cutter overview
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    PCD milling cutter overview

  • PCD milling cutter with alternately arranged cutting edges
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    PCD milling cutter with alternately arranged cutting edges

    • Low cutting forces over the entire machining depth
  • Spiralled PCD milling cutter
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    Spiralled PCD milling cutter

    • Finishing of thin-walled structures
  • PCD Helix milling cutter
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    PCD Helix milling cutter

    • Trimming with a large cutting depth
  • PCD face milling cutter
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    PCD face milling cutter

    • Face milling for a cutting depth of up to 10 mm
    • Creation of defined surface profiles for sealing and contact surfaces

Case studies from the energy supply sector


Other electrified components