Hollow shafts up to 740 mm

Tolerancyjne

MHGE

  • Enkoder inkrementalny
  • Tolerancja osiowa ± 3 mm
  • Tolerancja promieniowa do 2,2 mm
  • Wał do ø 740 mm
  • Elastyczny montaż koła biegunowego
  • Wariant morski z dopuszczeniem DNV-GL
  • Sterowniki mocy do dużych długości linii 
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Hollow shafts up to 340 mm – ultra-high resolution

Bardzo wysoka rozdzielczość

MHGP

  • Enkoder inkrementalny z wydajnym przetwarzaniem sygnału
  • Do 524288 okresów sinusoidalnych na obrót
  • Średnice wałów do 340 mm
  • Tolerancja osiowa ±3 mm
  • Tolerancja promieniowa do 2,2 mm
  • Elastyczny montaż koła biegunowego
  • Sterowniki mocy dla dużych długości linii
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High-resolution magnetic belt encoder for large shaft diameters – Flexible magnetic belt mounting – for shafts up to 3183 mm  – Incremental – for shafts up to 3183 mm – Quasi-absolute – for large shafts up to 3183 mm – Flexible magnetic belt mounting – for shafts up to 3183 mm

유연함

MIR3000F

  • Enkoder inkrementalny z opatentowaną technologią taśmy napinającej
  • Wał do ø 3183 mm
  • Łatwy do późniejszego doposażenia
  • Efektywne przetwarzanie sygnału zapewniające najwyższą jakość sygnału
  • Tolerancja osiowa ± 5 mm
  • Tolerancja promieniowa do 3 mm
  • Maks. 131072 impulsów 
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Absolute bearingless encoders – Hollow shafts up to 340 mm – high resolution

앱솔루트

MHAP 100/200/400

  • 앱솔루트 싱글턴 엔코더
  • 최고의 신호 품질
  • 최대 524288 임펄스
  • 최대 17비트 ST 분해능
  • 최대 ø340mm의 축
  • SSI + HTL/TTL/SinCos 인터페이스
  • 유연한 플라이 휠 어셈블리 
     
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Your benefits
  • Low development and manufacturing costs
    • With flexible shaft diameters up to over 3 m, the encoder adapts to your installation design and not vice versa
  • Excellent speed quality thanks to precise magnetization
    • High-precision magnetic wheels thanks to long-year magnetization expertise
    • Unique signal processing for ultra-high resolving encoders
  • Reliable long-term operation even under extreme conditions
    • Wear-free non-contact magnetic sensing
    • Resistant to dirt
    • Resistant to shocks and vibration
  • Long-term high IP protection
    • The bearingless design allows for high and yet cost-efficient IP protection
    • Even at high speed the encoder is protected against water and dust ingress
    • Improved robustness by electronics being decoupled from moving parts
  • Immune to shaft currents
    • Particularly in rotary encoders installed at powerful electric drives, ball bearings may be damaged by shaft currents
    • The sensor head being decoupled from shaft will solve the problem
  • Compact machine construction
    • Integration flexibility through A- or B-side mount
    • Shallow installation depth thanks to radial sensing

Applications

Technological highlights

Magnetic sensing allows for a large gap between sensing unit and material measure (usually a magnetic ring). This allows for positioning separated from each other eliminates the need for the conventionally required precision ball bearings. In parallel, it allows for rather high mounting tolerances. This provides more flexibility in design and installation. As there is no need for bearings, there is no conventional wear and tear either. This way the encoders withstand dust, dirt or textile fibers. They are immune to shaft currents or bearing loads and robust against vibration and shock.


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