Industrial shock absorbers Powerstop

The series at a glance

Mini Energy – The slender

The Mini Energy provides a high rate of energy absorption when it comes to precision damping in miniature areas. Also installed in the cylinder for even greater space savings.


  • Highest performance in a minimal space
  • Integrated oil volume reservoir
  • Increased guide length

Standard Energy – The economical

The number one among standard dampers. Efficient damping at common energy absorption levels. This makes the Standard Energy series the winner in price/performance value.


  • Price/performance winner
  • Low-vibration damping thanks to spiral groove
  • Low counterforce

High Energy – The powerful

The high-end damper for the highest demands. Thanks to the spiral groove in combination with the pressure sleeve and the oil reserve, the High Energy series achieves a number of cycles that exceeds everything else on the market, with extreme energy absorption levels. All this with minimal space requirements.



  • For the highest demands and maximum energy absorption
  • Integrated oil reserve
  • Hardened and precision-ground guide
  • Cycle counts that outperform everything else on the market

Adjustable Energy – The adjustable

Can the High End series be surpassed? Yes, with the new adjustable series, the high energy absorption levels can be precisely adjusted to the entire stroke. Thus, the force is reduced and the damping is even softer.



  • Optimally adjustable damping across the entire stroke
  • Reduced supporting force — decreased load on the design
  • For the highest demands and maximum energy absorption
  • Hardened and precision-ground guide

산업용 댐퍼 PowerStop
시리즈 Mini Energy

  • 극한 상황과 하중에 있어서도 최고 품질
  • 각 피스톤 위치에서 최적의 작동 하중으로 높은 에너지 흡수
  • 나선형 홈의 연속 가늘어짐으로 진동 감소 및 정확한 제동
  • 유체 정역학 피스톤 작동으로 낮은 마모성
  • 우수한 작동 안전성과 신뢰성
  • 스테인리스 스틸 사용으로 침식방지
  • 고객 맟춤형 솔루션을 위한 개별 설계
주문 번호ZIM_ANMOMKONAufprallgeschwindigkeit max.Aufprallgeschwindigkeit min.
PME04X05NHDD-B1.2 [m/s]0.1 [m/s]
PME04X05NHDS-B1.2 [m/s]0.1 [m/s]
PME04X05NHAD-B1.2 [m/s]0.1 [m/s]
PME04X05NHAS-B1.2 [m/s]0.1 [m/s]
PME04X05NMDD-B2.2 [m/s]0.8 [m/s]
PME04X05NMDS-B2.2 [m/s]0.8 [m/s]
PME04X05NMAD-B2.2 [m/s]0.8 [m/s]
PME04X05NMAS-B2.2 [m/s]0.8 [m/s]
PME05X05NHDS-B1.2 [m/s]0.1 [m/s]
PME05X05NHAD-B1.2 [m/s]0.1 [m/s]
PME05X05NHAS-B1.2 [m/s]0.1 [m/s]
PME05X05NMDD-B2.2 [m/s]0.8 [m/s]
PME05X05NMDS-B2.2 [m/s]0.8 [m/s]
PME05X05NMAD-B2.2 [m/s]0.8 [m/s]
PME05X05NMAS-B2.2 [m/s]0.8 [m/s]
PME06X05NHDD-A1.2 [m/s]0.1 [m/s]
PME06X05NHDS-A1.2 [m/s]0.1 [m/s]
PME06X05NHAD-A1.2 [m/s]0.1 [m/s]
PME06X05NHAS-A1.2 [m/s]0.1 [m/s]
PME06X05NMDD-A2.2 [m/s]0.8 [m/s]
PME06X05NMDS-A2.2 [m/s]0.8 [m/s]
PME06X05NMAD-A2.2 [m/s]0.8 [m/s]
PME06X05NMAS-A2.2 [m/s]0.8 [m/s]
PME06X05NSDD-A3.5 [m/s]1.8 [m/s]
PME06X05NSDS-A3.5 [m/s]1.8 [m/s]
PME06X05NSAD-A3.5 [m/s]1.8 [m/s]
PME06X05NSAS-A3.5 [m/s]1.8 [m/s]

산업용 댐퍼 PowerStop
시리즈 Standard Energy

  • 극한 상황과 하중에 있어서도 최고 품질
  • 각 피스톤 위치에서 최적의 작동 하중으로 높은 에너지 흡수
  • 나선형 홈의 연속 가늘어짐으로 진동 감소 및 정확한 제동
  • 유체 정역학 피스톤 작동으로 낮은 마모성
  • 우수한 작동 안전성과 신뢰성
  • 스테인리스 스틸 사용으로 침식방지
  • 고객 맟춤형 솔루션을 위한 개별 설계
주문 번호ZIM_ANMOMKONAufprallgeschwindigkeit max.Aufprallgeschwindigkeit min.
PSE08X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE08X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE08X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE08X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE08X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE08X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE08X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE08X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE08X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE08X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE08X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE08X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE08X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE08X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE08X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE08X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE08X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE08X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE08X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE08X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE08X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE08X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE08X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE08X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE08X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE08X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE08X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE08X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWBK-A5.0 [m/s]3.0 [m/s]
PSE10X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE10X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE10X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE10X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE10X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE10X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE10X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE10X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE10X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE10X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE10X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE10X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE10X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE10X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE10X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE10X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE10X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE10X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE10X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE10X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE10X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE10X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE10X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE10X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE10X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE10X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE10X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE10X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWBK-A5.0 [m/s]3.0 [m/s]
PSE12X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE12X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE12X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE12X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE12X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE12X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE12X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE12X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE12X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE12X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE12X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE12X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE12X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE12X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE12X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE12X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE12X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE12X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE12X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE12X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE12X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE12X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE12X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE12X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE12X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE12X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE12X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWBK-A5.0 [m/s]3.0 [m/s]
PSE12X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE14X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE14X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE14X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE14X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE14X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE14X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE14X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE14X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE14X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE14X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE14X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE14X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE14X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE14X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE14X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE14X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE14X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE14X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE14X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE14X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE14X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE14X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE14X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE14X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWBK-A5.0 [m/s]3.0 [m/s]
PSE14X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE14X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE14X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE14X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE14X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE14X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE14X15NHBS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHBK-A1.2 [m/s]0.1 [m/s]
PSE14X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE14X15NMDS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMDK-A2.2 [m/s]0.8 [m/s]
PSE14X15NMAD-A2.2 [m/s]0.8 [m/s]
PSE14X15NMAS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMAK-A2.2 [m/s]0.8 [m/s]
PSE14X15NMFD-A2.2 [m/s]0.8 [m/s]
PSE14X15NMFS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMFK-A2.2 [m/s]0.8 [m/s]
PSE14X15NMBS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMBK-A2.2 [m/s]0.8 [m/s]
PSE14X15NSDD-A3.5 [m/s]1.8 [m/s]
PSE14X15NSDS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSDK-A3.5 [m/s]1.8 [m/s]
PSE14X15NSAD-A3.5 [m/s]1.8 [m/s]
PSE14X15NSAS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSAK-A3.5 [m/s]1.8 [m/s]
PSE14X15NSFD-A3.5 [m/s]1.8 [m/s]
PSE14X15NSFS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSFK-A3.5 [m/s]1.8 [m/s]
PSE14X15NSBS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSBK-A3.5 [m/s]1.8 [m/s]
PSE14X15NWDD-A5.0 [m/s]3.0 [m/s]
PSE14X15NWDS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWDK-A5.0 [m/s]3.0 [m/s]
PSE14X15NWAD-A5.0 [m/s]3.0 [m/s]
PSE14X15NWAS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWAK-A5.0 [m/s]3.0 [m/s]
PSE14X15NWFD-A5.0 [m/s]3.0 [m/s]
PSE14X15NWFS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWFK-A5.0 [m/s]3.0 [m/s]
PSE14X15NWBS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWBK-A5.0 [m/s]3.0 [m/s]
PSE16X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE16X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE16X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE16X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE16X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE16X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE16X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE16X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE16X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE16X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE16X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE16X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE16X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE16X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE16X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE16X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE16X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE16X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE16X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE16X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE16X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE16X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE16X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE16X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE16X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE16X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE16X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE16X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE16X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE16X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE16X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE16X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE16X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE16X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE16X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE16X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE16X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE16X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE16X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE16X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE16X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE16X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE16X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE16X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE16X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE16X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE16X15NMDS-A2.2 [m/s]0.8 [m/s]
PSE16X15NMDK-A2.2 [m/s]0.8 [m/s]
PSE16X15NMAD-A2.2 [m/s]0.8 [m/s]
PSE16X15NMAS-A2.2 [m/s]0.8 [m/s]
PSE16X15NMAK-A2.2 [m/s]0.8 [m/s]
PSE16X15NMFD-A2.2 [m/s]0.8 [m/s]
PSE16X15NMFS-A2.2 [m/s]0.8 [m/s]
PSE16X15NMFK-A2.2 [m/s]0.8 [m/s]
PSE16X15NSDD-A3.5 [m/s]1.8 [m/s]
PSE16X15NSDS-A3.5 [m/s]1.8 [m/s]
PSE16X15NSDK-A3.5 [m/s]1.8 [m/s]
PSE16X15NSAD-A3.5 [m/s]1.8 [m/s]
PSE16X15NSAS-A3.5 [m/s]1.8 [m/s]
PSE16X15NSAK-A3.5 [m/s]1.8 [m/s]
PSE16X15NSFD-A3.5 [m/s]1.8 [m/s]
PSE16X15NSFS-A3.5 [m/s]1.8 [m/s]
PSE16X15NSFK-A3.5 [m/s]1.8 [m/s]
PSE16X15NWDD-A5.0 [m/s]3.0 [m/s]
PSE16X15NWDS-A5.0 [m/s]3.0 [m/s]
PSE16X15NWDK-A5.0 [m/s]3.0 [m/s]
PSE16X15NWAD-A5.0 [m/s]3.0 [m/s]
PSE16X15NWAS-A5.0 [m/s]3.0 [m/s]
PSE16X15NWAK-A5.0 [m/s]3.0 [m/s]
PSE16X15NWFD-A5.0 [m/s]3.0 [m/s]
PSE16X15NWFS-A5.0 [m/s]3.0 [m/s]
PSE16X15NWFK-A5.0 [m/s]3.0 [m/s]
PSE20X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE20X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE20X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE20X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE20X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE20X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE20X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE20X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE20X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE20X15NHBS-A1.2 [m/s]0.1 [m/s]
PSE20X15NHBK-A1.2 [m/s]0.1 [m/s]
PSE20X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE20X15NMDS-A2.2 [m/s]0.8 [m/s]
PSE20X15NMDK-A2.2 [m/s]0.8 [m/s]
PSE20X15NMAD-A2.2 [m/s]0.8 [m/s]
PSE20X15NMAS-A2.2 [m/s]0.8 [m/s]
PSE20X15NMAK-A2.2 [m/s]0.8 [m/s]
PSE20X15NMFD-A2.2 [m/s]0.8 [m/s]
PSE20X15NMFS-A2.2 [m/s]0.8 [m/s]
PSE20X15NMFK-A2.2 [m/s]0.8 [m/s]
PSE20X15NMBS-A2.2 [m/s]0.8 [m/s]
PSE20X15NMBK-A2.2 [m/s]0.8 [m/s]
PSE20X15NSDD-A3.5 [m/s]1.8 [m/s]
PSE20X15NSDS-A3.5 [m/s]1.8 [m/s]
PSE20X15NSDK-A3.5 [m/s]1.8 [m/s]
PSE20X15NSAD-A3.5 [m/s]1.8 [m/s]
PSE20X15NSAS-A3.5 [m/s]1.8 [m/s]
PSE20X15NSAK-A3.5 [m/s]1.8 [m/s]
PSE20X15NSFD-A3.5 [m/s]1.8 [m/s]
PSE20X15NSFS-A3.5 [m/s]1.8 [m/s]
PSE20X15NSFK-A3.5 [m/s]1.8 [m/s]
PSE20X15NSBS-A3.5 [m/s]1.8 [m/s]
PSE20X15NSBK-A3.5 [m/s]1.8 [m/s]
PSE20X15NWDD-A5.0 [m/s]3.0 [m/s]
PSE20X15NWDS-A5.0 [m/s]3.0 [m/s]
PSE20X15NWDK-A5.0 [m/s]3.0 [m/s]
PSE20X15NWAD-A5.0 [m/s]3.0 [m/s]
PSE20X15NWAS-A5.0 [m/s]3.0 [m/s]
PSE20X15NWAK-A5.0 [m/s]3.0 [m/s]
PSE20X15NWFD-A5.0 [m/s]3.0 [m/s]
PSE20X15NWFS-A5.0 [m/s]3.0 [m/s]
PSE20X15NWFK-A5.0 [m/s]3.0 [m/s]
PSE20X15NWBS-A5.0 [m/s]3.0 [m/s]
PSE20X15NWBK-A5.0 [m/s]3.0 [m/s]
PSE22X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE22X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE22X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE22X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE22X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE22X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE22X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE22X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE22X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE22X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE22X15NMDS-A2.2 [m/s]0.8 [m/s]
PSE22X15NMDK-A2.2 [m/s]0.8 [m/s]
PSE22X15NMAD-A2.2 [m/s]0.8 [m/s]
PSE22X15NMAS-A2.2 [m/s]0.8 [m/s]
PSE22X15NMAK-A2.2 [m/s]0.8 [m/s]
PSE22X15NMFD-A2.2 [m/s]0.8 [m/s]
PSE22X15NMFS-A2.2 [m/s]0.8 [m/s]
PSE22X15NMFK-A2.2 [m/s]0.8 [m/s]
PSE22X15NSDD-A3.5 [m/s]1.8 [m/s]
PSE22X15NSDS-A3.5 [m/s]1.8 [m/s]
PSE22X15NSDK-A3.5 [m/s]1.8 [m/s]
PSE22X15NSAD-A3.5 [m/s]1.8 [m/s]
PSE22X15NSAS-A3.5 [m/s]1.8 [m/s]
PSE22X15NSAK-A3.5 [m/s]1.8 [m/s]
PSE22X15NSFD-A3.5 [m/s]1.8 [m/s]
PSE22X15NSFS-A3.5 [m/s]1.8 [m/s]
PSE22X15NSFK-A3.5 [m/s]1.8 [m/s]
PSE22X15NWDD-A5.0 [m/s]3.0 [m/s]
PSE22X15NWDS-A5.0 [m/s]3.0 [m/s]
PSE22X15NWDK-A5.0 [m/s]3.0 [m/s]
PSE22X15NWAD-A5.0 [m/s]3.0 [m/s]
PSE22X15NWAS-A5.0 [m/s]3.0 [m/s]
PSE22X15NWAK-A5.0 [m/s]3.0 [m/s]
PSE22X15NWFD-A5.0 [m/s]3.0 [m/s]
PSE22X15NWFS-A5.0 [m/s]3.0 [m/s]
PSE22X15NWFK-A5.0 [m/s]3.0 [m/s]
PSE25X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE25X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE25X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE25X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE25X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE25X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE25X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE25X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE25X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE25X15NHBS-A1.2 [m/s]0.1 [m/s]
PSE25X15NHBK-A1.2 [m/s]0.1 [m/s]
PSE25X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE25X15NMDS-A2.2 [m/s]0.8 [m/s]
PSE25X15NMDK-A2.2 [m/s]0.8 [m/s]
PSE25X15NMAD-A2.2 [m/s]0.8 [m/s]
PSE25X15NMAS-A2.2 [m/s]0.8 [m/s]
PSE25X15NMAK-A2.2 [m/s]0.8 [m/s]
PSE25X15NMFD-A2.2 [m/s]0.8 [m/s]
PSE25X15NMFS-A2.2 [m/s]0.8 [m/s]
PSE25X15NMFK-A2.2 [m/s]0.8 [m/s]
PSE25X15NMBS-A2.2 [m/s]0.8 [m/s]
PSE25X15NMBK-A2.2 [m/s]0.8 [m/s]
PSE25X15NSDD-A3.5 [m/s]1.8 [m/s]
PSE25X15NSDS-A3.5 [m/s]1.8 [m/s]
PSE25X15NSDK-A3.5 [m/s]1.8 [m/s]
PSE25X15NSAD-A3.5 [m/s]1.8 [m/s]
PSE25X15NSAS-A3.5 [m/s]1.8 [m/s]
PSE25X15NSAK-A3.5 [m/s]1.8 [m/s]
PSE25X15NSFD-A3.5 [m/s]1.8 [m/s]
PSE25X15NSFS-A3.5 [m/s]1.8 [m/s]
PSE25X15NSFK-A3.5 [m/s]1.8 [m/s]
PSE25X15NSBS-A3.5 [m/s]1.8 [m/s]
PSE25X15NSBK-A3.5 [m/s]1.8 [m/s]
PSE25X15NWDD-A5.0 [m/s]3.0 [m/s]
PSE25X15NWDS-A5.0 [m/s]3.0 [m/s]
PSE25X15NWDK-A5.0 [m/s]3.0 [m/s]
PSE25X15NWAD-A5.0 [m/s]3.0 [m/s]
PSE25X15NWAS-A5.0 [m/s]3.0 [m/s]
PSE25X15NWAK-A5.0 [m/s]3.0 [m/s]
PSE25X15NWFD-A5.0 [m/s]3.0 [m/s]
PSE25X15NWFS-A5.0 [m/s]3.0 [m/s]
PSE25X15NWFK-A5.0 [m/s]3.0 [m/s]
PSE25X15NWBS-A5.0 [m/s]3.0 [m/s]
PSE25X15NWBK-A5.0 [m/s]3.0 [m/s]
PSE27X30NHDD-A1.2 [m/s]0.1 [m/s]
PSE27X30NHDS-A1.2 [m/s]0.1 [m/s]
PSE27X30NHDK-A1.2 [m/s]0.1 [m/s]
PSE27X30NHAD-A1.2 [m/s]0.1 [m/s]
PSE27X30NHAS-A1.2 [m/s]0.1 [m/s]
PSE27X30NHAK-A1.2 [m/s]0.1 [m/s]
PSE27X30NHFD-A1.2 [m/s]0.1 [m/s]
PSE27X30NHFS-A1.2 [m/s]0.1 [m/s]
PSE27X30NHFK-A1.2 [m/s]0.1 [m/s]
PSE27X30NMDD-A2.2 [m/s]0.8 [m/s]
PSE27X30NMDS-A2.2 [m/s]0.8 [m/s]
PSE27X30NMDK-A2.2 [m/s]0.8 [m/s]
PSE27X30NMAD-A2.2 [m/s]0.8 [m/s]
PSE27X30NMAS-A2.2 [m/s]0.8 [m/s]
PSE27X30NMAK-A2.2 [m/s]0.8 [m/s]
PSE27X30NMFD-A2.2 [m/s]0.8 [m/s]
PSE27X30NMFS-A2.2 [m/s]0.8 [m/s]
PSE27X30NMFK-A2.2 [m/s]0.8 [m/s]
PSE27X30NSDD-A3.5 [m/s]1.8 [m/s]
PSE27X30NSDS-A3.5 [m/s]1.8 [m/s]
PSE27X30NSDK-A3.5 [m/s]1.8 [m/s]
PSE27X30NSAD-A3.5 [m/s]1.8 [m/s]
PSE27X30NSAS-A3.5 [m/s]1.8 [m/s]
PSE27X30NSAK-A3.5 [m/s]1.8 [m/s]
PSE27X30NSFD-A3.5 [m/s]1.8 [m/s]
PSE27X30NSFS-A3.5 [m/s]1.8 [m/s]
PSE27X30NSFK-A3.5 [m/s]1.8 [m/s]
PSE27X30NWDD-A5.0 [m/s]3.0 [m/s]
PSE27X30NWDS-A5.0 [m/s]3.0 [m/s]