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Senergy MDR & Gear Drive Technical Guide
1.2
  • 2.0
  • 1.2
Inhaltsverzeichnis
Senergy MDR & Gear Drive Technical Guide
  • 1.2
    • Senergy MDR & Gear Drive Technical Guide — 2.0
    • Senergy MDR & Gear Drive Technical Guide — 1.2
GrabGrab
GrabGrab
  • Pulseroller Products
  • Senergy / Senergy-Ai 24/48V / Senergy-IDC / HBR
    • Selecting Motor Roller Speed Code
    • Minimum Roller Length
      • Senergy
      • Senergy-Ai / Senergy-IDC
      • HBR – Holding Brake Roller
      • Senergy-IDC
    • Center Point Load Capacity
    • Distributed Load Capacity
    • Approximate Weight
    • Available Models
    • Washdown Models
    • Available Materials / Interlocking / Lagging
    • Interlocking Options
    • Tube Materials and Lagging Options
    • Motor End Fixing Brackets
    • Performance Data
      • Senergy/Senergy-Ai 24V – 48.6 mm (1.9”) Diameter
        • Single Drive ECO Mode
        • Single Drive BOOST and BOOST-8 Modes
        • Built-In Brake Model
        • Dual Drive ECO Mode
        • Dual Drive BOOST and BOOST-8 Mode
      • Senergy-IDC – 48.6 mm (1.9”) Dia.
      • Senergy-Ai 48V – 48.6 mm (1.9”) Diameter
        • Speed Range, Torque, Tangential Force
        • Acceleration Torque
        • Acceleration Tangential Force
    • Part Number Definition
      • Senergy/Senergy-Ai 24V/48V
      • Senergy-IDC
      • HBR – Holding Brake Roller
  • Pallet Handling 24V
    • Minimum Roller Length
    • Available Materials / Interlocking / Lagging
    • Interlocking Options
    • Performance Data
      • 60.5 mm (2.38”) Diameter
      • 63.5 mm (2.5”) Diameter
    • Part Number Definition
  • Pulse Gear Drive (PGD) 24V/48V
    • Mechanical Data
    • Washdown PGD-Ai
    • Performance Data
      • Pulse Gear Drive (PGD / PGD-Ai) 24V
      • Pulse Gear Drive (PGD-IDC) 24V Internal Drive Control
      • Pulse Gear Drive (PGD-Ai) 48V
    • Part Number Definition
    • Micro-V Pulley Kit Accessory
  • Washdown Idler Rollers

60.5 mm (2.38”) Diameter

Performance Data
63.5 mm (2.5”) Diameter

*Please note that Speed and Tangential Force are proportional to roller diameter and that these data do not include any change in diameter due to added lagging or coating options.

!Please note that BOOST 8 performance requires ConveyLinx-HTF for JST version or ConveyLinx-Ai2/Ai-3 or MotionLinx-Ai controllers

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