High Precision Right-Angle Helical Planetary Gearheads - RS Series / Gen II Stealth

The high precision RS-series right-angled helical planetary gearheads are available in 60-220mm frame sizes and offer high torque, high radial loads, low backlash, high input speeds and a small package size. Custom versions are possible

  • Performance:

    High Precision

  • Configuration:

    Right-Angle

  • Gear Geometry:

    Helical Planetary / Spiral Bevel

  • Frame Size:

    60mm | 90mm | 115mm | 142mm | 180mm | 220mm

  • Backlash:

    < 8 to < 14 arc-min, < 4 to < 10 arc-min

  • Rated Torque:

    13 – 1808 Nm, 115 – 16091 lb-inch

  • Radial Load Capacity:

    1650 – 38000 N, 370 – 8636 lb

  • Ratio:

    5, 10, 15, 20, 25, 30, 40, 50, 100:1

  • Maximum Input Speed:

    6000 RPM

  • Ingress Protection Rating:

    IP65

  • Efficiency Rating:

    94 %

  • Custom Versions Available:

    Yes

Parker’s RS-series planetary gearheads provide the highest performance to meet your applications torque, inertia, speed and accuracy requirements. The right angle design ensures a compact envelope size making it an easy fit in the smallest of spaces.  Available in multiple frame sizes and ratios to meet a variety of application requirements.

Markets
• Industrial automation
• Semiconductor and electronics
• Food and beverage
• Health and beauty
• Life science
• Robotics
• Military

Features and Benefits
• Right angle design to decrease overall gearhead and motor length
• Helical gears provide more torque capability, lower backlash, and quiet operation
• Ring gear cut into housing provides greater torsional stiffness
• Widely spaced angular contact bearings provide output shaft with high radial and axial load capability
• Plasma nitride heat treatment for gears for excellent surface wear and shear strength
• Sealed to IP65 to protect against harsh environments
• Mounting kits for direct and easy assembly to hundreds of different motors

Applications
• Packaging
• Processing
• Bottling
• Milling
• Antenna pedestals
• Conveyors
• Robotic propulsion and ancillary axis