Small right-angle DC gear motor

K125 Series: The Smallest Right Angle Gear Motor for Compact Power

When space is tight but performance can't be compromised, the K125 Series delivers. As the smallest right angle gear motor in the Klauber lineup, it combines compact size with powerful torque, making it an ideal solution for a wide range of applications across industries.
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Smallest Right Angle Gear Motor Options

Model #Motor Type (Voltage Options)RPM RangeTorque Range* (in. lbs.)
K125 PMDC Motor (12V, 24V or 90V) 14 - 150 6 - 86
1Φ AC (115V or 230V) 8 - 62 35 - 200

Why Choose the K125 Series?

  • Space-Saving Design: Ideal for applications where every inch of space matters, the K125 offers high performance in the smallest form factor available.
  • Durable Construction: Engineered for long-lasting operation, even in challenging environments.
  • High Torque Output: Despite its small size, this gear motor delivers the power needed for demanding tasks, making it a versatile solution for numerous industries.
  • Quiet Operation: The K125 is designed to operate with minimal noise, making it a great fit for noise-sensitive environments.

Right Angle Gear Motor Configuration Options

Maximize efficiency, save space, and ensure long-lasting performance—all in one compact package.

FeatureStandardOptional
Shaft Diameter 3/4" 5/8" or 1 1/2"
Shaft Configuration Single Shaft or Dual Shaft Hollow Shaft
Shaft Feature Keyed or Cross Hole Flat or Spline
Mounting Face Mount Foot Mount
Gear Box Bearings Sleeve Bearings Needle Bearings or Ball Bearings
Accessories Brake -

Applications for the K125 Series:

  • Medical Devices: Perfect for compact medical equipment where precision, quiet operation, and reliability are essential.
  • Packaging Machinery: Ensures smooth, efficient movement in automated packaging systems with limited space.
  • Conveyors: Delivers consistent torque in conveyor systems for material handling, even in tight spaces.
  • Agricultural Equipment: Powers small, durable mechanisms in agricultural machinery where robust performance is needed in confined areas.