Features of Brushless Motor Gearhead

Features of Parallel Shaft Gearheads

GFV Gearhead, GFS Gearhead, JV Gearhead, JB Gearhead

High Permissible Torque (JV gearhead, JB gearhead)

The torque is not saturated, and the motor torque can be maximized.

• High Rigidity and Integrated Structure (JB gearhead)

  It is easy to design the shaft center, and the mounting surface is an integrated structure.

  

• High Strength (JB gearhead)

  

• H1 Food-grade Lubricant Compatible (GFV gearhead 30 W~120 W)

  A type using H1 food-grade lubricant is also available for lubrication of the gearhead section.

  

• Long Life

  A rated life of 10000 hours is achieved.

CS Geared Motor

• Increased Load Capacity Compared to Parallel Shaft Gears

  

• Simplified Design

  Eliminating eccentricity in the CS geared motor helps simplify the equipment design.

  

• About Gear Structure

  Arranging large gears in a configuration free from the central axis allowed a gearhead with a coaxial shaft to be achieved.

  

Features of Right-Angle Gearheads

JH Gearhead

• Unsaturated Permissible Torque

  The torque is not saturated, and the motor torque can be maximized.

  

• High Strength

  Compared with parallel shaft gearheads, the permissible radial load is approximately twice as high, and the permissible axial load is approximately 1.7 times as high.

  

• Space Saving, Cost Saving

  The hollow output shaft allows direct connection with the drive shaft.
  Couplings, belt pulleys, etc. can be reduced, contributing to space savings and component cost reductions.

  

Features of the Hollow Shaft Flat Gearhead

FR Gearhead

• Unsaturated Permissible Torque

  The torque is not saturated, and the motor torque can be maximized.

  

• Space Saving, Cost Saving

  Couplings, belt pulleys, etc. can be reduced, contributing to space savings and component cost reductions.

  

Long Life

A rated life of 10000 hours is achieved.

Features of Driving Wheel Motors

Contributes to Reduction of Wheel Mechanism Design and Start-up Time for AGV/AMR

• Reduces effort for wheel mechanism design
• Reduces labor for motor, gearhead, and wheel selection
• Reduce assembly time when assembling equipment
• Load Capacity: 130 kg/wheel max.^*

+

*

Load capacity is the value added per wheel. Be sure to install passive wheels to prevent exceeding the load capacity.

Achieving a Low Floor Structure and Slimming Down for AGV/AMR

• A hollow shaft flat gearhead is used, enabling a low floor design.

  

  ※

  130 mm for 400 W

• By arranging the hollow shaft flat gearheads across each other, the distance between the wheels is reduced, enabling a compact design with a reduced vehicle width.