Tennant 6100 | 30" Ride-On Floor Sweeper, Battery

Get a Formal Quote

Tennant 6100 Floor Sweeper
Model

6100

Power Source
Battery
Product Highlights
  • 30" cleaning path (Single Side Brush), 38" cleaning path with optional dual side brushes 
  • 22" main brush path
  • 22.5-gallon high dump hopper
  • Offboard charger
  • Up to 83,600 sq ft of productivity
  • 14.1% (full hopper) and 17.6% (empty hopper) gradeability 
  • Onboard filter shaker 
Key Features
  • Minimize the need for multiple passes with efficient one-pass sweeping.
  • Reduce cleaning time and extend cleaning reach with optional dual side brushes.
  • Count on long-term structural reliability with heavy-gauge steel frame construction.
  • Maintain peak sweeping performance with AutoAdjust™ brush cavity that automatically adjusts as bristles shorten matching brush height to brush wear.
  • Reduce total cost of ownership with durable, non-corrosive Duramer™ rotomold hopper.

Key Benefits
  • Help maintain indoor air quality with a multi-stage filtration system and a powerful filter shaker that contain dust generated during the sweeping process.
  • Reduce fatigue and increase operator safety and visibility with 360-degree sightlines.
  • Keep sound levels low with quiet, fume-free battery operation.
  • Ensure operator foot and leg protection with full front shroud.
Added Features
  • Achieve consistent cleaning results in indoor and outdoor applications.
  • Efficiently clean in both compact and congested areas with compact design.
  • Effectively clean carpeted spaces with available non-marking tires and carpet brush.
  • Clean anytime with reduced noise levels from battery-powered operation.
  • Extend your cleaning reach with available dry vacuum wand and dual side brushes.
  • Easily sweep larger debris to leave a clean path with the flap-and-trap pedal.
Options
  • Productivity, safety light and HEPA packages for increased versatility 
  • Blue light for increased safety 
  • Variety of brushes to meet your specific demands 
Download Resources