CC7878 EZ RIDER JOINT CUTTING SAW

CC7878 EZ RIDER

  • Fast maneuvering and easy operation features for high productivity
  • Precise belt tensioning and stronger shaft and bearings
  • 20" blade capacity
  • Perfect blade visibility
  • Two independent water adjustments for joint cleaning
  • Extra wide 5" wheels that are adjustable
  • Soft cushioned seat
  • 3 lights
  • Patented linear belt tensioner for precise alignment of 2" blade shaft
  • Cup holder!

Operator Manual & Parts List
CC7878 Specifications
Motor Deutz 78 HP turbo charged diesel, air cooled with electronic shutdown
Air Filtration Duel element with rotating vane pre-cleaner
Fuel Tank Capacity 20 gallons with sending unit for gauge
Hydraulic system Hydrostatic wheel drive with seat actuated shutdown
Steering Hydraulically controlled rotary actuator
Hydraulic Tank Capacity 10 gallon tank with suction and return filters
Maximum Blade Capacity 20"
Maximum Cutting Depth 7" with a 20" blade
Blade Shaft Diameter 2"
Blade Shaft Bearings Roller bearing pillow blocks
Blade Drive Belts (10) 3V Belts (2 sets of 5)
Blade Raise/Lower Electric over hydraulic system - 12 VDC
Frame 2" x 4" x .188 wall tubing
Wheels (2 front, 1 rear) 14" diameter wheels x 5" wide tires
Wheel Bearings, Front Sealed front bearings to eliminate greasing
Travel Speed - Forward/Reverse 0-375 feet per minute by hydraulically driven rear wheel
Depth Stop Dual Side
Tachometer Standard
Fuel Gauge Standard
Hour Meter Standard
Water Safety Switch Standard
Lifting Bald Standard
Weight 1,950 lbs.

CC7878 Dimensions
Saw Height 72"
Frame Length 80"
Saw Width 57"
Frame Width 26-1/2"
Front Axle Center Length 39-7/8"
Wheel Base Length 48"
WHY CUT EXPANSION JOINTS?
Concrete expands and contracts with temperature and moisture changes...as the temperature rises or the moisture content of the concrete increases, expansion takes place...as the temperature drops, the concrete will contract. The provision to accommodate movement at predetermined locations with proper joint cuts, prevents the development of stresses that could rupture the concrete.