Panther Prowler 17″ Floor Machine

Panther Prowler 17″ Floor Machine:

All Steel construction, commercial components, and long-term dependability describe the Panther Prowler 17″ Floor Machine, dual Capacitor AC Motor combined with Triple Planetary XHD Gears for reliable performance. Solution tank, professional tufted pad driver, and 25 lb. weight kit are included. Available with Dust Control. The Professional’s choice for all commercial applications, including natural stone restoration and polishing.

Cord: 50’ 2-Piece 12-3 Cord
Power: 115V-60 HZ
Motor: 1.5 HP Dual Capacitor AC
Pad Size: 17”
Gear Box: 3-Idler 11:1 XHD
Driver: RPM 165
Amp Draw: 6.5-9.5
Weight: 120 lbs.

INCLUDES:

• 1.5 HP Dual Capacitor AC Motor
• Extra Heavy Duty Triple Planetary Gears
• 4 Gallon Solution Tank
• Professional Tufted Pad Driver
• 25 lb. Weight Kit
• Heavy duty removable steel handle
• Pin-set handle lock for operator comfort and safety
• 5” Non-marking ball bearing wheels
• Comfort style vinyl handle grips for ease of use
• 50’ 2-Part, 12/3 Safety Yellow Cord

Panther Prowler 17″ XL Floor Machine:

Professional choice for all severe duty applications including stone care and concrete resurfacing work. Totally enclosed fan cooled motor units are ideal for high moisture and high dust conditions. Built with helical cut 11:1 case hardened gears for maximum durability. Available with dust control. 5” ball bearing wheels for easy transport on site. Accessories and tools for all most applications.

Cord: 50’ 2-Piece 12-3 Cord Industrial
Power: 115V-60 HZ
Motor: 1.5 HP TEFC AC
Drive Size: 17”
Gear Box: 3-Idler 11:1 XHD
Driver: RPM 165
Amp Draw: 8.5-12 amps
Weight: 120 lbs.

INCLUDES:

• Severe Duty 180 frame 1.5 HP TEFC AC Motor
• Extra Heavy Duty11:1 Helical Cut Planetary Gears
• 5” Non-marking ball bearing wheels
• 25 lb. Weight Kit
• 4 Gallon Solution Tank
• Professional Tufted Pad Driver
• Variable position handle lock for operator comfort and safety
• Comfort style vinyl handle grips for ease of use
• 50’ 12-3 Safety Yellow Cord for minimal voltage loss