CT7.5 HP Two Stage Simplex Tank Mounted Electric Air Compressor FS Curtis

Specifications

Model: CT 7.5
HP: 7.5
Pump: CT75
Tank Size: 80
CFM @ 175PSI: 24.2
Weight 573 lbs

Standard Features

• Splash lubricated
• ASME air receiver (vertical or horizontal)
• UL approved pressure switch
• OSHA approved totally enclosed belt guard
• ASME approved safety valve
• Slow V-belt drive
• Factory filled lubricant
• Magnetic starter included (60Hz)
• Automatic Start-Stop control
• Premium Efficiency Motors (3-phase only)
• Metal intake filter-silencers
• Manual condensate tank drain valve
• Dial read-out pressure gauge indicator
• Oil level sight indicator

Click links below for more info:

CT7.5HP 2 Stage Simplex Tank Mounted Electric Air Compressor Manual

CT7.5HP 2 Stage Simplex Tank Mounted Electric Technical Data Sheet

100% CAST-IRON CYLINDERS, CYLINDER HEADS CONNECTING RODS, AND HIGH PRESSURE PISTONS

More Cast-Iron For Longer Service Life.

    Two-stage cast-iron pump is significantly more durable than pumps with aluminum components
    Deep-finned cast-iron cylinders and heads for cool operation
    Industry-leading cast-iron cylinders high-pressure pistons for extreme durability
    Ductile iron crankshaft is stronger, more corrosion-resistant and less likely to break

QUALITY COMPONENTS

Built to last for superior compressor life.

    High-flow, heavy-duty stainless steel channel valve system delivers more cfm per horsepower
    Precision-fit, industrial-grade main roller bearings support all rotating parts for longer pump life
    Robust intercooler increases compressor efficiency
    Oil level sight glass is conveniently located for easy monitoring
    Metal intake filter/silencer is superior to plastic

VALUE-MINDED INDUSTRIAL DESIGN

Robust Performance At A Lower Cost.

    Provides higher pressures and longer life than single-stage pumps
    Follows the same world-class quality design standards as other FS-Curtis products
    Slow turning pump increases pump life
    Robust design sets the CT Series apart from comparable entry-level models