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6" Non-Vacuum Dynorbital-Spirit™Random Orbital Sanders, 6" Dia., 1/4" NPT Inlet, 12000 RPM

Model: TGY855

Mfr. No.:Manufacturer Model No.: 59010

Colour, sizing or style depicted in some photos may not be exactly as described.
Please check your product description carefully before placing your order.

$415.00 / Each

Air Consumption: 14 CFM
Air Inlet: 1/4" NPT
Sound Level (dBA): 80
No Load RPM: 12000
Disk Diameter: 6"
Air Flow Rate @ 90 Psig: 14 SCFM
Horsepower: 0.25 HP
Air Pressure: 90 PSI
Hose Size (I.D.): 1/4" (6 mm)
Orbit Diameter: 3/8" (9.5 mm)
Tool Spindle Thread: 5/16"- 24 female
Length: 7" (178 mm)
Height: 3 1/2" (89 mm)
Weight: 1.6 lbs. (0.73 kg)

Palm-style grip
Colour-coded composite lever (identifies orbit size)
Low sound levels
One-piece speed control dial
Custom engineered composite cylinder
Double row balancer bearing keeps out contaminants
Includes low profile, premium urethane, weight-mated, non-vac pad

Catalog Page for 6" Non-Vacuum Dynorbital-Spirit™Random Orbital Sanders, 6" Dia., 1/4" NPT Inlet, 12000 RPM
Air Preparation Information
Air Preparation
The lay-out of air-supply piping, the selection of adequate hose sizes and appropriate fittings and couplers and the preparation of air before it enters a tool are very important.

Why efficient treatment of compressed air at the work station is vital?

The harmful agents in a compressed air system are:

Liquids & condensates:

Cause line corrosion

Cause reduced performance of tools and cylinders

Cause lubricants to wash away

Compressor oil:

Forms corrosive acids from lubricant aerosols

Forms sticky emulsions, reducing tools' speed and performance

Forms clogging residues

Solid contaminants:

Cause premature wear and damage to controls, tools and cylinders

Cause seizing and scoring of cylinders and air powered motors

Proper air preparation will result in improved performance and increased tool life.

Filtering, regulating & lubricating at the work station

Compressed-air treatment program units and modular components are indispensable to insure maximum efficiency of controls, pneumatic tools, air cylinders and other pneumatic equipment.

They allow:

To prolong pneumatic equipment life as well as of air cylinders

Proper filtering and lubricating of air prolong their life and top performance by a ratio of 1 to 20

Increase tools and equipment performance up to standard of efficiency, by preventing damages due to overheat and seizure

They insure a dependable source of smooth vibrationless power to operate tools at an efficient and steady speed

To reduce downtime, therefore improve the overall performance and efficiency of any compressed air system, tools, air cylinders or other pneumatic equipment

Proper usage of compressed air calls for:

Filters/micro coalescing:

To remove moisture and particles

Regulators:

To control pressure for the particular use

Gauges:

To show pressure

Lubrificators:

To protect power tools by injecting a metered quantity of lubricant

Components may be purchased separately or in pre-assembled combinations