AT-1500 Black Random Orbital Sander (48-Piece Set) for Waxing and Polishing Cars (American Nozzle)

Features:1.Dedicated to all kinds of light and small metal dead corners, spray polishing, deburring, rust removal, and detail cutting.
2.Eccentric pneumatic grinder with a 3mm grinding wheel, strong force, capable of performing coarse grinding work.
3.Can adjust the airflow to control the grinding, polishing, and waxing speed.
4.There are 3 sizes and 6 types of automatic polishing pads to meet your various needs.
5.Complete tool kit, you can use it yourself, suitable for DIY enthusiasts.
Specifications:Item Type: Air Sander
Optional Style: American Air Nozzle, European Air Nozzle, Japanese Air Nozzle
Material: Stainless Steel
Model: AT-1500
No-Load Speed: 15,000 (rpm)
br>Air Inlet Size: 1/4 (inch)
Compressed Air Flow: 12 CFM
Exhaust Direction: Rear Exhaust
Air Connection Screw: 1/4-19 NPT
Sound Value: Less than 83 dB
br>Suggested Air Tube Inner Diameter: Approx. 6.3 mm / 0.2 inches
Category: Oscillating Pneumatic Eccentric Grinder
Refueling Tips for Oscillating Pneumatic Grinder:
1. This machine is very precise. When it is running, the speed is high. Once fine sand or iron filings enter the movement, the blade may break and cause the machine to malfunction, so make sure the air inlet is clean.
2. Be sure to use an oil-water separator and drain it regularly to ensure the machine is dry.
3. Before daily use, be sure to add 3-5 drops of pneumatic oil to the air inlet of the machine and connect the air pump to idle.
Need to know for changing the disc of the pneumatic eccentric grinder:
1. Locate the keyhole.
2. Insert the locating pin into the locking hole and hold the pin still.
3. Turn right and replace the sand pad.
Size: Approx.2.5 cm/1 in
5.1 cm/2 in
7.6 cm/3 in

Package List:1 x Sander3 x 1 in/2 in/3 in Polishing Discs9 x 1 in/2 in/3 in Flat Sponge Pads9 x 1 in/2 in/3 in Wavy Sponge Pads3 x 1 in/2 in/3 in Microfiber Pads6 x 1 in/2 in/3 in Artificial Wool Sandpaper Pads1 x Positioning Lock1 x 1/4 in Air Inlet Connector p>