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5

OPERATION

•  Depress Throttle Paddle inward with fingers to operate tool.
•  Keep the broad work surface of the Abrasive Belt parallel to the work surface whenever  

possible to minimize uneven wear and maximize usable life.

•  Always maintain a firm grip while operating tool, do not force but allow the rotational speed  

of the Abrasive Belt to do the work.

•  Be sure that the workpiece is clamped down or held securely to minimize the danger of  

injury while operating tool.

INJURY HAZARD! 

  Disconnect air supply from the tool to prevent accidental starting and potential 

injury while installing or removing Abrasive Belts.

ABRASIVE BELT REPLACEMENT

The Abrasive Belts are quickly and easily changed. No tools are required.  
The following steps describe how to do this:

•  The end of the Abrasive Belt Arm is spring loaded 

to keep the proper tension on the Abrasive Belts. 
While holding the tool firmly, push inward on the 
end of the Abrasive Belt Arm while depressing the 
Thumb-Lever Latch 

(FIG 1)

.  

NOTE:

 The Guide Pin will move inward until it lo-

cates under the Latch portion of the Thumb-Lever 
Latch holding it in the retracted position while the 
Abrasive Belt is changed 

(FIG 2)

.

•  Pull the worn Abrasive Belt free of the Drive Drum 

and discard.

•  Slide the replacement Abrasive Belt over the Drive 

Drum and Idle Roller at the end of the Abrasive 
Belt Arm 

(FIG 2

).  

NOTE:

 Be sure the Abrasive Belt is slid fully over 

the Guide Bar located on the upper surface of the 
Abrasive Belt Arm.

•  Depress the Thumb-Lever Latch to release the 

Guide Pin restoring full spring pressure 

(FIG 3)

.

FIG. 1

FIG. 2

INJURY HAZARD! 

  Disconnect air supply from the tool to prevent accidental starting and potential 

injury while installing or removing Abrasive Belts.

FIG. 3

Push in to latch

Latched

Push to unlatch

Summary of Contents for PRO MINI ANGLE

Page 1: ...3 4 X 20 1 2 PRO MINI ANGLE BELT SANDER INSTRUCTIONS Part 31649...

Page 2: ...lt 1 1 4 NPT Air Inlet Coupler SPECIFICATIONS RPM 17 000 free speed Operating Air Pressure 90 psi Max Air Consumption 8 CFM 198 l m 90 PSI 6 2 bar Inlet thread size 1 4 FNPT Required Belt Size 3 4 x 2...

Page 3: ...se ANSI approved ear protection when operating BURSTING HAZARD Do not exceed 90 psi 6 2 bar of tool inlet pressure Permanent tool damage and or bursting could occur and cause personal injury DANGER in...

Page 4: ...djustments to prevent accidental tool starting and potential severe injury Frequently inspect Abrasive Belt and tool condition If tears develop discontinue tool use immediately and replace damaged bel...

Page 5: ...his The end of the Abrasive Belt Arm is spring loaded to keep the proper tension on the Abrasive Belts While holding the tool firmly push inward on the end of the Abrasive Belt Arm while depressing th...

Page 6: ...crew is located at the outer left side of the Abrasive Arm Assembly FIG 5 Using the included 3mm Hex Key loosen the screw slightly and the outer 2 5 of the arm will droop and the locking screw head wi...

Page 7: ...KING Disconnect air supply from the tool to prevent accidental starting and potential injury while adjusting the Abrasive Belt Tracking The Tracking Adjustment Screw is located at the outer right side...

Page 8: ...CORRECTION Tool Doesn t Respond to Paddle Depression Insufficient CFM at tool inlet 8 CFM 90 PSI minimum for best results Verify sufficient air supply to tool Tool contaminat ed by moisture Check for...

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