pela tools 506799, Manual

Mount the balance shaft on the drive shaft with 

M10 x 150 bolt. Use a striking nutrunner (and a 

long H8 hex bit socket). If the balance axis is loose, 

there will be different measurement results.

The display is integrated with the machine.
NOTE! Use only your fingers to press the buttons. 

Never use the counterweight pliers or other poin

-

ted objects.

Display and control panel

1.  Indicator of the inside balance weight position.

2.  Indicator for the outside balance weight 

postion.

3.  The display shows the outside correction 

weight.

4.  Indicator for the adhesive weight position in the 

”ALU” position.

5.  The display shows the inside correction weight.

6.  Manual adjustment of the rim measured 

distance (a).

7.  Manual adjustment of the rim width (b).

8.  Manual adjustment of the diameter (d) on the 

rim.

9.  Selection of static or dynamic correction.

10. Stop button.

11. Start button.

12. Optimization of imbalance.

13. Shows exact unbalanced weight.

14. Program selection for aluminum rims.

15. Recalculation of the balance sheet weight.

Combination functions for buttons

F + C .................................................. Self-calibration
F + FINE .............................................. Self-diagnosis
F + STOP .................... Adjusting the protectivehood
F + (a-) + (a +) .............Dimensions in inches or mm
STOP + C ........................... Reset to factory settings

Rim parameters

Assembly and disassembly of wheels

Before mounting the centering cone on the balance 

shaft of the machine, check that the surfaces are 

on the centering cone and balance shaft are clean, 

no sand or dirt, and the tire is also clean. Remove 

any previous balance weights, check air pressure 

and that the rim is not damaged.
Then fit the appropriate centering cone.
Mount the wheel on the balance shaft and fasten 

with the quick nut.
Remember that poor centering leads to 

unnecessary imbalance.
Position of centering cone in most cases of 

aluminum rims. (To protect the rim on the outside 

against the quick nut).

Positive positioning is com

-

monly used. It works easily 

and is useful for 

different types of sheet me

-

tal rims and thin 

aluminum rims. Placement 

of centering cone in most 

cases of sheet metal rims.
Negative positioning is 

used to protect the inner 

hole of the rim and the 

main axle is positioned 

exactly even if the outside 

of the wheel is deformed. 

Used for all sheet metal 

rims, especially thick sheet 

metal rims. rims, especially 

thick sheet metal rims.

Disassembly of wheels
Release the quick nut by turning it 

counterclockwise and then release it with the red 

levers. Remove the cone and lift the wheel, being 

careful not to scratch the balance shaft..