4 g 3 g 1 g 6 g – CEMB USA C72_2SE (A) User Manual

Page 17

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I 0186 GB - 17

12/13 mm

12/13 mm

sx

g

g

dx

50

sx

g

g

dx

4 g

3 g

1 g

6 g

sx

g

g

dx

sx

g

g

dx

sx

g

g

dx

5.4.4 - ALU AND STATIC MODES

From the Measurement screen, press button

to select the type required. The 5-LED displays show

the position where to apply the weights. If a spin has already been performed, the processor automatically
recalculates, for each change of mode, the amounts of unbalance according to the new calculation.
Fig. 19

DYNAMIC

Balancing steel or light alloy wheel rims by

applying clamp weights on the edge of the wheel rim.

STATICO

The static mode is necessary for motorcycle wheels or

when it is not possible to place the counterweights on

both

sides

of

the

rim.

ALU - 1

Balancing of light alloy rims with application of adhesive

weights

on

the

rim

shoulders.

ALU - 2

Balancing of light alloy rims with hidden application of the

outer

adhesive

weight.

Outer

weight

position

is

fi

xed.

ALU - 3

Combined application: clip-on weight inside and hidden

adhesive

weight

on

outside

(Mercedes).

Outer

weight

position

is

the

same

as

ALU-2.

ALU - 4

Combined application: adhesive weight outside and

clip-on

weight

inside.

5.4.5 - AUTOMATIC MINIMIZATION OF STATIC UNBALANCE

resting surface

This program is designed to improve the quality of balancing without any mental effort or loss of time by
the operator. In fact by using the normal commercially available weights, with pitch of 5 in every 5 g, and
by applying the two counterweights which a conventional wheel balancer rounds to the nearest value,
there could be a residual static unbalance of up to 4 g. The damage of such approximation is emphasized
by the fact that static unbalance is cause of most of disturbances on the vehicle. This new function,
resident in the machine, automatically indicates the optimum entity of the weights to be applied by
approximating them in an “intelligent” way according to their position in order to minimize residual static
unbalance.

Initial unbalance

phase shift

Possible approximations

residual static

residual static

residual static

residual static

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