Video balancer – COATS Series XR 1750, 1750-2D, 1750-3D, 1750-3DI Balancer User Manual

Page 21

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Important: Always read and follow the on-screen operating instructions.

• 15

Dynamic Modes

Clip-on Weights - the initial screen. This mode is

used for most passenger and light truck tire assem-
blies using the most common location for corrective

weights. Clip-on weights are placed
on the inner and outer rim flanges.

Note: To reset the mode back to the initial screen at

any time, press the DYNAMIC option

, or turn the

machine OFF then ON. Note that if an operator is in a
balance mode, it may be necessary to finish the bal-
ance cycle first.

Have the following items handy: steel rim passenger

or light truck tire wheel assembly mounted on the bal-
ancer and clip-on weights.

Figure 25 - Clip-on Weight Placement Screen

ALU modes - Select the MODE option

for the

modes menu. All the ALU modes are dynamic balance.
Choose the option that best fits the available weight
locations.

- ALU-1

- ALU-2

- ALU-3

- ALU-4

Have the following items handy: an appropriate

wheel assembly mounted on the balancer and Tape-A-
Weights™. You must use the appropriate measure-
ment and weight placement technique for each plane
selection (page 7) to balance the wheel.

Static Modes

Choose a static balance for wheel assemblies that

are not possible to balance dynamically or for narrow
wheels. For example, a motorcycle wheel that has a
small wheel width.

Select the MODE option

for the modes menu

and then select the STATIC MODES option

.

Choose the option that best fits the available weight
locations.

a. For a “single weight”, choose any one plane loca-

tion.

b. For “two weights”, choose any two plane locations.

Using this approach can reduce the amount of induced
dynamic unbalance by splitting the correctional weight
value among two different planes.

- STATIC1

- STATIC2

- STATIC3

- STATIC4

Have the following items handy: an appropriate

wheel assembly mounted on the balancer and a selec-
tion of weights.

4

3

2

1

6

1

4

3

2

1

1

2

Video Balancer

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