CLAS EQ 2100 Mode D'emploi page 50

EQ 2100
Figure F3.1 - Position of the weights in the various Programme Types along the section of the
rim
STD, ALU1, 2, 3, 4, 5
Aquisi-
tion
Internal External
system
plane
Manual H12
Automa-
H12
tic
Note (1): if the data acquisition system is disabled, the angular position of the weight will be in
the 6 o'clock position.
In the table, the symbol "H12" indicates an angular position at 12 o' clock, the symbol "H6"
indicates an angular position at 6 o' clock, while the symbol "L" indicates a position designed by
laser pointer (the laser is active when in the LAS=ON settings).
The machine data acquisition systems are defined as follows:
• Manual when the data of the rim must be all entered manually (EQ 1000);
• Automatic when all data of the rim is automatically acquired via the two sensors.
Automatic or Semi-Automatic machines with the sensors disabled (due to failure or for any
other reason) become, to all intents, Manual machines. Entering the dimensions of the rims
must be carried out manually and the angular position of the balancing weights will follow the
procedures of the Manual machines.
Wheel type
The machine allows choosing between three different Wheel Types:
Auto-vehicles (start-up default)
Motorbikes (Forcibly set the ALU1 Programme Type)
Off-Road vehicles (Not suitable for balancing wheels of trucks)
Car wheel type
The selection of the CAR Wheel Type allows the balancing of wheels of auto-vehicles.
For off-road vehicles, it may be appropriate to select the SUV Wheel Type (see
paragraph below).
To select the CAR wheel type, press repeatedly [P6] until the CAR LED of the
Wheel Type group
LED lights up.
50
AUTOMATIC WHEEL BALANCER 3D DIGITAL DISPLAY
+LASER POINTER
Inter-
Static
nal
plane plane
plane
H12 H12 H12
H12 H12 H12
Programme
ALS1
External Static
plane plane
H6 or L H6 or L
Sen-
Sensor- rim
sor- rim
H6 or L
contact
point (1)
ALS2
Internal External
plane plane
H6 or L H6 or L
Sensor- rim
contact
contact point (1)
point (1)
Static
plane
H6 or
L
H6 or
L