Space ER232R - Wheel Positioning

INSTRUCTION, USE AND
MAINTENANCE MANUAL
GB
Page 31 of 58
Fig. 48
Total inner weight Total outer weight
Arrows to help positioning in
correction weight fitting point
KEY
1 – Return to initial program phase (RED) (F1)
2 – Selected once: Display next row of keys
(MATCHING function Chap. 19 - SPLIT Chap. 17)
Selected twice: Display next row of keys (un-
balance STATIC Fig. 49)
(YELLOW) (F2)
3 – Displays exact unbalance (pitch 1 g instead of
5 g) (CENTRAL)
4 – Performs spin (GREEN) (F4)
(if carter is missing)
inner/outer side repositioning
(if the carter option is activated)
1 2 3 4
KEY
1 – Return to DYNAMIC unbalance (Fig. 48)
(RED) (F1)
2 – Display next row of keys
(YELLOW) (F2)
3 – Display of programs modes
4 – Displays the STATIC unbalance
(see Par. 15.3.3) (GREEN) (F4)
Fig. 49
1 2 43
15.3.2 Wheel positioning
The weights must be positioned at the top part of the
wheel, at 12 o’ clock, so that the unbalance will be at
the bottom and the weight fitting point will be at the top.
When the wheel balancer display screen shows
or
this means you are very far from the point where
the counterweight is to be positioned.
Wheel position is over 30° from the exact fitting point.
When the wheel balancer display screen shows
or
this means you are not far from the point where
the counterweight is to be positioned.
Wheel position is within 30° from the exact fitting point.
When the wheel balancer display screen shows
(inner side) and
(outer side) the exact position
has been reached for one side and for the other. The
fitting point has been found. Now the unbalance can
be corrected by fitting the necessary weight.
Once the wheel has been correctly positioned, fit the
weight indicated by the machine on both sides of the
wheel.
After the weights have been fitted, the wheel balanc-
ing conditions can be checked by performing a trial
wheel spin.
The STANDARD unbalance calculation procedure is
now completed.
1296-M010-0_P
Space s.r.l.
ER232R - ER234R - ER236R - ER238R - ER238RFM - ER248R - ERP248R