ORTHORALIX 9200
Service Manual
F-15
Gendex Dental Systems 4519-190-71193-7
F.3.33
Reset -R- failed
Every movement (X,Y, R and C) has a maximum time (about 20 s)
to reach the reset position after pressing the RESET pushbutton
on the control panel.
If the R movement does not reach its reset position in time, the
alarm is generated.
Possible causes:
1.
R movement step motor defective
2.
belt of the R movement step motor damaged or belt tension
incorrect
3.
R movement blocked
4.
R movement step motor +42V power supply is not correct
on the PC1 system control board: this power supply comes
from the PFC board PN1.
Check the power supply value on test points TP1 and TP7
(GND) on the PFC board PN1; by checking the LED H3
(ON=OK, OFF=NOT OK) on the system control board PC1;
by checking the LED V5 (ON=OK, OFF=NOT OK) on the PFC
board PN1.
Check whether fuse F2 on the PFC board PN1 has blown.
PFC board PN1 defective.
System control board PC1 defective.
5.
wiring damaged between PC1 system control board and R
movement step motor (see principle diagram Z1-10)
6.
R movement reset position optoswitches S11 and S10 dam-
aged
7.
1$TZTUFNDPOUSPMCPBSEEPFTOPUSFDPHOJ[FUIF3NPWF
-
ment reset position optoswitches S11 and S10 (PC1 board
defective)
8.
wiring damaged between optoswitches S11 - S10 and PC1
system control board (see principle diagram Z1-11).
If the host computer PC1 needs to be replaced, re-
member to remove the EEPROM D38 from the old
board and mount it on the new one, otherwise all
the following parameters will be lost:
tUVCFDBMJCSBUJPO
t9:3BOE$NPWFNFOUTUBSUQPTJUJPOT
tMBOHVBHFPGUIFNFTTBHFT
tDVTUPNJ[FEFYQPTVSFQBSBNFUFST L7BOEN"
t"&$DBMJCSBUJPOBOEDPOGJHVSBUJPO
If you forget to do this, recover the information from
the System Configuration Chart (see Section C).
The alarm is captured and stored as soon as it is detected.
Press the RESET pushbutton on the control panel to cancel the
alarm.
(06.0)E
F.3.34
Reset -C- failed
Every movement (X,Y, R and C) has a maximum time (about 20 s)
to reach the reset position after pressing the RESET pushbutton
on the control panel.
If the C movement does not reach its reset position in time, the
alarm is generated.
Possible causes:
1.
C movement step motor defective
2.
belt of the C movement step motor damaged or belt tension
incorrect
3.
C movement blocked
4.
C movement step motor +42V power supply is not correct
on the PC1 system control board: this power supply comes
from the PFC board PN1.
Check the power supply value on test points TP1 and TP7
(GND) on the PFC board PN1; by checking the LED H3 (ON=OK,
OFF=NOT OK) on the system control board PC1; by checking
the LED V5 (ON=OK, OFF=NOT OK) on the PFC board PN1.
Check whether fuse F2 on the PFC board PN1 has blown.
PFC board PN1 defective.
System control board PC1 defective.
5.
wiring damaged between PC1 system control board and C
movement step motor (see principle diagram Z1-10)
6.
C movement half run position optoswitch S17 damaged
7.
1$TZTUFNDPOUSPMCPBSEJTOPUSFDPHOJ[JOHUIF$NPWFNFOU
half run position optoswitch S17 (PC1 board defective)
8.
XJSJOHEBNBHFECFUXFFOPQUPTXJUDI4BOE12DPOWFSUFS
board (see principle diagram Z1-11)
9.
XJSJOHEBNBHFECFUXFFO12DPOWFSUFSCPBSEBOE1$
system control board (see principle diagram Z1-11).
DDE version only:
10.
C movement reset position optoswitch S42 damaged
11.
1)$FQI%.6JOUFSGBDFCPBSEJTOPUSFDPHOJ[JOHUIF$
movement reset optoswitch S42 (PH3 board defective)
12.
wiring damaged between optoswitch S42 and PH3 Ceph
DMU interface board X95.
If the host computer PC1 needs to be replaced, re-
member to remove the EEPROM D38 from the old
board and mount it on the new one, otherwise all the
following parameters will be lost:
- tube calibration
9:3BOE$NPWFNFOUTUBSUQPTJUJPOT
- language of the messages
DVTUPNJ[FEFYQPTVSFQBSBNFUFST L7BOEN"
- AEC calibration and configuration.
If you forget to do this, recover the information from
the System Configuration Chart (see Section C).
The alarm is captured and stored as soon as it is detected.
Press the RESET pushbutton on the control panel to cancel the
alarm.
Printed on: 20 Apr 2012, 04:59:40 pm; Printed by: UWE.ZELLER
