![Nidek Medical ME-1000 Скачать руководство пользователя страница 99](http://html1.mh-extra.com/html/nidek-medical/me-1000/me-1000_service-manual_1688027099.webp)
7 - 13
LLE11ARDA001A/E
7.8 Polishing Adjustment
7.8.1 Polish Diff. and Bevel adjustments
1. Establish the System Setting mode.
(See 7.1.2.)
2. Press Polish Diff.
3. 0.10 for each parameters below.
1) CR39, Bevel
2) CR39, Flat
3) Hi Index, Bevel
4) Hi Index, Flat
5) Polyca/Acrylic/Trivex, Bevel
6) Polyca/Acrylic/Trivex, Flat
4. Read the stored lens data of square 45.
(See 7.2.4.)
5. Select the processing settings as below on the
layout screen.
1) Lens type: Hi Index
2) Frame type: In beveling: Metal
3) Processing mode: Auto
4) Polishing: Polish
5) S.F.B: NONE
6. After the processing is completed, change the
height of the polishing wheel so that the
polished and unpolished areas are mixed on
the lens edge.
7. Enter the value that 0.1 is decreased from the height of the polishing wheel when the
polished and unpolished areas are mixed on the lens edge.
8. Use a half-eye lens and perform the processing with each lens type. Verify that the lens
edge is polished.
9. Increase the parameter values as in the step 3 when the unpolished area is left on the lens
edge. Decrease them when the lens edge is burnt.
* When the unpolished area is left on the lens edge even after changing the parameter value of
the Polishing Diff. to 0.5, dress the polishing wheel since the processing performance of the
polishing wheel may degrade.
(See 7.2.3.)
10. Adjust the polishing bevel position by the
parameters below so that the polished area
is even in both sides of the bevel when the
unpolished area is left only on the one side
of the bevel.
1) Polishing bevel position
* Enter the minus value for the parameter when
the unpolished area is left on the rear side.
* Changing the bevel position also changes the
polishing bevel position.
4QWIJ5K\G
(KPKUJ5K\G
2QNKUJ5K\G
2QNKUJ&KHH
#:+5
5CHGV[$GXGN
)TQQXG&TKNN
Adjustment
%4$GXGN
%4(NCV
*K+PFGZ$GXGN
*K+PFGZ(NCV
2QN[EC#ET[NKE6TKXGZ$GXGN
2QN[EC#ET[NKE6TKXGZ(NCV
%4$GXGN
%4(NCV
*K+PFGZ$GXGN
*K+PFGZ(NCV
2QN[EC#ET[NKE6TKXGZ$GXGN
2QN[EC#ET[NKE6TKXGZ(NCV
BACK
%4
5K\G
㪧㪛
㪝㪧㪛
&KURNC[
4+)*6
.'(6
/GVCN
)WKFG
010'
'ZVGTP
010'
#EVKXG
㪤㪜㪥㪬
4
.
ь
Ǿ
ь
Ǿ
(2&%748'#0).'
%QXGT
4QWIJ5K\G
(KPKUJ5K\G
2QNKUJ5K\G
2QNKUJ&KHH
#:+5
5CHGV[$GXGN
)TQQXG&TKNN
Adjustment
010'
(GGNGT*GKIJV
(GGNGT#:+5
$GXGN2QUKVKQP
$GXGN2QUKVKQP)NCUU
$GXGN2QUKVKQP2QNKUJ
2QNKUJ9JGGN*GKIJV
&TKNN#FLWUVOGPV/QFG
010'
(GGNGT*GKIJV
(GGNGT#:+5
$GXGN2QUKVKQP
$GXGN2QUKVKQP)NCUU
$GXGN2QUKVKQP2QNKUJ
2QNKUJ9JGGN*GKIJV
&TKNN#FLWUVOGPV/QFG
BACK
Содержание ME-1000
Страница 8: ...1 2 LLE11ARDA001A E...
Страница 12: ...3 2 LLE11ARDA001A E...
Страница 120: ...7 34 LLE11ARDA001A E...
Страница 121: ...8 1 LLE11ARDA001A E 8 SUPPLEMENT 8 1 Wiring Diagram...
Страница 122: ...8 2 LLE11ARDA001A E 8 2 Connector Cable...
Страница 123: ...8 3 LLE11ARDA001A E...
Страница 125: ...8 5 LLE11ARDA001A E 8 4 Labels Top view Processing chamber...
Страница 126: ...8 6 LLE11ARDA001A E Rear view or...