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9
ENGLISH
ENGLISH
C
I
L
t
7
0
Z
(1
0
0
)
V
p
B
Fig. 6
Vp
Lt
B
C
D
I
700
1600
490
420
2040
950
800
1800
590
435
2240
1050
900
2000
690
535
2440
1150
1000
2200
790
635
2640
1250
1100
2400
890
735
2840
1350
1200
2500
990
835
2870
1365
1300
2700
1090
935
3070
1465
1400
2900
1190
1035
3270
1565
1500
3100
1290
1135
3470
1665
1600
3300
1390
1235
3670
1765
1700
3500
1490
1335
3870
1865
1800
3700
1590
1435
4070
1965
1900
3900
1690
1535
4270
2065
2000
4100
1790
1635
4470
2165
2100
4300
1890
1735
4670
2265
2200
4500
1990
1835
4870
2365
2300
4700
2090
1935
5070
2465
2400
4900
2190
2035
5270
2565
2500
5100
2290
2135
5470
2665
2600
5300
2390
2235
5670
2765
2700
5500
2490
2335
5870
2865
2800
5700
2590
2435
6070
2965
2900
5900
2690
2535
6270
3065
3000
6100
2790
2635
6470
3165
940 SMD Right opening
Vp = Free transit space
Lt = Head profile length
B = Securing distance of carriages on sliding
leaf
C = Motor positioning dimension
D = Length of transmission belt
I = Motor/second motor distance
SM Control board unit
Motor
Transformer/buffer
batteries unit
Second Motor unit
If 700
울
Vp
울
1100 then
Lt = Vp x 2 + 200
If Vp > 1100 then
Lt = Vp x 2 + 100