3.1 Warp-related Preparations
75
Three bolts which secure gear 4 to
flange 2
Eight bolts which secure gear 4 to
beam 1
(4)
Set warp beam gear 4 onto warp beam 1 and
turn gear 4 so that eight bolt holes provided in
gear 4 become aligned with those in beam 1,
and the three bolt holes in gear 4 come close to
those in flange 2.
(5)
Secure warp beam gear 4 to warp beam 1 with
eight bolts. Then, turn gear 4 until three large
bolt holes in gear 4 become aligned with those
in flange 2 and secure gear 4 to flange 2 with
three bolts.
(6)
[Opposite to the warp beam gear side]
Make a mark on warp beam 1 “Drawing-in
width”
mm away from the mark made in
step (2).
Listed below are minimum effective drawing-in
widths relative to the nominal reed spaces.
(7)
Screw-in warp beam flange 3 over warp beam 1 in
the direction of “B” until the flange’s inside
becomes aligned with the mark made in step (6).
NOTE:
For making the screwing-in job easier,
apply grease or oil to the threaded section.
(8)
Screw-in flange ring 5 also over warp beam 1 in
the direction of “B” until the gap from the end of
flange 3 to that of ring 5 comes to 3 to 5 mm.
Align bolt holes provided in ring 5 with those in
flange 3, then tighten bolts.
0
+10
ATTENTION
Nominal reed space
R/S (cm)
Min. effective
drawing-in width (cm)
150
Nominal reed space
– 60 cm
170
Nominal reed space
– 70 cm
190
210
230
Nominal reed space
– 80 cm
250
280
336
340
360
390
