Allmatic BRT SIMPLE Manual Del Usuario página 18

G
B
TABLE FOR THE ADJUSTMENT OF SPRINGS FOR A 3 m - LONG BOOM
BOOM TYPE
Ø 60 ALLMATIC Boom
Ø 80 ALLMATIC Boom
Ø 80 ALLMATIC Articulated boom
TABLE FOR THE ADJUSTMENT OF THE SPRINGS FOR A 4 m - LONG BOOM
BOOM TYPE
Ø 60 ALLMATIC Boom
Ø 80 ALLMATIC Boom
Ø 80 ALLMATIC Articulated boom
TABLE FOR THE ADJUSTMENT OF THE SPRINGS FOR A 5 m - LONG BOOM
BOOM TYPE
Ø 80 ALLMATIC Boom
Ø 80 ALLMATIC Telescopic Boom
Ø 80 ALLMATIC Articulated boom
FITTING 2 BALANCING SPRINGS
Remove the control board plastic box in a way to create space within the column.
Pic. 1 - Unscrew the two ring nuts from the balancing-unit
Pic. 2 - Remove the lower balancing-unit piece.
Pic. 3 - Remove the two plastic washers from the central pipe, they are useless to install just two balancing springs.
Pic. 4 - Fit the two springs on the side pipes. N.B. Springs must be chosen following the SPRINGS CHOICE AND ADJUSTMENT TABLE.
Pic. 5 - Fit the lower balancing-unit in a way that its two plastic elements touch the side springs.
Pic. 6 - Screw the first ring nut in a way that its side with the larger smooth surface touches lower balancing-unit.
Pic. 7 - N.B.: SCREW THE RING NUT AS SHOWN IN THE TABLE ABOVE (TENSION H - Picture 6 Page 20) with the supplied wrench.
Screw the second ring nut in away to block the first one.
Go ahead to assemble the arm following the indications provided in the "ARM ASSEMBLY" paragraph.
6-1624821 rev. 10 11/01/2012
CODE
64100266+64100236
64100260+64100239
64100263+64100239
CODE
64100267+64100236
64100261+64100239
64100264+64100239
CODE
64100262+64100239
64100268+64100239
64100265+64100239
1
5
** It may vary according to where the articulated boom arm is divided
2
6
18
18
SPRINGS TO ORDER
n. 2 64100270 Ø 4
n. 3 64100270
n. 2 64100271
SPRINGS TO ORDER
n. 3 64100270
n. 1 64100270 + n. 2 64100271
n. 3 64100271
SPRINGS TO ORDER
n. 2 64100272 + n. 1 64100271
n. 1 64100272 + n. 2 64100271
n. 2 64100272 + n. 1 64100273
*(see pic. 6 - page 20)
3
7
TENSION H*
20
20
--**
TENSION H*
20
20
--**
TENSION H*
20
20
--**
4