Technical Data - Link-Belt Construction Equipment
Technical Data - Link-Belt Construction Equipment
Technical Data - Link-Belt Construction Equipment
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26 5548 (supersedes 5491)---0409---N5<br />
Jib Attachment Working Range<br />
Diagram<br />
Main Boom And Jib Length<br />
340’<br />
320’<br />
300’<br />
280’<br />
240’<br />
230’<br />
220’<br />
210’<br />
200’<br />
190’<br />
180’<br />
170’<br />
160’<br />
150’<br />
140’<br />
130’<br />
120’<br />
110’<br />
100’<br />
90’<br />
80’<br />
70’<br />
60’<br />
50’<br />
50’ To 240’ Main Boom With 30’ To 100’ Jib<br />
5˚<br />
15˚<br />
25˚<br />
70˚<br />
Minimum Boom Angle<br />
SeeNote2.<br />
Maximum Boom Angle<br />
SeeNote2.<br />
50’ 70’ 90’ 110’ 130’ 150’ 170’ 190’ 210’ 230’ 250’ 270’ 290’<br />
0<br />
CL Of Rotation<br />
60’ 80’ 100’ 120’ 140’ 160’ 180’ 200’ 220’ 240’ 260’ 280’ 300’<br />
Notes:<br />
Operating Radius From Centerline Of Rotation<br />
1. Boom geometry shown is for unloaded condition and crane standing level on firm supporting surface. Boom deflection, subsequent<br />
radius, and boom angle change must be accounted for when applying load to hook.<br />
2. Maximum and minimum boom angles are equal to the values listed in the capacity charts for each boom and jib length.<br />
60˚<br />
50˚<br />
330’<br />
320’<br />
310’<br />
300’<br />
290’<br />
280’<br />
270’<br />
260’<br />
250’<br />
240’<br />
230’<br />
220’<br />
210’<br />
200’<br />
190’<br />
180’<br />
170’<br />
160’<br />
150’<br />
140’<br />
130’<br />
120’<br />
110’<br />
100’<br />
80’<br />
70’<br />
50’<br />
40’<br />
30’<br />
248 HYLAB 5 <strong>Link</strong>-<strong>Belt</strong> Cranes<br />
40˚<br />
30˚<br />
20˚<br />
360’<br />
350’<br />
340’<br />
90’<br />
60’<br />
20’<br />
10’<br />
Height Of Boom Head Above Ground
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