Milton CAT 336E L - Manual (Page 27)

336E
L
Bucket
Specifications
and
Compatibility
Linkage
Width
Capacity
Weight
Fill
Mass
Boom
Heavy
Duty
Boom
Extreme
Service
Boom
mm
in
m 3
yd 3
kg
lb
%
M2.55
(8'4")
R3.2
HD
(10'6")
R3.9
HD
(12'10")
R3.2
ES
(10'6")
R3.9
ES
(12'10")
With
Center-Lock
Quick
Coupler
General
Duty
(GDC)
DB
750
30
0.94
1.23
952
2,099
100%
DB
900
36
1.19
1.56
1040
2,292
100%
DB
1050
42
1.46
1.91
1147
2,528
100%
DB
1200
48
1.73
2.26
1232
2,716
100%
DB
1350
54
2.00
2.62
1342
2,957
100%
DB
1500
60
2.27
2.98
1451
3,197
100%
DB
1650
66
2.55
3.33
1536
3,386
100%
X
X
Heavy
Duty
(HD)
DB
750
30
0.73
0.95
1031
2,273
100%
DB
900
36
0.95
1.24
1178
2,595
100%
DB
1050
42
1.17
1.54
1267
2,793
100%
DB
1200
48
1.40
1.84
1398
3,080
100%
DB
1350
54
1.64
2.14
1459
3,215
100%
DB
1500
60
1.88
2.46
1566
3,452
100%
DB
1650
66
2.12
2.77
1697
3,740
100%
X
X
DB
1800
72
2.36
3.08
1851
4,080
100%
X
X
TB
1800
71
2.69
3.52
2423
5,340
100%
Severe
Duty
(SD)
DB
750
30
0.73
0.95
1096
2,415
90%
DB
900
36
0.95
1.24
1252
2,760
90%
DB
1050
42
1.17
1.54
1353
2,981
90%
DB
1200
48
1.40
1.84
1493
3,292
90%
DB
1350
54
1.64
2.14
1599
3,524
90%
Maximum
load
with
coupler
(payload
+
bucket)
kg
5232
4432
3802
4757
4027
lb
11,531
9,768
8,379
10,484
8,875
Maximum
Material
Density:
2100
kg/m 3
(3,500
lb/yd 3 )
1800
kg/m 3
(3,000
lb/yd 3 )
The
above
loads
are
in
compliance
with
hydraulic
excavator
standard
EN474,
they
do
not
1500
kg/m 3
(2,500
lb/yd 3 )
exceed
87%
of
hydraulic
lifting
capacity
or
75%
of
tipping
capacity
with
front
linkage
fully
extended
at
ground
line
with
bucket
curled.
1200
kg/m 3
(2,000
lb/yd 3 )
Capacity
based
on
ISO
7451.
900
kg/m 3
(1,500
lb/yd 3 )
Bucket
weight
with
General
Duty
tips.
X
Not
Recommended
Caterpillar
recommends
using
appropriate
work
tools
to
maximize
the
value
customers
receive
from
our
products.
Use
of
work
tools,
including
buckets,
which
are
outside
of
Caterpillar’s
recommendations
or
specifications
for
weight,
dimensions,
flows,
pressures,
etc.
may
result
in
less-than-optimal
performance,
including
but
not
limited
to
reductions
in
production,
stability,
reliability,
and
component
durability.
Improper
use
of
a
work
tool
resulting
in
sweeping,
prying,
twisting
and/or
catching
of
heavy
loads
will
reduce
the
life
of
the
boom
and
stick.
27