Rated Engine HP
54 hp (40 kW)
Operating Weight
EX80: 14,109 lbs
(6 400 kg)
Bucket Capacity
0.14 – 0.44 yd3
(0.11 – 0.34 m3)
Putting Technology To Work
Model
EX80
Operating
Weight
Travel
Speeds
Max. Lift
Capacity
Gradeability
Traction
Force
14,109 lbs
(6 400 kg)
0 - 3.0 mph
(0 - 4.8 km/h)
6,040 lbs
(2 740 kg)
35°
(70%)
10,400 lbf
(4 700 kgf)
The EX80 is available with either a straight or off-set boom and an integral
dozer blade. The versatility provided by working with the off-set boom is truly
mind-expanding…with the push of a foot pedal, you can work three ways
around an obstacle or trench precisely next to a building. The EX80 is easily
transported without permits, yet can provide impressive production figures.
Specifics
• Nissan A-BD30 normally aspirated, direct injection
diesel engine is extremely fuel-efficient and reliable.
It meets all EPA clean air requirements.
• State-of-the-industry engine/hydraulic control
system with two power modes and one work mode.
• Optional off-set boom can offset a maximum of
4 ft. 1 in. (1.23 m) to the left and 3 ft. 7 in. (1.08 m)
to the right. The hydraulically-operated system
provides infinite positioning of the bucket left or
right within the maximum limits.
• Cab mounted on six silicone-filled cab mounts which
isolate the operator from noise and vibration.
• Deluxe suspension seat is fully adjustable for correct
positioning of levers to the seat and seat to pedals.
Features
• The Hitachi EX80 has excellent multi-function
features which allow multiple jobs such as travel,
swing, and boom raise all at the same time without
any one function stopping.
• The Super EX80, as with all Hitachi excavator
models, is built to maximize performance,
reliability, and operator comfort through optimum
design and quality components. The Nissan engine
is matched to the hydraulic pump for outstanding
multiple function performance. The undercarriage,
carbody, and front attachment are all balanced and
designed for maximum strength. All of this means
that your Hitachi EX80 will work economically and
productively for years and for thousands of hours at
minimum operating costs.
3
Operator Comfort:
Long-Life, High-Hour Durability
Economical Nissan 54 hp Engine Is
Dependable, Long-Lasting
A Top Priority
Sitting in one place, all day, operating a machine
productively takes concentration and dedication to
doing a good job. It also means that a smart owner is
going to do everything possible to make sure his
operator is comfortable in the cab. The Hitachi EX80
is an excellent example of how comfortable a welldesigned cab can be.
The Nissan A-BD30 engine is known world-wide for its dependability, easy
starting characteristics, and long-life. It is normally aspirated, direct injection
with maximum torque at 1,500 rpm. Maximum horsepower is developed at
2,200 rpm. Mechanical governor. SAE rated 54 hp (41 kW) with 134 lbf•ft
(18.5 kgf•m). The engine meets all EPA and CARB pollution and noise
requirements.
Outstanding
Traction Force
The widest cab in its class: 3 ft. 4 in. Lots of leg room,
wide side door. The ergonomically-designed seat is
fully adjustable with tilting armrests, tilting back,
floating or solidly fixed seat, headrest tilt, and seat
raise/lower.
The EX80 has a traction force of
10,400 lbf (4 700 kgf) and can climb
a maximum grade of 35 degrees.
AM-FM
Radio
The hand control levers can be raised
or lowered to match the operator’s
build, and the controls can either
glide forward or back with the seat or
remain fixed while the seat moves.
The work modes, power modes, air
conditioning controls, and dial-type
engine speed control are all located
beside the operator.
Perfectly Matched
Hydraulic System
Hitachi expertly matches the engine to the
hydraulic pumps and control valves for the
best response and longest life possible. The
pumps are designed to work specifically with
the Nissan engine – regardless of rpm or
work load.
Round Travel
Motor Covers
Round travel motor covers
provide a higher resistance
to deformation.
Enhanced E-P Pump Control
The wide operator’s view makes safe,
productive operation easier to accomplish.
The front window crosspiece is lower for
improved downward visibility. The right
side window is bigger and the overhead
window is larger.
A sophisticated micro-computer system guided by multiple
actuators is exclusively standard on the EX80. Hitachi is renowned
for the smooth operation of its excavators and this model is no
exception. The new Dash-5 controls provide quick, accurate
response to multi-function swing-lift-bucket curl operations.
Rugged X-Frame
Enhanced Cooling
Protection
The cab floats on six fluid-filled elastic
mounts that smooth out shocks and jolts.
Air conditioning is standard on the EX80.
4
The tough tractor-type undercarriage and
X-form center frame assure superb durability.
The EX80 features 2.6 U.S. gallon (10 liters)
cooling system with easily cleaned radiator fins
and a 3.3 gallon (12.5 liters) engine oil system.
5
Specifications: EX80
Specifications: EX80
Engine
Upperstructure
Model ....................................................................................Nissan A-BD30
Type
.................................................4-cycle water-cooled, direct injection
Rated flywheel horsepower
(DIN 6271, net)................................... 55 PS (41 kW) at 2,200 rpm (min-1)
Rated flywheel horsepower
(SAE J1349, net) ..................................54 hp (40 kW) at 2,200 rpm (min-1)
Maximum torque...........................................................134 lbf•ft (18.5 kgf•m)
at 1,500 rpm (min-1)
Piston displacement ...............................................................180 in3 (2.953 L)
Bore and stroke ...............................................3.8” x 4.0” (96 mm x 102 mm)
Batteries ...................................................................................2 x 12 V, 52 AH
Governor.........................................................................Mechanical all-speed
by stepping motor
Weights and Ground Pressure
Revolving Frame
Welded high-sturdy box construction, using heavy-gauge steel plates for
ruggedness. D-section frame for resistance to deformation.
Swing Mechanism
Axial piston motor with planetary reduction gear is bathed in oil. Swing circle
is single-row, shear-type ball bearing with induction-hardened internal gear.
Internal gear and pinion gear are immersed in lubricant. Swing parking brake is
spring-set/hydraulic-released disc type.
Swing speed............................................................................14.5 rpm (min-1)
Hydraulic System
Hitachi’s ETS (Electronic Total control System) can achieve maximum job
efficiency and reduce fuel consumption/noise.
• E-P Control (Computer-aided Engine-Pump Control) System
• OHS (Optimum Hydraulic System) assures fully independent and combined
operations
• Auto-idling system
• High-pressure 2-speed travel system for high traction force and travel speed
Main pumps .............................. 2 variable displacement axial piston pumps
Maximum oil flow ..................... 2 x 20.9 US gpm
(79.2 L/min, 17.4 Imp gpm)
Pilot pump ................................ 1 gear pump
Maximum oil flow ..................... 6.2 US gpm
(23.5 L/min, 5.2 Imp gpm)
Qty
1
1
1
Bore
4.53”(115 mm)
3.74” (95 mm)
3.35” (85 mm)
Traction Device
Each track driven by a high-torque, axial piston motor through planetary
reduction gear for counter-rotation of the tracks. Sprockets are replaceable.
Parking brake is spring-set/hydraulic-released disc type. Travel shockless relief
valve built in travel motor absorbs shocks when stopping travel, ensuring
smooth stops.
Travel speeds .................................... High: 0 to 3.0 mph (4.8 km/h)
Low: 0 to 2.3 mph (3.7 km/h)
Maximum traction force................................. 10,400 lbf (4 700 kgf)
Gradeability.................................................... 35° (70%) continuous
Service Refil Capacities
Hydraulic Filters
Hydraulic circuits use high-quality hydraulic filters. A suction filter is
incorporated in the suction line, and a 10 micron full-flow filter in the return
line and swing/travel motor drain lines.
Controls
US gal
Liters
Imp gal
Fuel tank
35.7
Engine coolant
2.6
Engine oil
3.3
Swing mechanism
0.48
Travel final drive device 0.79
(each side)
Hydraulic system
23.8
Hydraulic tank
15.9
135.0
10.0
12.5
1.8
3.0
29.7
2.2
2.7
0.40
0.66
90.0
60.0
19.8
13.2
Operating weight
Ground pressure
Ground pressure
14,109 lb (6 400 kg)
4.48 psi (0.32 kgf/cm2)
Without Blade
14,528 lb (6 590 kg)
4.55 psi (0.32 kgf/cm2)
With Blade
15,278 lb (6 930 kg)
4.86 psi (0.34 kgf/cm2)
With Blade
15,697 lb (7 120 kg)
4.97 psi (0.35 kgf/cm2)
0.14 yd3
0.10 m3
14”
(0.11 m3)
(360 mm)
0.24 yd3
0.15 m3
18”
(0.18 m3)
(450 mm)
0.26 yd3
0.17 m3
19”
(0.20 m3)
(490 mm)
0.31 yd3
0.20 m3
22”
(0.24 m3)
(560 mm)
0.37 yd3
0.25 m3
26”
(0.28 m3)
(660 mm)
0.44 yd3
0.30 m3
30”
(0.34 m3)
(770 mm)
3
3
1
* 0.31 yd
0.20 m
22”
(0.24 m3)
(560 mm)
3
3
1
* 0.37 yd
0.25 m
26”
(0.28 m3)
(660 mm)
3
*1 0.44 yd3
0.30 m
30”
(0.34 m3)
(770 mm)
V-Type bucket: 0.26 yd3 (0.20 m3: CECE heaped)
Numbers of Rollers and Shoes on Each Side
Upper rollers.............................. 1 Track shoes........................................ 37
Lower rollers .............................. 5
Rod diameter
2.56” (65 mm)
2.36” (60 mm)
2.17” (55 mm)
Operating weight
Without Blade
* International Standardization Organization
Dimensions
Boom
Arm
Bucket
(0.28 m3: PCSA heaped) bucket and 18” (450 mm) triple grouser shoes.
Buckets
Tracks
Tractor-type undercarriage. Welded track frame using carefully selected
materials. Side frame welded to track frame. Lubricated track rollers, idlers,
and sprockets with floating seals. Track shoes with triple grousers made of
induction-hardened rolled alloy. Rubber, flat and triangular shoes are also
available. Heat-treated connecting pins with dirt seals. Hydraulic (grease) track
adjusters with shock-absorbing recoil springs.
Hydraulic Cylinders
High-strength piston tubes are used. Cylinder cushion mechanisms are
provided at the rod ends of both boom and arm cylinders to absorb shocks
when pistons reach their stroke ends.
EX80 with Off-set front: Equipped 5’ 4” (1.62 m) arm and 0.37 yd3
(0.28 m3: PCSA heaped) bucket and 18” (450 mm) triple grouser shoes.
Operator’s Cab
Independent roomy cab, 40” (1 005 mm) wide by 66” (1 665 mm) high,
conforming to ISO* Standards. Reinforced glass windows on 4 sides for
excellent visibility. Front windows (upper and lower) can be opened.
Adjustable, reclining suspension seat; movable without control levers and
monitor panel.
Undercarriage
Relief Valve Settings
Implement circuit....................... 3,770 psi (265 kgf/cm2)
Swing circuit .............................. 3,770 psi (265 kgf/cm2)
Travel circuit............................... 4,550 psi (320 kgf/cm2)
Pilot circuit................................. 550 psi (35 kgf/cm2)
EX80: Equipped with 12’2” (3.72 m) boom, 5’ 4” (1.62 m) arm, 0.37 yd3
Capacity
PCSA
heaped
CECE
heaped
Without
side
cutters
Width
With
side
cutters
No.
of
teeth
18”
(450 mm)
22”
(550 mm)
23”
(590 mm)
26”
(650 mm)
30”
(750 mm)
34”
(860 mm)
26”
(650 mm)
30”
(750 mm)
34”
(860 mm)
3
3
3
3
4
5
3
4
5
2
Slope-finishing blade: Width-30” (750 mm), Length-59” (1 500 mm)
*1 Reinforced bucket
Weight
310 lb
(140 kg)
410 lb
(168 kg)
390 lb
(175 kg)
400 lb
(180 kg)
440 lb
(200 kg)
490 lb
(220 kg)
410 lb
(185 kg)
530 lb
(240 kg)
510 lb
(230 kg)
420 lb
(190 kg)
550 lb
(250 kg)
EX80-5
5’ 4”
6’ 11”
(1.62 m) (2.12 m)
arm
arm
Recommendation
EX80-5 with Rubber crawler
5’ 4”
6’ 11”
(1.62 m)
(2.12 m)
arm
arm
EX80-5 with Off-set front
5’ 4”
(1.62 m)
arm
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
2
*
✦
-
●
●
●
✦
2
*
●
●
-
●
●
✦
●
*
✦
●
●
2
●
✦
2
*
✦
-
-
-
-
●
●
●
●
-
✧
✧
✧
✧
-
*2 With 24” (600 mm)/28” (700 mm) shoes only
Backhoe Attachments
Boom and arms are of all-welded, low-stress, full box-section
design.
Boom length:
12’2” (3.72 m)
Arms available in lengths:
5’4” (1.62 m)
6’11” (2.12 m)
Bucket is of all-welded, high strength steel structure. Side clearance
adjustment mechanism provided on the bucket joint
bracket.
●
Suitable for materials with density
of 3,370 lb/yd3 (2 000 kg/m3) or less
✦
Suitable for materials with density
of 2,700 lb/yd3 (1 600 kg/m3) or less
■
Suitable for materials with density
of 1,850 lb/yd3 (1 100 kg/m3) or less
✤
✧
-
*2
Heavy-duty service
Slope finishing service
Not recommended
Note: buckets for earlier EX60/EX80 models are not attachable to the EX80 because
arm width and pin diameter differ.
Pilot controls. Hitachi’s original shockless valve and quick warm-up system
built in the pilot circuit. Hydraulic warm-up control system for engine and
hydraulic oil. Multi-selection lever with rotary valve is optionally available for
selection of control lever direction.
Reinforced
Front
Attachment
Implement levers .......................................... 2
Travel levers .................................................. 2
Bulkheads are provided inside the front attachment to resist
torsion and thickened plates are used in areas subject to
stress concentration for added durability in tough
operations. (Standard boom only.)
These specifications are subject to change without notice.
Illustrations and photos show the standard models, and may or
may not include optional equipment, accessories, and all
standard equipment with some differences in color and features.
6
7
Specifications: EX80
Specifications: EX80
BACKHOE
EX80
Dimensions: Off-set Front
Dimensions: Standard Boom
A
B
*C
D
D’
E
F
*G
H
I
J
K
L
M
N
* Excluding track shoe lug
A
B
*C
D
D’
E
F
*G
H
I
J
K
L
M
N
Distance between tumblers
Undercarriage length
Counterweight clearance
Rear-end swing radius
Rear-end length
Overall width of upperstructure
Overall height of cab
Min. ground clearance
Track gauge
Overall width
Overall length
With 5’4” (1.62 m) arm
With 6’11” (2.12 m) arm
Overall height of boom
With 5’4” (1.62 m) arm
With 6’11” (2.12 m) arm
Track shoe width
Undercarriage width
Track height
* Excluding track shoe lug.
(Except the rubber crawler)
7’ 0”
8’10”
2’ 6”
5’ 9”
5’ 9”
7’ 5”
8’ 5”
1’ 2”
5’ 9”
7’ 8”
EX80
(2 140 mm)
(2 765 mm)
(760 mm)
(1 750 mm)
(1 750 mm)
(2 255 mm)
(2 570 mm)
(360 mm)
(1 750 mm)
(2 340 mm)
19’11”
20’ 1”
(6 080 mm)
(6 120 mm)
8’ 4” (2 550 mm)
9’ 5” (2 880 mm)
G:
18”
(450 mm)
7’ 3” (2 200 mm)
2’ 2” (670 mm) with triple grouser shoe
G: Triple grouser shoe
EX80 with Rubber crawler
7’ 0”
(2 140 mm)
8’10”
(2 765 mm)
2’ 7”
(780 mm)
5’ 9”
(1 750 mm)
5’ 9”
(1 750 mm)
7’ 5”
(2 255 mm)
8’ 5”
(2 570 mm)
1’ 3”
(380 mm)
5’ 9”
(1 750 mm)
7’ 8”
(2 340 mm)
19’11”
20’ 1”
A
(6 080 mm)
(6 120 mm)
Bucket digging
force
Arm crowd
force
ISO
SAE, PCSA
ISO
SAE, PCSA
8
EX80 with Rubber crawler
6’11” (2.12 m)
22’ 4” (6 800 mm)
21’10” (6 660 mm)
5’4” (1.62 m)
20’ 8” (6 310 mm)
20’ 3” (6 160 mm)
6’11” (2.12 m)
22’ 4” (6 800 mm)
21’10” (6 660 mm)
13’ 7” (4 150 mm)
12’ 6” (3 800 mm)
15’ 3” (4 660 mm)
14’ 4” (4 370 mm)
13’ 7” (4 130 mm)
12’ 5” (3 780 mm)
15’ 3” (4 640 mm)
14’ 3” (4 350 mm)
(7 550 mm)
(5 470 mm)
(2 060 mm)
(4 060 mm)
(3 300 kgf)
(3 200 kgf)
23’ 6”
16’ 8”
5’ 7”
11’ 5”
5’ 4” (1.62 m)
Off-set distance
5’4” (1.62 m)
20’ 8” (6 310 mm)
20’ 3” (6 160 mm)
(7 150 mm)
24’ 9”
(5 070 mm)
17’ 11”
(1 700 mm)
6’ 9”
(3 520 mm)
13’ 4”
12,400 lbf (5 600 kgf)
10,600 lbf (4 800 kgf)
8,600 lbf (3 900 kgf) 7,280 lbf
8,200 lbf (3 700 kgf) 7,100 lbf
G: Triple Grouser Shoe
EX80 with Off-set front
Working Ranges
23’ 5”
16’ 8”
5’ 7”
11’ 7”
9’ 3” (2 810 mm)
18”
(450 mm)
7’ 3” (2 200 mm)
2’ 2” (670 mm) with grouser shoes
G:
Arm length
R: Rubber crawler
Arm length
A Max. digging reach
A’ Max. digging reach
(on ground)
B Max. digging depth
B’ Max. digging depth
(8’ level)
C Max. cutting height
D Max. dumping height
E Min. swing radius
F Max. vertical wall
20’ 4” (6 200 mm)
Working Ranges
8’ 4”
(2 550 mm)
9’ 5”
(2 880 mm)
R:
18”
(450 mm)
7’ 3”
(2 200 mm)
2’ 2” (670 mm) with rubber crawler
EX80
EX80 with Off-set front
7’ 0” (2 140 mm)
8’10” (2 765 mm)
2’ 6”
(760 mm)
5’ 9” (1 750 mm)
5’ 9” (1 750 mm)
7’ 5” (2 255 mm)
8’ 5” (2 570 mm)
1’ 2”
(360 mm)
5’ 9” (1 750 mm)
7’ 8” (2 340 mm)
Distance between tumblers
Undercarriage length
Counterweight clearance
Rear-end swing radius
Rear-end length
Overall width of upperstructure
Overall height of cab
Min. ground clearance
Track gauge
Overall width
Overall length
With 5’4” (1.62 m) arm
Overall height of boom
With 5’4” (1.62 m) arm
Track shoe width
Undercarriage width
Track height
(7 170 mm)
24’10”
(5 090 mm)
18’ 0”
(1 700 mm)
6’ 9”
(3 480 mm)
13’ 3”
12,400 lbf (5 600 kgf)
10,600 lbf (4 800 kgf)
8,600 lbf (3 900 kgf) 7,280 lbf
8,600 lbf (3 900 kgf) 7,100 lbf
(7 570 mm)
(5 490 mm)
(2 060 mm)
(4 040 mm)
(3 300 kgf)
(3 200 kgf)
0 ft/m
Max. digging reach
19’ 3” (5 860 mm)
A’ Max. digging reach
(on ground)
20’ 3” (6 160 mm)
18’ 8” (5 690 mm)
B
13’ 7” (4 150 mm)
12’ 1” (3 690 mm)
B’ Max. digging depth
(8’ level)
12’ 4” (3 770 mm)
10’ 6” (3 190 mm)
C
Max. cutting height
23’ 4” (7 120 mm)
22’ 2” (6 760 mm)
D
Max. dumping height
16’ 8” (5 070 mm)
15’ 5” (4 710 mm)
E
Min. swing radius
6’10” (2 080 mm)
* 7’ 0” (2 140 mm)
F
Max. vertical wall
10’11” (3 330 mm)
G
Left side off-set distance
-
H
Right side off-set distance
-
Max. digging depth
3’ 7” (1 085 mm)
Bucket digging
force
12,400 lbf
(5 600 kgf)
SAE, PCSA
10,600 lbf
(4 800 kgf)
Arm crowd
force
ISO
8,600 lbf
(3 900 kgf)
SAE, PCSA
8,200 lbf
(3 700 kgf)
EX80 with Dozer Blade (Option)
Equipped with 12’ 2” (3.72 m) boom, 5’ 4” (1.62 m) arm, 18”
(450 mm) triple grouser shoes, and .37 yd3 (0.28 m3; PCSA
heaped) bucket.
Operating weight (w/off-set front) .............15,697 lb (7 120 kg)
Ground pressure (w/off-set front) ...........4.97 psi (0.35 kgf/cm2)
Overall width of blade
Overall height of blade
Blade distance
Maximum raising height above ground
Maximum lowering depth from ground
Overall width
9’ 6” (2 900 mm)
4’ 1” (1 235 mm)
ISO
* Left/Right side off-set
1,764 (800 kg) counterweight required
A
B
C
D
E
F
Max.
20’ 8” (6 310 mm)
7’ 7” (2 300 mm)
1’ 5”
(420 mm)
6’ 7” (2 000 mm)
1’ 5”
(425 mm)
11.4”
(290 mm)
7’10” (2 390 mm)
9
Specifications: EX80
Lifting Capacities: EX80
Rating over side
or 360 degrees
Rating over front
EX80
Conditions
Boom: 12.20’
(3.72 m)
Arm: 5.31’
(1.62 m)
Bucket:
PCSA 0.37 yd3
(0.28 m3)
Shoes: 18”
(450 mm)
with dozer
blade
Conditions
Boom: 12.20’
(3.72 m)
Arm: 6.96’
(2.12 m)
Bucket:
PCSA 0.37 yd3
(0.28 m3)
Shoes: 18”
(450 mm)
with dozer
blade
Notes:
Load
point
height
16.40’
(5 m)
13.12’
(4 m)
9.84’
(3 m)
6.56’
(2 m)
3.28’
(1 m)
0
(Ground)
-3.28’
(-1 m)
-6.56’
(-2 m)
-9.84’
(-3 m)
Load
point
height
16.40’
(5 m)
13.12’
(4 m)
9.84’
(3 m)
6.56’
(2 m)
3.28’
(1 m)
0
(Ground)
-3.28’
(-1 m)
-6.56’
(-2 m)
-9.84’
(-3 m)
Unit
Measure:
1,000 lb
(1 000 kg)
a: Load radius
b: Load point height
c: Lifting capacity
Load radius ft (m)
6.56’ (2 m)
*5.11
(2.32)
*7.50
(3.40)
*9.30
(4.22)
*7.28
(3.30)
*5.11
(2.32)
*7.50
(3.40)
*9.30
(4.22)
*7.28
(3.30)
9.84’ (3 m)
*2.87
(1.30)
*3.88
(1.76)
5.49
(2.49)
5.16
(2.34)
5.00
(2.27)
4.98
(2.26)
5.00
(2.27)
5.14
(2.33)
*2.87
(1.30)
*3.88
(1.76)
*5.56
(2.52)
5.93
(2.69)
5.78
(2.62)
5.75
(2.61)
5.78
(2.62)
*5.38
(2.44)
13.12’ (4 m)
*2.95
(1.34)
*3.02
(1.37)
*3.44
(1.56)
3.51
(1.59)
3.35
(1.52)
3.24
(1.47)
3.20
(1.45)
3.20
(1.45)
*2.95
(1.34)
*3.02
(1.37)
*3.44
(1.56)
3.95
(1.79)
3.77
(1.71)
3.66
(1.66)
3.62
(1.64)
3.62
(1.64)
16.40’ (5 m)
2.51
(1.14)
2.45
(1.11)
2.38
(1.08)
2.31
(1.05)
2.29
(1.04)
19.69’ (6 m)
At max. reach
2.71
(1.23)
2.16
(0.98)
1.90
(0.86)
1.79
(0.81)
1.76
(0.80)
1.88
(0.85)
2.14
(0.97)
2.82
(1.28)
2.80
(1.27)
2.73
(1.24)
2.65
(1.20)
2.58
(1.17)
2.56
(1.16)
3.02
(1.37)
2.40
(1.09)
2.12
(0.96)
1.98
(0.90)
1.98
(0.90)
2.09
(0.95)
2.40
(1.09)
3.17
(1.44)
ft
(m)
16.04
(4.89)
18.11
(5.52)
19.29
(5.88)
19.75
(6.02)
19.59
(5.97)
18.80
(5.73)
17.19
(5.24)
14.53
(4.43)
Load radius ft (m)
6.56’ (2 m)
*6.53
(2.96)
10.12
(4.59)
*8.75
(3.97)
*6.53
(2.96)
*10.36
(4.70)
*8.75
(3.97)
9.84’ (3 m)
*2.98
(1.35)
*4.59
(2.08)
5.25
(2.38)
5.00
(2.27)
4.92
(2.23)
4.92
(2.23)
5.00
(2.27)
*2.98
(1.35)
*4.59
(2.08)
6.04
(2.74)
5.80
(2.63)
5.69
(2.58)
5.69
(2.58)
5.78
(2.62)
13.12’ (4 m)
*2.38
(1.08)
*2.43
(1.10)
*2.89
(1.31)
3.55
(1.61)
3.37
(1.53)
3.24
(1.47)
3.15
(1.43)
3.13
(1.42)
3.20
(1.45)
*2.38
(1.08)
*2.43
(1.10)
*2.89
(1.31)
*3.64
(1.65)
3.81
(1.73)
3.66
(1.66)
3.57
(1.62)
3.55
(1.61)
3.62
(1.64)
16.40’ (5 m)
2.58
(1.17)
2.56
(1.16)
2.47
(1.12)
2.38
(1.08)
2.29
(1.04)
2.25
(1.02)
2.23
(1.01)
*2.71
(1.23)
2.84
(1.29)
2.76
(1.25)
2.65
(1.20)
2.58
(1.17)
2.51
(1.14)
2.51
(1.14)
19.69’ (6 m)
1.79
(0.81)
1.74
(0.79)
1.70
(0.77)
1.98
(0.90)
1.94
(0.88)
1.90
(0.86)
At max. reach
2.23
(1.01)
1.85
(0.84)
1.63
(0.74)
1.54
(0.70)
1.52
(0.69)
1.59
(0.72)
1.79
(0.81)
2.20
(1.00)
2.47
(1.12)
2.05
(0.93)
1.83
(0.83)
1.72
(0.78)
1.72
(0.78)
1.79
(0.81)
2.01
(0.91)
2.47
(1.12)
ft
(m)
18.04
(5.50)
19.85
(6.05)
20.93
(6.38)
21.36
(6.51)
21.23
(6.47)
20.47
(6.24)
19.06
(5.81)
16.73
(5.10)
Standard Equipment
ENGINE
• E mode control
• 25 A alternator
• Dry-type air filter with evacuator
valve
• Cartridge-type engine oil filter
• Cartridge-type fuel filter
• Radiator and oil cooler with
dust protective net
• Radiator reserve tank
• Isolation-mounted engine
• Auto-idling system
HYDRAULIC SYSTEM
• ETS
• E-P control system
(power mode selector)
• OHS
• Quick warm-up system for
pilot circuit
• Shockless valve in pilot circuit
• Swing cushion valve in swing
circuit
• Travel cushion valve in travel
circuit
• Control valve with main relief
valve
• Extra port for control valve
• Suction filter
• Full-flow filter
• Pilot filter
CAB
• All-weather sound-suppressed
steel cab
• Reinforced, tinted (bronze color)
glass windows
• 6 fluid-filled elastic mounts
• Front window - upper, lower and
left side windows all open
• Intermittent retractable
windshield wiper
• Adjustable reclining suspension
seat
• Footrest
• AM-FM radio
• Auto-idle switch
• Seat belt
• Floor mat
• Heater
• Pilot control shut-off lever
• Air conditioning
MONITOR SYSTEM
• Meters:
Hourmeter, engine coolant
temperature gauge, fuel meter
• Warning lamps:
Alternator charge, engine oil
pressure, engine overheat, air
cleaner clog
• Pilot lamps:
Engine preheat
• Alarm buzzers:
Engine oil pressure and engine
overheat
Optional Equipment
• Hose rupture valves
• Electric fuel refilling pump
• Swing motion alarm device with lamp
• Additional pump
• Piping kit for extra valve port
• Pre-cleaner
• Rubber crawler
Standard equipment may vary by country, so please consult your Hitachi dealer for details.
LIGHTS
• 2 working lights
UPPERSTRUCTURE
• Undercover
• 1,764 lb (800 kg) counterweight
• Fuel level float
• Hydraulic oil level gauge
• Tool box
• Swing parking brake
• Travel motion alarm device
UNDERCARRIAGE
• Travel parking brake
• Travel motor covers
• Hydraulic track adjuster
• Bolt-on sprocket
• Upper rollers and lower rollers
• Reinforced track links with pin
seals
• 18” (450 mm) triple grouser shoes
FRONT ATTACHMENTS
• Bucket clearance adjust
mechanism
• Monolithically cast bucket link A
• Dirt seals on all bucket pins
• 5’4” (1.62 m) arm
Optional equipment may vary by country, so please consult your Hitachi dealer for details.
• Front glass lower guard
• Slope-finishing blade for slope finishing jobs…
scraping up or down, compacting, leveling,
grading, etc.
• Dozer blade
• V-shape bucket 0.26 yd3 (0.20 m3: CECE heaped)
1. Ratings are based on SAE J1097.
2. Lifting capacity of the EX Series does not exceed 75% of
tipping load with the machine on firm, level ground or
87% of full hydraulic capacity.
3. The load point is a hook (not standard equipment)
loaded on the back of the bucket.
4. * Indicates load limited by hydraulic capacity.
10
MISCELLANEOUS
• Standard tool kit
• Lockable machine covers
• Fuel filling cap
• Skid-resistant tapes and handrails
11
Hitachi of North America
Hitachi excavators,
mini excavators, mining
shovels, cranes and
forestry machines are
the best you can buy.
Our commitment to
superior product support
is equally outstanding.
HCMA/C 80-6/00 10M
• 37 Dealers
• 194 Dealer Facilities
• Parts Warehouses
– Houston, Texas
– Vancouver, B.C.
• Manufacturing Plants
– Tsuchiura, Japan
– Tierra, Japan
– Kernersville,
North Carolina
– Langley, B.C.
– Saltillo, Mexico
Hitachi Construction & Mining Division - Americas
1515 5th Avenue • Moline, IL 61265