The information on the products of the other companies The information on the products of the other companies
is based on the products put on Japanese market. is based on the products put on Japanese market.
Therefore, please note that there is a case by an area. Therefore, please note that there is a case by an area.
1
ZAXIS spells Z-AXIS. It is the third axis,
followed by X -and Y-axis, and symbolises
the future.
ZAXIS also means creative power drawn in
the future's space.
The stamped/registered model number is the ZX210.
2
Boosted Production and
Shortened Job Period
• Increased productivity (12% increase)
• Increased digging force (12% increase)
• Increased swing torque (11% increase)
• Increased traction force (8% increase)
Selling Points
Selling Points
Enhanced Operator
Comfort
• Quiet cab
• One-touch front window lock
• Easy-to-use controls
Service Support System
• “e-Excavator”
Safety
• World’s safety standards
• CRES cab
Environmentally Friendly Design
• Low noise design
• Emissions Control Regulations (tier 2)
Reduced Running Costs
• Saving fuel consumption by 12%, with
Auto Acceleration On
• Greatly reducing wear at bucket-arm joint
by using WC (tungsten carbide) thermal
spraying
• Anti-rust aluminum radiator and oil cooler
Reducing Maintenance Costs
• Front attachment lubricating intervals: 500
hours
• Conveniently located engine oil filter and
oil/water separator
3
l 110 kW High-Power Engine
l Increased Swing Torque: 11% Increase (ZX210)
Increased Productivity due to Boosted Digging Force and Swing Torque
New!
Improved swing
performance on slope
nSHORTENED JOB PERIOD AND BOOSTED PRODUCTION
90° Swing and Boom Raise (Using Bucket Heaped)
ZAXIS210 EX200-5 PC210-6 320B
P P Heavy digging Power up
Speed (sec) 3.7 3.9 3.8 3.8
Bucket bottom
clearance mm (ft in)
6.2(20’4”) 6.2(20’4”) 5.6(18’4”) 5.2(17’1”)
l Increased Traction Force: 8% Increase (ZX210)
4% Increase (ZX110, ZX130)
4
l Boosted Digging Force: 12% Increase
• Arm digging force is boosted by 10% and bucket digging force
by 12% by increasing hydraulic cylinder diameter.
Digging forces
ZAXIS210 EX200-5 PC210-6 CAT320C
Bucket
143
(14 600)
127
(13 000)
144
(14 700)
119
(12 100)
Normal
Arm
103
(10 500)
93
(9 500)
91
(9 300)
106
(10 800)
Bucket
151
(15 400)
134
(13 700)
147
(15 000)
Power
Boost
Arm
109
(11 100)
99
(10 100)
99
(10 100)
ZAXIS130 EX120-5 CAT312C PC130-6
Bucket 65 60 63 62
Normal
Arm 99 89 84 83
Unit: kN (kgf)
Unit: kN
5
l Increased Productivity: 12% Increase (H/P mode) Over EX200-5
Productivity and Fuel Consumption on Overburden
Data in [ ] are an index when the EX200-5 is 100.
Fuel Consumption Efficiency
ZAXIS210 EX200-5 PC210-6 320B
H/P H/P Active Power-up m
3
/L
(yd
3
/US gal)
7.1(35.2) 6.4(31.7) 6.1(30.2) 6.2(30.7)
Test conditions: Trenching (90° swing and dumping)
60
55
30
25
20
200
150
100
165(216)
[104]
159(208)
[100]
26.6
(7.03)
[107]
26.1
(6.90)
[105]
24.9
(6.58)
[100]
25.1
(6.63)
[101]
159(208)
[100]
Fuel
Consumption
Production
178(233)
[112]
320B
Power-up mode
PC210-6
Active mode
EX200-5
H/P mode
ZAXIS210
H/P mode
Fuel Consumption L/h(US gal/h)
Production m
3
/h(yd
3
/h)
6
l Production and Fuel Consumption
l ZX210 vs PC210-7
ZX210 PC210-7
Production m
3
/h
(yd
3
/h)
216
(283)
185
(242)
Fuel consumption L/h
(US gal/h)
24.5
(6.5)
25.4
(6.7)
H/P mode
Fuel efficiency m
3
/L
(yd
3
/US gal)
8.8
(44)
7.3
(36)
Production m
3
/h
(yd
3
/h)
198
(259)
Fuel consumption L/h
(US gal/h)
23.0
(6.1)
P mode
Fuel efficiency m
3
/L
(yd
3
/US gal)
8.6
(42.6)
l Test conditions: Overburden at Hitachi’s test field (Hokkaido, Japan)
Trenching, 90° swing and dumping
l ZX210 vs CAT320C
ZX210 CAT320C
Production m
3
/h
(yd
3
/h)
235
(307)
221
(289)
Fuel consumption L/h
(US gal/h)
23.8
(6.3)
28.3
(7.5)
P mode
Fuel efficiency m
3
/L
(yd
3
/US gal)
9.9
(48.8)
7.8
(38.6)
l Test conditions: Overburden at Hitachi’s test field (Hokkaido, Japan)
Trenching, 90° swing and dumping
l Since CAT320C was below P mode, ZAXIS210 was not measured in
H/P mode.
7
Auto Power Lift
l Improved Machine Stability and Increased
Lifting Force
• The Auto Power Lift automatically boosts a 6% power
when the load is increased during scooping-up
operation. (ZX210)
• Machine stability is improved by using the heavier
counterweight (200 kg [441 lb] increase).
• Machine jolt is reduced by increasing rigidity of the
machine body. Strengthened main frame and the
improved D-section frame skirt (equivalent to 40-tonne
class in size) are utilized.
• Machine jolt is further reduced by increasing rigidity of
the undercarriage; Thickened vertical plates are
employed at the track frame (X-beam).
New!
8
The Refined Hydraulic System and Dual Work Modes for Efficient, Simple Operation
Bucket regenerative mechanism
Monitor panel
l Direct Control Feeling with the
Refined Hydraulic System
• The Refined Hydraulic System allows the operator to
control the machine with good response.
• Lever control force is reduced by 10%. Lever height is
also adjustable in the range of 40 mm (1.58”).
• The bucket regenerative mechanism makes light-duty
operation quicker.
l Dual Work Modes: Digging Mode
and Attachment Mode
Work modes are reduced to two for simple, efficient
operation.
• Digging Mode
Different operations, from heavy-duty excavation to
finishing and installation, can be done easily and
productively.
• Attachment Mode
The machine can work with various special
attachments, such as a breaker, crusher and cracker,
for varied operations by using an exclusive attachment
selection switch (option).
New!
New!
Attachment mode
Digging mode
9
l The Refined Hydraulic System
Simplifies Finishing Work
l Direct Control Feeling with the
Refined Hydraulic System
The Refined Hydraulic System allows the
operator to control the machine with good
response through the pump direct control.
New!
• The pump can be directly
controlled by lever through
pilot signal responding to
lever stroke. Conventionally,
the pump is controlled by
movement of the spool in the
control valve.
• Control can be made with
good feeling like direct drive.
• Users’ impressions:
- “Front moves smoothly”
- “Agile operation”
Pump Direct Control
l Making Combined Operations Easier
• Combined operations are further improved by
using the arm/bucket flow control, speed
increase mechanism and regenerative
mechanism.
Arm Flow Control
During excavation while
pressing the bucket to
wall, arm and swing
circuit pressures are
well balanced to yield
optimum swing torque.
Shockless
valve
Flow rate signal
Improved
signal
control
valve
Control
valve
Regulator
Pump
Cylinder
Control lever
Conventional Hydraulic System
Refined Hydraulic System
Flow rate signal
Control
valve
Regulator
Pump
Cylinder
Control lever
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Hitachi ZX110 130 210 Product Info
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Description
The Hitachi ZX110 130 210 product manual is a comprehensive guide for repairing and maintaining Hitachi ZX110, ZX130, and ZX210 models. This manual contains detailed technical information, including diagrams, specifications, and step-by-step procedures for various repair and maintenance tasks.
Whether you are a professional mechanic or a DIY enthusiast, this manual provides valuable insights into the inner workings of these machines. It covers a wide range of topics, such as engine maintenance, hydraulic system repairs, electrical troubleshooting, and more.
With this manual, you can effectively troubleshoot issues, perform routine maintenance, and make necessary repairs to ensure the optimal performance of your Hitachi ZX110, ZX130, or ZX210 equipment.
