- Powerful Power: Equipped with a high-performance engine, it has sufficient power
reserves. It can stably output power under complex working
conditions, ensuring that actions such as digging, lifting, and
slewing are efficient and smooth, and achieving high work
efficiency.
- Advanced Hydraulic System: An advanced hydraulic control system is adopted to precisely
control each action. The actions are well coordinated, and the
compound actions are sensitive to operate, enabling fine
operations. Moreover, the hydraulic components are highly reliable
and durable.
- Sturdy Structure: The crawler chassis and working device are made of high-strength
steel. Through optimized design and finite element analysis, the
structure is sturdy and durable, with strong anti-deformation
ability, and can adapt to heavy loads and harsh working conditions.
- Excellent Comfort: The cab has good sealing and shock absorption effects. It is
equipped with facilities such as a comfortable seat and an air
conditioner. The operating space is spacious, and the ergonomic
design is reasonable. The layout of the operating handles is
optimized, reducing the fatigue level during long-term operation.
- Convenient Maintenance: Key parts such as the engine compartment are easy to open for
inspection and repair. The parts have strong versatility and are
easy to replace. The maintenance points are centrally arranged,
which can effectively reduce maintenance costs and downtime.
- Earthwork Projects: Widely used in earthwork excavation, loading, and transportation
operations in projects such as road construction, building
construction, and water conservancy projects, such as excavating
foundations, leveling sites, and digging ditches.
- Mining Operations: In small mines, it can carry out ore stripping and loading
operations, and cooperate with equipment such as dump trucks to
realize the ore mining and transportation process.
- Municipal Engineering: Used for the construction and maintenance of urban
infrastructure, such as the excavation of pipe trenches during
urban pipeline laying and the excavation of tree pits in urban
greening projects.
- Farmland and Water Conservancy: Participate in projects such as farmland reclamation, river
dredging, and the excavation and renovation of ponds, improving the
irrigation and drainage conditions of farmland.
- Demolition Operations: It can carry out demolition operations on some low-rise buildings
and temporary buildings. With attachments such as a hydraulic
breaker, it can break concrete structures and so on.
Category | Detailed Parameters |
Overall Machine Parameters | Operating Mass: 13500kg Standard Bucket Capacity: 0.6m³ Power Type: Conventional Power (Fuel) Emission Standard: National IV |
Performance Parameters | Slewing Speed: 12r/min Traveling Speed (High/Low): 5.4/3.0km/h Maximum Traction Force: 130kN Bucket Digging Force (ISO): 108kN Arm Digging Force (ISO): 69kN |
Power System | Engine Model: Cummins QSF4.5 (National IV) Rated Power: 89kW/2200rpm Displacement: 4.5L |
Main Body Dimensions | Total Transport Length: 7700mm Total Transport Width: 2595mm Total Transport Height: 2940mm Crawler Gauge: 1990mm Crawler Axle Distance: 2920mm Rear Slewing Radius: 2300mm |
Working Range | Maximum Digging Radius: 8420mm Maximum Ground Digging Distance: 8290mm Maximum Digging Depth: 5505mm Maximum Digging Height: 8465mm Maximum Unloading Height: 5885mm Boom Length: 4600mm Arm Length: 2500mm |
The ZE135G is equipped with a high-performance engine, which has
sufficient power reserves and can stably output power under various
complex geological conditions such as rocks, clays, and sands. Its
bucket digging force (ISO) reaches 108kN, and the arm digging force
(ISO) is 69kN, enabling it to efficiently complete digging
operations. At the same time, the advanced hydraulic control system
ensures precise movements and can flexibly meet the digging
requirements of different geological conditions.
Yes, the slewing speed of the ZE135G is 12r/min, and the traveling
speed (high/low) is 5.4/3.0km/h. When performing operations such as
digging, lifting, and slewing, relying on the powerful engine and
advanced hydraulic system, it can achieve efficient and smooth
operation, greatly improving work efficiency.
The maintenance is relatively convenient. Key parts such as the
engine compartment are designed to be easily opened for inspection
and repair. The parts have strong versatility and are easy to
replace. The maintenance points are centrally arranged, reducing
the maintenance difficulty and effectively reducing the maintenance
cost and downtime. Regular maintenance in accordance with the
maintenance manual provided by Zoomlion can ensure the long-term
stable operation of the equipment.
Daily maintenance should be carried out before and after each
operation, including checking the appearance of the equipment,
crawlers, hydraulic oil level, etc. For routine maintenance such as
changing the engine oil and oil filter, it is recommended to carry
out it every 500 hours. The cleaning or replacement cycle of the
air filter is approximately 2000 hours. The specific maintenance
cycle can refer to the usage environment and actual operation
status of the equipment and follow the requirements of the
maintenance manual.
The product price may vary due to factors such as configuration,
market supply and demand, and regional differences. You can leave
your contact information on the official website of Zoomlion or
directly contact the local authorized dealer to obtain accurate
product quotations and relevant preferential information.
Zoomlion has a complete after-sales service network. After the
purchase, you can enjoy professional technical support, including
equipment installation, debugging, operation training, etc. During
the warranty period, if there are quality problems with the
equipment, free maintenance or replacement of parts will be
provided. After the warranty period, long-term maintenance services
can also be provided to ensure the continuous and stable operation
of the equipment.
It is suitable for a variety of engineering scenarios. In earthwork
projects, it can be used for earthwork excavation, loading, and
transportation operations in projects such as road construction,
building construction, and water conservancy projects, such as
excavating foundations, leveling sites, and digging ditches. In the
field of mining, it can carry out the stripping and loading
operations of ores in small mines. In terms of municipal
engineering, it can be used for the excavation of pipe trenches
during urban pipeline laying and the excavation of tree pits in
urban greening projects. In addition, it can also participate in
the reclamation of farmland and water conservancy, river dredging,
pond renovation, as well as the demolition of low-rise buildings
and temporary buildings.
The rear slewing radius of the ZE135G is 2300mm, which has good
slewing flexibility among excavators of the same class. Combined
with its precise hydraulic control system, it can operate
relatively flexibly in a relatively narrow space, complete
operations such as digging and slewing, and adapt to the work
requirements in narrow spaces such as construction on narrow
streets in the city and site operations around buildings.