XCMG 12 ton Telescopic Crane China mini cranes XCL12L3 truck cranes for sale
Summary
- Model Number:XCL12L3
- Brand Name:XCMG
- Place of Origin:Jiangsu, China
- Span:7.9m
- Max. Lifting Height:38.1 m
- Max. Lifting Load:80 ton
- Rated Lifting Moment:3000kN.m
- Rated Loading Capacity:80 ton
- Application:construction
- Certification:CE/ISO9001
Specifications
- Weight:16000.000kg
- Condition:New
- Moving Type:Other
Packaging & Shipping
- Delivery Lead Time:7 days for ready goods
- Minimum Order:1 Piece
- Supply Ability:10,000 Set/ Sets per Month
- Total Quantity In Stock:Over 5000
- Delivery Port:Any Port In China

XCL12L3 XCMG telescopic crane for sale.
It
is designed to mainly aim at domestic market, and to take international market
requirements into consideration. It is mounted on a self-made special chassis,
which is suitable for driving on a wide range of roads.
It
has high lifting height, powerful lifting capacity and high working
efficiency. It is widely used for the
lifting operations in general engineering projects, such as construction site,
urban renewal, communication and transportation, ports, bridge, oilfields and
mine, and complex working environments.
It
is mounted on a two-axle truck crane chassis. Four-section boom with octagonal
profile, a lattice jib, built-in double independent winches, new energy-saving
power system, fixed counterweight and new energy-saving hydraulic system are
available. The crane has newly designed XCMG G1 appearance of Truck Crane,
luxurious full-dimension driver‘s cab and XCMG man-machine interactive system
with the level of a car. Its performance takes the lead in the industry. It is
more intelligent, energy-saving and user friendly to operate.
(1)
High performance
The
four-section boom with octagonal profile is made of high strength steel. The
boom can be extended up to 30.5 m, which is 1.6 m longer than the competitive
products in the same class in the industry. The boom cross-section is optimized
to reduce the boom torsion and side
bending during lifting operations; plug-in sliders are used to effectively
increase the overlapping length of adjacent boom sections, resulting in
improved lifting capacity; compact boom tail structure is designed to enhance
the telescoping rate of each boom section, leading to enlarged boom length;
H-type outriggers have span of 4.57 m × 5.5 m, significantly improving crane's
stability; the lifting capacity of the crane is 10% higher than the highest
level in the industry.
A
high precision pressure shut-off valve is added to prevent pressure shock
during lifting operations, to eliminate winch shaking while lowering the hook
in case high temperature of hydraulic oil, greatly improving the reliability of
lifting operations. A large displacement motor, combined with an oil-refilling
circuit specialized for the winch and precise brake control, contributes to the
response speed in millisecond and protection against winch speed out of control
and prevents the load from sliding down while starting second lift.
(2)
Intelligent
The
latest controltechnology platform is adopted to perform intelligent crane
operations and travel control, such as automatic planning of working
conditions, parameter indication such as engine rotation speed, language
selector and constant speed cruise.
(3)
Energy-saving
New
energy-saving hydraulic system is designed, such as the open winch hydraulic
system consisting of variable displacement pumps and constant displacement
motors, and the slewing hydraulic system consisting of a constant displacement
pump and a low speed large torque motor with mature slewing buffering
technology adopted. The external-controlled boom gravity falls results in
improved lowering speed from a larger boom angle, which leads to 30% increase
in the working efficiency. In addition, the radiator core fins are optimized,
resulting in 10% improvement in cooling performance and 25% reduction in energy
consumption for cooling.
The
new power system consists of a new energy-saving engine and a transmission with
synchronizer and over drive contributes to strong driving performance, high
load-bearing capacity and better stability, resulting in perfect combination of
high power performance and low fuel consumption, i.e.16% reduction in
comprehensive fuel consumption, 12% increase in Max. travel speed
(4)
Appearance and ergonomics
The
crane has newly designed XCMG G1 appearance of Truck Crane, which looks more
sturdy and elegant. The entire crane has been ergonomically improved. The
full-dimension luxurious driver's cab improves driver's comfort. New designed
aluminum deck presents aesthetic.
Covering
door, made of new composite material, and bottom plate and handrail, made of
aluminum alloy material, reduce the weight of coverings by30%~40%.
A
portable reeving system is installed to reduce the reeving time from 35 min to
18 min due to no need to disassemble wedge socket.
XCMG
man-machine interactive system with the level of a car, i.e. ergonomically
designed work space, informative interactive techniques and user friendly
man-machine interaction are available.

|
Category |
Item |
Unit |
Parameter |
||
|
Dimensions |
Overall length |
mm |
10900 |
||
|
Overall width |
mm |
2500 |
|||
|
Overall height |
mm |
3550 |
|||
|
Wheel base |
mm |
4700 |
|||
|
Track |
mm |
Meritor:2076/1830 Hande:2048/1830 |
|||
|
Front overhang |
mm |
1450 |
|||
|
Rear overhang |
mm |
2455 |
|||
|
Weight |
Total weight in travel |
kg |
16000 |
||
|
Axle load |
1st axle |
kg |
6000 |
||
|
2nd axle |
kg |
10000 |
|||
|
Power |
China National IV |
Engine model |
|
SC7H230Q4 |
WP6.220E40 |
|
Engine rated power |
kw/(r/min) |
170/2300 |
162/2300 |
||
|
Engine rated torque |
N.m/(r/min ) |
900/1400 |
850/1400-1600 |
||
|
China National V |
Engine model |
|
SC7H230Q5 |
WP6.220E50 |
|
|
Engine rated power |
kw/(r/min) |
170/2300 |
162/2300 |
||
|
Engine rated torque |
N.m/(r/min ) |
900/1200-1600 |
850/1200-1600 |
||
|
Travel |
Travel speed |
Max. travel speed |
km/h |
90 |
|
|
Min. travel speed |
km/h |
2~3 |
|||
|
Turning diameter |
Min. turning diameter |
m |
18 |
||
|
Min. turning diameter at boom tip |
m |
22 |
|||
|
Min. ground clearance |
mm |
250 |
|||
|
Approach angle |
° |
21 |
|||
|
Departure angle |
° |
13 |
|||
|
Braking distance (at 60 km/h ) |
m |
≤10 |
|||
|
Max. grade ability |
% |
41 |
|||
|
Oil consumption per 100 km (theoretical) |
L |
20 |
|||
|
Exterior noise level |
dB(A) |
≤84 |
|||
|
Noise level at seated position |
dB(A) |
≤90 |
|||

.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg_t.jpg)
.jpg_t.jpg)
.jpg_t.jpg)
.jpg_t.jpg)
.jpg_t.jpg)
.jpg_t.jpg)




