1.Equipped 230mm cylinder, large displacement (110m3 / h) pumping system, the material absorption is more than 88%, the number of commutation with the same displacement is low, and the wearing parts life is long;2.The pumping system adopts electron...【MORE】
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0532-877000001.Equipped 230mm cylinder, large displacement (110m3 / h) pumping system, the material absorption is more than 88%, the number of commutation with the same displacement is low, and the wearing parts life is long;
2.The pumping system adopts electronically controlled commutation. The pumping commutation is quick and accurate, for system impact is small, and the actual pumping efficiency is increased by more than 7% over the conventional hydraulically controlled commutation system.
3.Adopts industrial large pump truck integrated valve, the line is simple, the pressure loss is small, compared to the conventional valve energy saving 17%. Hydraulic systems are not prone to heat.
4.Equipped high and low pressure pumping switching function, can pump large displacement, high speed and high efficiency. When encountering poor materials, high-pressure pumping is not easy to block the pipe.
5.Equipped with full power and energy-saving dual pumping mode, the fuel consumption is lower. The engine speed can be adjusted in conjunction with the pumping volume.
6.Equipped with a dedicated central controller for construction machinery, a large-size high-definition display, and LCD remote control. The performance of the control system is stronger and the operation is more user-friendly.
7. Adopts imported multi-way valve. and the boom is particularly maneuverable, achieve man-machine integration, the boom can be immediately and steadily stopped. The end hose is positioned quickly and accurately.
In the industry's first high-pressure pumping technology, pumping efficiency is higher than the industry 5-8%
Original high-precision and high-efficiency hydraulic system, energy consumption is lower than 2-4% of the industry
It is equipped with the world's leading boom active vibration damping technology. The vibration amplitude of the boom under full working condition is within 0.2 m to ensure construction safety.
The adaptive pumping control technology of all working conditions focuses on breaking the pumpability of the differential material, effectively overcoming the common problem of the picking system of the pumping system, and achieving a 65% reduction in the pumping blocking rate.
Pump truck structural parts and weld seam fatigue optimization design method, structural parts laboratory 400,000 squares do not crack, reaching the same advanced level in Europe
Self-learning by control parameters such as pumping stroke and boom vibration, automatically adapt to various working conditions and always maintain optimal performance.
Real-time diagnosis and life prediction of main oil pump fault based on multi-sensor integrated analysis technology
Based on load online acquisition and cloud remote reliability analysis technology, it realizes three-level fault automatic diagnosis of power-on self-test, process self-test and shutdown detection.
Fully integrated into the CO-NELE‘s“Assembly e-Connect” smart application app, customers can check the status of the device at any time through the mobile phone and create a new mode of equipment management.
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Main Parameters |
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Model |
KNL5203THB30-4M |
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|
Item |
Unit |
Parameter |
|
|
Pumping system |
Max. Theor. output(high/low pressure) |
m3/h |
66/111 |
|
Max. Theor. concrete output Pressure |
MPa |
10/6 |
|
|
Rated working pressure |
MPa |
32 |
|
|
Pumping frequency(high/low pressure) |
min-1 |
16/27 |
|
|
Hopper capacity |
L |
600 |
|
|
Filling height |
mm |
1400 |
|
|
Hydraulic system type |
|
Open loop |
|
|
Distribution valve |
|
S valve |
|
|
Oil cylinder dia.×stroke |
mm |
φ125×1650 |
|
|
Concrete cylinder dia.×stroke |
mm |
φ230×1650 |
|
|
Hydraulic oil cooling |
|
Air cooling |
|
|
Recommended concrete slump |
cm |
12~23 |
|
|
Max. aggregate dimension |
mm |
40 |
|
|
Placing boom |
Structure type |
|
30-4M |
|
Placing depth |
m |
30 |
|
|
Horizontal distance |
m |
26 |
|
|
Placing depth |
m |
22 |
|
|
Slewing angle |
|
±270° |
|
|
Pipe diameter |
mm |
125 |
|
|
End hose length |
mm |
3000 |
|
|
Min. height of opening placing boom |
mm |
8000 |
|
|
Outriggers span (front×rear×side) |
mm |
6140×7098×6706 |
|
|
Chassis and the whole machine |
Chassis model |
|
ZZ5207N4617E1 |
|
Wheelbase |
mm |
5600 |
|
|
Engine type |
|
D10.34-50 |
|
|
Engine power |
kW |
249kw |
|
|
Oil tank cubage |
L |
400 |
|
|
Tail gas exhaust standard |
|
Nation V |
|
|
Overall dimensions |
mm |
10340x2496x3770 |
|
|
Others |
Lubrication mode |
|
Manual hydraulic dual - use |
|
Oil tank volume |
L |
500 |
|
|
Control mode |
|
Manual＋remote control |
|
|
Maximum water pressure |
MPa |
0.8 |
|
|
Water tank volume |
L |
400 |
|
|
Pipe cleaning mode |
|
Water cleaning/dry cleaning |
|
|
Major Component Configuration |
|
|
Boom Control Mode |
Manual and Remote Control |
|
Leg Open |
Front is X-landing leg, |
|
Boom Steel |
900MPa Hign steel plate |
|
Power Supply |
Self-cotained Power in Chassis |
|
Working Voltage |
DC24V |
|
Relay Brand |
OMRON-Japan |
|
Proximity Switch |
TURCK-German |
|
Wireless Remote Controller |
Proportional remote control Made in China |
|
PLC module |
SIMENS- German |
|
Hydraulic System Type |
open loop |
|
Main Oil Pump |
Rexroth serials |
|
Main Hydraulic Pump Displacement |
140ml/r |
|
Main Electro-Hydraulic Valve |
ETON-America |
|
Oil Suction Return Filter |
HYDAC-German |
|
Multi-Way Valve |
WOLF-Italy |
|
Gear Pump |
HANDOK and CASAPPA |
|
Boom Oil Pump Brand |
LIYUAN-Made in China |
|
Multi-Way Valve |
Youli-Taiwan in China |
|
Hydraulic Seals |
Parker-America |
|
Hydraulic Hose |
Gates-America |
|
Hydraulic Oil Cooling |
Air-cooling |
|
High And Low Pressure Exchanger |
Electronically controlled automatic |
|
PTO Box |
Zhuchi/Sibao-Made in China |
|
Turret Reducer |
Ningbo Zhongyi |
Wechat Public Number
Mobile phone station