FOB Price
Obtenir le dernier prix10000 ~ 45000 / Unit ( Negotiable )
|Minimum Order
Localité:
-
Prix de commande minimale:
Commande minimale:
1 Unit
Packaging Detail:
Standard container for export
Delivery Time:
15-20 days after we receive your deposit
Supplying Ability:
100 Unit per Month
Payment Type:
T/T, L/C
Personne àcontacter Ms. lily
zhengzhou wnagwuwaihuan road, Zhengzhou, Henan
Haomei concrete pump truck structure receives has on booms fatigue life on HAOMEI\'s drawing on advanced experience both at home and abroad. Meantime, the company optimized hydraulic systems design, adopted latest free fluid technique, greatly lessened pumping reversals impact on boom,and won many patents on concrete pump truck structures optimization and hydraulic systems design. Perfect product quality control, perfect product making, and absolutely adequate quality inspection make HAOMEI pump truck achieve CHINAs leading level and international advanced level. Pump system adopts steel plates all from SWEDISH SSAB, which have been treated by high-strength coldrolling with yield strength beyond **0Mpa, to ensure boom system with high-strength and light weight. The systems aggregate carrying pipe,landing leg,and oil tank,etc. all have been treated by **0% stess removing after welding. Every welding seam has been treated by **0% nondestructive evaluation or X radial check to avoid any tiny defect and to make the machine more enduring.
The boom system adopts slewing bearing from GERMANY ROTHE ERDE
or imported ITALY product, which have higher strength and longer
using life with texture to be *2CrMo.Accurate data support from
finite element analysis and dynamics simulation analysis act as
design basis to ensure boom system with a scientific structure and
excellent property. Stess and strain test are conducted by national
test center to verify the agreement between boom structure
calculated analysis result and actual working condition.
| Specification | Value |
|---|---|
| output in theory(m3/h) | **5 |
| index of the pump carry capacity(Mpa.m3/h) | **6 |
| theoretic pumping pressure(Mpa) | 8.5 |
| bucket volume(L) | **0 |
| height of top surface of bucket(mm) | **0 |
| model of distribution valve(S) | valve |
| max. operation radius(m) | *3.7 *7.8 |
| max. operation height(m) | *7.7 *1.8 |
| max. operation depth(m) | *4.3 *9.8 |
| open height of boom(mm) | ***5 ***0 |
| distance between front landing legs(mm ) | ***0 ****5 |
| distance between rear landing legs(mm) | ***0 ****0 |
| distance between front & rear landing legs(mm) |
***0/****0
|
| diameter of delivery pipe(mm) | **5 |
| length of hose pipe(m) |
3
|
| rotary range of boom | **5° |
| quantity of boom | 5 |
| rotary angle of each boom(°) | *1/**0/**0/**0/**0 *0/**0/**0/**0/**0 |
| wire line control distance(m) | *3 |
| romote control distance(m) | **0 |
| max. speed(km/h) | *5 *0 |
| min. turn radius(mm) | ****0 ****0 |
| ***0(m) | *0 |
| approach angle(°) | *6 |
| departure angle(°) | *1 |
| chassis model | HOWO ZZ***7S***7C |
| wheel base between the first & the second axle(mm) | ***0 |
| wheel base between the second & the third axle(mm) | ***0 ***0 |
| front tread(mm) | ***0 |
| rear tread(mm) | ***2 |
| max. engine output power(kw) | **5(***0r/min) |
| max. engine output torque(n.m) | ***0 /(***0~***0 r/min) |
| max, gradient ability(%) | *7 |
| fuel consumption(L/**0km) | *0 |
| (××)out dimension(L×W×H)mm | ****0×***0×***0 ****0×***0×***0 |
| total weightkg |
****0
****0 |
