21m 3 arms mini truck pump with placing boomÂ
Pumping hydraulic system : full hydraulic control of the hydraulic system , oil pressure transfers signal, making the operation become more simple and reliable, improving swing cylinder commutation speed and reducing the impact of change , meanwhile the speed of large cylinder change is instantly accelerated, the move can full the concrete cylinder, making the process of material continuity and evenly.
The boom and pumping hydraulic system: the arm uses the load-sensitive proportional control system, so as to control the speed of the boom freely and achieve excellent operating performance; it can achieve infinitely variable remote control but also achieve an emergency manual operation in case of emergency; legs and the oil boom switch directly to avoid the misuse and ensure the working security.
The boom: By the finite element analysis, dynamic analysis and experiment and on the basis of accurate data, materials adopt the high strength low alloy steel plate, and all materials and welds passed by 100% non-destructive testing so as to ensure the rational boom structure and high reliability.
Note: Preferring to choose the matching tops diesel engine: Yuchai, Cummins, Revo.
| Item | Unit | Specification | |
| Pumping system | Maximum theoretical delivery volume(high /low pressure) | m3/h | 37/63 |
| Maximum theoretical delivery pressure(high/low pressure) | m3/h | 13/7.5 | |
| Rated working pressure | Mpa | 32 | |
| Pumping frequency(high/low pressure) | min-1 | 14/24 | |
| Hopper capacity | L | 450 | |
| Filling height | mm | 1450 | |
| Hydraulic system type | Â | Open loop | |
| Distribution valve | Â | S valve | |
| Oil cylinder diameter*stroke | mm | Φ125×1650 | |
| Concrete cylinder diameter*stroke | mm | φ200×1650 | |
| Hydraulic oil cooling | Â | Air cooling | |
| Recommended concrete slump | cm | 12-23 | |
| Maximum aggregate dimension | mm | 40 | |
| Placing boom | Structure type | Â | 21-3R |
| Placing height | m | 21 | |
| Horizontal distance | m | 17.5 | |
| Placing depth | m | 10 | |
| Slewing angle |  | 365° | |
| Pipe diameter | mm | 125 | |
| End hose length | mm | 3000 | |
| Min. height of opening placing boom | mm | 8500 | |
| Outriggers span(front*rear*side) | mm | 4024*3100*5227 | |
|
Chassis and the whole machine  |
Chassis model | Â | Dongfeng |
| Wheelbase | mm | 4600 | |
| Engine type | Â | YZ4DB1-40 | |
| Engine power | kw/(r/min) | 97kw/2600r/m | |
| Oil tank volume | L | 400 | |
| Total weight | Kg | 14680 | |
| Overall dimensions(Length*width*height) | mm | 9570*2191*3360 | |
| Others | Lubrication mode | Â | Manual and remote control |
| Oil tank volume | L | 600 | |
| Maximum water pressure | Mpa | 0.8 | |
| Water tank volume | L | 500 | |
| Pipe cleaning mode | Â | Water cleaning/dry cleaning | |
| Item | Unit | Specification | |
| Pumping system | Maximum theoretical delivery volume(high /low pressure) | m3/h | 60/100 |
| Maximum theoretical delivery pressure(high/low pressure) | m3/h | 12/7 | |
| Rated working pressure | Mpa | 32 | |
| Pumping frequency(high/low pressure) | min-1 | 14/23 | |
| Hopper capacity | L | 550 | |
| Filling height | mm | 1540 | |
| Hydraulic system type | Â | Open loop | |
| Distribution valve | Â | S valve | |
| Oil cylinder diameter*stroke | mm | Φ140×1800 | |
| Concrete cylinder diameter*stroke | mm | φ230×1800 | |
| Hydraulic oil cooling | Â | Air cooling | |
| Recommended concrete slump | cm | 12-23 | |
| Maximum aggregate dimension | mm | 40 | |
| Placing boom | Structure type | Â | 25-4M |
| Placing height | m | 25 | |
| Horizontal distance | m | 21 | |
| Placing depth | m | 14.4 | |
| Slewing angle |  | 365° | |
| Pipe diameter | mm | 125 | |
| End hose length | mm | 3000 | |
| Min. height of opening placing boom | mm | 6410 | |
| Outriggers span(front*rear*side) | mm | 5300*2480*6000 | |
|
Chassis and the whole machine  |
Chassis model | Â | ZZ5207N5617D1 |
| Wheelbase | mm | 5600 | |
| Engine type | Â | D10.43-40 | |
| Engine power | kw/(r/min) | 249kw/1900r/m | |
| Engine moment | N.m/(r/min) | 1350/1100-1600 | |
| Oil tank volume | L | 400 | |
| Total weight | Kg | 19060 | |
| Overall dimensions(Length*width*height) | mm | 10283*2480*3670 | |
| Others | Lubrication mode | Â | Automatic Lubrication |
| Oil tank volume | L | 650 | |
| Maximum water pressure | Mpa | 0.8 | |
| Water tank volume | L | 500 | |
| Pipe cleaning mode | Â | Water cleaning/dry cleaning | |
| Model | KNL5202THB 37-5RZ | ||
| Item | Unit | Value | |
| Pumping system | Max. Theor. Output(high/low pressure) | m3/h | 66/111 |
| Max. Theor. Concrete Output Pressure(high/low pressure) | MPa | 10/6 | |
| Rated Working Pressure | MPa | 32 | |
| Pumping Frequency(high/low pressure) | min-1 | 19/32 | |
| Hopper Capacity | L | 600 | |
| Filling Height | mm | 1400 | |
| Hydraulic System Type | Â | Open Loop | |
| Distribution Valve | Â | S-valve | |
| Oil Cylinder Dia.×Stroke | mm | φ125×1400 | |
| Concrete Cylinder Dia.×Stroke | mm | φ230×1400 | |
| Hydraulic Oil Cooling | Â | Air cooling | |
| Recommended Concrete Slump | cm | 12~23 | |
| Max. Aggregate Dimension | mm | 40 | |
| Placing boom | Structure Type | Â | 37-5RZ |
| Max. Placing Depth | m | 36.1 | |
| Horizontal Placing Radius | m | 32.6 | |
| Placing Depth | m | 25.5 | |
| Slewing Angle |  | 540° | |
| Pipe Diameter | mm | 125 | |
| End Hose Length | mm | 3000 | |
| Min. Height of Opening Placing Boom | mm | 9000 | |
| Outriggers Span (Front×Rear×Side) | mm | 6140×7606×8446 | |
| Chassis and the whole machine | Chassis Model | Â | ZZ5207M521GE1 |
| Wheelbase | mm | 5200 | |
| Engine Type | Â | MC07.28-50 | |
| Engine Power | kW | 206kw | |
| Oil Tank Cubage | L | 400 | |
| Tail Gas Exhaust Standard | Â | The Five in China | |
| Overall Dimensions | mm | 9900x2496x3700 | |
| Others | Lubrication Mode | Â | Mannual Operation and Hydraulic |
| Oil Tank Volume | L | 500 | |
| Control Mode | Â | ManuaL and Remote Control | |
| Maximum Water Pressure | MPa | 0.8 | |
| Water Tank Volume | L | 400 | |
| Concrete Pipe Cleaning Mode | Â | Water Cleaning / Dry Cleaning | |
| Â | Â | ||
| Model | EQ5196THBÂ 30-4M | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Â | Â |
Advantages of Stone Coated Roof Production Line: 1 a large number of savings of glue consumption, this device uses the encoder to accurately detect the walking position of the tile, after the tile is found, the spray gun automatically opens and turns off to wait for the next tile to open, so that when no tiles are not sprayed, the glue is saved. 2 increase the capacity of the drier to save energy and increase the speed of the ordinary baking mode, while we now use the transverse inlet and the incline in the drying way to increase the amount of baking, with seven waves of tiles to calculate the lateral drying Road which can hold 5 pieces of the long square to accommodate two pieces, at the same speed. The tiles stay longer in the drying way, and the drying is more thorough. The 3 big angle conveyor conveyer sand is superior to the hoist. The lifespan of the hoist in the actual production is too short in the actual production. The average use of three months wear and tear is difficult to repair. The long service life of the large inclined conveyor belt is simple. 4. the newly improved pump flushing chain overcomes the shortcomings of the previous bottom glue spraying room for a long time and the chain is not easy to clean up. 5. water dust removal, spray room improvement, fog glue can be adsorbed on circulating water to avoid environmental pollution problems. 6. the induction sand bucket opens and closes when the tile is opened. Compared with the previous uninterrupted drift sand, the burden of the hoist is greatly reduced, and the lifespan of the lifter is prolonged. 7. automatic turning board reduces labor force and reduces labor intensity. Manual turnover of sand is easy to damage the board. Now automatic turning board improves product quality. 1)Roman type:
2)Classic type
3)Aspirant type:
4)Wooden type
5)Flat metal type
6)Nosen type
7)Strength type
Stone Coated Roof Production Line Stone Coated Roof Production Line,Stone Coated Roof Production Line Machine,Stone Coated Roof Tiles Production Line,Stone Coated Roofing Tile Making Machine Cangzhou Feiyang Machiney Manufacturing Co., Ltd. , https://www.coldformingmachines.com | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
