• DELIVERY CYLINDER(SCHWING ) I.D.:DN250CR. THICKNESS :0.25MM-0.3MM     LENGTH:2325MM System 1
  • DELIVERY CYLINDER(SCHWING ) I.D.:DN250CR. THICKNESS :0.25MM-0.3MM     LENGTH:2325MM System 2
  • DELIVERY CYLINDER(SCHWING ) I.D.:DN250CR. THICKNESS :0.25MM-0.3MM     LENGTH:2325MM System 3
  • DELIVERY CYLINDER(SCHWING ) I.D.:DN250CR. THICKNESS :0.25MM-0.3MM     LENGTH:2325MM System 4
DELIVERY CYLINDER(SCHWING ) I.D.:DN250CR. THICKNESS :0.25MM-0.3MM     LENGTH:2325MM

DELIVERY CYLINDER(SCHWING ) I.D.:DN250CR. THICKNESS :0.25MM-0.3MM LENGTH:2325MM

Ref Price:
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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
2 pc
Supply Capability:
1000 pc/month

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Packaging & Delivery

Packaging Detail:wooden case, seaworthy packing
Delivery Detail:15 days

Specifications

Concrete Pump Delivery Cylinder DN230*2100
1. Capacity: 60,000~80,000cbm
2. Size: DN180, DN200, DN230..
4. Brand: PM, Sany,ZM

Concrete Pump Delivery Cylinder DN230*2100  

 

1. Material: C45

2. quenching and tempering to improve the hardness to HB241-280

3. inner wall chrome thickness is 0.25-0.30mm, hardness HV820-900. 

4. Brand: SCHWING, PM, SANY, KYOKUTO, CIFA

5. Capacity: 60,000~80,000cbm

 


Concrete Cylinder
MaterialHigh Manganese Steel
SpecialCoating hardness layer in the internalwall
ApplicationIn concrete pump trucks
For BrandSany,Putzmeister,Schwing,,Zoomlion,CIFA etc
Details information
BrandModel


219 - DN180*1775-1600
SchwingBP3000219 - DN200*1775-1600


254 - DN230*2125-1800


DN230*2300mm

DN230*2100mm
PutzmeisterDN230*1600mm

DN200*1600mm

DN180*2000mm

40C1410206-DN180*1530-1400

50C1410210- DN180*1545-1400

60A1406219- DN195*1570-1400
Sany60C1416226- DN195*1570-1400

60C1816232- DN200*1946-1800

C120/37A232- DN200*2162-2000

C120/48262- DN230*2146-2000

62EA203-DN 180*1605-1400

62G219-DN200*1187-1000

62D219-DN200*1587-1400
Zoomlion62H219-DN200*1787-1600

62CA219-DN200*1862-1600

62M219-DN200*2022-1800

0019931A219-DN200*2022-1800

62L

245-DN205*2284-2000


Q: Are there any specific maintenance requirements for concrete pump spare parts?
Yes, there are specific maintenance requirements for concrete pump spare parts. Regular inspections, cleaning, and lubrication are essential to ensure the optimal performance and longevity of the parts. Additionally, proper storage, handling, and timely replacement of worn-out components are crucial to maintain the efficiency and safety of the concrete pump.
Q: What are the signs of a malfunctioning hydraulic oil cooler?
Some signs of a malfunctioning hydraulic oil cooler include overheating of the hydraulic system, decreased performance and efficiency of the equipment, increased hydraulic fluid leakage, abnormal noises or vibrations, and visible signs of coolant or oil leakage around the oil cooler.
Q: What is the difference between concrete pump and ground pump?
Ground pump only conveying function, the price is cheaper, and now are used to transport mixing machine, the ground pump is a bit uneconomical
Q: What are the indications of a faulty concrete pump hydraulic motor?
There are several signs that can indicate a malfunctioning hydraulic motor in a concrete pump. Some common indicators to watch for are: 1. Power loss: If the hydraulic motor is not working correctly, you may notice a significant decrease in power in the concrete pump. The motor may struggle to generate enough force to effectively pump the concrete, resulting in slower or weaker output. 2. Unusual noises or vibrations: A faulty hydraulic motor may produce abnormal sounds or vibrations while in operation. This could be due to damaged internal components or misalignment, indicating an issue with the motor. 3. Leaking fluids: Proper flow and pressure of hydraulic fluid are essential for the functioning of hydraulic motors. If you observe any fluid leaks around the hydraulic motor or its associated parts, it could be a sign of a faulty motor that requires attention. 4. Overheating: A malfunctioning hydraulic motor may overheat due to increased friction or internal problems. If you notice excessive heat emanating from the motor or its associated parts, it is crucial to address the problem promptly to prevent further damage. 5. Inconsistent or jerky movement: A faulty hydraulic motor can cause the concrete pump to operate unevenly or jerkily. This can result in uneven pouring or difficulty in controlling the flow of concrete, indicating an issue with the motor's performance. 6. Increased energy consumption: A faulty hydraulic motor may consume more energy to function properly. This can lead to a noticeable rise in energy usage, which can be observed through higher electricity bills or added strain on other components of the pump's system. It is important to remember that these signs may vary depending on the specific make and model of the concrete pump hydraulic motor. It is always recommended to consult the manufacturer's guidelines or seek professional assistance to effectively diagnose and address any issues with the hydraulic motor.
Q: How can a malfunctioning control box affect the pump's operation?
A malfunctioning control box can have various negative effects on the operation of a pump. Firstly, it can result in an inaccurate or inconsistent control of the pump's functions. This means that the pump may not start or stop at the desired times or operate at the correct speed, leading to inefficient or inadequate pumping. Additionally, a malfunctioning control box may cause electrical issues, leading to power fluctuations or even power surges. These electrical problems can cause damage to the pump's motor or other components, leading to premature wear and tear or complete failure. Furthermore, a malfunctioning control box can also disrupt the communication between the pump and other systems. This can affect the pump's ability to receive or send signals, resulting in a lack of coordination with other equipment or systems that rely on the pump's operation. This lack of coordination can lead to system failures or disruptions in the overall process or operation that the pump supports. In summary, a malfunctioning control box can have detrimental effects on the pump's operation including inaccurate control, electrical issues, and disruption of communication with other systems. It is crucial to regularly inspect and maintain control boxes to prevent these malfunctions and ensure the reliable and efficient operation of pumps.
Q: What are some common issues with concrete pump hoses and how can they be prevented?
Some common issues with concrete pump hoses include hose blockages, hose leaks, and premature hose wear. These issues can be prevented by following proper maintenance and usage practices. 1. Hose Blockages: Concrete pump hoses can become blocked due to hardened concrete or debris. To prevent blockages, it is important to clean the hoses thoroughly after each use. Flushing the hoses with water or using a cleaning sponge ball can help remove any residue or build-up. Additionally, using the correct size and length of hose for the job can minimize the risk of blockages. 2. Hose Leaks: Leaks can occur due to wear and tear, improper connections, or damage to the hose. Regular inspection of the hoses is crucial to identify any signs of leakage. If any leaks are detected, they should be promptly repaired or replaced. Properly connecting and securing the hose fittings can also prevent leaks. 3. Premature Hose Wear: Concrete pump hoses can wear out over time due to factors like abrasion, bending, and exposure to harsh chemicals. To prevent premature wear, it is important to handle the hoses with care and avoid dragging them on rough surfaces. Using protective sleeves or guards can also provide additional protection against abrasion. Regularly inspecting the hoses for signs of wear and replacing them when necessary is essential. 4. Improper Storage: Improper storage of concrete pump hoses can lead to damage and reduce their lifespan. Hoses should be stored in a clean and dry environment, away from direct sunlight and extreme temperatures. Coiling the hoses properly and avoiding sharp bends or kinks can help maintain their integrity. 5. Incorrect Pressure: Exceeding the recommended pressure limits can cause the hose to burst or fail. It is important to ensure that the concrete pump is operated within the specified pressure range. Regularly inspecting the pressure gauges and monitoring the pumping process can help prevent over-pressurization. By following these preventive measures and conducting regular inspections and maintenance, the common issues associated with concrete pump hoses can be minimized, leading to improved performance and longevity of the hoses.
Q: How can a faulty agitator motor affect the concrete mixing process?
A faulty agitator motor can significantly impact the concrete mixing process. The agitator motor is responsible for rotating the drum or mixer, ensuring that the concrete ingredients are properly mixed. If the motor is faulty, it may not rotate the drum at the required speed or may not rotate at all, leading to inadequate mixing of the concrete. This can result in an uneven distribution of the ingredients, affecting the quality and strength of the concrete. Additionally, a faulty motor may cause delays in the mixing process, increasing the overall time required to complete the project.
Q: How can a malfunctioning control lever affect the pump's operation?
A malfunctioning control lever can significantly impact the pump's operation. It may cause the pump to operate at incorrect speeds, resulting in inefficient performance or potential damage to the pump. Additionally, a malfunctioning control lever can lead to improper fluid flow control, leading to inconsistent or inaccurate output. Overall, it is crucial to promptly address any issues with the control lever to ensure the pump operates reliably and efficiently.
Q: Are there any specific safety precautions for handling concrete pump spare parts?
Yes, there are specific safety precautions for handling concrete pump spare parts. It is important to wear appropriate personal protective equipment, such as gloves and safety glasses, to prevent injuries. Additionally, one should ensure that the work area is clean and well-organized to avoid accidents. Proper training and knowledge of the equipment and its parts is also crucial to handle them safely. Regular inspections and maintenance of the spare parts should be conducted to identify any potential hazards and prevent accidents.
Q: What is the role of a concrete pump hopper grate pin retainer?
The role of a concrete pump hopper grate pin retainer is to secure the grate pins in place, preventing them from dislodging or falling out during the pumping process. This helps to maintain the stability and integrity of the hopper grate, ensuring efficient and safe operation of the concrete pump.

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