• DELIVERY CYLINDER(PM ) I.D.:DN200  CR. THICKNESS :0.25MM-0.3MM COLOR:WHITE    LENGTH:2305MM System 1
  • DELIVERY CYLINDER(PM ) I.D.:DN200  CR. THICKNESS :0.25MM-0.3MM COLOR:WHITE    LENGTH:2305MM System 2
  • DELIVERY CYLINDER(PM ) I.D.:DN200  CR. THICKNESS :0.25MM-0.3MM COLOR:WHITE    LENGTH:2305MM System 3
DELIVERY CYLINDER(PM ) I.D.:DN200  CR. THICKNESS :0.25MM-0.3MM COLOR:WHITE    LENGTH:2305MM

DELIVERY CYLINDER(PM ) I.D.:DN200 CR. THICKNESS :0.25MM-0.3MM COLOR:WHITE LENGTH:2305MM

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: Can concrete pump spare parts be coated with anti-corrosion or anti-wear coatings?
Yes, concrete pump spare parts can be coated with anti-corrosion or anti-wear coatings. These coatings provide an additional layer of protection to the spare parts, helping to prevent corrosion and wear caused by the harsh operating conditions and abrasive materials encountered in concrete pumping. The coatings are typically made from materials such as epoxy, polyurethane, or ceramic, which have excellent resistance to corrosion and wear. The application of these coatings can significantly extend the lifespan of concrete pump spare parts, reducing the need for frequent replacements and resulting in cost savings for operators. Additionally, the anti-corrosion and anti-wear coatings can improve the overall performance and efficiency of the concrete pump, ensuring smooth and reliable operation.
Q: What are the types, classifications and specifications of concrete pump?
In accordance with the export pressure rating label, divided into low pressure pump (5MPa), medium pressure and high pressure pump pump (6-10MPs) (>10MPa)
Q: What are the indications of a damaged concrete pump boom?
There are multiple signs that can indicate a damaged concrete pump boom. These signs encompass: 1. Physical damage that is visible: One of the most apparent indications of a damaged concrete pump boom is the presence of visible physical damage. This can manifest as cracks, dents, or deformities in the structure of the boom. It is crucial to take any signs of structural damage seriously as they have the potential to compromise the integrity of the boom. 2. Leaks: Another sign of a damaged boom is the occurrence of leaks. If you observe hydraulic fluid or water leaking from the boom, it could be an indication of damage to the hose or fitting. Leaks not only impact the pump's performance but also pose a safety hazard to the operator and those in the vicinity of the equipment. 3. Misalignment: A damaged boom might also display issues with misalignment. If the boom is not straight or appears to be bent at an unusual angle, it could signify damage. Misalignment can negatively affect the accuracy and efficiency of concrete placement, which could result in uneven or improper pouring. 4. Unusual noises: Unusual or excessive noises during operation can be a sign of a damaged boom. Sounds such as rattling, grinding, or squealing may indicate loose or worn-out components like pins, bushings, or bearings. It is important not to ignore these noises as they could worsen if not promptly addressed. 5. Decreased performance: A damaged boom can also lead to reduced performance. If you notice a decrease in pumping capacity or encounter difficulties in controlling the movement of the boom, it could signify damage. Poor performance can stem from various issues, including problems with the hydraulic system, structural damage, or worn-out parts. To conclude, regular inspections and maintenance of concrete pump booms are vital in order to identify any signs of damage. Addressing these issues promptly is essential to ensure the safety of operators, prevent further damage, and uphold the efficiency and performance of the equipment.
Q: How often should concrete pump gearboxes be inspected and maintained?
Concrete pump gearboxes should be inspected and maintained at regular intervals, typically every 6 to 12 months. However, the frequency may vary depending on the specific operating conditions and usage of the concrete pump. It is important to follow the manufacturer's recommendations and guidelines for maintenance to ensure optimal performance and longevity of the gearboxes.
Q: How often should concrete pump remote controls be inspected and maintained?
To ensure proper functioning and prevent any potential issues, it is important to regularly inspect and maintain concrete pump remote controls. The frequency of inspections and maintenance depends on factors such as usage intensity, environmental conditions, and manufacturer recommendations. As a general rule, it is recommended to inspect and maintain concrete pump remote controls once every three months. During these inspections, check for visible damage, loose or worn-out parts, and ensure that all buttons and switches are working correctly. Additionally, inspect and clean the battery compartment, and replace batteries if needed. However, in situations where there is high demand or extreme environmental conditions, more frequent inspections and maintenance may be necessary. For example, if the concrete pump is used in a harsh environment with excessive dust or moisture, it is advisable to increase the frequency of inspections and cleanings to prevent damage or malfunction. Following the manufacturer's guidelines and recommendations for maintenance is crucial. They may provide specific instructions on lubrication, calibration, or other maintenance procedures that should be carried out regularly. By adhering to these guidelines, concrete pump remote controls can be kept in optimal condition, ensuring safe and efficient operation.
Q: Can concrete pump spare parts be retrofitted to older pump models?
Yes, concrete pump spare parts can often be retrofitted to older pump models. Many manufacturers design their spare parts to be compatible with multiple pump models, including older ones. However, it is important to note that not all spare parts may be suitable for retrofitting, as compatibility can vary depending on the specific pump model and the part in question. It is advisable to consult with the manufacturer or a qualified technician to ensure that the spare parts are compatible and can be safely retrofitted to older pump models.
Q: How can a faulty battery affect the operation of the pump?
A faulty battery can significantly affect the operation of a pump. Firstly, a faulty battery may not provide enough power to the pump, resulting in slow or weak pumping action. This can impact the pump's ability to generate the necessary pressure or flow rate, leading to inefficient or ineffective operation. Additionally, a faulty battery may cause intermittent power supply to the pump. This can result in inconsistent pumping action, with the pump starting and stopping sporadically. Such interruptions can create inefficiencies, reduce the pump's performance, and potentially cause damage to the equipment or system being operated. Furthermore, a faulty battery may not hold a charge for an extended period. This can limit the pump's runtime, requiring frequent recharging or replacement of the battery. In scenarios where a pump is needed for continuous or prolonged usage, a faulty battery can disrupt operations, leading to downtime and reduced productivity. Moreover, a faulty battery can also impact the overall lifespan of the pump. If the battery does not provide the necessary power consistently, the pump may experience strain or excessive wear, potentially shortening its operational life. Overall, a faulty battery can have various adverse effects on the operation of a pump, including reduced performance, inconsistent pumping action, limited runtime, potential damage, and decreased equipment lifespan. Regular maintenance and timely replacement of faulty batteries are crucial to ensure optimal pump performance and longevity.
Q: How do I troubleshoot common problems with concrete pump spare parts?
To troubleshoot common problems with concrete pump spare parts, you can start by carefully inspecting the spare parts for any signs of damage or wear. Check if there are any loose connections, leaks, or blockages. Additionally, ensure that the spare parts are correctly installed and aligned. It's essential to refer to the manufacturer's manual or guidelines to understand the correct usage and troubleshooting steps specific to your concrete pump spare parts. If the issue persists, it may be necessary to consult a professional or contact the manufacturer for further assistance.
Q: How does a concrete pump clamp work?
A concrete pump clamp is an essential component of a concrete pump that is used to secure and hold the concrete delivery pipeline in place. It works by tightly gripping the pipeline to prevent any movement or leaks during the concrete pumping process. Typically, a concrete pump clamp consists of two main parts: the clamp body and the wedge. The clamp body is usually made of durable steel and has a curved shape that is designed to fit around the pipeline. It is equipped with bolts or knobs that can be tightened or loosened to secure the clamp onto the pipeline. The wedge, on the other hand, is a piece of metal that is inserted into the clamp body. It is responsible for exerting pressure onto the pipeline when the clamp is tightened. By turning the bolts or knobs, the wedge is pushed further into the clamp body, causing it to squeeze the pipeline tightly and create a firm grip. The tight grip created by the concrete pump clamp is crucial as it ensures that there are no leaks or disruptions in the concrete flow. It helps to maintain a consistent and steady flow of concrete from the pump to the desired location. Additionally, the clamp also provides stability to the pipeline, preventing it from moving or shifting during the pumping process. Overall, a concrete pump clamp plays a vital role in the efficient and safe operation of a concrete pump. It ensures that the concrete delivery pipeline remains securely in place, allowing for a smooth and uninterrupted concrete pumping process.
Q: What are the signs of a worn-out concrete pump piston?
There are multiple indicators that can suggest a worn-out concrete pump piston. Initially, a decrease in output or performance may signify this issue. Reduced pumping pressure or slower pumping speed can be observed as a result of this decline in performance. Another indication of a worn-out piston in a concrete pump is increased leakage. If you notice an excessive amount of hydraulic oil or water leaking from the pump, it could be an indication that the piston is no longer effectively sealing. This leakage can also lead to contamination of the hydraulic fluid, which can cause additional harm to the pump components. Furthermore, an irregular concrete flow can be caused by a worn-out piston. If you notice inconsistent and uneven delivery of concrete, such as pulsating or surging flow, it may be due to an uneven wear pattern on the piston. This can have a detrimental effect on the quality of the concrete and the overall efficiency of the pumping operation. Additionally, excessive vibration and noise during the pumping process can also suggest a worn-out piston. Vibrations may occur as a result of the piston not moving smoothly within the cylinder, leading to friction and noise. These vibrations and noises can also indicate other underlying problems with the pump, so it is important to address them promptly. Finally, a visual inspection can provide valuable information regarding the condition of the concrete pump piston. Physical damage, such as cracks or excessive wear on the piston surface, are clear indications of a worn-out piston. These damages can be caused by abrasive materials or harsh operating conditions. In conclusion, if you observe any of these signs or suspect that your concrete pump piston is worn-out, it is crucial to have it inspected and replaced by a professional. Timely maintenance and replacement of worn-out pistons can prevent further damage to the pump and ensure a smooth and efficient operation.

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