CONCRETE DELIVERY ELBOW PM TYPE 30DEG R275 DN125
- Ref Price:
-
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 100 pc
- Supply Capability:
- 10000 pc/month
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concrete pump elbow table
Wear-resistant Single or Double Concrete Pump Elbow | |||||||
Type | Singe Elbow | Double Elbow | |||||
Model | DN125 | DN150 | DN175 | DN125 | |||
Material | Casting Steel ,ST52 | Inside | 40Cr | Outside | |||
Size | R275*90° | R275*90°+110 | 36° | F2000 | R275*90° | R275*90°+110 | |
R275*45° | R275*90°+211 | R400*30° | A3000 | R275*45° | R275*90°+211 | ||
R275*25° | R275*90°+411 | R400*45° | 471B | R275*25° | R275*90°+411 | ||
R275*20° | R275*90°+424 | R400*30° | 571B | R275*20° | R275*90°+424 | ||
R275*15° | R275*45°+170 | R488*90° | A1000 | R275*15° | R275*45°+170 | ||
R180*90° | R275*45°+310 | R500*90 | C1000 | R180*90° | R275*45°+310 | ||
R232*60° | R275*45°+310 | R280*90° | B2000 | R232*60° | R275*45°+310 | ||
R240*36° | 20°Lengthen | R240*36° | 20°Lengthen | ||||
R240*30° | 25°+740 | R240*30° | 25°+740 | ||||
R240*15° | 40°Zoomlion | R240*15° | 40°Zoomlion | ||||
R385*29° | R385*29° | ||||||
R315*33° | R315*33° | ||||||
Technic | Forged | ||||||
Average life | 25,000cubic | 50,000cubic | |||||
Appliciation | Used in concrete transport in construction work | ||||||
1.product profile:The double layer concrete pump elbow is developed by ourselves through new
technology and process.
2.characteristic:the inner layer of this concrete pump elbow undergoes heat treatment,and then the rigitiry can reach 62-65HRC.
3.characteristic:the outer layer of the concrete pump elbow possess good toughness properties
to protect the inner layer,so the security of the elbow is improved.
4.life:the experiment done abroad shows that the life of our concrete pump elbow can reach 35000-50000cbm,got the customers' praise
5.Beside the double layer concrete pump elbow,we produce all kinds of concrete pump parts,
straight pipe hose flange coupling and so on.
- Q: Are there any maintenance tips to extend the lifespan of concrete pump spare parts?
- Yes, there are several maintenance tips to extend the lifespan of concrete pump spare parts. Regular cleaning and lubrication of the parts, proper storage to prevent corrosion, and routine inspection for wear and tear are essential. Additionally, using high-quality spare parts and following manufacturer's guidelines for maintenance and operation can significantly increase their longevity.
- Q: How often should concrete pump hydraulic oil coolers be inspected and maintained?
- Concrete pump hydraulic oil coolers should be inspected and maintained regularly to ensure optimal performance and prevent potential issues. The frequency of inspections and maintenance will depend on various factors such as the operating conditions, the workload of the pump, and the manufacturer's recommendations. As a general guideline, it is recommended to inspect and maintain concrete pump hydraulic oil coolers at least once every six months or every 500-700 operating hours, whichever comes first. However, in more demanding or extreme operating conditions, more frequent inspections and maintenance may be necessary. During these inspections, it is important to clean the cooler thoroughly and check for any signs of damage, corrosion, or leaks. Additionally, the oil cooler fins should be inspected for any blockages, as debris or dirt can reduce the cooler's effectiveness. Regularly checking and replacing the cooler's air filters is also crucial to maintain proper airflow and prevent overheating. Regular maintenance should include replacing the hydraulic oil and filters according to the manufacturer's recommendations. This helps to maintain the oil's viscosity and prevent any contaminants from damaging the cooler or other hydraulic components. In summary, it is essential to inspect and maintain concrete pump hydraulic oil coolers regularly to ensure efficient operation and prolong their lifespan. Following the manufacturer's guidelines and considering the specific operating conditions will help determine the appropriate frequency for inspections and maintenance.
- Q: How can a faulty concrete pump cylinder affect the pumping process?
- A faulty concrete pump cylinder can adversely affect the pumping process in several ways. Firstly, it can lead to a decrease in pumping efficiency, resulting in slower and less productive pumping. Secondly, it can cause leaks, leading to wastage of concrete and potential damage to the surrounding area. Additionally, a faulty cylinder can cause inconsistent flow of concrete, leading to an uneven distribution and poor quality of the poured concrete. Overall, a faulty concrete pump cylinder can significantly impact the effectiveness and quality of the pumping process.
- Q: How often should concrete pump seals be replaced?
- The frequency at which concrete pump seals should be replaced depends on several factors, including the type of pump, the quality of the seals, the operating conditions, and the maintenance practices. Generally, it is recommended to inspect and replace concrete pump seals every 500 to 1,000 pumping hours or annually, whichever comes first. Regular inspection is crucial to identify any signs of wear or damage in the seals. Common indications for replacement include leaks, excessive vibration, reduced pumping efficiency, or visible degradation of the seal material. If any of these issues are observed, it is essential to promptly replace the seals to prevent further damage and ensure the optimal functioning of the concrete pump. It is worth noting that certain pumps may require more frequent seal replacements due to their design or operating conditions. For example, high-pressure pumps or those used in abrasive environments might experience accelerated wear on the seals, necessitating more frequent replacements. To prolong the lifespan of concrete pump seals, proper maintenance and care are essential. This includes regular cleaning of the pump and seals, ensuring proper lubrication, and following the manufacturer's guidelines for operation and maintenance. Additionally, using high-quality seals and regularly inspecting them for signs of wear can help extend their longevity. Overall, the replacement frequency of concrete pump seals should be determined through a combination of regular inspections, adherence to maintenance practices, and consideration of the specific operating conditions.
- Q: How can one store and handle concrete pump spare parts to maintain their quality?
- To maintain the quality of concrete pump spare parts, it is crucial to store and handle them properly. Firstly, these spare parts should be stored in a clean and dry environment, away from moisture and direct sunlight. They should also be protected from dust and debris by using suitable covers or packaging. Additionally, it is important to handle them with care, avoiding any rough or improper handling that could cause damage. Regular inspection and maintenance of the spare parts should also be conducted to identify any signs of wear or corrosion, ensuring they are in optimal condition when needed for use.
- Q: What is the function of a concrete pump control valve?
- The function of a concrete pump control valve is to regulate the flow and pressure of the concrete being pumped, allowing for precise control and efficient delivery of the material to the desired location.
- Q: How do I properly adjust and control flow rates in concrete pump spare parts?
- In order to achieve proper adjustment and control of flow rates in concrete pump spare parts, it is important to follow a series of key steps: 1. Get acquainted with the equipment: Take the time to familiarize yourself with the specific concrete pump spare parts you will be working with. Read the user manual and review any documentation provided by the manufacturer. This will give you a comprehensive understanding of the equipment's capabilities and effective methods for adjusting flow rates. 2. Verify the pump settings: Prior to commencing any concrete pumping operation, ensure that the pump settings are correctly configured. This involves checking the hydraulic pressure, engine RPM, and any other relevant settings. Confirm that all valves and controls are in the appropriate position for the desired flow rate. 3. Monitor the pump speed: The speed of the pump directly influences the flow rate of the concrete. Different concrete mixtures may require varying pump speeds in order to achieve the desired flow rate. Adjust the engine RPM accordingly, referring to the manufacturer's recommendations and any specific project requirements. 4. Modify the pump stroke: Many concrete pumps offer adjustable pump strokes to regulate the flow rate. By altering the length of the stroke, you can increase or decrease the volume of concrete being pumped. Experiment with different stroke lengths to determine the optimum flow rate for your particular application. 5. Utilize the control panel: Numerous concrete pumps are equipped with a control panel that allows for precise adjustment of flow rates. Make use of these features to fine-tune the flow rate. Use the control panel to monitor the pump's performance and make any necessary adjustments to maintain a consistent flow. 6. Regularly inspect and maintain the equipment: Proper maintenance is essential to ensure accurate adjustment and control of flow rates. Routinely inspect the concrete pump spare parts for any signs of wear or damage. Clean and lubricate the components as recommended by the manufacturer. A well-maintained pump will operate more efficiently and provide more precise control over flow rates. By adhering to these steps, one can effectively adjust and control flow rates in concrete pump spare parts. Always prioritize safety and consult the manufacturer's instructions and guidelines for specific recommendations and considerations.
- Q: How does the concrete pump work?
- When the pump is in place, support the leg and keep the body level and stable. When feeding with a distributor, the body shall not exceed 3 degrees of inclination
- Q: How can a faulty outrigger affect the stability of the pump?
- A faulty outrigger can significantly affect the stability of a pump. The outrigger is an essential component that helps to support and balance the pump during operation. It acts as a stabilizer and prevents the pump from tipping over or vibrating excessively. If the outrigger is faulty, it may not provide the necessary support and stability required for the pump to function properly. This can lead to various stability issues. For example, the pump may become more prone to tipping over, especially if it is subjected to uneven surfaces or strong vibrations. This can be extremely dangerous, especially if the pump is dealing with hazardous or flammable materials. Additionally, a faulty outrigger can cause the pump to vibrate excessively. Vibrations can lead to increased wear and tear on the pump, resulting in premature failure of critical components. Excessive vibrations can also cause damage to the surrounding infrastructure or equipment, leading to costly repairs or even accidents. Furthermore, a faulty outrigger can affect the accuracy and efficiency of the pump's operation. If the pump is not properly stabilized, it may not be able to maintain a consistent flow rate or pressure, affecting its performance. This can result in inefficiencies, increased energy consumption, and even reduced productivity. In conclusion, a faulty outrigger can have a detrimental impact on the stability of a pump. It can increase the risk of accidents, cause excessive vibrations, and affect the pump's performance and efficiency. Regular maintenance and inspections are crucial to ensure that the outrigger and other support systems are functioning correctly to maintain the stability and reliability of the pump.
- Q: How can a faulty lubrication system affect the pump's performance?
- The pump's performance can be significantly affected in various ways by a lubrication system that is faulty. First and foremost, the responsibility of a lubrication system is to provide a thin layer of lubricant between the pump's moving parts. By doing so, it reduces friction and wear. However, if the lubrication system is faulty or inadequate, it can result in increased friction between the components. This, in turn, generates excessive heat and accelerates wear and tear. Ultimately, the efficiency and lifespan of the pump are reduced. Secondly, a faulty lubrication system can lead to inadequate lubrication for crucial components like bearings and seals. This inadequacy causes increased friction, heat, and ultimately, premature failure of these components. Consequently, there is increased downtime, costly repairs, and potential damage to other parts of the pump. Furthermore, a faulty lubrication system can also lead to the contamination of the lubricant. Leaks or improper maintenance can allow contaminants such as dirt, debris, or moisture to enter the system. These contaminants cause abrasive damage to the pump's internal components, resulting in reduced efficiency, increased wear, and potential failure. Lastly, the overall performance and energy consumption of the pump can be impacted by a faulty lubrication system. Insufficient lubrication increases the power requirements of the pump as it has to work harder to overcome friction and resistance. This, in turn, leads to higher energy consumption and increased operating costs. In conclusion, a faulty lubrication system severely impacts the pump's performance by causing increased friction, accelerated wear and tear, premature failure of critical components, contamination of the lubricant, and increased energy consumption. Regular maintenance and proper lubrication are crucial to ensure the pump operates optimally and has an extended lifespan.
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CONCRETE DELIVERY ELBOW PM TYPE 30DEG R275 DN125
- Ref Price:
-
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 100 pc
- Supply Capability:
- 10000 pc/month
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
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