CONCRETE DELIVERY ELBOW SCHWING TYPE 45DEG R275 DN125

CONCRETE DELIVERY ELBOW SCHWING TYPE 45DEG R275 DN125 System 1

CONCRETE DELIVERY ELBOW SCHWING TYPE 45DEG R275 DN125

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 100 pc

Supply Capability:: 10000 pc/month

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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.

CONCRETE DELIVERY ELBOW SCHWING TYPE 45DEG R275 DN125

Q: How often should concrete pump agitator motors be inspected and replaced?: Regular inspections should be carried out on concrete pump agitator motors to ensure proper functioning and identify potential problems before they escalate. The frequency of inspections depends on factors such as workload and operating conditions. However, a general rule of thumb is to inspect the motors at least once per year or after every 500 hours of operation, whichever comes first. Monitoring the performance of the motors is crucial when considering replacement. If there are any indications of motor failure, such as overheating, excessive noise, or reduced efficiency, it may be necessary to replace the motor sooner rather than later. Additionally, if the motor fails any inspections or tests, immediate replacement is necessary to prevent safety hazards or disruptions in the concrete pumping process. Ultimately, prioritizing regular inspections and maintenance is key to prolonging the lifespan of the agitator motors and ensuring optimal operation. Following manufacturer guidelines, seeking advice from experts, and conducting routine checks will help determine the appropriate timing for inspections and replacements.

Q: What is the role of a concrete pump cylinder in a pumping system?: The primary function of a concrete pump cylinder in a pumping system is to create the essential pressure and force needed for the transportation of concrete. This is achieved by the cylinder's ability to generate a reciprocating motion that propels the concrete through the pipeline. Typically, the concrete pump cylinder is connected to a piston which moves back and forth within the cylinder to facilitate the pumping action. As the piston moves towards the outlet end of the cylinder, it creates a vacuum that draws the concrete from the hopper. Conversely, when the piston moves in the opposite direction, it compresses the concrete, pushing it through the outlet valve, into the pipeline, and ultimately to the desired location. The size and design of the concrete pump cylinder are determined by various factors, including the desired pumping capacity, the distance over which the concrete needs to be transported, and the viscosity of the concrete mix. It is crucial for the cylinder to possess strength and durability to withstand the high pressures and repetitive movements involved in the pumping process. In conclusion, the concrete pump cylinder assumes the vital role of generating the necessary pressure and force for the efficient and effective transportation of concrete. It serves as the foundation of the pumping system, enabling a seamless and uninterrupted flow of concrete from the hopper to the desired destination.

Q: What are the performance characteristics of concrete pump?: Adopt triple pump, open system, hydraulic circuit, without interference, system operation

Q: How to operate the concrete pump?: All the bolts of the pumping unit shall be fastened, and the pipe joints shall be tightly sealed. The protective devices shall be complete and reliable

Q: Can I get spare parts for both concrete pumps with and without boom control systems?: Yes, you can typically get spare parts for both concrete pumps with and without boom control systems. Many manufacturers and suppliers of concrete pumps offer a wide range of spare parts to meet the needs of different types of pumps. Whether it's for a pump with a boom control system or one without, you should be able to find the necessary spare parts from reputable suppliers. It is recommended to contact the manufacturer or supplier directly to inquire about the availability and compatibility of spare parts for your specific concrete pump model.

Q: How to deal with the blockage in the outlet of the distributing valve of the concrete pump?: If this method does not dare, it can only be manually removed, remove the connecting pipe, remove the debris in the valve.

Q: How do I troubleshoot issues related to concrete pump spare parts control systems?: To troubleshoot issues related to concrete pump spare parts control systems, it is important to follow a systematic approach. Here are some steps you can take: 1. Identify the problem: Begin by clearly identifying the issue you are experiencing with the control system. Is it not working at all? Are there specific functions or components that are not functioning correctly? Understanding the problem will help guide your troubleshooting efforts. 2. Check power supply: Ensure that the control system is receiving proper power supply. Check the power source, circuit breakers, and fuses to ensure there are no interruptions or faults in the electrical supply. If needed, replace or repair any faulty components. 3. Inspect connections: Examine the wiring connections and terminals within the control system. Loose or damaged connections can cause issues with the functioning of the system. Tighten any loose connections and repair or replace any damaged wiring. 4. Review control settings: Verify that the control settings are correctly adjusted according to the manufacturer's specifications. Incorrect settings can lead to malfunctions or inefficient operation. Consult the user manual or contact the manufacturer for guidance on proper control settings. 5. Perform diagnostic tests: Many control systems have built-in diagnostic features or error codes that can help identify specific issues. Consult the system's manual to understand how to access and interpret these diagnostic tools. Run any recommended diagnostic tests to pinpoint the problem area. 6. Inspect sensors and actuators: Sensors and actuators play a crucial role in the control system's operation. Check these components for any damage, misalignment, or malfunctioning. Clean or replace sensors as needed and ensure the actuators are properly connected and functioning correctly. 7. Consult technical support: If you have followed the above steps and are still unable to resolve the issue, it may be helpful to contact the manufacturer's technical support team. They can provide expert guidance on troubleshooting the specific control system and may suggest additional steps or solutions. Remember to always prioritize safety when troubleshooting control systems. Ensure that the pump is turned off and disconnected from the power source before working on any electrical components. If you are unsure or uncomfortable with any troubleshooting steps, it is best to seek professional assistance.

Q: How often should carbide wear plates be replaced in a concrete pump?: The frequency of replacing carbide wear plates in a concrete pump depends on various factors such as the quality of the carbide, the amount of usage, and the conditions in which the pump operates. Generally, carbide wear plates may need replacement every 6 to 12 months, but regular inspection and monitoring of their condition is essential to determine the actual replacement interval.

Q: How often should concrete pump electric motors be inspected and maintained?: Concrete pump electric motors should be inspected and maintained regularly to ensure their optimal performance and longevity. It is recommended to have them inspected at least once a year or every 500-1000 operating hours, whichever comes first. Additionally, regular maintenance should be carried out based on the manufacturer's guidelines and recommendations. This may include checking and replacing worn-out parts, lubricating moving components, cleaning dust and debris, and inspecting electrical connections for any signs of damage or loose connections. Adhering to a regular inspection and maintenance schedule will help prevent potential breakdowns, increase the lifespan of the motor, and ensure the concrete pump operates efficiently.

Q: What are the advantages of using OEM (Original Equipment Manufacturer) concrete pump spare parts?: Using OEM (Original Equipment Manufacturer) concrete pump spare parts offers several benefits: 1. Quality Assurance: OEM spare parts are made by the same company that produces the original equipment, ensuring that they meet the same high-quality standards as the original components. By using OEM parts, the concrete pump will perform optimally with minimal risk of breakdowns or failures. 2. Compatibility: OEM spare parts are specifically designed to fit perfectly with the original equipment. They are built to exact specifications and dimensions, allowing for seamless integration with the concrete pump. This compatibility ensures proper and efficient functioning of the parts. 3. Reliability: OEM spare parts undergo extensive testing by the manufacturer to ensure their reliability and durability. This reduces the likelihood of premature failure or wear, resulting in reduced downtime and maintenance costs. The reliability of OEM parts also minimizes the risk of accidents or injuries caused by faulty equipment. 4. Warranty Coverage: Many OEM spare parts come with a manufacturer warranty, providing protection against defects or failures. This warranty gives customers peace of mind and assurance that they are investing in high-quality components. In case of any issues, the manufacturer typically provides support and assistance. 5. Technical Support: OEM manufacturers usually offer technical support and assistance to customers using their spare parts. This support is invaluable for troubleshooting issues, providing guidance on installation or maintenance, and optimizing the performance of the concrete pump. Non-OEM parts may not offer the same level of support. 6. Long-Term Cost Savings: While OEM spare parts may have a higher upfront cost compared to non-OEM alternatives, they often prove to be more cost-effective in the long run. Their superior quality and reliability result in fewer breakdowns, reduced maintenance expenses, and extended equipment lifespan. Using OEM parts also helps maintain the resale value of the concrete pump. In conclusion, the advantages of using OEM concrete pump spare parts include quality assurance, compatibility, reliability, warranty coverage, technical support, and long-term cost savings. By choosing OEM parts, users can ensure smooth and efficient operation of their concrete pump while minimizing risks and maximizing their investment's return.

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