• ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY System 1
  • ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY System 2
  • ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY System 3
  • ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY System 4
  • ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY System 5
  • ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY System 6
ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY

ZOOMLION RUBBER PISTON WITH FIBER DN200 WITH HIGH QUALITY

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
3 set
Supply Capability:
500 set/month

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ZOOMLION RUBBER PISTON WITH FIBER DN200

Schwing/ Sany/PM/Zoomlion concrete pump rubber piston    

  

 

name

Concrete pump piston

size

DN200  for Schwing

DN230  for Schwing

DN200  for PM entirety piston

DN230  for PM entirety piston

DN180  for Zoomlion piston

DN200  for Zoomlion piston

DN220  for Zoomlion piston

DN230  for Zoomlion piston

DN180  for Sany piston

DN195  for Sany piston

DN200  for Sany piston

DN230  for Sany piston

DN260  for Sany piston

DN280  for Sany piston

Other sizes and types upon request

Material

PUR Polyurethane,natural rubber

Applacation

Used in concrete pump truck,concrete pump,Hydrulic ram system in Construction work equipment

 

Serving brands of mounted truck concrete pump and concrete pump

Sany ,PM, Zoomlion,Schwing,CIFA and so on      

Q:Are there any specific guidelines for the installation of control valves or solenoids in concrete pump spare parts?
Yes, there are specific guidelines for the installation of control valves or solenoids in concrete pump spare parts. Here are some general guidelines to consider: 1. Compatibility: Ensure that the control valves or solenoids you are installing are compatible with the concrete pump spare parts. Check the manufacturer's specifications and guidelines for the appropriate model and size. 2. Proper Positioning: Install the control valves or solenoids in a position that allows for easy access and maintenance. It should be easily visible and reachable for any adjustments or repairs. 3. Mounting: Securely mount the control valves or solenoids to prevent any vibrations or movements during operation. This will ensure the stability and longevity of the components. 4. Electrical Connections: Follow the electrical wiring instructions provided by the manufacturer. Make sure to connect the control valves or solenoids to the appropriate power source and ensure proper grounding to prevent any electrical hazards. 5. Sealing: Apply appropriate sealing materials, such as gaskets or O-rings, to ensure a tight and leak-free connection between the control valves or solenoids and other components. This will prevent any fluid or air leakage. 6. Testing: After installation, it is essential to thoroughly test the functionality of the control valves or solenoids. Check for any leaks, proper operation, and responsiveness to control signals. Any issues should be addressed and resolved before putting the concrete pump into operation. It is important to note that these guidelines are general and may vary depending on the specific manufacturer's recommendations and the design of the concrete pump spare parts. Always refer to the manufacturer's guidelines and instructions for the specific control valves or solenoids being used.
Q:How can a faulty battery affect the operation of the pump?
The operation of a pump can be significantly affected by a faulty battery. Firstly, inadequate power supply from a faulty battery can lead to slow or weak pumping action. This can result in the pump's inability to generate the required pressure or flow rate, causing inefficient or ineffective operation. Moreover, intermittent power supply caused by a faulty battery can cause inconsistent pumping action, with the pump starting and stopping unpredictably. These interruptions can create inefficiencies, diminish the pump's performance, and potentially harm the equipment or system being operated. Furthermore, a faulty battery may have a limited charge retention capacity. This can restrict the pump's operating time, necessitating frequent recharging or battery replacement. In situations where continuous or prolonged pump usage is necessary, a faulty battery can disrupt operations, resulting in downtime and reduced productivity. Additionally, the overall lifespan of the pump can be affected by a faulty battery. If the battery fails to consistently provide the required power, the pump may experience strain or excessive wear, potentially shortening its operational life. In conclusion, a faulty battery can have numerous unfavorable effects on the operation of a pump, including reduced performance, inconsistent pumping action, limited operating time, potential damage, and decreased equipment lifespan. It is crucial to conduct regular maintenance and promptly replace faulty batteries to ensure optimum pump performance and longevity.
Q:Can concrete pump valves be repaired or should they be replaced?
Concrete pump valves can be repaired in most cases. However, if the damage is extensive or the valve is severely worn out, it might be more cost-effective to replace it instead of repairing it. The decision to repair or replace the valve depends on the specific situation and the advice of a professional.
Q:How often should hopper grate levers be inspected or replaced in a concrete pump?
Hopper grate levers in a concrete pump should be inspected regularly, ideally after every use or at least once a week, to ensure they are in proper working condition. Depending on the wear and tear, they may need to be replaced periodically to maintain the efficiency and safety of the pump.
Q:Can concrete pump spare parts be repaired or refurbished?
Yes, concrete pump spare parts can be repaired or refurbished if they are damaged or worn out. This can help extend their lifespan and save costs compared to purchasing new parts.
Q:What are the signs of a damaged concrete pump agitator motor?
Signs of a damaged concrete pump agitator motor may include unusual noises or vibrations during operation, decreased agitating speed or power, overheating, frequent motor tripping or shutting down, and visible signs of physical damage like cracks, leaks, or broken components.
Q:What are the different types of concrete pump hopper agitator blades?
In the construction industry, there exists a variety of concrete pump hopper agitator blades. These blades have different designs and functions, all aimed at efficiently mixing and agitating the concrete mixture in the hopper. By achieving a consistent and homogeneous mixture, the concrete can be pumped onto the project site effectively. 1. Paddle Blades: The most commonly used agitator blades in concrete pump hoppers are paddle blades. These blades have a flat, paddle-like design that effectively mixes the concrete ingredients. They are typically made of high-quality steel or hardened rubber to ensure durability and optimal performance. 2. Helical Blades: Another type of agitator blade is the helical blade, which has a spiral shape. This design creates a gentle, swirling motion within the hopper, preventing the formation of lumps and ensuring a smooth and well-mixed concrete mixture. 3. Ribbon Blades: Thin and flat, ribbon blades resemble ribbons and are placed vertically in the hopper. They rotate along their axis to thoroughly mix the concrete ingredients. Ribbon blades are known for their ability to prevent clogging and improve the efficiency of concrete pumping. 4. Fan Blades: With a unique fan-shaped design, fan blades create a powerful airflow within the hopper to agitate the concrete mixture. This type of blade is particularly effective in preventing the segregation of concrete ingredients and maintaining a consistent mixture. 5. Tine Blades: Tine blades feature multiple prongs or tines extending from a central hub. They provide a more aggressive agitation action, making them suitable for mixing heavier concrete mixes or those containing large aggregates. The selection of agitator blades depends on various factors, such as the type of concrete, desired consistency, and specific project requirements. It is crucial to choose the appropriate blade type and perform regular maintenance to optimize the performance and lifespan of the concrete pump hopper agitator.
Q:Can concrete pump spare parts be inspected or certified by third-party organizations?
Yes, concrete pump spare parts can be inspected and certified by third-party organizations. These organizations are typically independent and have the expertise and resources to evaluate the quality, performance, and safety of the spare parts. They follow specific industry standards and guidelines to conduct inspections, tests, and audits to determine if the spare parts meet the necessary requirements. The certification provided by these third-party organizations gives assurance to customers that the spare parts have been assessed and found to be in compliance with the applicable standards. This helps to enhance trust and confidence in the products, ensuring that they are reliable and suitable for use in concrete pumps.
Q:How much do concrete pump spare parts typically cost?
The cost of concrete pump spare parts can vary depending on several factors such as the brand, type of part, and the supplier. On average, concrete pump spare parts can range from a few hundred dollars to several thousand dollars. Common spare parts such as pistons, seals, and wear plates tend to have lower price points, while more complex components like hydraulic cylinders or control boards can be more expensive. Additionally, the quality and durability of the spare part can also affect the price. It is advisable to compare prices from different suppliers and consider factors like warranty and customer reviews before making a purchase.
Q:What is the function of a concrete pump remote control antenna?
The primary role of a concrete pump remote control antenna is to establish a wireless connection between the remote control device and the concrete pump. This connection enables the operator to remotely manage various functions of the concrete pump, including initiating and terminating the pump, adjusting concrete speed and flow, and controlling boom movements. The antenna receives signals transmitted by the remote control device and transmits them to the concrete pump, enabling the operator to safely control the pump from a distance. By providing the operator with improved visibility of the pump and its surroundings, while maintaining complete operational control, this technology contributes to enhanced efficiency, accuracy, and safety at construction sites.

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