
Concrete pump accumulator , Iran
The accumulator used in concrete pumps is typically of the bladder type, designed to withstand working pressures between 250 and 350 bar. Its body is made of high-strength carbon steel with a tensile resistance above 950 MPa and is coated with anti-corrosion protection. The working volume is selected based on the pump’s capacity, usually ranging from 4 to 20 liters. The nitrogen pre-charge pressure is generally set between 90 and 120 bar to maintain hydraulic system efficiency.
The installation location of the accumulator in a concrete pump is on the main hydraulic line, close to the hydraulic pump, where it can absorb pressure surges and flow fluctuations. It is typically mounted near the control valve or directly on the hydraulic manifold, preferably in a vertical position. This installation ensures stable operation during sudden load changes and helps reduce wear on system components.
The capacity of the accumulator is determined by the hydraulic motor power and the pump’s output flow rate. For example, in concrete pumps with a delivery capacity of 60 to 80 cubic meters per hour, a 10-liter accumulator is commonly used. In larger models with outputs above 100 cubic meters per hour, 15- to 20-liter accumulators are applied. Proper capacity selection ensures sufficient energy storage to maintain pressure instantly and significantly increases the system’s service life.You can order and buy Concrete pump accumulator from Iran by contacting us through whatsaap and email.
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Correct Installation and Positioning of Concrete Pump Accumulators FROM IRAN
Proper installation of concrete pump accumulators follows international standards. The installation position must be on the high-pressure pipe near the pump outlet. The ideal distance is a maximum of one meter from the pump check valve. The installation angle must be perfectly vertical with less than 2 degrees allowable deviation. Connections must use full flange type with high-pressure gaskets. The gas pre-charge pressure should equal 85% of the system minimum working pressure. This pressure must be checked periodically every three months. Adhering to these parameters reduces water hammer by up to 95%. This increases pipeline and pump service life. Ultimately, it ensures the projects operational safety.






