
HYDAC 500cc Diaphragm Accumulator , Iran
The HYDAC SBO330-0.5 diaphragm accumulator features a carbon steel 1.0402 or stainless steel 1.4571 body. This product withstands a nominal working pressure of 330 bar and a hydrostatic test pressure of 450 bar. Its pre-charged nitrogen gas volume at 20°C is approximately 0.37 litres. The diaphragm is made from NBR or FKM elastomeric materials with a temperature range of -30°C to +120°C. The fluid connection typically has G 3/8" or SAE 3/8" thread with a standard O-Ring seal. This accumulator is engineered for pump pulse dampening and shock absorption in space-constrained hydraulic systems. Its net weight is approximately 1.4 kilograms.
The internal structure consists of a one-piece diaphragm that optimizes energy transfer efficiency. The maximum permissible volume ratio between fluid and nitrogen gas is defined as 4:1. The gas valve is a G1/8" core-type design with a safety lock cap. The external shell is coated with a phosphate layer and corrosion-resistant stoved epoxy paint. This product is manufactured under ISO 9001 quality standards and in compliance with the PED directive. The operational service life of the diaphragm under nominal conditions exceeds 1.5 million alternating cycles. This design ensures fast and stable response in precise control circuits.You can order and buy HYDAC 500cc Diaphragm Accumulator from Iran by contacting us through whatsaap and email.
WEBSITE: HYDAC 500cc Diaphragm Accumulator Iran
Industrial Applications of a 500 cc Diaphragm Accumulator from Hydac Iran
This 500 milliliter diaphragm accumulator stores hydraulic pressure. It dampens pressure fluctuations in systems effectively. Its precise volume suits space-constrained applications perfectly. It is used in press forming machinery extensively. The unit absorbs hydraulic shocks efficiently. It optimizes pump performance in industrial production lines. The accumulator also stores fluid energy in control systems. This product offers diaphragm durability and fast response. The Hydac accumulator enhances industrial process stability significantly. Thus, it improves overall hydraulic system efficiency.












