HYDAC SW 06–22 Handles are designed for precise control of shut-off and ball valves. Available in clamped or bolt-on versions, both handle types can be positioned in 45° increments for flexible installation. Fixing bolts for bolt-on handles must be ordered separately.
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High pressure hydraulic bladder accumulator SB
Engineered for demanding hydraulic systems, the HYDAC SB Series offers reliable energy storage with a nominal volume of 1 to 54 litres and pressure capacity up to 690 bar. Built with a high-tensile chrome molybdenum steel shell, it features corrosion protection options for harsh or offshore environments.
SK High pressure hydraulic piston accumulators
The HYDAC High Pressure SK Piston Accumulators are engineered for demanding applications, offering volumes from 1 to 50 litres and operating pressures up to 1000 bar. Featuring a finely machined cylinder, floating metal piston with high-pressure seals, and corrosion-resistant options, they deliver reliable performance in extreme environments.
HYDAC HY-ROS Mounting Technology offers a universal and flexible solution for securing components quickly, safely, and reliably across a wide range of industrial applications. Designed for versatility, HY-ROS ensures fast installation and stable mounting in virtually any environment.
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HYDAC Hydraulic Accumulators with Back-Up Nitrogen Bottles
HYDAC nitrogen bottles are a cost-effective solution for increasing gas volume in hydraulic systems, allowing smaller accumulators to be used without sacrificing performance. Available in various designs, they support both bladder and piston accumulators, optimizing space, reducing costs, and ensuring reliable energy storage.
Spare parts and accessories available on request.
The HYDAC Inline Duplex Filter RFLD is engineered for continuous-duty hydraulic and lubrication systems, featuring a robust ball changeover valve that allows uninterrupted operation during element replacement. With flow rates up to 2,500 l/min and pressure ratings up to 64 bar, it ensures reliable, high-capacity filtration in demanding environments.
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HYDAC FLN Inline Filters (DIN 24550-compliant) are designed for filtration in hydraulic systems up to 400 l/min and 25 bar. With optional bypass functionality and clogging indicators, they provide flexible, reliable inline filtration for medium-pressure applications.
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HYDAC Inline Filter HDFF is designed for reversible oil flow, handling flow rates up to 380 l/min and pressures up to 280 bar. Featuring an L-configured port, a screw-in filter bowl, and a clogging indicator connection, it ensures efficient filtration and system reliability. Built for demanding applications, it operates without a bypass valve and offers customization options to meet specific requirements.
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HYDAC Inline Filter LF delivers reliable hydraulic filtration with flow rates up to 500 l/min and pressure levels up to 100 bar. Built with an aluminium filter head and bowl, it features a clogging indicator connection, mounting holes, and an optional bypass cracking pressure, ensuring efficient system performance and protection.
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HYDAC Inline Filter LFN, designed in accordance with DIN 24550, provides efficient hydraulic filtration with flow rates up to 100 l/min and pressure levels up to 100 bar. Featuring a screw-in filter bowl, clogging indicator connection, and compatibility with various hydraulic fluids, it ensures reliable system performance and contaminant control.
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The HYDAC Inline Filter LFR with Magnetic Core is built for efficient hydraulic filtration, handling flow rates up to 250 l/min and pressures up to 120 bar. Its top-removable element, integrated magnetic core, and clogging indicator help trap contaminants and ensure system reliability. With mounting holes for secure installation and optional bypass cracking pressure, it offers flexibility and long-term performance.
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HYDAC LPF Inline Filters offer robust and efficient filtration for hydraulic systems operating up to 280 l/min and 50 bar. Designed without a built-in bypass valve, these filters feature a screw-in bowl and are optimized for applications where precise contamination control is critical.
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