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Read more: what hydraulic tools are and how they work.
Hydraulic tools include far more than jacks and presses: lifting and positioning cylinders/rams, hand, foot, air-hydraulic, electric, battery and gasoline pumps and power units, pullers, hydraulic torque wrenches and bolt tensioners, nut splitters and flange spreaders, cutters, crimpers, punching tools, pipe benders, hydrotest pumps, rescue and construction hydraulic tools, heavy lifting systems, plus hoses, couplers, valves, gauges and other system components. Selection should start with the task and the compatibility of the complete hydraulic system.
For lifting review how to choose a hydraulic jack; for pressing and straightening, how to choose a hydraulic press; for cylinders and rams, how to choose a hydraulic cylinder or ram. For removing bearings, gears and press-fit components, see how to choose a hydraulic puller and separator.
Match rated force/tonnage, stroke, opening and load reserve to the load and geometry of the task. Use how to choose hydraulic tool load capacity and working force as the basis; for multi-point or high-tonnage systems see how to choose heavy and synchronous hydraulic lifting systems.
Systems may use hand, foot, air, electric, battery or gasoline-driven pumps/power units. Compare flow, oil capacity and single/double-acting circuit requirements: how to choose a hydraulic pump and power source.
The tool, pump, hose, coupler, valve and gauge must be compatible in pressure rating, connection type and flow capacity. See what is working pressure and how to choose hydraulic hoses, couplers, valves and pressure gauges.
For controlled tightening use how to choose a hydraulic torque wrench and bolting system; for bolt tensioners, nut splitters and flange spreading/alignment tools see how to choose hydraulic bolt tensioners, nut splitters and flange spreaders. For tube forming see how to choose a hydraulic pipe bender.
Hydraulic cutters are used for cable, wire rope, chain, bar and other materials, while electrical work also uses hydraulic crimping and knockout/punch systems. See how to choose hydraulic cutters, crimpers and punching tools.
Hydraulic breakers, saws, drills, impact wrenches, post/tamping tools require a compatible power unit: how to choose a hydraulic power unit and construction hydraulic tools. For rescue cutter/spreader/combi/ram systems see how to choose hydraulic rescue tools.
For pressure testing pipelines and systems, choose a hydrotest pump by required pressure, flow and test setup: how to choose a hydrotest pump.
Do not exceed rated load or pressure, use damaged hoses/couplers, or work beneath an unsupported raised load. General guidance: how to use hydraulic tools safely.
Cleanliness, correct hydraulic fluid, leak control, inspection of seals, hoses and couplers, and proper storage affect the reliability of the complete system. See how to store and maintain hydraulic tools.
When choosing a hydraulic solution at ToolsArmenia, compare the complete system: tool type, force or capacity, stroke, working pressure, required flow, pump type, connection compatibility, mobility and maintenance conditions. This approach applies from a simple jack to professional bolting, cutting, rescue, construction and heavy-lifting systems.
