Hydraulic & Pneumatic Systems
Fluid-power packages and components for machinery, actuators and utility systems. Replacement compatibility depends on the circuit, fluid and operating envelope.
Hydraulic power units
Hydraulic power units supply pressurized fluid to a hydraulic circuit. A typical power pack combines a reservoir, pump and drive with selected filtration, cooling and control components matched to the machine duty.
Actuators, lifting equipment and industrial machinery use HPUs. Simultaneous consumer loads and operating cycles determine the required output.
Flow, pressure, fluid type and cooling duty distinguish packages. Include control interfaces, redundancy and environmental requirements.
Hydraulic cylinders and motors
Hydraulic cylinders produce linear force and movement, while hydraulic motors produce rotary motion. Both convert fluid power into mechanical output through components matched to the circuit and load.
Machinery, lifting systems and actuator installations use these devices. Loads, travel and mounting geometry determine the mechanical arrangement.
Bore, stroke, torque, speed and connection dimensions identify different products. Seals and materials must suit the fluid and operating conditions.
Accumulators and hydraulic safety blocks
Hydraulic accumulators store energy within a specified pressure-volume arrangement. Associated safety blocks provide defined isolation and protective functions as part of the circuit design.
Hydraulic circuits may use accumulators for selected energy-storage or pressure-management duties. The operating cycle determines the required characteristics.
Bladder and piston arrangements differ in construction. Volume, pressure range, fluid compatibility and required approvals guide procurement.
Hydraulic valves, pumps and manifolds
Hydraulic pumps supply circuit flow, valves control selected circuit functions and manifolds connect components through internal passages. Each component must fit the hydraulic schematic and mechanical interfaces.
Fluid-power systems use these parts for machinery operation and maintenance. Replacement selection depends on the installed circuit and required function.
Flow, pressure, valve function, mounting and control method distinguish products. Include fluid compatibility and exact part references where available.
Hydraulic filtration and oil cooling
Hydraulic filters control selected contamination in a fluid circuit, while oil coolers transfer heat to another medium. Both support fluid condition within the operating requirements of the machine.
Hydraulic and lubrication systems use pressure-line, return-line or separate conditioning arrangements. Contaminant loads and thermal duty influence selection.
Filtration target, fluid viscosity, pressure drop and cooling conditions matter. Replacement elements and complete conditioning units require different specifications.
Pneumatic preparation and control components
Pneumatic preparation equipment conditions compressed air, while valves and actuators control or convert its energy. Filters, regulators and other components perform separate functions within the pneumatic circuit.
Instrument-air systems and pneumatic machinery use these assemblies to provide the required air quality and operating pressure. Circuit demand determines flow requirements.
Port size, regulation range, filtration duty and control signal distinguish components. Confirm compatibility with the actuator and available supply.