Hydraulic Test Systems
Custom Hydraulic Test Stand Solutions
Wineman Technology specializes in hydraulic test stand solutions, including component tests, pumps, motors, valves, actuators, fatigue, load frames, and burst testers.
As an industry leader in custom test systems, Wineman Technology focuses on hydraulic test stand design and development as one of our core competencies. We develop turnkey systems that leverage off-the-shelf technologies for mechanical subsystems and components.
Grounded in sound engineering principles, creativity, and a deep understanding of hydraulics, instrumentation, and software design, our hydraulic test equipment has been deployed in a wide range of industries, from aerospace and defense to automotive, industrial, commercial and more.
Wineman Technology's core hydraulic test system capabilities include:
- Hydraulic pressure testing
- Actuator testing
- Fatigue, load frames and burst testers
- Life cycle durability
- Hydraulic pump testing
- Impulse test stand
- Motor testing
- Hydraulic valve testing
Using proven, industry-standard equipment, Wineman Technology uses the best available tools in the marketplace to put together a system that is specific to your needs and budget. Whether your application requires a simple off-the-shelf controller, a complex multi-loop controller with hundreds of data acquisition channels, or a custom test system, our engineering and technical staff can deliver flexible solutions for completely redefining your hydraulic test cell.
Wineman Technology replaced the outdated controllers with test software, INERTIA, and real-time National Instruments PXI hardware, capable of collecting data, as well as controlling and synchronizing the entire system. Read case study
Dynamic and fatigue test systems capable of single axis load frames to multi-axis, syncrhonized load simulation. Learn more
Custom servo-hydraulic loading system for a classified naval application capable of providing forces in excess of 120,000 lbF. Read case study
A turnkey impulse rig that tests the durability and life cycle of various hose assemblies.
The Hose Impulse Test Stand is a turnkey impulse rig that allows the customer to play out a waveform profile (sine wave) to test the durability and life cycle of various hose assemblies for automotive applications. The system is PLC based and also provides a heating system for supplying oil at elevated temperatures.
Fully automated, high-pressure burst testers capable of safely performing both destructive and non-destructive hydraulic pressure testing. Learn more
A precision flow hydraulic test bench with integral position sensing feedback that improves grind accuracy, valve performance, and process throughout. Learn more
Simulates real-world conditions for a hydrostatic drive used in off-road equipment, such as large industrial lawn care equipment. Learn more
Learn about our top-of-the-line impulse test rigs for life cycle durability testing of hydraulic equipment and components. Learn more
The Iron Bird Hydraulic Simulation System is a complete solution for all aircraft hydraulics. The system provides all in -aircraft components mounted to a structure. All hose lengths identically match those in the aircraft. The control and data acquisition system monitors all system functions and verifies operations within limits and tolerances.
Wineman Technology created a data acquisition and control system for control of the servo-hydraulics, data collection, and high-speed model execution for Lehigh University. Read case study
Wineman Technology's Motor Test Stand executes Acceptance Test Procedures (ATP) on hydraulic motors used in the aerospace industry. It provides a load on the motor and controls pressure (up to 3000 psi) or flow (up to 20 GPM) while measuring motor torque and speed. Our INERTIA test software programmed in LabVIEW is fully configurable and allows the operator to develop and edit test sequences as needs change.
A custom system to provide precise control of drive speeds, pressure regulation, and load control. Learn more
The RV Leveling Actuator Test Stand is a fully automatic system used to perform pressure decay leak test, displacement, and load on recreation vehicle leveling systems. The stand utilizes a 48" ball screw for applying the load.
In order to maneuver, a helicopter must be able to adjust the angle of the rotor blades with each revolution of the hub. The adjustability is provided by a device called the swash plate. The Swash Plate Test Stand utilizes our INERTIA test automation software, National Instruments SCXI/PXI and LabVIEW Real-Time to provide the complete simulation of the loads applied to the swash plate by the rotor blades.
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Featured Case Study
"We appreciate all of your help on everything in this project! I had high expectations and this has been a huge upgrade for our facility and I look forward to working with you again in the near future."