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An extension of your team.

Whether you are seeking specific testing expertise for a new product, or looking for additional test capacity, we are ready to support you. ATA Lab™ testing solutions are suitable for performance characterization, durability testing and audit validation.

Leverage the latest testing methods.

ATA Lab™ consists of our latest systems, standards and technology. Leading test methods include aeration testing and durability & performance testing strategies.

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Data from the best tools available.

ATA Ensure™ Test Systems are deployed in ATA Lab™ to thoroughly confirm the design characteristics and production quality of thermal/lubrication components and subsystems. These systems are designed to meet (and often surpass) the latest industry test standards and methodologies.

Fluid and Hydraulic Component Test Systems. Oil pumps, water pumps, coolant valves, etc.

Fluid and Hydraulic Component Test Systems. Oil pumps, water pumps, coolant valves, etc.

Fluid/Hydraulic Components

Oil Pumps, Water Pumps, Coolant Valves, etc.

Ensure OP™ systems are available for testing lubrication components, such as oil pumps. Characterize or validate performance/durability on mechanical or electric, fixed or variable displacement pumps.

measurement - Test Systems devoted to thoroughly confirm the design characteristics and production quality of thermal and lubrication components.

Measurement

Includes inlet/outlet pressure, flow, temperature, torque/current and more.

Control - Test Systems devoted to thoroughly confirm the design characteristics and production quality of thermal and lubrication components.

Control

Circuits designed to test lubrication pumps up to 200 L/min flow. Simulate restrictions with automated pressure control.

Subsystems - Test Systems devoted to thoroughly confirm the design characteristics and production quality of thermal and lubrication components.

Subsystems

Fluid conditioning system to manage oil temperature up to 150°C.

Physical Interface - Test Systems devoted to thoroughly confirm the design characteristics and production quality of thermal and lubrication components.

Physical Interface

Component-specific fixtures are specifically designed and manufactured for each pump model.

Electrical

Power supply for up to 3 kW electric pumps. Test solenoid-based variable displacement pumps.

DAQ

Uses an industry-leading National Instruments® data acquisition system. Data is provided in CSV format.

We can control the amount of torsional vibration can be controlled so that the component under test can be tested with different nominal speeds and torque pulsation profiles.

Thermal Cycling

Rapidly cool the pump body to -40°C and then heat it up to +150°C.

Measure and Control Aeration | ATA Aerify™
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MEASURE AERATION

Aerated oil can lead to a myriad of symptoms, including oxidation, thermal and oil degradation and cavitation of the oil pump. Powertrain design and operating conditions can dramatically increase aeration rates. 

Aerify™ Measure is available to provide a continuous, real-time measurement of aeration rates on the inlet or outlet of the component-under-test on an ATA Lab™ test system.

CONTROL AERATION

Downsized oil reservoirs result in lower oil residence times, increased agitation and more frequent pressurization cycles, all of which may result in an increased aeration rate. Performance and longevity of a component may significantly decrease with the presence of air, making controlled aeration tests necessary. 

ATA Aerify™ Control can accurately introduce and control the aeration rate within an ATA Lab™ test system lubrication conditioning circuit. Aeration rates can follow an engine or transmission profile as required.

ATA Lab™ RFQ (request for quote)

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