Aeration can lead to a myriad of symptoms, including oxidation, thermal and oil degradation, and compressibility of the oil. New system designs and operating conditions can unintentionally increase aeration rates, potentially leading to unforeseen failures.
On-board live graphing and file logging or Analog, Digital, Serial and TCP/IP outputs.
Visualize aeration in real-time the way that fits your testing.
Aerify™ is portable in it’s integrated roll-around enclosure.
Deploy and redeploy for maximum flexibility, utilization and efficiency.
Account for changing flow conditions with industry leading Active Fluid Regulation (AFR).
High quality readings, all the time.
Aerify™ is developed by an ISO 17025 accredited organization.
Rely on measurements that are backed by the highest standards.
Aerify™ is designed to just work. Plug it in and measure.
Eliminate user to user variation & error, complicated setups and extensive training.
Introducing a groundbreaking technology that revolutionizes the measurement of aeration. This cutting-edge innovation dynamically adjusts flow conditions, ensuring a constant reference state for the most accurate and precise aeration measurements possible.
The challenge lies in accurately measuring aeration amidst multiple simultaneous changes in parameters, including temperature, pressure, dissolved oxygen, and flow rate.
EV manufacturers are experiencing motor overheating, control glitches, and component failures. All signs point towards aeration compromising the motor, disturbing it’s thermal performance. A real-time monitoring tool is required to track and manage aeration levels for a solution.
Stay in control with real-time monitoring, optimized system performance, and superior aeration readings. AFR enables the detection of anomalies through varying, controllable conditions.
“ATA has exceeded my expectations! Aerify has had a positive impact and provides significant value to Cummins. I would highly recommend that other colleagues and companies work with ATA.”
“The everyday operation of the ATA Aerify system is hands-free, as the pump stand only has to be running and the unit will begin measuring aeration in the oil. I don’t have to adjust the flow of the aerated oil or perform any additional actions to get the data that I need.”
Loss of Lubricating Properties
Reduced Cooling Efficiency
Formation of Foam
Loss of Oil Pressure
… and more! Read our e-book
An electric vehicle manufacturer’s newest motor frequently exceeds an acceptable working temperature, leading to control glitches and component failures
The manufacturer suspects aeration is compromising the thermal management properties of the oil in its motor cooling system, and needs a tool to monitor aeration in real-time
With Aerify™, the manufacturer confirms an increase in performance issues correlates with a rise in the percentage of aeration in the oil
The company adapts its cooling circuit to help minimize aeration and push development forward
A construction equipment manufacturer competes fiercely against vendors who anecdotally report their novel reservoir designs and technologies reduce aeration
The manufacturer needs a way to confirm if decreasing reservoir size, and therefore dwell time, will significantly increase reduce aeration in its mobile hydraulic equipment – and it needs to generate reliable, repeatable results it can share with potential customers
With Aerify™, the manufacturer captures compelling data that proves the concept and allows it to reduce input costs increases sales
An aircraft manufacturer needs to understand if aeration is a problem in its turbine engine system and, if so, how aeration affects the thermodynamics and life of the oil in its systems
Given the nature of aviation, the company also needs to understand how aeration changes at various altitudes and temperatures
The manufacturer installs Aerify™ in-line to monitor aeration in real-time and generate gigabytes of data that inform future research and development
Unlike the long data acquisition times of sample-based systems, Aerify measures aeration in real-time using AFR technology.
No, Radioactive isotopes can be dangerous and have varying restricted in many States and counties.
ATA has developed an all-in-one solution. All you need to start is Aerify and an access point to the flow you want to measure.
No, density measurement alone does not equate aeration rate. It requires an algorithm and reference to correlate change in density across the temperature range to aeration rate.
Aerify uses AFR technology to perform temperature and pressure compensation. Realistic results that you can rely on.
Imaging technology is unreliable. Accuracy suffers as the amount of aeration increases. Imaging relies heavily on software-based algorithms, which focus on bubbles of a particular diameter range.
Aerify can capture a far greater range of aeration through varying/controllable conditions due to it’s AFR technology. Quantify the problem with certainty, and ease.
Purchase Aerify™ and bolster your testing program
Hire Aerify™ with a specialist for your application
Outsource Aerify™ testing to our test lab
