ACT has been in business for 24 years. We stand behind our systems. If you ever need service, let us know. We answer our phones seven days a week. We don’t make you wait for a repair; we immediately replace it with new equipment.
Every part of the system will operate to specifications. 1. Sensors will give precise measurements of oxygen, air quality, and pressure. 2. Our system will accurately provide true and accurate altitude simulation. 3. The air quality will meet OSHA standards 4. The system will meet NFPA’s fire safety standard under any atmospheric pressure. 5. We will test, verify, and demonstrate that the system works perfectly before our installation crews leave 6. No equipment will fail. 7. Our warranty covers every part of our system- equipment, parts, and labor.
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Tested Technology
Thoroughly Tested Technology
More than $2,000,000 of government funds drove the most extensive R&D effort ever in altitude simulation. The project resulted in the most stable, accurate, and realistic altitude simulation without changing pressure. The system reduced costs by more than 90% compared to previous technologies. Perhaps the most significant advantage is the increased safety. ACT’s technology eliminated barotrauma, neurological damage, and decompression sickness in altitude training.
This three-year program allowed our engineers to develop several prototypes for extensive testing and verification, each prototype more refined than the last. ACT worked with input and design advice from NAVAIR’s experts experienced in hypoxic pilot training. This deep understanding and real-world experience were fundamental to the design of the technology.
ACT and NAVAIR spent hundreds of man-hours spent refining the chosen approach after months of trial and error testing of each component.
The system’s crown jewel is ACT’s controller, the only technology to control altitude simulation accurately.
Leading aeronautical institutions and authorities now use this technology to train their aviators. Already hundreds of classes have been given, and thousands of aviators have received this training with no safety issues.
Embry Riddle Aeronautical University incorporated this training in ACT equipment as part of their curriculum and corporate pilot safety classes.
US Civil Aviation Medical Institute uses ACT systems for civilian pilots attending their safety training classes.
The FAA uses ACT equipment for hundreds of pilots who have now had the opportunity to experience hypoxia in a safe environment.
Other flight schools and universities in several countries have employed this state of the art technology for pilot training.
Fail-Safe Engineering
Safety is integral to ACT systems. We do not depend on hardware or software for safety. ACT systems employ benign failure modes in every design. Safety is assured even in the event of operator error or a mechanical, electrical, or software failure.
High-Pressure ACT does not employ high-pressure tanks or high-pressure compressors. ACT air separation units use low-pressure compressors, and ACT systems do not store air in pressure vessels.
Electrical All electrical components meet the highest international standards.
Alarms Alarms alert occupants in the event of oxygen or CO2 going out of range.
Sensors Sensors self-validate for accuracy and safety.
Air Quality ACT systems meet OSHA standards for air quality.
Fire Safety ACT takes care of fire safety and meets NFPA standards for fire-safe oxygen.
Monitoring ACT even monitors environmental conditions in mechanical rooms. And it shuts off equipment when conditions warrant.
History In millions of hours of use, ACT has never had a safety incident of any kind.
The safest, most effective oxygenation systems on the planet.™