How and why do you determine the need for ultra-low-pressure sensing, and how do you implement ultra-low sensors without issues? Join Honeywell engineers as we discuss the engineer's mindset when looking at ultra-low-pressure sensing applications - those less than 2 in H2O pressure. We'll cover questions to consider, real-life examples and design implications.
Ultra-low-pressure sensors can have full scale measurement ranges of 2 in H2O or less. These extremely sensitive devices can be the best solution for many applications such as measuring low airflows, detecting clogged filters or triggering a ventilator to provide pressure to a patient. However, they're also sensitive to unwanted pressure noise from overhead HVAC fans, doors opening and closing, and even medical staff near the sensor.
Join us for this lively presentation we'll discuss how to connect extremely sensitive sensors to avoid major pitfalls, and what to look for when troubleshooting a system.
- Discover what applications or parameters lead to ultra-low-pressure sensing needs
- Learn common questions to ask to find the right ultra-low-pressure sensor for your application
- Understand the design implications involved with ultra-low-pressure sensing applications
- Hear real-life examples of low-pressure sensing use cases and potential troubleshoots on the development process
Ian Bentley is an Engineering Fellow at Honeywell with 34 years of experience in sensor design and manufacturing. Over the years, Ian has lead design teams working with several different pressure sensing technologies, airflow sensors, humidity sensors, magnetic sensors and accelerometers.