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High Speed USB Output Pressure Transducer | PX409

Item# PX409-USBH


High Speed USB Output Pressure Transducer | PX409 PX409-USBH PX409-USBH
PX409-USBH Series is rated 5.0 out of 5 by 8.
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  • FAST DELIVERY!
  • High Speed! 1000 Reading/Second
  • Free Downloadable Software
  • Micro-Machined Silicon Sensor
  • 316L SS Wetted Parts
  • High ±0.08% BSL Accuracy
  • Excellent Long Term Stability
  • USB 2.0 and Below Compatible
  • Standard USB Connector Termination
  • Shock and Vibration Rated
  • Ruggedized with Secondary Containment
  • New PX409 USBH Product Release With Upgraded High-Speed Software!


Product Specs

  • Vibration 5-2000-5 Hz
  • Shock 50 g
  • Zero Balance ±0.5% full scale typical ±1% maximum (±1% typical

The PX409 High-Speed USBH Series connects directly to your computer. Free software makes data logging and charting your readings a simple task. Also included are .NET drivers and a command set for command line access. The micro-machined silicon design is ideal for pressure or level applications in laboratory, test platforms, or bio/pharmaceutical applications as well as industrial applications that require a rugged, high accuracy transducer. This sensor provides a very stable transducer with an exceptional high accuracy of ±0.08% and a broad compensated range of -29 to 85°C (-20 to 185°F). The modular construction allows for fast delivery of most configurations and fittings.

FREE OMEGA™ Downloadable Software!
Free OMEGA PC software takes the data from the transmitter directly to the digital domain, turning your laptop or Windows® tablet into a virtual meter, chart recorder, or data logger. Also included are .NET APIs and a command set for command-line access. Help files are available after installation with the most update to date information.

Download your free copy today!
(Includes software to run TRH Central compatible devices).

See the Digital Transducer Software in Action



Screen shot of charting windowCharting Window – The addition of a charting window allows you to see your data graphed in real time. The Y axis is configurable to allow simultaneous graphing of multiple engineering units. You can output the image of your data to a png file.

Channels Window - Display data from all of your sensors simultaneously. Each channel has configurable user alarms, three data filters, tare, resettable low/high indication, and sample rates ranging from 30 minutes to 1000Hz.

Logging Window – A new xls filetype output option presents preformatted data for readability. In addition, Live Statistics are displayed, including the sensor information, the start/stop time, the number of samples taken, the current reading, and the High/Low readings. With the logging window, you can capture your data for later analysis.

SPECIFICATIONS
Accuracy: 0.08% BSL (linearity, hysteresis and repeatability combined)
Resolution: Up to 5.5 significant figures
Zero Balance: ±0.5% full scale typical ±1% maximum (±1% typical, ±2% maximum for 2.5 psi and below)
Span Setting: ±0.5% full scale typical ±1% maximum (±1% typical, ±2% maximum for 2.5 psi and below). Calibrated in vertical direction with fitting down
Temperature Compensation (Over Compensated Range):
    Span: Range > 5 psi: ±0.5%
       Range ≤5 psi: ±1.0%
    Zero: Range > 5 psi: ±0.5%
       Range ≤ 5 psi: ±1.0%
Minimum Isolation:
    100 MΩ @ 50 Vdc case to sensor
    2 MΩ @ 50 Vdc case to output terminations
Pressure Cycles: 1 million, minimum
Long Term Stability (1-Year): ±0.1% full scale typical
A to D Conversion: 24-bit
Shock: 50 g, 11 mS half sine, vertical and horizontal axis
Vibration: 5-2000-5 Hz, 30 minute cycle, Curve L, Mil-Spec 810 figure 514-2-2, vertical and horizontal axis
Bandwidth: DC to 1000 updates per second typical (±3%)
Power Consumption: 0.35 W typical
CE Compliant: Meets industrial emissions and immunity EN61326
Environmental Protection: IP65
Secondary Containment
Gage/Vacuum/Compound Pressure:
    10 inH2O to 5 psi: to 1000 psi
    15 to 1000 psi: to 3000 psi
    1500 to 5000 psi: to 10,000 psi
Absolute/Barometric Pressure:
    5 to 1000 psi: to 6000 psi
    1500 to 5000 psi: to 10,000 psi
Overpressure
Gage/Vacuum/Compound Pressure
    10 inH2O: 10 times span
    1 psi: 6 times span
    2.5 psi to 1000 psi: 4 times span
    1500 psi yo 5000 psi: 7250 psi maximum
Absolute/Barometric Pressure:
    5 psia: 6 times span
    15 psia to 1000 psia: 4 times span
    1500 psia to 5000 psia: 7250 psia maximum
Wetted Parts: 316L stainless steel
Weight: 200 g (7 oz)
Operating Temperature Range: -40 to 85°C (-40 to 185°F)
Compensated Temperature:
    Ranges >5 psi: -29 to 85°C (-20 to 185°F)
    Ranges ≤5 psi: -17 to 85°C (0 to 185°F)

Rated 5 out of 5 by from One down 999 to go. I rarely write reviews. I bought the PX409-2.5VUSBH a few weeks back for the apparent ease of use of the USB interface. Admittedly, I have had some issues with the sensor from a software standpoint (mostly nagging "why can't it do that" issues) and a mechanical standpoint (can't figure out how I sprung the sensor), but the bottom line is Omega's Ohio team stood by me every step of the way. They helped me fix software issues and when the gage sprung they helped analyze the problem and even offered to replace the unit. The truth is that the website got me to buy the first one but the service will get me to buy the next 1000! Well done team!
Date published: 2017-05-23
Rated 5 out of 5 by from Excellent and easy to use! This is the Third Omega USBH pressure transducer that I have purchased for our lab. We now have a 50, 250, and 500 psi units. Basically no training required due to the ease of use with the Omega software.
Date published: 2016-02-18
Rated 5 out of 5 by from Easy to use, high precision plug & play! Spent a little time trying to find a pressure transducer that can easily connect inline to NPT and/or luer fitting to measure and log pressure in real-time and this was by far the most cost-effective option with free software to boot!
Date published: 2017-02-27
Rated 5 out of 5 by from Worked right away with almost no set up time Software was easy to install, it had no problem finding the sensors. Features were easy to use, I was taking data within a few minutes. Way easier than I expected.
Date published: 2019-03-06
Rated 5 out of 5 by from Plug and play pressure transducer We needed a way to log pressure response in real time, and were reticent to piece together a system. The PX409 series made it very easy to connect to our fluid path and take readings on a laptop. It is accurate, reliable, and typical Omega high quality.
Date published: 2019-02-11
Rated 5 out of 5 by from Easy Works good - accurate. Has a problem exporting directly to excel but can be worked around by exporting to file.
Date published: 2018-07-27
Rated 5 out of 5 by from Great tool . Can you add a slight modification? Dear Omega Engineering team, We would like to thank you so much for the excellent transducer we have bought from you almost a couple of months ago. The Transducer's accuracy and ability to measure up to 1000 readings per second helps us to achieve what exactly we are looking for. Thank you, Armia
Date published: 2016-09-29
Rated 5 out of 5 by from Works great! Excellent capture rate, very robust design, but most importantly it's totally plug-and-play. Super easy to setup and start capturing data.
Date published: 2015-12-04
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How do you calculate BSL when the only variable/dataset you can measure is Pressure?

Asked by: JimW
Thank you for your question? The PX409-USBH are digital output models that communicate directly to your PC via the digital transducer application. Since you are not taking a analog signal and scaling the output, in this case you can consider accuracy to be a percentage of your FS (Full Span) So the pressures you apply should be within +/- 0.08% of the rated FS of the transducer.
Answered by: application engineer je
Date published: 2019-07-09

Does the operating temperature range correspond to ambient temperature or the temperature of the medium being sensed?

Asked by: JerryG
Thank you for contacting Omega. Operating temperature range is really the combination of the ambient and media temperature, the electronics inside of the device must remain below the specified temperature. To determine the internal temperature of the device you would need to account for the effects of conductive, convective, and radiant heat transfers, this can be challenging, it is best to play it safe, if you are measuring media with significantly higher or lower temperature than the specified operating temperature I would recommend a cooling element. Please contact our Tech Support if you need any further assistance. https://www.omega.com/pptst/PG-CT.html
Answered by: Jane
Date published: 2018-12-07
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