The Heat Balance (HB) Series of IRt/c infrared thermocouples have the ability to measure the internal temperature of the target material, non-invasively, by employing a patented heat balance technique. A typical application in medical equipment is monitoring or controlling the temperature of fluid transported through disposable tubing when warming or cooling.
Exergen Global is widely recognized for its unique family line of non contact infrared temperature sensors and its Sensoranics Methodology. This unique, proprietary, and fully integrated approach develops customized best-in-class infrared temperature sensor solutions. Sensoranics combines Exergen’s unmatched thermal management expertise, its innovative sensor technology and its mechanical engineering knowledge providing award-winning solutions for even the toughest thermal challenges.
What sets the Exergen’s IR sensor solutions apart:
- unpowered
- no drift
- high repeatability and high interchangeability
resulting in not just a high quality but especially the edge needed to increase production process speed and educe waste.
Exergen holds more than 70 patents for thermal management.
The IRt/c’s generate a thermocouple output signal that can be read out with conventional readout devices. Transmitters are available for output options 4-20mA, 0-20mA, 0-10V or 0-5V.
Measuring only 6,3mm (0.25”) in diameter and 25mm (1”) in length, the Micro IRt/c is the smallest stand-alone IR sensor available on the market.
Repeatability error, defined as the ability of the IRt/c to reproduce a reading under the identical conditions, is extraordinarily small: <0,01°C. An essential sensor feature for OEM applications.
This is a unique methodology to augment the performance of our non-contact IR sensor technology using the smart mechanics approach combined with in depth knowledge of thermal management processes
For plug-and-play solutions, Exergen offers customized solutions for OEM applications to optimize ease-of-use.
Interchangeability error, defined as the difference in reading between any two IRt/c’s of the same model making identical measurements, is 0,5°C (or 1% of reading). The unit-to-unit consistency of IRt/c’s permits the same calibration settings to be used for all subsequent installations in OEM applications.
As the Exergen IR sensors are unpowered, passive devices they hold no electronic components that can drift. The long term stability of the sensors is unprecedented
Exergen IR sensors don’t require power supply – the thermal radiation is converted into a reproducible thermocouple signal
The smart design of the IRt/c, with no active electronics to shift, and no source of spurious signals, allows measurements with up to 0,01°C accuracy.
Measuring temperatures without making contact with the object – by detecting infrared radiation
Exergen’s broad infrared temperature sensor line caters to a number of very different markets and applications.Our passion to provide unique solutions based on our inspiring, patented infrared temperature sensor technology, makes us a preferred partner for a large number of OEM players in the paper, print, plastic, medical, packaging, textile, food, asphalt, rubber, agricultural industry providing benefits like higher speed, improved quality and or less waste.
Exergen Global, today announced the integration of their unpowered IRt/c sensor solution into MHM’s screen printing line which stands for innovation, quality and reliability. MHM, founded in 1980 has been a pioneer in the textile screen printing machines segment of which its flash cure excels in versatility.
Read more about this Press Release
Exergen recently announced the launch of the AutoSmart IRt/c sensor line. Three new models are now added to this novel sensor line: The AutoSmart 3SV, AutoSmart 5 & AutoSmart 10.
The AutoSmart processes the mV signal from any IRt/c or Micro IRt/c model, linearizes the signal and gives an analog output (4-20mA, 0-5V, 0-10V). No Impedance, leakage current, or linearity problems to worry about You can chose your range: 0-100C or 0-250C target temperature. Custom calibrations are offered.
Measuring temperature accurately and reliably at process critical points is key to optimizing the application and increasing product throughput. As processes are getting faster and more technically advanced, it’s essential to have a more accurate temperature measurement. Similarly, environmental circumstances are becoming more challenging, pushing the limits of the sensors. Providing a solution that meet the very specific needs of application while addressing environmental challenges simply cannot be done with the one-product-fits-all approach. Off-the-shelve sensors will not provide the required reliability and accuracy.
Read more about SensoranicsOur sensors vary in size and optics. Small or even smaller, they are an essential component of your product and/or complex machine.
The commonality is the focus to ameliorate your next generation machines beyond belief (The contradiction lays in the fact that it has to
do a lot more and cost less). More speed, higher output and better quality but...all at less cost.
Combine that with hardly to no maintenance costs (as our sensors do not drift) you provide
your customer with unique buying reasons.
We are so proud for being selected by Enterprise Technology Review as the top 10 sensor technology solution provider
Close this pop-upEnsuring superior functionality in the most demanding of hospital environments, the TAT-5000 easily stands up to the heavy duty demands of a high-performance hospital workplace, including intensive care units and emergency departments, and all inpatient units. Depending on patient care requirements, this model allows the choice of using disposable covers, or cleaning between patients with a disinfectant wipe, providing the means for significant cost savings by eliminating or substantially reducing probe cover usage. This revolutionary feature provides payback for full hospital installation in less than one year. The TAT-5000 is backed by a Lifetime Warranty.
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