Based on The 2010 ASME Thermowell Standard

Statesville NC, USA –  JMS Southeast has developed a program based on the New ASME PTC 10.9 TW – 2010 standard for thermowells that allows used to perform the calculations necessary to determine the suitability of their design for their process conditions with few complications.

Just about any type of well can be configured and it is available free to their customers and friends. continue reading »

This month the ASME 19.3 Committee released the new standard on thermowells, PTC 19.3 TW – 2010 Thermowells.

It is available on their website at http://catalog.asme.org/Codes/PrintBook/PTC_193_TW_2010_Thermowells.cfm.

From the page referenced above on the ASME Web site: continue reading »

Thermowells protect thermometers & shield sensing element from high pressure*.

Toronto ON, CANADA — Thermowells create “sealed systems” where temperature measurement can be safely performed. With the media contained, replacing or servicing thermometers can also happen without the need to drain or shut down the system. continue reading »

For use when standard thermowell design fails the ASME PTC 19.3 calculation

Kobe, Japan –  End Users Thermowell specifications today include the phrase ASME PTC 19.3 that some suppliers and users wrongly use the word standard against this reference. Okazaki Manufacturing Company (OMC) fully recognise that ASME PTC 19.3 is in fact an ASME Performance Test Code not a design standard and should only be used to prove a standard thermowell design is suitable for the process conditions. continue reading »

Manufacturers of Temp Sensors & Signal Conditioners and Much, Much More

Mumbai, India – (via email) – Introducing the leading manufacturers of Temperature Sensors at their plant in India under the name of BEE Instruments which is a family business.

They manufacture Thermocouples of various types like (J, K, R, S, T…), RTD PT 100 Sensor and MI thermocouples. These are manufactured as per user specification and requirements.
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Revolutionary wireless temperature sensing solutions for harsh environments specifically tailored new applications in critical equipment monitoring & process control
MOUGINS, FRANCE — SENSeOR has announced three unique wireless temperature sensing solutions based on SAW (Surface Acoustic Wave) sensors particularly designed for the most demanding industrial applications.

More than a rudimentary wireless measure, SENSeOR’s innovative solutions own a very special feature: they are totally passive. Sensors are indeed only powered by the energy of radio waves emitted by the associated reader unit when remotely interrogating the devices in real-time.

The ensuing benefits are then unique!

First of all, without any batteries nor active electronic components at sensor level, these cutting-edge sensing solutions are perfectly appropriate for use in explosive atmospheres or irradiated environments at temperatures reaching +175°C today (current in-house R&D efforts target +350°C) with almost unlimited autonomy.
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