New RealProbe Temp Temperature Assembly by IST
April 28, 2010
The RealProbeTemp is a pre-assembled stainless steel probe containing a 100 Ω platinum thin-film RTD temperature element with an operating range from -50°C to +200°C. The probe sheath is tip sensitive, providing superb response times and the ability to measure in liquids at a minimum immersion depth (< 10mm). The assembly can also be applied as a stand-alone probe or sub assembly.
Reduced Response Times and Immersion Depth
Utilizing a special, thermally-conductive metallization construction encased in thin wall tubing, IST’s RealProbeTemp provides an unequaled probe assembly with a fast response time and reduced immersion depth. Measured in water at -.4 m/s, it is able to achieve 90% of the temperature change in less than 1.5 seconds, and 63% in less than 0.5 seconds. This is an incredible improvement when compared with conventional probes, even those with much thinner outer diameters.
For accurate measurements, standard probe assemblies require a depth of 25 to 30 mm, whereas the RealProbeTemp requires only 10mm or slightly less. It is ideal for application with reduced space and large temperature gradients between the measurement medium and the surrounding atmosphere.
Stand-Alone Probe or Sub Assembly
The RealProbeTemp can act as a stand-alone probe assembly or as a sub assembly insert to minimize the fabrication processes and materials necessary for larger or more complex probe assemblies. The pre-assembled and inspected unit thus results in reduced manufacturing costs and construction efforts. The tip sensitive construction allows for this RTD temperature probe to be used as a bearing temperature sensor or surface contact temperature sensor.
RealProbeTemp Data Sheet (.pdf)
Current Articles
(View All)
World's Smallest Capacitive Humidity Sensor from IST: October 25, 2010
IST's New Micro Flow Sensor for Ultra Low Gas-Flow Applications: July 12, 2010
New Conductivity Sensor from IST: June 18, 2010
Archived Articles
New RealProbe Temp Temperature Assembly by IST: April 28, 2010
Direct Wire Wound Replacement Through Thin-Film Technology: April 6, 2010






