Fast response times are a characteristic feature of the new Pt100 probe sensors of ifm electronic. They can be used for highly precise temperature measurements in industrial applications.

1. Press release wpi 409 / 0211
Area: Fluid sensors and diagnostic systems
PT100 probe sensor for fast temperature changes
Essen, February 2011 – Fast response times are a characteristic
feature of the new Pt100 probe sensors of ifm electronic. They can
be used for highly precise temperature measurements in industrial
applications.
Short response times of T05 = 1 s and T09 = 3 s detect temperature
changes in a very short time and thus enable optimum process
monitoring. The fast response time is achieved by using the latest
technologies in connection with a 6 mm sensor tip. Nevertheless the
sensors with high-grade stainless steel housing are extremely robust and
have a pressure rating of up to 160 bar. A special version with titanium
housing is suited for use in aggressive media. In combination with the
high protection rating IP 68 / IP 69K the sensors can be used in many
different applications of industrial process control.
The measuring range is from -40 to 150° (titanium version: -40 to
C
125°C). The accuracy of the stainless steel version s is compliant with
DIN EN 60571, class A.
Depending on the application the user can select probe lengths from 44
to 350 mm with different types of threads. Moreover ifm electronic offers
a wide range of process adapters.
Different control monitors with switching and analogue outputs are
available for signal processing.
Contact
ifm electronic gmbh
Friedrichstr. 1
wpi_409_print.jpg 45128 Essen
www.ifm.com
Pt100 probe sensor with fast Tel.: +49/ 201 / 24 22-0
response time for industrial Fax: +49/ 201 / 24 22-1200
applications e-mail: info@ifm.com
Simone Felderhoff
Press Officer
Tel. +49/ 201 / 24 22-1411
simone.felderhoff@ifm.com
Texts / photos can be found on our website at: www.ifm.com/de/presse Dipl.-Ing. Andreas Biniasch
Technical Writing
Tel. +49/ 201 / 24 22-1425
andreas.biniasch@ifm.com