Temperature Measurement


Fast, compact and accurate

December 2008 Temperature Measurement

EasyTemp from Endress+Hauser.

Compact thermometers offer a number of benefits. They are swiftly installed and easy to operate. It is no wonder that compact thermometers are becoming more widely accepted.

The products TMR31 and TMR35 of the EasyTemp range covers temperature ranges of -50 to +150°C (without neck) and -50 to +200°C (with neck) and is used in a large number of applications including the hygienic process connections.

The sensor element is a Pt100 with a class A accuracy and by using thin-film technology pioneered by Endress+Hauser, the sensor can be directly soldered onto the thermometer tip. This technology ensures that an almost ideal heat transfer from the process to the sensor element is achieved.

The illustration shows the fitment of the sensor directly at the thermometer tip
The illustration shows the fitment of the sensor directly at the thermometer tip

This patented technology offers the customer the advantage of a faster response time, seven times faster than standard thermometers (Figure 1). The faster response time is due directly to the heat transfer from the sensor tip to the sensor element. This is essential for temperature measurement in dynamic processes where small batch quantities with critical temperature limits (food and pharmaceutical) are processed. Due to the improved heat transfer from the process to the sensor element, shorter immersion length can be used which in turn minimises heat loss.

Figure 1
Figure 1

The reduced immersion length ensures minimal pressure loss in the pipes within the hygienic processes while enhancing pump performance. Another advantage of using the Endress+Hauser thin-film sensors is the increased accuracy over standard class A sensors (Figure 2).

Figure 2
Figure 2

The principle of sensor-transmitter-matching can be applied giving a higher degree of linearisation. This ensures that the EasyTemp family reaches a measurement deviation of 0,2 K over the total measurement range. Comparing the EasyTemp range to standard Class A sensors, the EasyTemp has an improved accuracy of 30% at 80°C.

A further advantage is the stainless steel housing suitable for applications in the food and pharmaceutical industries. The housing is sealed and easy to clean, while the laser printed legend plate is very resistant to aggressive cleaning media.

For more information contact Trevor Fletcher, Endress+Hauser, +27 (0)11 262 8000, [email protected], www.za.endress.com



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Temperature measurement solution for foundry
Temperature Measurement
AMETEK Land, a world-leading manufacturer of infrared pyrometers, scanners and thermal imagers, is helping an Indian foundry to support metal quality and reduce ongoing costs.

Read more...
Sustainability of surface water
Endress+Hauser South Africa Analytical Instrumentation & Environmental Monitoring
The sustainability of surface water is critical for South Africa’s economic development, social well-being and environmental health. Endress+Hauser has a full range of liquid analysis sensors and transmitters to measure important parameters and has an excellent global track record in water and wastewater process plants and various surface and industrial water monitoring sites.

Read more...
Supporting sustainable steelmaking
Temperature Measurement
AMETEK Land is helping the steel industry meet global decarbonisation challenges with a range of solutions.

Read more...
Cloud-based inventory management software
Endress+Hauser South Africa Level Measurement & Control
Netilion is an award-winning cloud-based IIoT ecosystem designed for industrial processes. It connects the physical and digital worlds to send valuable information from the field straight to your phone, tablet or other device.

Read more...
High-precision data loggers for wire and thermocouple probes
Senseca Temperature Measurement
Senseca, formerly the GHM Group, has launched new handheld meter/data loggers for Pt100 four-wire probes and thermocouple probes. These are redesigned with enhanced features.

Read more...
How wet steam undermines boiler efficiency
Endress+Hauser South Africa Temperature Measurement
Endress+Hauser understands the daily challenges and demands placed on energy and utility managers across the spectrum of steam generation, distribution and consumption activities. Its global team is committed to working with its partners to overcome these complexities, and particularly those that aim for a safe, economic and sustainable sitsce of steam energy production and delivery.

Read more...
Dramatically reducing greenhouse emissions
Temperature Measurement
Online teaser: There is considerable potential for reducing CO2 emissions in the mill process by optimising the heat source for drying. The most promising approach to achieving a carbon neutral process in a hot gas generator is the combustion of green hydrogen.

Read more...
Automated clean-in-place
Endress+Hauser South Africa Sensors & Transducers
A clean-in-place (CIP) process is integral to a food and beverage producer’s responsibility to deliver safe, high-quality products to consumers. However, as industries worldwide shift focus towards sustainability, CIP procedures face new challenges.

Read more...
Infrared camera for condition monitoring and early fire detection
Instrotech Temperature Measurement
The Optris PI 640i thermal imager is the smallest measuring VGA infrared camera, with a body-sized volume of 45 x 56 x 90 mm, and weighing only 269 to 340 g, depending on the lens. It counts among the most compact thermal imaging cameras on the market.

Read more...
SICK and Endress+Hauser to join forces in process automation
Endress+Hauser South Africa News
German sensor company SICK, and Swiss measurement and automation technology specialist Endress+Hauser, want to intensify their cooperation. Both companies are aiming for a strategic partnership for SICK’s process automation business segment and have signed a joint memorandum of understanding.

Read more...