Temperature Test  Manufacturers, Traders, Suppliers

With cost efficiency, optimal use of space, reliable operation, easy installation and commissioning the TMR31 fulfills the requirements of modern process measurement technology. Vibration-proof integrated thin-film sensors guarantee highest operational safety at the fastest response times.

Measuring Principle: Resistance Temperature Detector
Characteristic / Application: metric style; compact temperature probe; fast response time; threaded process connection; with or without neck
Thermowell / protection tube: without (not intended to use with thermowell)
Insert / probe: mineral insulated (MI), flexible
Outer diameter protection tube: 4,00 mm ...6,00 mm (0,16'' ...0,24'')
Max. immersion length on request: up to 600,00 mm (23,62'')
Material protection tube/thermowell: 1.4404 (316L)
Process connection: male thread:; G1/4"; G1/2"; NPT1/4"; NPT1/2"; M14x1.5; M18x1.5; BSPT 1/2"
Tip shape: straight
Surface roughness Ra: 0,8 μm (31,5 μin.)

Temperature test chambers of the T
The temperature test chambers are characterized by high temperature change speeds, easy programmability via our color touch panel, as well as extremely low noise levels.

Test chamber volume in litres:

100 / 200 / 350 / 600 / 1000 / 1500 / 2000

Temperature ranges:

<font color="#0000ff">+10 °C / +180 °C
 -20 °C / +180 °C
 -40 °C / +180 °C
 -70 °C / +180 °C

Temperature profiling is the process of recording and interpreting temperatures of products as they move through either a conveyorized or batch heating process (typically an oven or furnace). The collected numeric data is converted by temperature analysis software into meaningful information and displayed as a graph – thermal profile.
This information tells you what temperatures your product reached, for how long and at what point of the process. Process engineers know what the perfect profile for their product should be and variations from the ideal indicate a potential problem or unacceptable quality. By analyzing the thermal profile, you are able to verify and improve product quality, increase throughput and solve production problems.
The necessary components of an effective temperature profiling system include: thermocouple sensors to gather temperature information, data acquisition loggers to collect the data, thermal barriers to protect the data loggers, and most importantly, temperature profiling software for the analysis and archiving of all temperature data.
Benefits of Temperature Profiling

• Improved product quality
• Increased productivity
• Minimized energy costs
• Validated process control (QS/ISO9001)
• Efficient and fast new process setup
• Quick troubleshooting

Fluke Process Instruments designs, manufactures, and markets a complete line of infrared temperature measurement and profiling solutions for industrial, maintenance, and quality control applications. Distributed worldwide under the Raytek, Ircon, and Datapaq brands, the products reflect the combined experience of over 125 years in manufacturing the world’s finest temperature measurement tools and devices.
We are Raytek, Ircon, and Datapaq. Together, we are Fluke Process Instruments, advancing the reputation of the worldwide leader in measurement tools by offering a broad portfolio of industrial temperature measurement solutions.
Individually, we have earned the respect of manufacturing’s most valued names. Together, we are the temperature technology leader – pioneers of many industry firsts, market innovations and new technologies, and the brands of choice for the harshest, high-temperature industrial environments in manufacturing.
Raytek, Ircon, and Datapaq. The first names in temperature control have become the last word in manufacturing with confidence: Fluke Process Instruments
With over a century of combined experience in developing innovative products that improve product quality and reduce waste, our team is committed to achieving new advancements that will benefit our customers.