温度より重要な測定パラメータはほとんどない、といっても過言ではないほど、私たちは日々さまざまな「温度」に直面しています。ある条件において最適と感じるのはどれくらいの温度か、ほとんどの人は個人的な好みを持っています。そして、現実社会ではこれが最大の問題です。人々は温度を感じますが、客観的かつ比較可能な結果を得るためには、温度測定器を使用しなければなりません。特定の用途に対応するため、テストーにはさまざまな温度計や温度データロガー、温度測定システムをご用意しています。
テストーの温度測定器と温度計の特徴
- 過酷な使用に耐える堅牢な構造
- 正確な測定結果を得るための高精度センサ技術
- 豊富なラインナップより適切な温度計のプローブを選択 - カスタマイズにも対応
- メーカーによる一貫した校正とサービス
温度測定のための測定器ラインナップ
赤外放射温度計
Surface temperature measuring instruments
Temperature measuring instruments with fixed or exchangeable probes for surface temperatures.
Air temperature measuring instruments
Penetration thermometer
Immersion thermometer
Temperature measuring strips
Thermal imagers
Visualize temperatures. Ideal for maintenance, the building trade and heating engineering.
Temperature data logger
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Temperature measuring instruments in use
The fields of application for temperature meters, digital thermometers and temperature measuring instruments are very varied. Here are just the most important ones:
- Spot checking of food
- Temperature monitoring of food transportation
- Measuring the temperature in the centre of flue gas flow in chimneys/flue gas ducts
- Measurement of different air temperatures
- Surface measurement for checking the pre-heating temperature when welding
- Immersion measurement in chemical solutions for maintaining temperatures during etching processes
- Surface temperature measurement on bearings and gear mechanisms in mechanical engineering
Thermometers operated by smartphone
Compact measuring instruments for your smartphone
Our all-rounders for all important measuring tasks. Members of the Smart Probes family are not just temperature measuring instruments. These innovations also include pressure and flow meters, all fully operated via the testo Smart Probes App.
The testo Smart Probes VAC kit enables you to measure temperature, speed and air humidity, as well as to calculate volume flows. Ideal for air conditioning and ventilation systems.
Tips and tricks for temperature measurement and monitoring
A temperature meter in itself means you have already taken the first step. However, you need to bear a few things in mind for really efficient and precise temperature measurement.
Temperature measurement in liquids
With your temperature measuring instrument, choose a probe immersion depth of 10 to 15 times the probe diameter. This reduces measurement errors. In addition, it helps the accuracy of the measurement result if you keep the liquid moving during the measurement.
Surface measurement
In this case, the probe head is placed vertically onto the surface. Here it is important to ensure that neither the contact surface of the probe head nor the measurement object are uneven, as this can falsify the measurement.
Air measurement with a digital thermometer
When measuring moving air with a temperature meter, the measurement probe is simply introduced into the environment being measured. Due to its special design, the air probe has a very short response time. The measurement result can be improved by moving the probe through the air at 2 – 3 m/s during the measurement.
More measuring instruments from Testo
Record temperatures
There are applications where a temperature meter is not enough. For instance, when it is a case of monitoring temperatures over the long term and reliably recording the readings. This is where temperature data loggers are used. The small aids are ideally suited for temperature monitoring, making work a little bit easier every day for quality managers and facility managers all over the world.
Transmitters
When you need to integrate temperature readings seamlessly into automated building services, then it is temperature transmitters that are required. First of all, they measure the temperature, just like a temperature meter – however, they then convert the measuring values into a standardized electrical signal which can be further processed to control specific procedures.
Measure surface temperatures
In the broad spectrum of temperature measurement, particularly high importance is attached to surface temperature measurement. Because it is not just in industry, trade or facility management that a surface temperature measuring instrument is used. The food industry is also – and above all – the sector where this measurement method is one of the most common. In the end, spot checks on the quality of food can be carried out quickly and reliably using surface temperature measurement. And precise measurement of the surface temperature often makes laborious measurement of the core temperature superfluous.