Termómetros por infrarrojos Testo: muy precisos, seguros y robustos
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Best seller infrarrojos
Best seller infrarrojos
Los termómetros por infrarrojos Testo le ofrecen:
- Termómetro para la medición rápida y sin contacto de la temperatura superficial.
- Una medición sencilla de la temperatura incluso en procesos dinámicos o lugares de difícil acceso.
- Medición fiable de la temperatura con una tecnología económica.
¿Como desea efectuar la medición? Nuestros pirómetros y termómetros por infrarrojos
¿Dónde se puede medir? Los innumerables usos de un termómetro por infrarrojos
1 | Medición en sistemas de tuberías de PVC · Temperatura aprox. +25 °C · Emisividad del plástico 0.84. |
2 | Medición en sombrerete de hojalata · Temperatura aprox. +38 °C · Emisividad de la hojalata 0.05 Aplique recubrimiento para aumentar la emisividad, por ej. pintura o cinta adhesiva para superficies reflectantes, o mida con termómetro de contacto. |
3 | Medición en tubo de ventilación galvanizado · Temperatura aprox. +24 °C · Emisividad del zinc 0.23 Aplique pintura o cinta adhesiva para superficies reflectantes o realice medición de referencia con termómetro de contacto. |
4 | Medición en membrana asfáltica · Temperatura aprox. +24 °C · Emisividad del asfalto 0.93 |
5 | Medición en pared de ladrillo · Temperatura aprox. +21 °C · Emisividad del ladrillo (rojo) 0.93 |
6 | Medición en salida de ventilación del techo (pintada) · Temperatura aprox. +24 °C · Emisividad del zinc (pintado) 0.96 |
7 | Medición en interruptor de iluminación · Temperatura aprox. +20 °C · Emisividad 0.85 |
8 | Medición en armario eléctrico (contactor) · Temperatura aprox. +74 °C · Emisividad del plástico 0.92 Precaución: ¡Mida sobre la superficie de plástico, no sobre el metal! |
9 | Medición en casquillo de cojinete (pintado) · Temperatura aprox. +68 °C · Emisividad de la pintura negra 0.93 |
10 | Medición en aleta de enfriamiento de un motor eléctrico · Temperatura aprox. +50 °C · Emisividad de la pintura verde 0.93 |
11 | Medición de producto alimenticio en cinta de enfriamiento · Temperatura aprox. +8 °C · Emisividad del alimento 0.95 |
12 | Medición en intercambiador de calor · Temperatura aprox. +10 °C · Emisividad del agua condensada 0.93 Nota: Puede medirse al humedecerlo la condensación; de lo contrario aplique un recubrimiento con alta emisividad. |
13 | Medición en bloque del motor · Temperatura aprox. +100 °C · Emisividad del aluminio (muy oxidado) 0.2 Aplique aceite o cinta adhesiva para superficies reflectantes, para que sea ε > 0.9. |
14 | Medición en grupo frigorífico · Temperatura aprox. +36 °C · Emisividad de la chapa pintada 0.92 |
15 | Medición en neumático · Temperatura aprox. +40 °C · Emisividad del caucho blando 0.86 |
16 | Medición en salida de horno · Temperatura aprox. +70 °C · Emisividad de la arcilla (cocida) 0.91 |
17 | Medición en tubo fluorescente · Temperatura +42 °C · Emisividad del vidrio (liso) 0.92–0.94 |
18 | Medición en tubos pintados · Temperatura aprox. +10 °C · Emisividad de la pintura azul 0.94 |
19 | Medición en tubo de ventilación galvanizado · Temperatura aprox. 38 °C · Emisividad del zinc 0.23 Aplique pintura o cinta adhesiva para superficies reflectantes o realice una medición de referencia con termómetro de contacto |
20 | Medición en transformador (pintado) · Temperatura aprox. +70 °C · Emisividad de la pintura del transf. 0.94 |
¿Cómo desea ejecutar la medición? Nuestros termómetros de infrarrojos de un vistazo
Infrarrojos + temperatura interior
Infrarrojos + humedad
Where do you want to measure? Infrared thermometers for any application
Mould detection
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Measuring food temperatures H3>
Checking incoming goods in catering H3>
Download: infoposter H2>
Background information on infrared measurement
Although the IR thermometer is an ideal instrument for measuring temperature, certain aspects also have to be considered:
- Emissivity of the measurement object. Testo laser thermometers have a stored emissivity table.
- In cool surroundings, this thermometer requires a certain acclimatisation time.
- Do not stand too far away from the measurement object, otherwise the measurement will be inaccurate.
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Correct measurement made easy: pro tips for using laser thermometers
A temperature measuring instrument such as the infrared thermometer is precise, safe and easy to operate. With a couple of useful tips and tricks, you can achieve even better measurement results:
- The right model: To begin with, there is the most important question of all: what type of temperature measuring instrument do you need? Is a model with laser sufficient, or do you also have to measure core temperatures using a penetration thermometer?
- Risk of mould? Detecting mould requires a special solution. In this case, we recommend either the Smart Probes from Testo or the testo 835-H1 with special humidity module.
- Acclimatisation time: Before starting measurement, the acclimatisation time first has to be taken into account. This is the time that is needed until the thermometer has adjusted itself to the ambient temperature. This can take some time in cool rooms in particular.
- Emissivity: Virtually every object emits radiation. This is represented by the emissivity. The emissivity of each measurement object must be set before measurement. Testo IR thermometers have a stored emissivity table. This simplifies operation even further.
- Measurement spot: Depending on the distance of the measuring instrument from the measurement object, a specific measuring range is recorded. This is the measurement spot. The measurement object should always be larger than the measurement spot specified in the documentation of the measuring instrument in order to prevent undesirable influences from the marginal area.
testo 835-H1 with humidity measurement H2>
Your advantages with the testo 835-H1
- 4-Point-Laser: shows the exact measuring zone, effectively preventing wrong measurements
- 50:1 optics that provide you with excellent surface temperature measurements even over greater distances (distance 5 m = 10 cm measurement spot)
- Adjustable degree of emission for measuring a wide variety of different surfaces
- Connectivity for temperature sensors: for additional contact measurements for materials with low degree of emission possible – simply connect your optionally available temperature sensor
The laser thermometer for the most stringent demands
Other thermometers from Testo without infrared technology
Using your smartphone as a temperature measuring instrument
Are you looking for a clever surface temperature measuring instrument that not only offers precise measurement, but also makes your everyday work more efficient than ever before by using your smartphone? If so, the Smart Probes testo 805i (infrared thermometer with smartphone operation) and testo 115i (clamp thermometer with smartphone operation) are the perfect choice. Both transmit all readings directly to the testo Smart App on your smartphone – for more flexible work and paperless documentation via e-mail.
Thermal imagers
Making temperature readings and temperature differences visible is important in heating engineering, building, industry or the electrical trade above all. With thermal imagers from Testo, you can check heating systems, localise thermal bridges and examine mechanical systems and switch cabinets. And all this at an unbeatable price-performance ratio!
In liquids
Immersion thermometers are the ideal choice for measuring temperatures in liquid, pasty and semi-solid media. Special models are even available for measurement in aggressive liquids such as acids or alkalis – perfect for use in laboratories.
Other temperature measurement options
Do you want to not only measure temperatures, but also record them over individual periods? Then you need a temperature data logger. Measuring intervals are freely selectable, an alarm notification is sent via e-mail/SMS when required and the devices themselves can save up to 2 million readings. It goes without saying that your data is also kept safe if the logger battery is empty. Temperature measuring strips are suitable for checking the temperature quickly and easily. These self-adhesive foils are attached to the measurement object and change colour depending on the temperature. Available in five designs for different temperature ranges.