Pyrometer TP7
Professional infrared thermometer employing multi-point laser technology
You probably have never seen an infrared thermometer such as the TP7 before, for the practice-optimised German industrial design of this professional pyrometer is a protected design patent and 100 % Trotec.
In addition to the unique exterior looks the TP7 can also score with how it looks like on the inside. A distance factor of 40:1 permits precise measuring results from afar even for small objects.
Owing to the high temperature measuring range from -50 °C to +1,000 °C and the non-contact measurement principle, the robust TP7 is ideally suited for temperature measurements at poorly accessible, hot, movable or dangerous measuring locations.
Precise measurements straight to the multi-point
As should be expected from a professional IR thermometer, the TP7 is equipped with many practice-oriented functions, for instance, it allows the material-specific adjustment of the degree of emission, the indication of the maximum value or non-stop measuring operations.
Special emphasis should be placed on the innovative multi-point laser technology of the TP7. Instead of just pointing to the measuring target by means of a single laser or outlining the size of the measuring spot via double laser, the TP7's multi-point laser combines these two technologies and allows you to capture the measuring object both easily and precisely:
Whilst one targeting laser in the centre indicates the measuring point, further eight lasers show you the boundary points encircling the measuring surface – thus permitting precise measurements in a minimum of time.
Convenient alarm indication via change of display colour
Another time-saving function of the TP7 consists of an alarm-related colour change of the display illumination. You can enter user-defined alarm thresholds for measured minimum and maximum values in the device. Falling below the set limit value, the display will be flashing in blue, exceeding it, in red. In both cases an acoustic alarm signal will be emitted in addition.
Thanks to this intuitive colour indication you can tell from one look whether the measured temperature is within the preset target value range. Consequently, even larger areas can be measured in a timely manner without having to pay attention to each individual measured value.
Optical resolution in a nutshell:
The optical resolution (D:S) defines the ratio of measuring distance and measuring spot diameter. With increasing distance to the measuring object the measuring spot also increases. The infrared thermometer calculates an average temperature from all the temperatures in the measuring spot.
The larger the measuring spot, the less precise is the measured result. And vice versa: the higher the optical resolution of the pyrometer, the smaller the measuring spot and the more precise the measurement.
With the TP7 you'll have a professional infrared thermometer suited for manifold fields of application
All Contact and IR thermometers in direct comparison:
To find the Kontak ve kızılötesi termometre which exactly meets your requirements, please consult the concise overview of all Contact and IR thermometers from Trotec, which we're providing to you here so that you can compare them directly to each other.
Models which you do not wish to include in your comparison can be easily dismissed with only one click.
A few practical benefits:
- Development, design, production: 100 % Trotec
- Optical resolution 40:1
- Non-contact surface temperature measurement from -50 °C to +1,000 °C
- Multi-point laser aiming aid for simultaneous indication of measuring point and measuring spot
- Degree of emission freely adjustable from 0.1 to 1.0
- High/low alarms indicated by a change of display colour and an additional alarm sound
- Backlit display
- Automatic switch-off function
- Practice-optimized German industrial design – protected design patent
Certified safety - factory calibration of measuring devices directly from the manufacturer
As one of the leading full-range suppliers of measuring equipment for building diagnostics and environmental technology, Trotec offers you the opportunity to have all measuring devices calibrated, maintained and repaired from a single source. With a calibrated measuring device, you avoid inaccurate measurement results and can reliably protect yourself against possible recourse claims. So play it safe and use our calibration service for your Trotec measuring devices: In our in-house laboratory, we calibrate according to the factory standard to firmly defined measuring ranges and points. Optionally, the calibration points can also be individually defined within the specified calibration range.
standard equipment
optionally available
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Technical data
| Technische Daten | ||
|---|---|---|
| Allgemein | ||
| Artikelnummer | 3.510.003.012 | |
| Optik | ||
| optische Auflösung (D:S) | 40:1 | |
| kleinster Messfleck | 25,4 mm | |
| Temperatursensor infrarot [°C] | ||
| Messbereich min. [°C] | -50 | |
| Messbereich max. [°C] | 1.000 | |
| Genauigkeit max. [°C] | ||
| Genauigkeit < -4°C | ||
| Genauigkeit -4°C bis 65 °C | ||
| Genauigkeit > 65 °C | ||
| Genauigkeit < 20 °C | ||
| Genauigkeit = 20 °C | ||
| Genauigkeit -50 °C bis 20 °C (-58 °F bis 68 °F) | ± 2,5 | |
| Genauigkeit 21 °C bis 300 °C | ± 1 | |
| Genauigkeit 301 °C bis 1.000 °C | ± 1,5 | |
| Genauigkeit 21 °C bis 400 °C | ||
| Genauigkeit 401 °C bis 800 °C | ||
| Genauigkeit 800 °C bis 1.600 °C | ||
| Reproduzierbarkeit -50 °C bis 20 °C | ± 1,3 | |
| Reproduzierbarkeit 21 °C bis 1.000 °C | ± 0,8 / ± 0,5 | |
| Reproduzierbarkeit 21 °C bis 1.200 °C | ||
| Reproduzierbarkeit 1.201 °C bis 1.600 °C | ||
| Genauigkeit 20 °C bis 500 °C (68 °F bis 932 °F) | ||
| Genauigkeit 500 °C bis 1.000 °C (932 °F bis 1.832 °F) | ||
| Genauigkeit 1.000 °C bis 1.850 °C (1832 °F bis 3.362 °F) | ||
| Reproduzierbarkeit 20 °C bis 1.000 °C (68 °F bis 1.832 °F) | ||
| Reproduzierbarkeit 1.000 °C bis 1.850 °C (1832 °F bis 3.362 °F) | ||
| Temperatursensor infrarot [°F] | ||
| Messbereich min. [°F] | -58 | |
| Messbereich max. [°F] | 1.832 | |
| Genauigkeit ± min. [°F] | 4,5 | |
| Genauigkeit max. [%] | 1 | |
| integrierter Temperaturfühler [°C] | ||
| Messbereich min. [°C] | ||
| Messbereich max. [°C] | ||
| Genauigkeit ± min. [°C] | ||
| Genauigkeit ± max. [°C] | ||
| integrierter Temperaturfühler [°F] | ||
| Messbereich min. [°F] | ||
| Messbereich max. [°F] | ||
| Genauigkeit ± < 23 °F bis 150 °F °F [°F] | ||
| Genauigkeit ± > 150 °F [°F] | ||
| Taupunkttemperatur [°C] | ||
| Messbereich min. [°C] | ||
| Messbereich max. [°C] | ||
| Genauigkeit | ||
| Luftfeuchtigkeit | ||
| Messbereich min. [%] | ||
| Messbereich max. [%] | ||
| Genauigkeit [%] | ||
| Umgebungsbedingungen | ||
| Betrieb - min. Temperatur [°C] | 0 | |
| Betrieb - max. Temperatur [°C] | 50 | |
| Betrieb - min. rel. Luftfeuchtigkeit [% r.F.] | 10 | |
| Betrieb - max. rel. Feuchtigkeit (nicht kondensierend) [%] | 90 | |
| Lager - min. Temperatur [°C] | -10 | |
| Lager - max. Temperatur [°C] | 60 | |
| Lagerung - max. rel. Luftfeuchtigkeit (nicht kondensierend) [%] | 80 | |
| Display | ||
| LCD | ||
| monochrom | ||
| Schnittstellen | ||
| USB | ||
| Steckeranschluss für Typ-K Temperatursensor | ||
| Speicherorganisation | ||
| Datenspeicher intern Flash | ||
| Gerätesteuerung | ||
| Drucktasten | ||
| Folientastatur | ||
| Schutzart | ||
| IP54 | ||
| IP65 | ||
| Temperatursensor | ||
| Ansprechzeit | < 150 ms | |
| Spektrale Empfindlichkeit | 8 ~ 14 µm | |
| Laser ( Zielanzeige) | ||
| Klasse | Klasse 2 | |
| Wellenlänge [nm] | 630 ~ 670 | |
| Leistung [mW] | 1 | |
| Energieversorgung | ||
| intern (Batterie) | 9V-Blockbatterie | |
| extern (USB) | ||
| Gehäuseausführung | ||
| Kunststoff | ||
| Abmessung | ||
| Länge (ohne Verpackung) [mm] | 122 | |
| Breite (ohne Verpackung) [mm] | 49 | |
| Höhe (ohne Verpackung) [mm] | 160 | |
| Gewicht | ||
| (ohne Verpackung) [kg] | 0,224 | |
| Standardlieferumfang | ||
|---|---|---|
| Standardlieferumfang | ||
| Messgerät | ||
| Transporttasche | ||
| Bedienungsanleitung | ||
| Kontakt-Temperatursensor Typ K | ||
| Einsatzkoffer | ||
| USB-Kabel | ||
| Mini-Stativ | ||
| ermittelbare Messgrößen und Funktionen | ||
|---|---|---|
| interne Sensorik | ||
| Materialtemperatur [°C] | ||
| Materialtemperatur [°F] | ||
| Taupunkttemperatur [°C] | ||
| Taupunkttemperatur [°F] | ||
| Lufttemperatur [°C] | ||
| Lufttemperatur [°F] | ||
| relative Luftfeuchtigkeit [%] | ||
| Funktionen und Ausstattung | ||
| zuschaltbarer Multipunkt-Laser | ||
| Abschaltautomatik | ||
| Alarmfunktion akustisch | ||
| Alarmfunktion optisch durch verschiedenfarbige LCD-Beleuchtung (rot/grün/blau) | ||
| Alarmfunktion mit benutzerdefinierten Grenzwerten | ||
| Anzeigenauflösung 0,1 °C | ||
| Dauermessfunktion | ||
| Emissionsgrad einstellbar von 0,1 bis 1,0 | ||
| hintergrundbeleuchtbare LCD-Anzeige | ||
| Maximalwert-Anzeige | ||
| Messwerthaltefunktion | ||
| Temperaturmaßeinheit-Umschaltfunktion °C/°F | ||
| akustischer Taupunktalarm | ||
| Bargraph-Indikator zum schnellen Erkennen von Kondensationsgefahr | ||
| Batteriestatusanzeige | ||
| Differenzwertanzeige | ||
| Einsetzbar zur softwaregestützten Messreihenaufzeichnung | ||
| Emissionsgrad fix bei 0,95 | ||
| Entspricht DIN 10955:2004 | ||
| erfüllt die Vorgaben des LFGB, §31 | ||
| HACCP-LED-Schnellindikator | ||
| Maximalwert-Indikator | ||
| Minimalwert-Anzeige | ||
| Offenes Zielvisier | ||
| Stativgewinde-Anschluss | ||
| Timerfunktion | ||
| visueller Taupunktalarm | ||
| zusätzliche Materialtemperaturmessung mit integriertem Einstechsensor Typ-K | ||
| zusätzliche Temperaturmessung mit externem Sensor Typ-K | ||
| zuschaltbarer Einzel-Laserpointer | ||
| Materialtemperatur [°C] | ||
| Materialtemperatur [°F] | ||
Serienausstattung
optional erhältlich
nicht verfügbar