testo 477 - Przenośny stroboskop LED

Nr katalogowy  0563 4770

  • Extremely high measurement range: up to 300 000 flashes per minute (fpm)

  • Very high illumination: up to 1 500 Lux

  • Long operating times: battery power for up to 5 h

  • Trigger input and output for connectivity to external systems and control via external sensor

testo 477 LED do pomiaru RPM, zawiera protokół kalibracyjny, walizkę transportową i baterię

Opis produktu



  

 

Zakres dostawy

Testo 477 LED do pomiaru RPM, zawiera protokół kalibracyjny, walizkę transportową i baterię.
rpm - LED

Zakres pomiarowy

30 do 300000 fpm

Dokładność

0,02 % mierz.wart.

Rozdzielczość

±0,1 (30 do 999 fpm)

±1 (1000 do 300000 fpm)

Ogólne dane techniczne

Klasa zabezpieczenia

IP67

Czas trwania błysku

Can be adjusted

Intensywność błysku

1500 Lux at 6000 FPM / 20 cm

Jaskrawe kolory

Approx. 6500 K

Żywotność baterii

NiMH rechargeable battery: Approx. 11 h at 6000 fpm; Batteries: approx. 5 h at 6000 fpm (3 x AA)

Wyświetlacz

LCD

Rozmiar wyświetlacza

Wieloliniowy wyświetlacz

Klapka zabezpieczająca

tak

Niski poziom

< 1 V

Maksymalne natężenie prądu

50 mA

Speed measurements on ventilators, fans, and lathes

The testo 477 allows the speed measurement of very small objects or places that cannot be directly accessed – without interrupting the production process, as reflective markers are not required.

Our powerful LED stroboscope testo 477 allows fast moving objects to appear in slow motion and determine the speed up to 300,000 revolutions per minute.

Industrial maintenance and monitoring of product quality

Using our testo 477 allows fast moving objects to appear in slow motion and conclusions to be drawn about rotational and vibratory movements. The “flashing light analysis” allows irregularities to be detected in systems and machines; for example, the detection of “vibration hotspots”, the monitoring of packaging machines, the checking of vibratory conveying technology, or the display of oscillation amplitudes.

With the aid of stroboscopes, rotating production systems and belts are presented in slow motion, allowing evaluation of the product and manufacturing quality. For example, the thread guide on knitting machines can be monitored in the textiles industry, or the consistent image quality of printing machines.