KELLER Home » ITS » Pirômetros » Stationary Pyrometers » CellaTemp PA » CellaTemp PA 35

Features:

  • Range: 600 to 3000 °C
  • Focusable, interchangeable optics allow for precise distance adjustment
  • Precision lenses with broadband antireflection coating
  • Selective short-wavelength narrow-band spectral response
  • Optimized to detect surface temperatures of metals and silicon wafers
  • LED display is easy to read from a distance
  • Test current can be applied to perform diagnostics
  • Signal processing: two analogue outputs and USB / RS485 interface

Target sightingMeasuring rangeLensFocus areaDistance ratio
through-the-lenslaser spot lightvideo camera
600 - 3000 °CPZ 20.010,4 m - ∞210 : 1
PZ 20.030,2 - 0,4 m200 : 1
PZ 20.061,2 m - ∞310 : 1
PZ 20.050,2 m - ∞55 : 1
PA 20.060,6 m - ∞430 : 1
600 - 3500 °CPZ 20.010,4 m - ∞210 : 1
PZ 20.030,2 - 0,4 m200 : 1
PZ 20.061,2 m - ∞310 : 1
PZ 20.050,2 m - ∞55 : 1
PA 20.060,6 m - ∞430 : 1




Downloads:


Zur Zeit sind leider keine Downloads verfügbar!

Stationary Pyrometers

CellaTemp® PA 35

PA SeitenansichtPA DurchblickPA LaserPA KameraPA Objektive
CellaTemp® PA 35 is a digital pyrometer for measuring temperatures ranging between 600 and 3000 °C. The short wavelength narrow band sensor works in a spectral region where neither sight path obstructions such dust or steam nor fluctuating emissivity will interfere with the measurement result. CellaTemp® PA 35 is especially suitable for detecting the temperature of metals (Tungsten, Molybdenum, etc.) and silicon wafers. CellaTemp® PA 35 features an integrated LED display, making it easy to view the temperature reading from a distance. Use the PC USB connection to set parameters such as emissivity and smoothing time constant or to perform diagnostics. Alternatively, emissivity can be set directly at the connection cable.
Your Cookie & Privacy Settings
This site uses third-party website tracking technologies to provide and continually improve its services.
I agree and may revoke or change my consent under Privacy at any time with effect for the future.
more...