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Radiometer For Research, Laboratory and Industrie

Radiometer For Research, Laboratory and Industrie

Product catalog summary
Overview: The document provides technical specifications and features of the Mark IV series radiometers by WUNTRONIC GmbH, designed for non-contact temperature measurement and radiation detection.
Key Features:
  • Non-contact temperature measurement with selectable view angles of 150° or 75°.
  • Resistant to pressure changes and vacuum conditions.
  • Self-generating output in millivolts (mV), proportional to incident heat flux.
  • Flare and flame radiation detection capabilities.
  • Cost-effective solution for various applications.
Description: The Mark IV radiometers are noted for their high sensitivity and rapid response to heat flux absorbed by the sensor surface. The output signal is thermoelectric and directly proportional to the heat flux. Various window materials can be used to eliminate convective heat transfer or to achieve selective spectral responses.
Applications:
  • Measurement of solar and other radiation in satellites and space vehicles, suitable for aerospace applications (e.g., NASA).
  • Detection and control of radiant heat (IR) across a broad range of targets.
Technical Specifications:
ModelSensitivity (mV/(BTU/ft²sec))Max. mV OutputImpedance (Ω)Max. Body TemperatureAccuracy
Mark IV-301302060121°C (250°F)±3%
Mark IV-602604075121°C (250°F)±3%
Mark IV-100410070100121°C (250°F)±3%
Mark IV-6016040120121°C (250°F)±3%
Mark IV-120212080150121°C (250°F)±3%
Mark IV-2004200140200121°C (250°F)±3%
Window/Filter Materials: Various materials such as Quartz, Sapphire, BaF2, Germanium, and Mylar are available, each with specific transmission percentages and ranges.
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Catalog excerpts

Radiometer For Research, Laboratory and Industrie-1

Mess-, Steuer- und Regenerate GmbH For Research, Laboratory and Industrie Features: • Non-contact temperature measurement • Choice of view angles: 150° or 75° • Impervious to pressure changes and vacuum • Self-generating utput (mV) • Flare & Flame radiation detector • Low Cost lts high sensitivity and rapid time response to heat Rux absorbed by the sensor surface distinguish the MARK IV models as top performance Radiometers. The self-generated thermoelectric output signal in millivolts (mV) is directly proportional to the incident heat flux. Various windows may be added for elimination of convective heat transfer and/or or selective spectral responses. For Non-Contact temperature measurement applications, one has to establish the temperature relation between the target and the Sensor empirically, or apply the classic relationship as expressed by the Stefan-Boltzmann equation: Q/A=.1714*10-8 *F*E* (T4target-T4sensor) BTU/ft2Hr Where: T: is the absolute temperature in Rankine (t"460) F: Form factor between Target and Sensor E: Emissivity of the target • Suitable for measuring Solar and other object's radiation in satellites and space vehicles (NASA) Aerospace • Radiant heat (IR) detection and control of various targets—broad range Window/Filter Material Quartz Sapphire BaF2 Germanium Mylar Others Transmission Range, pm 0.18 to 3.5 0.15 to 5.5 0.15 to 11.5 2 to 110.31 to 50 request Copyright© 2017 WUNTRONIC GmbH. All Rights Reserved

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