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Purpose of the measuring equipment

Model infrared source ABB 50/1500, modifications of ABB Demetra, ABB Demetra-M, ABB Medea, ABB Elektra, ABB Elektra+, ABB Helios (hereafter —infrared source) are designed for reproduction of radiation temperature within the range from -40 through 1500 °С.



Description of measuring equipment

The device action is based on Stefan-Boltzmann and Planck laws which associate the calibration source temperature with its radiation intensity. The cavity temperature values are determined by the control device with a separate indicator and built-in contact temperature sensor. Electrical heater is used for heating of radiating cavity, while Peltier elements are used for cooling (version ABB Demetra, ABB Demetra-M). Calibration source versions are classified by temperature ranges, accuracy (enclosure 1R – 1 Rank, 2R – 2 Rank), dimensions, weight. Besides, the following modifications of infrared source housing are allowed: MB - monoblock for all modifications excluding ABB Demetra, ABB Demetra-M, and Sep - separate versions.



Software

The infrared sources controlled by the temperature regulators dTron 308 (the number in the Russian Federation State Register of Measuring Equipment 54173-13) which have built-in specific software being the device’s integral part. The software allows collection, transfer, processing and storing of calibration characteristics and provision of measurement data. The software protection level against intentional and unintended changes corresponds to the medium level as per Р 50.2.077-2014. The software influence is considered at rating metrological characteristics.



Verification

Shall be performed in accordance with MP 2412-0044-2014 “Model sources ABB 50/1500, versions ABB Demetra, ABB Demetra-M, ABB Medea, ABB Elektra, ABB Elektra+, ABB Helios. Verification methods”, approved by the D.I. Mendeleev All-Russian Institute for Metrology (VNIIM) in November 2014. This equipment can be defined as professional and shall be developed subject to non-stop operation.



MODEL IFRARED SOURCES:

  • Temperature is preset by two arrows and stabilized automatically when the required level is achieved.
  • Light and sound indication of measurement readiness.
  • The cavity temperature is displayed on the digital controller display (secondary instruments not required).
  • All sources are supplied with the State Verification Certificate.
  • All offered infrared sources have been tested and registered in the Russian State Registry, type ABB 50/1500.

Actions performed by METROPIR within the operation period are as follows:

  • Holding Annual State Verifications
  • Maintenance of all instruments within the whole lifetime.
  • Provision of precision guarantee for the whole lifetime subject to annual verifications at Metropir site.
  • Provision of 12 months guarantee service life + 12 months of free service — «12+12 Warranty».
  • Lifetime manufacturer warranty.

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Calibration Source Demetra-M

Temperature ranges from -40°C to 110°C
This uniquely designed product contains Peltier elements as a heat source. Heat is extracted in cooling mode by water circulating forcefully around a closed circuit through the intercooler. The cavity interior has a complex coated surface area which enables multiple interior reflection of radiation.

We offer supplementary self-developed equipment for completion of calibration sources

REUTERS FOR PYROMETERS REGULATED WITH RESPECT TO HEIGHT, AZIMUTH AND ANGLE OF INCLINATION

REUTERS FOR PYROMETERS REGULATED WITH RESPECT TO HEIGHT, AZIMUTH AND ANGLE OF INCLINATION

Our own manufactured machinery for accessories to CS is as follows.

Technical characteristics:

  • Regulations with respect to the height, mm 70
  • Regulations with respect to the azimuth 360
  • Reuters height from the table min/max, mm 290 .. 337(342)   
  • Regulations with respect to the angle of inclination  ±10
  • Weight, kg — 2.2

 

Reuters pyrometric is designed for installation of pyrometers, thermal imagers and other optical devices inside of it for precise alignment at the bottom of the emitting calibration source.
Special clamp feet made of caprolon are to ensure secure mounting of the optical device and prevent it from being deformed and scratched. The distance between the clamp feet varies from 30 to 120 mm. Datasheet for the product is attached.

REUTERS FOR PYROMETERS AND THERMAL IMAGERS WITH A MOUNTING PLATFORM

REUTERS FOR PYROMETERS AND THERMAL IMAGERS WITH A MOUNTING PLATFORM

(Turntable with the angle setting accuracy up to 1 as per GOST P8.619—2006 »).
In addition to all adjustments of REUTERS FOR PYROMETERS, it allows clamping the instrument by the vertical handle. The kit also contains a platform for handle-free dimensional mounting of equipment. The new reuters peculiar feature is availability of swing angle count dial with the angle setting accuracy up to 1, which is a mandatory condition for validation of thermal imagers as per GOST P 8.619—2006.
Refer to GOST P 8.619—2006
para.4 Operations and validation means


OPTICAL RAIL

OPTICAL RAIL

Our own manufactured machinery for accessories to CS is as follows.

  • Dimensions, mm:
  • Standard length, mm — 1000
  • Dimensions (W*H), mm — 70 х 27
  • Weight, kg – 4.5

Optical Rail’s is designed for fixing and moving Reuters pyrometric alongside the rail with that being parallel to the optical axis of the calibration source, to a desired distance.

Two see through holes with M6 groove allow to secure the rail to the working surface. Supplied with three mounting kits and the product datasheet.