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Hand-held measuring device XC250 (with pyrometer) - discontinued

High-precision reference measurement standard for industrial temperature calibrations

DISCONTINUED

The powerful and compact handheld device with state-of-the-art and robust design. Excellent accuracy. The high-resolution color screen displays rel. humidity, temperature and dew point. Excellent readability. The calibration function (offset correction) guarantees the long-term use without compromising the accuracy.

IMPORTANT: XC250 Handheld Device is discontinued

  • Relative humidity, Temperature, Surface temperature
  • Temperature / NTC (Negative Temperature Coefficient); Rel. humidity / Capacitive; Surface Temp. / Pyrometer (thermopile)
  • Excellent accuracy of temperature and relative humidity. Display of calculations and statistical functions.
  • USB (Cable and SmartGraph3 software included)
  • 5725.00

Advantages of the Handheld measuring device XC250 (with pyrometer)

THE FAST AND POWERFUL TECHNICIAN - TECHNOLOGY AND DESIGN COME TOGETHER

  •  FOR TECHNICiANS WITH PRECISION

Lufft has expanded the X generation of handheld measuring devices with the new XC(ellent) series. Both the XC200 and the XC250 devices measure values ​​such as temperature and relative humidity with extremely high levels of precision. Temperatures can be measured either with the fixed sensor or contact-free with the integrated pyrometer.

  •  PERFORMANCE MEETS DESIGN

Two powerful and compact handheld instruments that offer a modern and especially robust design: the XC series. Measurement results are easily read via the large digits on the high-contrast and colorful display.

  • FAST AND INFORMATIVE

The XC series handheld measuring devices can be used individually and are particularly suitable for detecting moisture problems. Masonry in all kinds of buildings can be checked for wetness and moisture by combining temperature and relative humidity readings with the surface temperature.

Examples of the Hand-held measuring device XC250 (with pyrometer)

You can always rely on both the XC200 and the XC250 hand-held measuring devices—even at extreme temperatures, they easily collect physical data such as temperature, absolute humidity and dew point.

In developing the XC-Series, we were primarily focused on the needs of those engaged in climate monitoring, climate assessment and climate control. As a result, the XC200 and the XC250 are particularly suitable for climate management in buildings, museums, storage rooms and electrical and IT cabinets. Naturally, it is also valuable in other fields—anywhere the measurement of such data is necessary.

Manual - Lufft - Handheld - XC250 (EN)
Software - Lufft - SmartGraph3
Version 3.4.5
Video - XA1000: Faster than Fast | The Smartphone of Measurement Technology
Video - XC200 / XC250: The Must-Know about our new XC series of Lufft handheld devices
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General
Optical measurement 6:1 at 50 % energy performance
Dimensions 170 x 60 x 35 mm
Weight Approx. 250 g
Storage conditions
Permissible ambient temperature -20...60 °C
Operating rel. humidity <95 % relative humidity non - condensing
Operating conditions
Operating temperature -20...50 °C
Operating rel. humidity <90 % RH
Power supply
Power supply 5.5 V ± 10 % DC, max. 200 mA
Power consumption active Approx. 70 mA
Passive power consumption Approx. 40 mA
Battery life Approx. 24 h (2.6 Ah battery capacity)
Calculations Dew point temperature °C or °F
Absolute humidity g/m3
Mixed ratio g/kg or gr/lb
Functions Statistical calculations MAX, MIN, HOLD, AVG, ACT
Temperature correction and humidity correction factors (offset)
Power saving functions
Relative humidity
Principle Capacitive
Measuring range 0 ... 100 % RH
Unit % RH
Accuracy ±2 % RH
Resolution 0.1
Temperature
Principle NTC
Measuring range -20 ... 50 °C
Unit °C
Accuracy ± 0.2 °C (0...40 °C) otherwise ± 0.4 °C
Resolution 0.1
Surface temperature
Principle Thermophile
Measuring range -70 ... 380 °C
Unit °C
Accuracy ± 0.5 °C (0...50 °C) or ± 4 °C
Resolution 0.1
LaLaser classification
Laser class Laser class 2 (IEC 60825-1:2014); complies with 21 CFR 1040.10 except for deviations pursuant to Laser Notice No. 50, dated June 24, 2007
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