Laserliner - logoFa'asa'o Spot XP
Tusi Lesona tagata e faaaogāinaLaserliner Condense Spot XPLaserliner Condense Spot XP 2

Laserliner Condense Spot XP - icon 2Read the operating instructions and the enclosed brochure „Guarantee and additional notices“ completely. Follow the instructions they contain. Safely keep these documents for future reference.

Function/Application

The CondenseSpot is an infrared temperature measuring instrument with an integrated hygrometer that permits non-contact temperature measurements on surfaces as well as the measurement of relative humidity and ambient temperature. The instrument measures how much electromagnetic energy is emitted in the infrared wavelength range and uses this information to calculate surface temperature. During this process, two additional integrated sensors detect relative humidity and ambient temperature. The dew point is also calculated.

Laserliner Condense Spot XP - figure 1Laserliner Condense Spot XP 3

1 low battery charge 6 min/max and average measurement values
2 stability progress bar for relative
humidity measurement
7 dew point temperature (D Temp) and ambient temperature  (A Temp) in °C or °F
3 laser beam switched on, temperature measurement (infrared) 8 condense water indicator
4 measurements in °C or °F 9 last measurement value will be displayed brie y (7s)
5 relative humidity in % 10 replace battery

Laserliner Condense Spot XP 4Laserliner Condense Spot XP 5

Laser: The laser is a targeting aid to sight the location for the infrared measurement. Only the surface‘s temperature is measured. Laserliner Condense Spot XP 6

7. Displaying Min/Max/Avg, Ambient temperature, Dew point temperatureLaserliner Condense Spot XP 7

8. Dew point temperature is the temperature at which current air conditions would produce condensation. The CondenseSpot calculates the dew point temperature from ambient temperature, relative humidity, and ambient atmospheric pressure. In combination with the infrared thermometer, thermal bridges are easily detected. If the temperature of the measured location drops below the dew point, condensation (water) will form on the surface.Laserliner Condense Spot XP 8

9. Faʻafefe faʻafefe
The relative humidity is indicated in relation to the maximum possible humidity (100 %) at which air forms water vapor. The ability of air to hold water is temperature-dependent. Thus humidity is the volume of water vapor in the air. The range for humidity is 0 … 100%. 100% = saturation point.
Under these conditions for temperature and atmospheric pressure, air cannot absorb any more water.Laserliner Condense Spot XP 9

When temperature fluctuations (± 1 °C) and/or changes to relative humidity (± 1%) are rapid, the sensor must adapt itself to the new conditions. An hourglass with a progress bar is displayed during this stabilization process.
During this process, displayed values are only approximations. Only after these symbols have been switched off is a stable value presented which represents maximum accuracy.

10. Setting the emission coef cientLaserliner Condense Spot XP 10

A built-in sensor head detects the material/surface-specific infrared rays emitted by every object. The level of these emissions is determined by the material‘s emission coefficient (0.01 to 0.99). This instrument is preset to an emission coefficient of 0.95, which is applicable to most organic materials as well as plastics,  ceramics, wood, rubber, and stone. For details of those materials with a different emission coefficient, please refer to the table.

Unknown emission coefficient:
Apply masking tape or black matt paint to the surface of the area whose temperature you wish to measure. Wait until the tape/paint has heated up.
The temperature of the surface can then be measured with an emission coefficient of 0.95.

11. Emission coef cient tables
Nonmetals

Asbestos 0.93 Faʻamalima 0.98
Asphalt 0.95 mapu
Black, dull finish Greyish, polished
0.94
0.93
maʻa 0.70
Brick, red 0.93
Carborundum 0.90 Masonry 0.93
Ceramics 0.95 vali
Black, matt
Heat-resistant White
0.96-0.98 0.92
0.85 -0.95
ōmea
Brilliant white With glaze
0.7 - 0.75 0.92
Clay 0.95 pepa
Uma lanu
0.95-0.97
Coal Non-oxidised 0.8-0.9
pilasitika
Translucent PE, P, PVC
0.95
0.94
Concrete, plaster, mortar 0.93
vavae 0.77 pulu
faigatā
Soft, grey
0.94-0.95 0.89
Earthenware, matt 0.93
fale gaosimea 0.95
tioata 0.85 -0.94 Tioata Quartz 0.93
Faʻafanua 0.7 -0.8 kiona 0.80
maʻamaʻa 0.95 Sogi 0.9 -0.98
Gypsum 0.8-0.95 Tar 0.79 -0.84
Heat sink Black, anodized 0.98 Pepa ta 0.91 -0.93
Transformer paint 0.94
Paʻu o le tagata 0.98 Wallpaper, light-colored 0.88-0.90
aisa
manino
With heavy frost
0.97
0.98
vai 0.93
Wood
Le togafitia
Beech, planed
0.8 -0.95 0.94
Lime 0.3 -0.4
Lime maim brick 0.95

uʻamea

Alloy A3003 Oxidised
Sauaa
0.3
0.1 - 03
Iron, forged Matt 0.9
taʻimua
lauleaga
Oxidised
0.4
0.2 - 0.6
Aluminium Oxidised
Falanuina
0.2 - 0.4
0.04 - 0.06
Molybdenum Oxidised 0.2 - 0.6
apamemea
Falanuina
Oxidised
0.3
0.5
Nickel Oxidised 0.2 - 0.6
Platinum Black 0.9
apamemea
Oxidised
Elect. terminal strips
0.4 - 0.8 0.6 sila
Cold rolled Ground plate
Polished plate
Alloy (8% nickel,
18% chromium) Galvanised Oxidised
Heavily oxidised
Freshly rolled Rough, flat surface
Rusty, red
Sheet, nickel-plated Sheet, rolled
0.7 - 0.9 0.4 - 0.6 0.1
0.35
0.28
0.80
0.88
0.24
0.95- 0.98 0.69
0.11
0.56
Haynes Metal alloy 0.3 - 0.8
Fesoʻotaʻiga
Oxidised
Sandblasted Electropolished
0.7 - 0.95 0.3 - 0.6 0.15
uʻamea
Oxidised
With rust
With red rust
0.5 - 0.9 0.5 - 0.7 0.61 - 0.85
Iron, cast
Oxidised
Non-oxidised
Molten mass
0.6 - 0.95 0.2
02 - 03
Zinc Oxidised 0.1

faamatalaga Technical

Technical revisions reserved. 08.13

Measured quantities °C (°F) infrared temperature measurement, %rH relative humidity, °C (°F) ambient temperature measurement
Infrared measurement range -40 °C … 350 °C (-40 °F … 662 °F)
Ambient temperature measurement range -10 °C … 60 °C (14 °F … 140 °F)
Relative humidity measurement range 20 % … 90 % rH
Dew point indicator -20 ° C… 60 ° C
Sa'o le infrared t 1 °C (-10 °C … 60 °C); t 1.5 °C (< 10 °C and > 60 °C) or t 1.5 % whichever value is greater
Ambient temperature accuracy t 2 °C
Relative humidity accuracy t 3%
Infrared resolution 0.1 ° C
Relative humidity resolution 1%
Dew point resolution 1 ° C
Coefficient emisi Adjustable, 0.10 … 0.99
vevela o Gaoioiga 0 ° C… 40 ° C
teuina o Meaai a le vevela -20 ° C… 70 ° C
Optics 8:1 (distance: measured spot)
Laasaga o laser 650 nm
Pusa laser Class 2, < 1 mW
tuuina atu le mana Type 9 V E block battery

General safety instructions.
Attention: Do not look directly into the laser beam! The laser may not get into the hands of children! Do not point this device unnecessarily toward persons.Laserliner Condense Spot XP - warning

Fa'atonuga a le EU ma le lafoaia
Laserliner Condense Spot XP - ce
O lenei masini e tausisia uma tulaga talafeagai mo le feoai saoloto o oloa i totonu o le EU.
O lenei oloa o se masini eletise ma e tatau ona aoina eseese mo le lafoaia e tusa ai ma le European Directive i otaota eletise ma mea faʻaeletoroni.
O isi fa'amatalaga saogalemu ma fa'amatalaga faaopoopo ile: www.laserliner.com/info
CondenseSpotLaserliner Condense Spot XP - CondenseSpot

Laserliner Condense Spot XP - iconAUAUNAGA
Umarex GmbH & Co KG
– Laserliner –
Möhnestraße 149, 59755 Arnsberg, Siamani
Telefoni: +49 2932 638-300, Fax: +49 2932 638-333
[imeli puipuia]
Umarex GmbH & Co KG
Donnerfeld 2
59757 Arnsberg, Siamani
Telefoni: +49 2932 638-300, Fax: -333
www.laserliner.com
Laserliner - logoLaserliner Condense Spot XP - ce

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