Instructions

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Max/Min/AVG mode
,@W,HM 5&LNCDRQDEDQSNSGDHMEQ@QDC
SDLODQ@STQD@MCRGNVSGDL@WHLTLLHMHLTLNQ
@UDQ@FDHMEQ@QDCSDLODQ@STQD6HSGSGDSQHFFDQ
OQDRRDCSGD,@W,HM 5&U@KTDR@QDCDSDQLHMDC
VGHKDLD@RTQHMF3GDU@KTDHRCDKDSDC@MCB@KBT
lated again at the start of a new measurement or
AXOQDRRHMFSGDSQHFFDQ
2-stage warning Sensitivity
„LOW“ „MID“ „HI“
"GDBJj"'*jQ@MFD ± 2°C " ± 5°C
#HROK@X1DCj'(jAKTDj+.6j
Detect thermal bridge
± 4,5°C ± 6,5°C ± 8,5°C
$W@LOKD2DMRHSHUHSX`,(#jENQRDSSHMFRDD2DBSHNM
Ambient temperature:
12°C
3GDQL@KAQHCFD
CHROK@XKHFGSRQDCVHSG
acoustic signal
Ambient temperature:
20°C
3GDQL@KAQHCFD
CHROK@XKHFGSRAKTDVHSG
acoustic signal
Ambient temperature:
20°C
Possible thermal bridge,
continue checking area
Ambient temperature:
20°C
No thermal bridge
For this purpose, the CondenseSpot XP compares the ambient temperature with the surface temperature.
(ESGDQD@QDK@QFDCHEEDQDMBDRHMANSGSDLODQ@STQDRSGDCDUHBDVHKKSQHFFDQV@QMHMFRHMRS@FDR`"'*jHR
CHROK@XDCHMANQCDQKHMDB@RDRNQSGDCHROK@XKHFGSHMFBG@MFDRSN`AKTDjNQ`QDCjSNHMCHB@SDSGDCHEEDQDMBDR
@QDUDQXK@QFD
In relation to buildings, the term thermal bridge refers to an area, e.g. an inside wall,
at which heat is transferred outwards faster than at the rest of the inside wall. When
UHDVDCEQNLSGDHMRHCDSGDSDLODQ@STQDNESGHR@QD@HRKNVDQSG@MSGDRTQQNTMCHMF
@QD@R@MCVGDMUHDVDCEQNLNTSRHCDGHFGDQSG@MSGDRTQQNTMCHMF@QD@R3GHRNESDM
HMCHB@SDRE@TKSXNQHM@CDPT@SDHMRTK@SHNM
Thermal bridge mode HEAT
12
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