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LumaSense Technologies IGA 6/23 Advanced User Manual

Page 44

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IGA 6/23 Advanced Manual

Troubleshooting · 44

Symptom

Probable Cause

Comments

Temperature readings
are too high

Faulty IGA 6/23 Advanced

Contact LumaSense. See
section

1.5

Electrical noise in lead wires caused
by intense magnetic fields and/or
improper selection of interconnecting
cable and/or cable run in same
conduit as AC power lines

See section

3.1

Lens or window clouding up

Increase or decrease air purge

rate and/or investigate other
cause.

Improper grounding of cable shield
and/or IGA 6/23 Advanced housing (or
cooling jacket)
IGA 6/23 Advanced mounting not
secure

Noisy readings (fast
fluctuations)

Target moves more than 95% out of
field of view. Conveyor type
applications will also cause
fluctuations as targets move by the
field of view

Application may require
Maximum to be stored. Apply
t

clear

settings. See section

4.6

Target may be changing temperature
quickly. (Thermocouples do not

respond as fast as the
IGA 6/23 Advanced)

Speed of response may be
slowed down
Apply t

90

settings. See section

4.5

Target may be reflecting nearby
objects that have fluctuating

temperatures
Loose connection in wiring

Electrical noise lead wires caused by
intense magnetic fields, improper
selection of inter-connecting cable
Cable run into in same conduit as AC
power lines
Flame or reflections of flame may be
entering the field of view
Extremely dense steam, smoke, thick
dust, personnel or moving machinery
intermittently blocking 95% of
optical path of IGA 6/23 Advanced
Non-uniform emissivity of large
moving targets

Slower response speed is
required

Faulty IGA 6/23 Advanced

Contact LumaSense. See
section

1.5

Laser Targeting Light
fails

The instrument‘s internal
temperature is higher than 61 °C

Use cooling jacket

Note: The wavelength band of the IGA 6/23 reacts at low measuring temperatures

(below 130 °C) to incandescent lamps or very bright daylight (not valid for fluorescent
tube). For a correct measurement strong external light to the measured object should

be avoided.