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2.

 

To provide the user with more options, this unit o ffers 6 emissivity modes, including 0.99, 0.95, 
0.89, 0.85, 0.79 and 0.75. Press the  “Emissivity Selection”  Button (Button

 

in  the  middle of  the 

panel) to select the mode sequentially. Each press results in a change in the emissivity mode. As 
different objects have different emissivities, it is necessary to select the right emissivity setup to 
ensure  accurate  measurement.   

3.

 

To  use 

O

C/

O

F  switch  mode,  open  the  cover  of  the  battery  holder  and  use  the  built- in  switch 

(which  is at the upper part of  the battery  holder and visible as soon as  the cover  is  removed) to 
select  the  mode  needed;  to  activate  the  laser  aiming  function,  open  the  cover  of  the  battery 
holder  and  use  the  built- in  switch  to  select  the  function  needed  (the  laser  is  used  for  aiming 
purpose  only).   

4.

 

To  measure  a  temperature,  point  the  unit  at  an  object  and  pull  the  Scan  Trigger.  (Be  sure  to 
consider distance-to-spot ration and  field of  view.)  The  temperature reading  will appear on  the 
display.  When  the  trigger  is  released,  the  unit  will  automatically  store  the  last  temperature 
reading  and  turn  off  in  about  15  seconds.  Pressing  the  Scan  Trigger  again  will  restart  the 
scanning  process.   

5.

 

The unit provides MAX, MIN and AVG reading display functions. Press the button at the left of 
the  panel  (Button  M) to get  the maximum,  minimum  and  average  readings  measured.   

 

VII

How to accurately measure the temperatures   

1.

 

The  unit  gets temperature compensation automatically  from the ambient temperature.  After 
measuring  a  high-temperature  object,  the  unit  needs  at  least  15  minutes  to  adapt  to  the 
ambient temperature of the next object to be  measured. In addition,  it  needs a  few  minutes 
of  preparation  after  measuring  a  low-temperature  object  and  before  measuring  a 
high-temperature  object too.   

2.

 

Locating a  hot or cold spot:  To  find  a  hot or cold spot, aim the thermometer at  the area of 
interest.  Then  slowly  scan  across  the  area  with  up  and  down  motions  until  you  locate  the 
hot or cold spot.   

3.

 

Field of  view:  Make sure that  the target  is  larger  than  the  unit’s spot size.  The smaller  the 
target, the closer  you should be  to  it.  In cases  where accuracy  is of particular  importance, 
make sure  that the target  is at  least twice as  large as the spot size. When the  laser aiming 
function  is  activated,  the laser  spot indicates  the  area to be measured.   

4.

 

How to use the AVG function: scan a number of spots in the measurement area of the object; 
press the button at the  left (Button M) and select AVG. The reading obtained  is the average 
value  of the  measurement,  which  is  closer  to the  real  temperature  of  the object.   

 

VIII. Reminders   

This product  is designed  for the  measurement of surface temperatures of objects. If  it  is used 

to  mesure body  temperatures, the results are  for reference only.  Any  forehead  temperature reading 
within  the  range  of  33

O

C~35

O

C  is  normal.  The  readings  should  be  used  for  temperature 

comparisons among  individuals only,  instead of as the basis of any  medical activity. In the event of 
any abnormal forehead temperature, please use a clinical thermometer to measure again. Make sure 
that the  laser  function  is turned off when using the product  to  measure the temperature of a  human 
body.   
1.

 

Do not point the laser directly at the eyes of any people or animal, or at the surface of a polished 
metal  (e.g., stainless  steel,  aluminum)  object.   

2.

 

This thermometer cannot measure the temperature of an object through a transparent object, e.g., 

Summary of Contents for ST-652

Page 1: ...ure of any object that is too hot too dangerous or too difficult to contact safely without the need of physical contact WARNING Do not point the light beam of the instrument at or have it reflected into the eyes of people or animals to avoid injury I Performance Non contact accurate temperature measuring Built in laser aiming White backlight liquid crystal display Distance spot ratio 12 1 see Figu...

Page 2: ...aser on symbol 5 Emissivity 6 options 6 O C O F symbol 7 Data storage symbol 8 MAX symbol 9 MIN symbol 10 AVG symbol IV How it works Infrared thermometers measure the surface temperature of an object An optical component of the unit collects energy emitted reflected and transmitted and focuses it onto a detector Then an electronic component translates the information into a temperature reading whi...

Page 3: ...he next object to be measured In addition it needs a few minutes of preparation after measuring a low temperature object and before measuring a high temperature object too 2 Locating a hot or cold spot To find a hot or cold spot aim the thermometer at the area of interest Then slowly scan across the area with up and down motions until you locate the hot or cold spot 3 Field of view Make sure that ...

Page 4: ...attery Make sure the anode and the cathode of the battery are installed at the right positions X Applications of the infrared thermometer General Fields of application includes electricity petrochemicals metallurgy automobiles electronics tobacco pharmaceuticals hotels machinery plastics and moulds Notably it could be used in the following fields 1 Industrial electronics to measure the loose hot s...

Page 5: ... Soap bubble 0 75 0 80 Sand 0 90 Charcoal 0 96 Soil 0 92 0 96 Paint 0 80 0 95 Water 0 92 0 96 Textile 0 90 Ice 0 96 0 98 Rubber black 0 94 Snow 0 83 Plastics 0 85 0 95 Glass 0 90 0 95 Wood 0 90 China 0 90 0 94 Paper 0 70 0 94 Marble 0 94 Chromium oxide 0 81 Gesso 0 80 0 90 Copper oxide 0 78 Mortar 0 89 0 91 Iron oxide 0 78 0 82 Brick 0 93 0 96 ...

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