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CALIBRATION PROVIDED BY UTA CONTROL DEVICE 

 

The sensitivity 

smoke threshold

 is set up in the factory 

at 

600 divisions 

level. Because the building noises are 

linked to several sensitivity levels, in order to avoid un-
wanted alarm, the right calibration have to be followed 
with the (UTA or ADM) devices suggested as follow.  
If you use 

UTA

Insert the jack plug in the TRX socket. Switch on the 

UTA

 device and select  

“Detector” mode

.

 

Wait for some minutes and read the LCD’s peak 
noises value displays. This procedure must be carried 
out while all the interference factors (hot air move-
ments, airborne dust, lights etc) are present in the 
building.

 

If the peak values read on the UTA give less than 50 
divisions, the TRX smoke threshold normally set in the 
factory (600 divisions) can be accepted. If the peak 
levels are higher, the smoke threshold has to be increased to 100 divisions plus every 50 divisions over 
the first 50 division. (e.g. if there are 100 ‘noise’ divisions read on the UTA in the detector mode you must 
raise 100 divisions in the smoke threshold 600+100=700. Noise at 150 divisions (600+200=800). Noise 
at 200 divisions (600+300=900). Noise at 250 divisions (600+400=1,000). 

 

In order to adjust the threshold select UTA device in “

smoke” mode.

 The original reading in the UTA is 

around 

600 divisions

. Turn the smoke “D” trimmer clockwise on the TRX device until the UTA reads 

values according to the instructions in 

“c”

 above. Threshold values above 1000 are not recommended 

unless you first speak with our technical services.

 

To adjust the 

fire threshold

 select the UTA device’s fire mode. The reading will be around 400 divisions. 

Only if the detector mode read peaks around 280/300 divisions may you wish to adjust this threshold as 
follows: set UTA in “

Fire” mode

 and adjust trimmer “C” to set threshold at 450 divisions. If you wish to 

raise the level above 450 divisions you must first speak to our authorised technical services. 

 

Switch OFF and disconnect the UTA Jack plug, store the instrument in a cool dry place with its batteries 
removed.  

 

 

 

 

 
CALIBRATION PROVIDED BY ADM DEVICE 
AND MULTIMETER 

 

If an ADM is being used: 
 

Insert the 

ADM

 jack plug in the TRX socket. 

Switch on ADM and select “

detector” 

mode.

 

 

  Insert the ADM’s plugs in to multimetr 

 

 

 

 

respecting the polarity. Set the multimeter 
scale to millivolt.

 

Wait for some minutes and read the multimeter’s 
peak noise values in milliVolt. This procedure must 
be carried out while all the interference factors 
(hot air movements, airborne dust, lights etc) 
are present in the building.

 

If If the peak values peak read on the multimeter are less than 50 milliVolt, the TRX smoke threshold 
normally set in the factory (600 milliVolt) can be accepted. If the peak levels are higher, the smoke 
threshold has to increase 100 milliVolt plus every 50 milliVolt over the first 50 milliVolt. (e.g. if there is a 
100 milliVolt noise reading on the ADM in the detector mode you must raise 100 milliVolt in the smoke 
threshold 600+100=700. Noise at 150 milliVolt (600+200=800). Noise at 200 milliVolt (600+300=900). 
Noise at 250 milliVolt (600+400=1,000). 

 

To adjust the threshold select the ADM in smoke mode. Turn the trimmer smoke “D” in a clockwise direc-
tion on the TRX device until it reads the multimeter values according to the instructions given in 

“c”

 

above. Threshold values over 1000 mV are not suggested unless you have first consulted with out 
authorised services.

 

To adjust the fire 

threshold

 select the ADM device’s fire mode. The reading will be around 400 milliVolt. 

Only if in  “

detector mode

” you read peaks around 280/300 milliVolt may you wish to adjust this threshold 

as follows: set the ADM in 

“Fire” mode 

and connect the multimeter in milliVolt scale unit, adjust the TRX 

trimmer “C” to the 450 milliVolt threshold. If you wish to raise this level above 450 milliVolt you must first 
consult with out authorised technical services. 

 

Switch OFF and disconnect the ADM Jack plug. Store the ADM in a cool dry place with its batteries   
removed.  

 

Summary of Contents for Boomerang SF 6P150

Page 1: ... reflector response If a part of IR light is reflected back by surfaces other than this reflector device different TRX positions should be selected Do not place this model of detector in warehouses where the goods stored are closer than 1 20m to the ceiling or roof Keep the whole path whole detector path distance between the TRX and reflector device as clear as possible Avoid detector placement in...

Page 2: ...ght until the yellow led F stops flashing and goes out Counting the number of turns of the knob turn back to the left side turning and counting until the yellow led stops flashing and goes out During operation the Smoke red flashing led can light up in alarm mode This is nor mal Reset by removing the connector to the TRX for min 3 seconds 6 Divide the number of turns two and turn by that amount to...

Page 3: ...peak to our authorised technical services f Switch OFF and disconnect the UTA Jack plug store the instrument in a cool dry place with its batteries removed CALIBRATION PROVIDED BY ADM DEVICE AND MULTIMETER If an ADM is being used a Insert the ADM jack plug in the TRX socket Switch on ADM and select detector mode Insert the ADM s plugs in to multimetr respecting the polarity Set the multimeter scal...

Page 4: ...N 2 Delay 30 POSITION 3 Delay 60 POSITION 4 Delay 90 1 2 3 4 5 6 7 8 24V GND NO C NC NO C NC TERMINALS NOT USED IN BOOME RANG MODELS 104 mm 130 mm 104 mm inserted not inserted RRX ABSORBTION MAX 24 VOLT interface included mA MAX JB IN JB OUT NORMAL WORKING 80 94 TROUBLE 108 94 ALARM 100 114 130 mm www setronicverona com LINE LINE ...

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