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IK-E343-001E 

 

 

mounted on opposite walls, pillars or other construction elements of the premises. The walls or pillars must 
be  stable  and  vibration-free.  The  detector  adjustment  basis  should  be  mounted  on  a  wall  and  the 
reflector/reflector panel - on the opposite wall. The detector should be placed on the adjustment basis (Fig. 
3)  after  preliminary  connection  of  the  wires  to  the  connecting  blocks  in  accordance  with  Fig.  4.  The 
detector  should  be  fixed  to  the  basis  with  three  screws  that  are  accessible  from  the  front  side  (after 
removing the cover). Then a 6F22 battery should be connected to the laser viewfinder contacts.  

Before  alignment,  the  mirror  (part  of  the  service  kit)  should  be  placed  on  the  reflector  panel  and  press 
down, as it is shown on Fig. 9. With the help of three positioning screws, the detector laser beam should be 
aimed  at  the  centre  of  the  reflector  or  the  mirror  from  the  service  kit.  The  adjustment  screws  help  in 
precise alignment so that the laser beam returns to the detector front plate after being reflected from the 
reflector. The mirror should be removed after proper regulation of the optical path between the detector 
and the reflector. The prism reflector position cannot be adjusted and it is recommended to fix it to a flat 
substrate with screws or glue. 

The detector is properly aligned with the reflector/reflector panel when the reflected laser light illuminates 
the detector. In such the situation the external battery should be disconnected, the detector cover should 
be mounted and the START push button should be pressed. As a result, one of the diodes: yellow or green 
shall  be  lit  in  a  pulse  manner.  After  ca.  40  sec.  the  diodes  should  switch  off,  what  stands  for  a  proper 
adjustment of the infrared beam to the  distance  between the  detector and the  reflector/reflector panel. 
During  this  adjustment  process,  the  detector,  being  connected  to  a  control  panel,  signals  a  fault  mode. 
After  pressing  the  START  push  button  and  adjusting  the  distance  between  the  detector  and 
reflector/reflector panel, the detector enters a supervision mode.  

Note:  

The detectors should not be exposed to direct sunlight operation. 
The detector/reflector alignment with a help of a laser beam should be carried out in a dark room.   
  

 

Fig. 2.  DOP-6001 detector during optical path alignment 

Summary of Contents for POLON 4000 DOP-6001

Page 1: ...IK E343 001E 1 POLON 4000 INTERACTIVE FIRE DETECTION AND ALARM SYSTEM DOP 6001 OPTICAL BEAM SMOKE DETECTOR Installation and maintenance manual IK E343 001E Edition I ...

Page 2: ...łka z ograniczoną odpowiedzialnością Sp k Glinki 155 Street PL 85 861 Bydgoszcz 11 1438 CPD 0219 PN EN 54 12 DOP 6001 Beam smoke detector operates using absorbed light beam addressable conventional undetachable Application fire security Technical data IK E343 001 manual Read the manual carefully before the detector assembling and commissioning Any nonconformity with the instructions contained in t...

Page 3: ...s alignment between the detector and the reflector reflector panel The DOP 6001 beam smoke detector is intended for installation in the POLON 4000 system fire detection and alarm control panel lines The detector operates in closed premises at ambient temperatures ranging from 25 o C to 55 o C and relative humidity up to 95 at 40 o C 2 TECHNICAL SPECIFICATIONS Operating voltage in a detection line ...

Page 4: ... to monitor its contamination and environ impact conditions The circuits ensure the same sensitivity threshold in the whole compensation range At a certain contamination level the detector signals a fault mode denoting a necessity to undertake servicing and cleaning works However even in this mode the detector is still able to detect smoke and initiate an alarm A contamination caused fault require...

Page 5: ...reflector panel The START push button enables initiation of the detector adjustment process self adjustment and the detector parameters renewed set up after optical parts cleaning works 5 INSTALLATION The DOP 6001 detector interoperates with a reflector panel and then its operating distance ranges from 50 m to 100 m or with an E39 R8 prism reflector at the operating distance between 5 m and 50 m I...

Page 6: ...lector The mirror should be removed after proper regulation of the optical path between the detector and the reflector The prism reflector position cannot be adjusted and it is recommended to fix it to a flat substrate with screws or glue The detector is properly aligned with the reflector reflector panel when the reflected laser light illuminates the detector In such the situation the external ba...

Page 7: ... detector testing foil with overprints is included in the service kit During renovation or painting works carried out in the premises where detectors are installed the detector and reflector reflector panel should be taken out Detectors which are damaged in the time of painting and renovation works due to a fault of persons who execute them are not subject to warranty repairs 7 SAFETY CONDITIONS 7...

Page 8: ...7 m 0 4 m to 1 0 m Over 12 m 7 m 0 6 m to 0 9 m 0 8 m to 1 2 m The maximum area protected by one detector in case the detector reflector panel distance is 100 m for the ceiling height at 10 m amounts to 2D x 100 m ca 1300 m2 so the detector can replace a dozen of spot smoke detectors The distance between the detector IR beam and a side wall of room should not exceed D value and between two adjacen...

Page 9: ...1E 9 Fig 3 DOP 6001 design and overall dimensions Note Only one detector without an end of line resistor can be installed in a conventional detection line therefore no line output to the next detector is provided ...

Page 10: ...10 IK E343 001E Fig 4 DOP 6001 detector installation wires connection Fig 5 DOP 6001 detector internal connections and output terminals diagram ...

Page 11: ... declared in the control panel and all jumpers should be taken out Interoperating line declaration no jumper POLON 4000 system addressable line jumper in ADC1 position TELSAP side line behind ADC1 adapter jumpers in ADC38 and ADC1 position ALFA 3800 side line behind ADC1 adapter jumpers in ADC38 and ADC1 position IGNIS 1000 or CSP 35 system conventional line Fig 6 Jumpers for detector operation de...

Page 12: ...12 IK E343 001E Fig 8 Reflector panel ...

Page 13: ...IK E343 001E 13 Fig 9 DOP 6001 detector testing foil with overprints ...

Page 14: ...14 IK E343 001E Fig 10 Reflector panel assembly IK E343 001E 03 2012 04 2012 ...

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