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INSTALLING THE DETECTOR 

1.  Release the front detector cover by turning it counterclockwise until 

stops  in  the  notch  at  the  outer  end  of  the  rear  cover,  and  then 
remove the cover (see Figure 2) 

2.  Remove the PCB, pushing the detent 

3.  Drill  out  the  required  holes  in  the  rear  cover  (see  Figure  2),  the 

holes being used to mount and to wire the detector 

4.  Having  selected  the  mounting  location,  mark  the  positions  of  the 

fixing  holes  taking  into  account  mounting  holes  in  the  rear  cover, 
and drill holes at the marked places 

5.  Insert  wires  into  the  wire  hole  leaving  some  centimeters  for 

connecting wires to the terminal blocks 

6.  Fix the rear cover at the selected place 

7.  Finally, put the PCB and the front cover on their places 

 

 

 

Figure 2: Rear Cover and Front Cover of the Detector

 

WIRING 

 

Figure 3a shows the way to connect detector’s PL 
contacts  to  the  relevant  contacts  of  the  S2000-
KDL. 

Figure  3b  shows  the  wiring  diagram  for 
connecting 

the 

detector 

to 

the 

multiplex 

addressable  loop  of  the  S2000-KDL  controller 
which  is  in  turns  connected  to  the  network 
controller and the power supply. 

 

 

 

a)  Connection Terminals 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

b)  Detector’s Wiring Diagram

 

Figure 3 Connecting the Detector 

PROGRAMMING 

The S2000-PIK to operate properly within two-wire addressable loop of the S2000-KDL controller, it must be assigned to 

a  unique  number  1  to  127  within  the  loop  –  the  address  which  is  stored  in  the  S2000-PIK  non-volatile  memory.  This 

address provides identifying the detector by the S2000-KDL controller. Moreover, the monitoring strategy must be defined 

which will be used by the S2000-KDL controller while processing signals received from the S2000-PIK. 

Programming the S2000-PIK Address within the S2000-KDL Addressable Loop 

An  S2000-PIK  is  supplied  with  the  default  address  of  127.  This  address  value  can  be  changed  using  either  S2000(M) 

console tools or PC tools such as UProg Configuration Tool. 

In order to program the unique S2000-PIK loop address, connect it to a S2000-KDL controller which is in turns connected 

to a network controller (an S2000(M) console or PC under UProg software). Then send one of the following commands to 

the S2000-KDL controller (for getting more information see the relevant User’s Manual): 

Change the Device Address 

Use the Change Device Address command specifying the old detector address and the 

new  detector  address  as  the  parameters  (see  more  information  in  the  referred 

Manuals).  The  network  controller  will  display  the  messages  about  disconnecting  the 

device  with  the  old  address  and  then  detecting  the  device  with  newly  programmed 

address. 

GND 

+12 V 

S2000(M) 

Power Supply 

GND 

+12 V 

S2000-PIK 

−−−−

PL 

+PL 

−−−−

PL 

+PL 

+U 

GND 

S2000-KDL 

RS-485A 

RS-485B 

Summary of Contents for S2000-PIK

Page 1: ...d sensors Microcontroller signal processing Powered via the multiplex addressable polling loop of the S2000 KDL Supports DPLS_v2 xx protocol SPECIFICATIONS Detection Range Coverage diameter of 9 m at 5 m mounting height Detection Area Volumetric cone type 10 far 1 mid 1 near zones Optics Fresnel lens Input Voltage from a S2000 KDL 8 10 VDC Current Consumption via the loop of the S2000 KDL 0 5 mA m...

Page 2: ...able loop of the S2000 KDL controller it must be assigned to a unique number 1 to 127 within the loop the address which is stored in the S2000 PIK non volatile memory This address provides identifying the detector by the S2000 KDL controller Moreover the monitoring strategy must be defined which will be used by the S2000 KDL controller while processing signals received from the S2000 PIK Programmi...

Page 3: ...of 0 5 m s to 1 m s The detector should issue an alarm and its LED should flash Wait until the LED finishes flashing and then begin crossing the detection pattern from another side The detector should issue an alarm If nobody is moving within the detection pattern no alarms should be issued ENABLING DISABLING LED INDICATION LED indication can be controlled either via a PC or by means of the detect...

Page 4: ...tability must be brought within 12 months from date of original purchase In no case shall seller be liable to anyone for any consequential or incidental damages for breach of this or any other warranty express or implied or upon any other basis of liability whatsoever even if the loss or damage is caused by the seller s own negligence or fault Some countries do not allow limitation on how long an ...

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