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2.2  Wires  can  be  run  either  in  surface  way  or  recessed.  For  flush  wiring  wires  shall  be  lied 
down by first and then the transceiver unit or remote indicator and control unit can be mounted. 
For surface wiring installation order doesn’t matter. 

2.3  Wires should be passed through the side holes in the base located above the side notches 
in the mounting base. To provide optimal wiring location of the relevant terminal groups should 
be taken into account. 

2.4  While mounting the detectors into fire alarm systems please use wires and cables which 
meet the requirements of the operation documentation for the polling loop controller S2000-KDL 
or S2000-KDL-2I. 

2.5  The  length  of  the  cable  connecting  the  transceiver  unit  with  the  remote  indicator  and 
control unit should be minimized and not exceed 30 meters. 

2.6  In the presence of regular high-power electromagnetic radiation in the premises covered 
by  the  detectors  the  polling  loops  and  other  connecting  wires  shall  be  protected  against 
electromagnetic interference (by using twisted pair wiring, protective shielding, etc.). 

2.7  The terminal blocks of the detector enable connecting wires with cross-section area 0.2 to 
1.5  sq.  mm  (wire  diameter  0.5  to  1.3  mm).  If  wires  of  0.8  mm  diameter  or  less  are used  then 
their ends shall be looped. 

2.8  The housing of the transceiver unit can be removed if only there are no locking screws in 
the latches at the top and the bottom of the housing. To remove the housing, release both the 
latches pressing on them and pull the housing at right angle to the lens. 

2.9  To  place  the  housing  back,  insert  it  into  the  latches  and  slightly  push  until  it  is  fixed. 
Additional fixation of the housing using two self-tapping screws from Mounting Kit No. 1 should 
be made only in case of possible danger of mechanical effects on the detector during operation. 

3  WIRING 

3.1  The general schematic for wiring the detector is shown in Figure 2. 

3.2  The  detector  operates  under  a  polling  loop  controller  programmed  by  means  of  UProg 
software utility.  Using UProg, in the PL controller’s configuration the type of addressable device 
for  the  detector’s address  should  be set  to  3,  Heat  Fire.  Select  the  value  2,  Controlled  by the 
S2000-KDL
 for the parameter Device Indication Control. Please refer to the PL controller User’s 
Manual  and  UProg  documentation  to  read  more  about  selecting  the  type  of  addressable 
devices and configuration parameters. 

 

Summary of Contents for S2000-IPDL

Page 1: ... necessary to comply with safety measures in accordance with Regulations for Operation of Consumers Electrical Installations and Safety Rules for Operation of Consumers Electrical Installations While installing and maintaining the detector please comply with the rules for working at heights 2 MOUNTING 2 1 The units of the detector should be attached to the building structures generally with the he...

Page 2: ...he detector enable connecting wires with cross section area 0 2 to 1 5 sq mm wire diameter 0 5 to 1 3 mm If wires of 0 8 mm diameter or less are used then their ends shall be looped 2 8 The housing of the transceiver unit can be removed if only there are no locking screws in the latches at the top and the bottom of the housing To remove the housing release both the latches pressing on them and pul...

Page 3: ...0 m Range 30 to 120 m 25 to 100 m 20 to 80 m S2000 IPDL Transceiver Mounting Kit 5 to 120 m Reflector Four elements max Mounting Kit Rotated by 90 Remote Indicator and Control Unit Rotated by 90 S Type Reflector XS Type Reflector 1 Dimensions for information 2 The distance between Transceiver Unit and Remote Indicator and Control Unit should not exceed 30 m ...

Page 4: ... at least 5 second until the red indicator illuminates The panel PC shall display the events of loss of communication with the device assigned with an old address and finding a device with the new address If several devices were assigned with equal addresses set then there will be no messages about loss of communications for old addresses 4 3 If however it is necessary to change the detector addre...

Page 5: ... second one If you failed to alter this performance then with great probability the detector is improper 5 1 6 If the detector exits the alignment mode normally it shall enter in the Norm state indicating this by red flashing once per four seconds 5 1 7 Arm the detector 5 1 8 Press the TROUBLE button on the detector s board and observe fast flashing with amber Trouble in Progress followed by flash...

Page 6: ... after exiting the alignment mode Норма Norm with Switched from time to time with green flashes Establishing of the Test status after pressing the relevant button with amber flashes Establishing of the Trouble status after pressing the relevant button with white flashes Trouble in Progress Conditions for some Trouble status have occurred but this status has not yet been established Набор Неис Trou...

Page 7: ...obscuration for the reflecting surface and moreover L Type reflectors are equipped with an additional scale at their lower edges which is to be used when the reflectors are arranged with two ones in a row 4 2 2 2 Since the S2000 IPDL is a single ended detector and optical beam crosses the monitored area twice then for simulating the beam degradation by a required value the percentage of obscuratio...

Page 8: ...nt buttons incorporated in remote control unit and duplicated in the detector 4 2 3 2 The relevant button TEST or TROUBLE shall be pressed and held pressed at least for five seconds 6 GETTING STARTED In order the detector to operate under a polling loop controller in an Orion ISS it should be assigned to a polling loop address and relevant settings should be carried out see User s Manual ...

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