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CONTENTS  

 

1 INTRODUCTION................................................................3 
2 INTENDED USE .................................................................. 3 
3 SPECIFICATIONS  .............................................................. 3 
4. SYSTEM COMPONENTS ................................................. 5 
 
5. SYSTEM ARRANGEMENT & OPERATION .................. 6 
5.1. System Principle of Operation ........................................ . 6 
5.2. Description of the System Structure.................................. 7 
5.3 Charger Structure & Operation................................. ......... 8 
6. SYSTEM CONSTRUCTION................. ............................. 9 
6.1. Rx Construction (fig.6.1).  ................................................ 9 
6.2. Tx Construction ................................................................ 10 
6.3. Pole Construction (fig.6.2)................................................ 10 
6.4. RC Rx Construction (fig 6.3). ........................................... 11 
6.5. Charger Construction (fig.6.4). ......................................... 12 
6.6. Remote Antenna Construction (fig. 6.5). .......................... 13 
7. SAFETY MEASURES........................................................14 
8 MOUNTING ......................................................................... 14 
8.1. Requirements to the Sector Landform and Application 

 Conditions…………………………………………………...  14 

8.2. Pole Mounting…………………………………….………15 

8.3. Mounting & Supply Switching-On of Tx (Rx)…………...15 

8.4. Rx (Tx) Positioning .......................................................... 16 
8.5. RC Rx & Remote Antenna Installation…………………...16 

8.6. Connection of RC Rx to the Charger……………………..17 

8.7. Connection of RC Rx to DAPS ........................................ 17 
8.8. Sectors Setting to Standby Mode…………………………17 

8.9 Sectors Setting to “Automatic Control” Mode .................. 18 
9. SYSTEM DEPLOYMENT.................................................. 19 
10 SYSTEM OPERATION  .................................................... 20 
10.1 Operation Procedure ........................................................ 20 
10.2 Storage Battery Charge Procedure   ................................. 20 
11 MAINTENANCE ............................................................... 21 
11.1 General Instructions  ........................................................ 21 
11.2 Maintenance Procedure ................................................... 21 
11.3 SB Replacement in Tx (Rx)……………………………..22 

12. TROUBLESHOOTING GUIDE ....................................... 22 
13. STORAGE .. ...................................................................... 23 
14. TRANSPORT  ................................................................... 23

 

Summary of Contents for FORTEZA-12

Page 1: ...ALARM MICROWAVE QUICKLY DEPLOYED SYSTEM FORTEZA 12 Description Operating Manual 4372 43071246 007 ТО 2003 ...

Page 2: ...RES 14 8 MOUNTING 14 8 1 Requirements to the Sector Landform and Application Conditions 14 8 2 Pole Mounting 15 8 3 Mounting Supply Switching On of Tx Rx 15 8 4 Rx Tx Positioning 16 8 5 RC Rx Remote Antenna Installation 16 8 6 Connection of RC Rx to the Charger 17 8 7 Connection of RC Rx to DAPS 17 8 8 Sectors Setting to Standby Mode 17 8 9 Sectors Setting to Automatic Control Mode 18 9 SYSTEM DEP...

Page 3: ...ot required Power supply of the system units is off line Alarms are transmitted to RC Rx over a radio channel 2 2 The system is intended for continuous work up to 7 days minimum at the outdoor temperature 20 С It keeps operating at the ambient temperature 40 50 С local equipment 20 50 С radio channel receiver and relative humidity up to 98 at the temperature 35 С 2 3 Chargers included in the syste...

Page 4: ...50Hz 220V 15 10 3 10 The system controls and displays storage battery discharge of each unit of Rx and RC Rx on RC Rx 3 11 Charger specifications output charging voltage of the channel in the voltage stabilization mode 6 83 0 07 V maximum charging current of the channel in the current stabilization mode is 1 15А maximum 3 12 Time of the system operation from storage batteries without their recharg...

Page 5: ...is given in table 4 1 Table 4 1 Symbols Name Q ty items ЮКСО 07 01 000 Support 22 ЮКСО 07 02 000 Tx a local transmitter 11 ЮКСО 07 03 000 Rx a local receiver 10 ЮКСО 07 04 000 RC Rx a radio channel receiver 1 ЮКСО 07 04 300 Antenna 1 ЮКСО 07 04 400 DAPS cable 1 ЮКСО 07 05 000 C a charger 3 Fusing element ВП1 1В 0 5 А 6 ЮКСО 07 06 000 Remote antenna 1 ЮКСО 07 07 000 ЮКСО 07 07 100 ЮКСО 07 07 200 ЮК...

Page 6: ...nctional reports with the number of RX which generated it as well as it generates a generalized alarm a sector number is not indicated and a combined functional report to an external DADS 5 1 8 RC Rx indicates alarms by displaying УЧАСТКА i e the number of the sector where an alarm is generated from 1 to 20 on the numeric display and by switching a tuneful audio signal Alarms are reset with СБРОС ...

Page 7: ...ure 5 2 1 The system structure is given in fig 5 1 Tx Rx1 2 Tx Rx3 4 Rx19 0 Tx Tx support Detection zone RC Rx Rx support Fig 5 1 5 2 2 The site protective boundary consists of sectors Their maximum length is 50 m Rx and Tx units are mounted on supports A protective boundary can be closed or open An open protective boundary is shown in fig 5 1 In this case Rxs must be mounted on the outer supports...

Page 8: ...r a voltage stabilizer with the maximum current terminator and indicators of operation mode 5 3 6 Each charger channel two indicator lamps NORM green and CHARGE red 5 3 7 Luminescence of the NORM indicator lamp means normal output charging voltage of the channel 5 3 8 The CHARGE indicator lamp is switched during charging a storage battery up to 85 90 rated capacity 5 3 9 During the system operatio...

Page 9: ...smitter 1 item 11 power supply button 2 items 5 upper cylinder 1 item 12 РС4 socket to connect a 6 Rx handle 1 item charger with a cap 1 item 7 receiver of beaming upper and lower 2 items Fig 6 1 6 2 Tx Construction 6 2 1 Tx construction is similar to Rx construction The difference is that radiators are used in upper cylinder 5 instead of the receivers of beaming there is no radio channel transmit...

Page 10: ... segment which is fixed in the required position with lock screw 6 When the poleis deployed it is fixed with cross bars 5 Springs 1 are intended to mount Tx Rx when it is mounted on the support 6 3 2 The view of the pole with mounted Tx Rx is given in fig 6 6 6 4 RC Rx Construction fig 6 3 1 spring 2 items 2 platform 1 item 3 sliding bar 1 item 4 bar 2 items 5 distance bar 3 items 6 lock screw 1 i...

Page 11: ...nnect to an external DADS and plug and socket 2 to connect antenna 15 A remote antenna is connected to the same plug and socket On the front of the case there are indicators of alarm mode digital 11 SECTOR СБРОС button 13 RESET and indicators and controls of automatic control 6 7 8 and power supply control 9 10 6 4 2 There is a sliding strap 16 in bag 14 for comfortable transport of RC Rx Using th...

Page 12: ...1 item 6 handle 1 item 14 false panel 1 item 7 accumulator charge cable 8 items 15 catch 2 items 8 clamp 8 items 16 bonding point 1 item Fig 6 4 6 6 Remote Antenna Construction fig 6 5 6 6 1 A remote antenna consists of pole 4 any pole of the system is used concatenated elbows upper one 1 two central 2 and lower 3 antenna 5 fixed to upper elbow 1 bag counterweight 7 to be filled at the place of th...

Page 13: ...2 5 1 А 7 8 6 А 1 upper elbow 1item 5 antenna 1item 2 central elbow 2 items 6 hook 1item 3 lower elbow 1item 7 bag counterweight 1item 4 pole 1item 8 metal ring 1item Fig 6 5 1 Rx Tx 1item 2 pole 1item Fig 6 6 ...

Page 14: ... maximum b in the sector there must not be moving gate wings bushes trees and etc at the distance of 4m from the axis connecting Tx and Rx There can be single immovable objects which do not prevent direct vision between Tx and Rx single trees and bushes with sparse leaves c maximum height of grass must be 0 3m d maximum height of snow must be 0 5m e along the sector axis there must not be fences w...

Page 15: ... switch on power supply of Tx Rx lower it smoothly up to the stop keep distance bars 5 with a hand preventing their removal downward Platform 2 of the pole see fig 6 2 press power supply button 11 see fig 6 1 of Tx Rx IT IS PROHIBITED to lower Rx Tx jerkily and with effort to prevent power supply button failure 8 4 Rx Tx Positioning 8 4 1 To form a sector detection zone it is necessary to position...

Page 16: ... variants 8 5 6 If the distance from RC Rx to the protective sector is over 200 m use a remote antenna the length of the antenna cable is 6m 8 5 7 Mount the remote antenna in the following way mount antenna 5 on upper elbow 1 see fig 6 5 connect upper elbow with two central elbows 2 then with lower elbow 3 mount this mast on pole 4 fix it using a hook on lower elbow 3 hang bag counterweight 7 on h...

Page 17: ...x After that the LED corresponding to this button starts interrupted glowing radio signals Automatic control from Rx 1 2 After signals are received the LED starts continuous glowing indication of Automatic control mode of 1 and 2 sectors 8 9 3 Press 1 2 button during the LED continuous glowing to reset Automatic control mode of 1 and 2 sectors After that the LED becomes dim ATTENTION To save the c...

Page 18: ...x power supply a spike antenna must be mounted on RC Rx Switch on Rx 1 2 power supply reset check alarms see item 5 1 13 and after 30 sec is over damping time check the sector setting to standby mode The operator must be at the distance 2 m minimum from Rx1 2and he as well as the rest technicians must not be in the detection zones of deployed sectors Configuration and size of a detection zone of e...

Page 19: ...ommended to install at that place where the distance between a protective boundary and the guard station is over 200m and if a guard station is inside reinforced concrete buildings 10 SYSTEM OPERATION 10 1 Operation Procedure 10 1 1 The system operates in automatic mode within SB continuous operation time mode specified in item 3 12 10 1 2 Control the system operability periodically at least once ...

Page 20: ...ORM LED glowing can decrease after SB is connected This decrease is defined by the SB discharge degree 10 2 4 When charging is over disconnect charger cables from the units and insert cable sockets into the corresponding clamps Set СЕТЬ switch to 0 Disconnect a mains plug from the mains and insert it into the special socket on the false panel 10 2 5 Place the front cover put cables under it fix th...

Page 21: ...f the following pole details with gun lubrication see fig 6 2 platforms 2 bars 4 sliding bar 3 distance bars 5 11 3 SB Replacement in Tx Rx 11 3 1 SB must be replaced if for Rx and RC Rx if any Rx generates BDC reports systematically and if any RC Rx generates RC Rx BDC reports systematically before the period of continuous operation is over see item 3 12 for Tx if any Tx fails i e alarms are gene...

Page 22: ...is switched on НОРМА LEDs NORM LEDs are not ON 1 Protective device blows 1 Replace a protective device When a charger is switched on one of НОРМА LEDs NORM LEDs is not ON 1 Short circuit on the socket contacts or short circuit in SBD charging cable 2 The channel is out of order 1 Eliminate short circuit 2 Do not use this channel 13 STORAGE 13 1 The system in the transport package can be stored ind...

Page 23: ...14 3 The system can be transported at the ambient temperature 50ºС If the system is transported at the temperature below zero it must be unpacked after its being in standard climatic conditions for 6 hours minimum 14 5 The system can be transported in the consumer package by cars at the distance 100 km maximum ...

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