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http://bolid.ru/

 

 

 

                           ORION ISS 

This  Installation  Guide  provides  basic  instructions  for  installation  of  the  S2000M  panel  and 
getting it ready to work. 

Description and instruction for the panel programming and usage are provided in the User's 
Guide (it can be found on the supplied CD or downloaded at bolid.ru).  

 

CAUTION  

 

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  The panel does not have circuits containing hazardous voltages. 

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  The  design  of  the  panel  complies  with the  requirements  of  electrical  and  fire  safety  as  per 

Russian Standards GOST 12.2.007.0-75 and GOST 12.1.004-91. 

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  The design of the Panel ensures its fire safety in case of malfunction and misuse  according 

to GOST 12.1.004091 

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  Installation and maintenance work can be provided only when the panel power supply 

is OFF 

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   Installation  and  maintenance  shall  be  carried  out  by  personnel  qualified  for  the  Electrical 

Safety of Level Two or higher. 

INSTALLATION  

The  panel  shall  be  installed  in  secured  areas  in  easy-for-access  locations  keeping  the 

panel protected from atmospheric perceptions and mechanical damage.  Usually, the panel is 
installed  on  vertical  surfaces  (walls)  at  height  of  1.4-1.5  meter  above  the  floor.    It  is  not 
recommended  installing  the  panel  in  areas  where  it  can  be  exposed  to  the  direct  sunlight.  
The  Panel  is  not  designed  to  be  used  in  aggressive,  dust,  explosive  and  fire-hazardous 
environments 

Figure  1  shows  the  panel's  view,  dimensions,  and  installation  layout.    The  connection 

shall be provided as shown in Figure 3. 

S2000M  

Fire and Intrusion 

Monitoring and Control Panel 

 

Installation Guide 

Summary of Contents for S2000M

Page 1: ...maintenance work can be provided only when the panel power supply is OFF Installation and maintenance shall be carried out by personnel qualified for the Electrical Safety of Level Two or higher 2 INSTALLATION The panel shall be installed in secured areas in easy for access locations keeping the panel protected from atmospheric perceptions and mechanical damage Usually the panel is installed on ve...

Page 2: ...nd dry 3 1 2 Apply installation layout to the wall See Figure 13 Drill three holes two upper holes and one of the lower holes as required 3 1 3 Remove the panel base as it is shown in Figure 2 press base latches 1 and 2 and remove the panel body 3 1 4 Insert nail plugs in the drilled holes and secure the panel base using screws Figure 2 Dismounting View A 4 holes ᴓ5 2 1 ...

Page 3: ...ling RS485 line it is recommended using twisted pair cable If RS485 line is 100 meters or longer only a twisted pair must be used 4 1 2 The Bus topology is recommended for the RS485 line see Figure 4 If needed the RS485 trunk can be branched with short branches no longer than 100 meters Longer branches shall be made using S2000 PI interface converter see Fig 6 4 1 3 The maximum length of RS485 lin...

Page 4: ...127 or S2000M panel 1 only 1 RS 485 line twisted pair 2 Potential equalization conductor 3 Screen if screened cable is used RS 485 Line no more than 3 000m A B 0V Device 620 A B 0V Device A B 0V Device 620 2 3 1 Figure 4 Connecting to RS485 Interface Panel S2000M Panel Device Device of Orion security system PI RS485 Interface Converter Repeater w galvanic isolation S2000 PI A B 0V Panel A B GND A ...

Page 5: ...0 B A 0V PI 620 isolated GND A B B A 0V PI 620 isolated GND A B 620 A B 0V Device A B 0V Device 620 A B 0V Device 620 A B 0V Device Figure 6 Star Topology RS485 Network Based on Repeaters Converters 4 2 Connecting RS 232 4 2 1 Connection to RS 232 is shown in Figures 7 11 S2000M Printer COM DB25F GND DTR RxD XT1 3 7 TxD 8 RxD GND 9 Brown White Green 1 7 3 20 GND RxD DTR 7 3 20 Plug DB25M 1 Printer...

Page 6: ...up battery power supply 1 S2000 to PC connection cable 1 2 3 4 GND TxD RxD 5 V XT3 PC COM 1 2 3 A B 0 V XT2 ISOLATED S2000 PI RS 485 to Panels RS 485 to Devices 1 2 3 4 GND TxD RxD 5 V XT3 1 2 3 A B 0 V XT2 ISOLATED S2000 PI 9 8 7 GND RxD TxD XT1 3 5 6 1 A B 0 V S2000M 2 U XT1 2 XT1 1 U1 1 2 GND XT1 PS Subsystem 1 Subsystem 2 To other Subsystems одсистемам Yel Wht Brn Grn 1 ...

Page 7: ...2V 10 12V 9 IP GND 12 2 1 DI 3 DO 4 1 UART X11 Yellow Green Brown White S2000M XT1 3 7 TxD 8 RxD GND 9 RS232 TTL DO DI 12 GND TxD RxD GND RS232 XT2 RDY TTL XT1 Figure 10 TRX 150 Connection to S2000M for Transmission to Orion Radio GND 12 B TRX 150 Transmitting Receiving TRX 150 TRX 150 or TRX 450 radio transmitter RS232 TTL RS232 TTL converter 1 cable ACDR 685611 229 connecting RS232 TTL to TRX 15...

Page 8: ...visually and shake it for the foreign items inside the panel д Check the tightness of the terminals е Check to see that the Panel s number and manufactured date are the same as specified in the Data Sheet 5 3 3 Before powering the S2000M on please visually inspect the panel for any short circuits tack discontinuity and defects on PCB 5 3 4 Set the output voltage A1 as 10 2 0 3 V 5 3 5 Assemble the...

Page 9: ...inter cable ACDR 685611 015 connecting printer to the S2000M panel R1 R2 resistors 220 Ohm 0 125 W to ensure signal attenuation in the line between the panel and a connected device PV1 Voltmeter PА1 Ammeter PV1 PA1 0 V U А1 GND 7 DTR 20 RxD 3 А4 А5 RS 485A RS 485B 12 V 0 V А2 0 V 12 V А3 R1 R2 XT1 1 0 V 1 U1 2 V A XT1 2 5 A 6 B 1 XT1 3 7 TxD 8 RxD GND 9 Figure 12 Panel Test Connection Diagram ...

Page 10: ... panel operation mode over RS 232 as compatible with a device connected to this interface 2 Program a system configuration as required using the PProg application 3 Set a system date and time These and all other settings must be provided as described in the User s Guide Figure 13 Drilling Pattern 4 holes 5 100 74 ...

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