Configuration

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The PC2095 configuration form.

PC2095 Encoder Specification
             
Input Power Requirements          
  240 Volts AC          
  110 Volts AC          
  12 Volts DC          
  External Switch          
             
Input Communications          
  TCP          
  Serial #1          
  Serial #2          
             
Output Communications          
  Digital        
    TTL        
    Open Collector        
  Analog        
    Tx Signaling      
      PURC      
      MTEL      
    Audio Level      
      BELL202    
        0dbm    
        -10dbm    
      PURC    
        0dbm    
        -10dbm    
    Speaker      
      Adjustable Volume      
      Installed      
             
External Connections          
  Input Power        
    Grommet        
    IEC        
    Screw Terminals        
  Input Comms        
    TCP RJ45      
    Serial DB9      
      Screw Terminals      
  Output Comms Analog        
    Audio Main RJ45      
      Screw Terminals      
    Audio 2,3,4 RJ45      
      Screw Terminals      
  Output Comms Digital        
    TTL/open Collector      
      RJ45      
      Screw Terminals      
  Programming Port        
    TCP RJ45      
             
Firmware          
  POCSAG        
    Normal Buffers (100 maximum)    
    Baud Rate 512 100    
      512/1200 50/50    
    Priority Buffers (6 maximum)    
    Baud Rate 512 6    
      512/1200 3/3    
  Input Protocol        
    TNPP        
    TMP        
    PET        
  Power Control        
    LOPA        
    TCP Reset        
  TCP Monitor        
    Installed        
    GUI Interface        
             
LED Indications          
  Front Panel        
    TCP        
    Serial #1        
    Serial #2        
    Encoder PTT        
    Encoder DATA        
    Encoder CTS        
    Modem CTS        
    Modem RTS        
    OUTPUT CTS        
    OUTPUT RTS        
  Rear Panel        
    Serial #1        
    Serial #2        
             
             

 

 

 

Master Encoder Upgrade:

  1. Send a test to the master. (Make sure everything is working before starting.)
  2. Advise comms that we are about to start upgrade.
  3. Send a test to the normal encoder.
  4. Change the Slave encoder to temporary master via the debug port. (or use pager number 2000025)
  5. Confirm the slave encoder is acting as a temporary master.
  6. Reconfigure the paging software to talk to the temporary master.
  7. Send a test to temporary master.
  8. Turn off master.
  9. Send a test to temporary master.
  10. Replace firmware in the master.
  11. Power up the master.
  12. Send a test to the master from local laptop.
  13. Move the software to the master encoder.
  14. Send a test to the master.
  15. Change temporary master back to Slave mode. (or use pager number 2000026)
  16. Go to master and confirm TCP Control is working with slave encoder.
  17. Move the paging software back to the master.
  18. Send a test to the master.

 

Slave Upgrade.

  1. Send a test to the normal encoder.
  2. Turn off slave encoder.
  3. Send a test to master.
  4. Replace firmware in the slave encoder.
  5. Power up the slave encoder.
  6. Send a test to the slave from local laptop.
  7. Send a test to the master.
  8. Go to master and confirm TCP Control is working.
  9. Send a test to the master.
  10. Advise comms upgrade is completed.
  11. Send a test to the master.
  12. Send a test to the slave.
  13. (Make sure everything is working before completing.)

 

Final Checks:

  1. All power plugs in.
  2. All TMP ports working.
  3. All debug ports working.
  4. All TCP Control ports working.
  5. Check LED status.
  6. All transmitters working.
  7. Debug is working.
  8. Watchdog is running on Slave TMP port.
  9. Check Node RED logging.
  10. Check labels on the power leads.
  11. Check labels on back of unit.
  12. Check serial no’s of the encoders.

 

 

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Last modified: 01-Jun-2022