Brooks Firetracker FT420, Техническое руководство

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Technical Manual
FT420
– Iss 2.4
62
Downloading an SSD file to FT420
Once selected options and setup have been made to the SSD file, download the new configuration
settings to the FT420 CIE as described in section 4.2.4.
NOTE: For the new SSD settings to take effect on the FT420, reboot the FT420 by
disconnecting the battery and switching off the mains power. Wait for about 10 secs before
powering up again.
4.2.4 Configuration Setup
1. To avoid any unexpected system behaviour during the configuration setup, power down the
system.
2. Use the RJ12 connector from the FT420-PC adapter box and connect to the configuration socket
labelled CON6 on the Main Display Driver board SUB881 (fitted on the rear of the FT420 door).
3. Connect the DB9 connector on the FT420-PC adapter box to the PC serial port. If a serial port is not
available on your computer, use a serial to USB adapter.
4. Power up the system.
5. Silence the buzzer and ignore any fault during the configuration process.
6. On the FT420 configuration software application, click on
“Download” menu button or the Lightning
Bolt icon .
7. The Configuration Tool
will prompt to confirm FT420 update, answer “Yes” to start download.
8. The Configuration Tool will commence updating the FT420 SSD with the new settings. A green
progress bar will be displayed at the bottom of the dialogue box.
9. When downloading is completed successfully, power down the system.
10. Disconnect the configuration cable from the CIE.
11. Power up the system. Wait until the system Common Fault LED turns ON and buzzer starts to
beep.
12. Press the CIE system reset and ensure no faults exist.
4.2.5 Logic number
Logic numbers are used in system configurations. The logic number of the zone inputs and the control
outputs are used to specify the configuration data. They are shown in Table 41 below.
Table 41 CIE I/O Logic Numbers
Logic Number Board Board Sequence Number
Zone 0 Main control board. The built-in MCP
Zone 1- Zone 4 Main control board. Zone inputs 1 - 4
Zone 5
– Zone 12
The first zone expansion board based on its bus address Zone inputs 1- 8
Zone 13
– Zone 20 The second zone expansion board based on its bus address
Zone inputs 1- 8
Supervised 1
– 4
The first monitored relay expansion board based on its bus address Supervised outputs 1- 4
Supervised 5
– 8
The 2
nd
monitored relay expansion board based on its bus address Supervised outputs 1- 4
Supervised 9
– 12
The third monitored relay expansion board based on its bus address Supervised outputs 1- 4
Supervised 13
– 16 The forth monitored relay expansion board based on its bus address
Supervised outputs 1- 4
Supervised 17
– 20 The fifth monitored relay expansion board based on its bus address
Supervised outputs 1- 4
Supervised 21 - 2 4 The sixth monitored relay expansion board based on its bus address Supervised outputs 1- 4
Relay 1 - 8 The first dry-contact relay expansion board based on its bus address Relay outputs 1- 8
Relay 9 - 16
The second dry-contact relay expansion board based on its bus
address
Relay outputs 1- 8
Relay 17 - 24 The third dry-contact relay expansion board based on its bus address Relay outputs 1- 8