Do-more Technical Training Hardware. CPU Hardware LEDs ▫P▫Powered OFF ▫A▫All YELLOW: Booter started ▫A▫All GREEN: OS started ▫Y▫YELLOW-RED-GREEN Chase:

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Presentation transcript:

Do-more Technical Training Hardware

CPU Hardware LEDs ▫P▫Powered OFF ▫A▫All YELLOW: Booter started ▫A▫All GREEN: OS started ▫Y▫YELLOW-RED-GREEN Chase: OS initializing

LEDs ▫P▫P▫P▫PWR: Power OOFF – No base power GGREEN – Base power, battery good YYELLOW – Base power, battery low

LEDs ▫RUN ▫RUN: Run mode  OFF – Stop (Program) mode  GREEN – Run mode

CPU Hardware LEDs ▫R▫R▫R▫ROM: Non-volatile read-only memory (ROM) OOFF – ROM not being updated YYELLOW – ROM being updated

LEDs ▫ERR ▫ERR: Error  OFF – Normal  RED (1) Fatal error: (e.g. I/O)

CPU Hardware (ERR LED lit) Click on Error Click on Open I/O System View

CPU Hardware LEDs ▫ERR ▫ERR: Error  OFF – Normal  RED (1)Fatal error: (e.g. I/O) $IOError (ST152) $IOMasterErrors (DST28) LocalIOMaster.Slot0_31

CPU Hardware LEDs ▫E▫E▫E▫ERR: Error OOFF – Normal RRED (1) Fatal error: (e.g. I/O) (2) Software watchdog: PLC scantime greater than $WatchdogTimeVal (DST23)

CPU Hardware (ERR LED lit) Click on Error

CPU Hardware LEDs ▫ERR ▫ERR: Error  OFF – Normal  RED (1) Fatal error: (e.g. I/O) (2) Software watchdog: PLC scantime greater than $WatchdogTimeVal (DST23) $WatchdogTimeout (ST128)

CPU Hardware LEDs ▫ETH ▫ETH: Ethernet network  OFF – No connection  GREEN – Link good  YELLOW – Activity

CPU Hardware LEDs ▫USB ▫USB: USB activity  OFF – No activity  GREEN – Receiving data  YELLOW – Transmitting data

CPU Hardware LEDs ▫TX ▫TX: Serial port transmit  OFF – No activity  GREEN – Transmitting data ▫RX ▫RX: Serial port receive  OFF – No activity  GREEN – Receiving data

CPU Hardware LEDs ▫All RED ▫All RED: Hardware Watchdog  Fires if OS stops working for >2 seconds  $DisableHwWdog (ST25) ▫OFF: Enabled ▫ON: Disabled ▫Disables H/W Watchdog ▫Prevents WATCHDOG instruction from working ▫Prevents Designer’s Debug Mode from firing H/W Watchdog  $HwWatchdogMode (ST24) ▫OFF: Reboot Mode ▫Attempts warm reboot ▫Makes entry in System Log ▫Sets $WatchdogReboot (ST13) ▫Increments $WatchdogReboots (DST385) ▫If ≥ 10, CPU stays in Stop (Program) mode ▫ON: Shutdown Mode ▫No reboots attempted ▫Stays in shutdown state

CPU Hardware Mode Switch ▫RUN ▫RUN: Run  On power-up, goes to Run mode ▫TERM ▫TERM: Terminal; allows Designer to control mode  On power-up, returns to last mode ▫STOP ▫STOP: Stop; Program mode  On power-up, stays in Stop mode Designer shows mode switch position

CPU Hardware DIP Switches ▫0 ▫0: Load oldest OS ▫1 ▫1: Stay in booter ▫2 ▫2: Disable H/W Watchdog ▫3 ▫3: Disable update (OS/FPGA) ▫4 ▫4: ▫5 ▫5: ▫6 ▫6: ▫7 ▫7: Reset TCP/IP network settings

CPU Hardware DIP Switches ▫0▫0▫0▫0: Load oldest OS – In case the latest OS failed or features are not wanted, allows reverting to previous version ((((1) Power down ((((2) Remove CPU ((((3) Set DIP #0 ON ((((4) Reinstall CPU ((((5) Power up ▫S▫Set DIP #0 OFF to revert to latest OS

DIP Switches ▫1▫1▫1▫1: Stay in booter – Causes CPU to power up, stay in booter & not run OS ((((1) Power down ((((2) Remove CPU ((((3) Set DIP #1 ON ((((4) Reinstall CPU ((((5) Power up ▫S▫Set DIP #1 OFF to power up normally

DIP Switches ▫2▫2▫2▫2: Disable H/W Watchdog DDisables H/W Watchdog PPrevents WATCHDOG instruction from working PPrevents Designer’s Debug Mode from firing H/W Watchdog ((((1) Power down ((((2) Remove CPU ((((3) Set DIP #2 ON ((((4) Reinstall CPU ((((5) Power up ▫C▫C▫C▫CAUTION: Not recommended!

DIP Switches ▫3▫3▫3▫3: Disable update (OS/FPGA): Prevents Designer from being able to update either the OS or the FPGA ((((1) Power down ((((2) Remove CPU ((((3) Set DIP #3 ON ((((4) Reinstall CPU ((((5) Power up

DIP Switches ▫7▫7▫7▫7: Reset TCP/IP network settings: Resets back to factory defaults: MModule ID, Module Name, Module Description, IP Address, Subnet Mask, Gateway Address MMMMust be used in conjunction with DIP #1 (Stay in booter) ((((1) Power down ((((2) Remove CPU ((((3) Set DIP #1 & #7 ON ((((4) Reinstall CPU ((((5) Set Mode Switch to TERM ((((6) Power up ((((7) Mode switch: RUN, TERM, RUN, TERM, STOP, TERM, STOP, TERM ((((8) Power down ((((9) Remove CPU ((((10) Set DIP #1 & #7 OFF ((((11) Reinstall CPU ((((12) Power up

DIP Switches ▫0▫0▫0▫0-7: Clear All: C CC Clears everything! TTCP/IP network settings, System Configuration, Memory Configuration, Ladders, Documentation, User Accounts, Passwords ((((1) Power down ((((2) Remove CPU ((((3) Set all DIPs ON ((((4) Reinstall CPU ((((5) Set Mode Switch to TERM ((((6) Power up ((((7) Mode switch: RUN, TERM, RUN, TERM, STOP, TERM, STOP, TERM ((((8) Power down ((((9) Remove CPU ((((10) Set all DIPs OFF ((((11) Reinstall CPU ((((12) Power up

Battery Backup ▫3▫3-year life ▫C▫CR2032 (P/N: D0-MC-BAT) ▫2▫2-hour capacitor HHolds up memory while replacing battery ▫B▫Battery low indications PPWR light is YELLOW $$BatteryLow (ST149) = ON