Quantum Software Training

1
Quantum Software Training

• System Configuration using Eaglevision-NT

2
Eaglevision-NT Training Goals

• Load Eaglevision-NT into your OIS
• Establish Communications
• Configure and Download addresses
• Write to EEPROMS
• Identify all Config/Display Screen elements
• Understand Network Loading Concerns
• Utilize Diagnostic Screens
• Describe Custom Graphics capabilities

3
Eaglevision-NT Software

• Eaglevision NT performs two main functions
• Builds the system database (on/off line)
• Configures and monitors system hardware (on line)

4
EagleVision-NT Standard Software

• Basic, standalone system software package
• Needed to configure every Quantum system
• Compatible with Windows95 or WindowsNT
• OIS hardware/memory requirements
• 133 mhz Pentium
• 64 mb ram

5
Eaglevision -NT for Wonderware

• Designed to run with Intouch MMI version 7.0
• Windows-NT operating system only
• Two additional features above std. Eaglevision
  NT
• real time data exchange
• tagname export function
• Hardware Requirements
• 133 mhz Pentium
• 64 mb ram
• 1024x768 pixel screen resolution
• Intouch runtime or developers key

6
Eaglevision-NT Installation

• Load Eaglevision-NT into the OIS floppy drive
• Using Windows Program Mgr, select File, Run, and
  type a\setup
• Once installed, double-click on Quantum icon to
  start program

7
Database Configuration

• Build PC Database-
• Select New from File Menu to start a new
  project
• Select Save As from the file menu to save your
  project
• Project name should appear in window title bar
• Completed LON Listing Worksheet required
• All Gateway DIP switches should be set per
  worksheet
• All Logic Controller DIP switches set per
  worksheet
• All Field Device DIP switches set per worksheet

8
Establishing Communications

• Click on Config under File menu
• Port Configuration screen will be displayed
• Select Reset/Program keyswitch position on
  Logic Controller faceplate
• Download data to all devices by clicking on
  Download All
• Download data to a single device by clicking on
  Download One. Start with lowest address first
• Watch for errors such as device not present
  wrong device type selected, invalid
  configuration, or not communicating

9
Gateway Port Configuration Screen
10
Gateway Port Configuration Screen

• Define LON network type
• Define Serial Connections
• PLC address field must match Modbus address set
  on the Gateway
• If port 1 (0 for EA2000), then address is set on
  DIP switches
• If port 2 (1 for EA2000), then address is set via
  software Default address is Port 1
• Com Port field defines which PC serial port is
  connected to gateway
• Press button for auto-connect

11
Gateway Port Configuration Screen

• Baud rate, data bits, and parity fields must
  match rocker switch settings on Gateway
• Baud rate of 19.2K recommended when using port 1
• If PC is connected to port 2, then 9600 baud
  reqd
• One stop bit should always be used
• Parity setting must match rocker switch setting
  S6
• if port 2 is used, then parity must be even
• LON name is used as prefix for HMI software tag
  names, so keep this name short

12
Configuring System Hardware

• Find Point Configuration screen and select
  address
• Click on Modify Point button
• Point Not Defined will appear. Click on
  Define
• Select device type and click OK
• Select desire device parameters
• Repeat for each device on the system
• Save the project

13
Field Node Point Configuration

• Select Point number (start w/ 10 for first
  device)
• Press modify point button
• Point not defined will be displayed
• Press Define button
• Select device type and press OK button
• Set device parameters
• Download to device (Download All is OK for new
  proj)
• Save the project!

14
Gateway Relays

• Select start end address for each relay
• Address block monitored by each
• Select events to actuate
• Fault relay will actuate on LON fault or internal
  gateway fault
• Select energized for norm. energized coil
• Select Accept command

15
Destination Addresses

• Logic Controller is typical node Destination
  Address
• Logic Controller occupies two adjacent addresses,
  always odd number first (5 recommended)
• Will receive destination data at either address
• For max performance, always alternate odd even
  addresses during system configuration
• Convenient to address odd node addresses to odd
  Logic controller address, and even nodes to
  even Logic controller address

16
Write to EEPROMs

• When all devices are communicating-
• Select Gateway
• click on Write EEPROM to write data to gateway
• Select Logic Controller
• click on Write EEPROM to write data to Logic
  Controller

17
Network Loading

• Gateway can handle up to 50 messages per second
• For 50 node system, all can update once per
  second
• For 240 nodes, average update can be every 5 sec
• Device update rate can be set individually
• Average update time must not exceed 50 messages
  per second

18
Gateway Display Screen
19
Gateway Display Screen

• Upper Lower Xcever Faults
• indicates if malfunction in LON communications
  transceivers
• Gateway Fault
• indicates gateway self-diagnostic test is failed
• LON Relay Overide
• indicates if user has over-ridden normal
  operation of gateway LON relay. This will
  re-connect the LON in the event of an external
  LON break. Always return to normal after
  troubleshooting is complete
• Invalid Configuration
• indicates gateway not configured, or does not
  match rocker switches
• Unable to Configure
• Main gateway unable to transfer config data to
  auxiliary gateway
• Not Communicating
• indicate if any configured gateway fails to report

20
Gateway Display Screen

• LON Master
• indicates which gateway is sending heartbeat
  messages. Normally On for main and Off for
  auxiliary gateways
• LON Fault
• indicates if heartbeat sent out from one LON port
  is not received at other LON port, typically
  caused by LON open or short circuit
• Slave PLC
• indicates an attached PLC is responding
• Net Test Fault
• indicates a failed network extender in the LON
• Fault Relay Active
• indicates if gateway fault relay is active.
  Triggered on open LON or gateway fault
• Reset Relay Button resets gateway relays when set
  for latching

21
Point Display Screens

• Common Display Fields
• Point name in upper left corner
• LON name and Point number in upper right corner
• Navigate to different points on LON by using go
  to, previous point, and next point buttons on
  right side column
• Inhibit button prevents gateway relays
  display from responding to changes, and toggles
  inhibit bit status
• Close button closes screen returns previous
  screen
• Status indicator are normally black go red when
  active
• Properly operating system will show all status
  indicators black except for LON Master on Main
  Gateway Point Display

22
Logic Controller Point Display
23
Logic Controller Point Display

• Faults
• Upper Lower MIP Faults indicate LON transceiver
  malfunction
• LON fault indicates a loss of heartbeat from main
  gateway
• Unable to Configure indicates an unsuccessful
  transfer of configuration data from main gateway
• Invalid Configuration indicates re-configuration
  is required
• Not Communicating indicates the Logic controller
  has failed to report on schedule
• NV Communicating indicates a field device is not
  reporting to Logic
• EEPROM CRC indicates Logic controller needs to be
  replaced
• RAM Fault indicates new configuration data has
  been downloaded but not saved to non-volatile
  memory. Perform write EEPROM function to clear
  this fault

24
Logic Controller Status

• Fire Alarm is activated when any enabled fire
  alarm input is active
• Trouble will occur if any of the faults listed
  below are active
• Trouble can be cleared only after correction by
  controller reset

25
Logic Controller Status

• Supervisory status is activated when any enabled
  LON input has a supervisory fault. Requires
  correction and reset to clear.
• Acknowledge status is set when ack switch on
  logic controller faceplate is activated.
  Requires reset to clear.
• Silence status is set when silence switch on
  logic controller faceplate is activated.
  Requires reset to clear.
• Isolated status is set when logic controller
  keyswitch is set to isolate position. Isolate
  function is used to isolate agent release outputs
  against accidental activation
• Program Mode indicates the logic controller is on
  the program mode
• Inhibit Active indicates the gateway and relays
  are inhibited from responding to changes in logic
  controller status
• EEPROM Write indicates configuration data is
  being copied from RAM to non-volatile memory.
  Active during new download to Logic controller
• GW LON Fault is set when LON fault message is
  received from gateway

26
Logic Controller Power Supply Faults

• AC Failed is activated when any EQ2100LCUPS
  output is low or is missing ACV input
• Ground Fault is activated when the EQ2100LCUPS or
  isolation module has detected a ground fault on
  the system
• Power Supply Fault is activated by any power
  supply-related fault
• Battery Fault is set when the EQ2100LCUPS has low
  or missing batteries

27
Logic Controller IO Faults

• All IO Faults relate to the EQ2100LCUPS and
  EQ2100LIOU devices
• IO Communication Fault signals a general fault
  with the RS485 communications to the EQ2100LCUPS
  and EQ2100LIOU devices
• IO Board Count Fault is activated when an the
  EQ2100LIOU board is detected that is not
  configured. Use detect cards feature to find
  problem
• IO Wire Fault is activated when EQ2100LIOU boards
  have an open or shorted wire. Check individual
  card status to troubleshoot.
• IO CPU Reset Fault is activated when any the
  EQ2100LIOU board has been reset. Check
  individual card status to troubleshoot.
• IO Not Communicating is activated when one or
  more configured IO boards is not responding.
  Check individual card status to troubleshoot.

28
Logic Controller Card Status

• Press Card Status button to display tabbed
  notebook at lower screen
• Tabs are numbered 1-24 representing max LIOU
  boards and LCUPS monitors
• Last tab is labeled LH and stands for Local
  Hardware on Logic Controller Faceplate
• Each page displays current status of a single
  board
• Board Types-
• Signal Audible Board
• Relay Module Board
• Agent Release Board
• Power Supply Module
• Local Hardware

29
Signal Audible Output (Sounder) Card

• Four (4) supervised output circuits
• Open or shorted monitoring for each output
• 60 second reset timer from power-up, watchdog
  timer, or reset switch
• Wrong stype Cir A activated when wrong
  software/DIP switch config

30
Relay Output Card

• Provides four (4) unsupervised output relays

31
Agent Release Output Card

• Provides one (1) supervised release output
• Provides three (3) supervised signal audible
  outputs

32
Power Supply Monitor Card

• Monitors up to two (2) switchable mode power
  supplies (SMPS)
• Monitors one (1) battery charging circuit
• Provides positive and negative ground fault
  monitoring
• No battery test means too early to conduct
  battery test (not fully charged)

33
Local Hardware

• Provides status indication of Logic Controller
  hardware
• Normal, Enable, Program, Isolate Keyswitch
  positions shown
• Network Variable (NV) Output failed indicates
  Logic Controller unable to communicate with LON
  device such as SAM or ARM

34
System Diagnostics - NV Status words
incoming binary information
outgoing binary information
not communicating bit
35
Cards Detected

• On power-up all available LIOU board addresses
  are polled
• Detected cards list is compared to configured
  cards list
• Extra cards IO count fault, missing cards IO
  not communicating flt
• Detect Cards command asks Logic Controller to
  poll all available cards

36
Local Hardware Scan Time

• Logic Controller scan time is used to measure LC
  performance
• Numbers represent time reqd to update input image
  table, process logic, and update output field
  units
• Typical time range is 300-900 milliseconds

37
DCU Point Display
38
IDC Point Display
39
UV Flame Detector Point Display
40
UV/IR Flame Detector Configuration
41
UV/IR Point Display
42
UV/IR Detector Extended Status
43
ARM (agent release) Point Display
44
SAM (signal audible) Point Display
45
Power Supply Monitor Point Display
46
Quantum LON Troubleshooting

• Typical Quantum Trouble-
• LON Wiring Fault (check Overview screen)
• Node Address Error
• Extra, Missing, or unconfigured LIOU Cards

47
Quantum LON Troubleshooting

• System Overview screen shows
• Configured nodes displayed as block w/address
• Node color codes Black normal, Red alarm,
  Yellow fault
• Select LON Diag. Button
• LON Diagnostic screen displayed
• Node color changes indicate communications
• Green LON1, Blue LON2, Red No comm.

48
Quantum Printing Function

• Print Functions for-
• Field Device Configuration by Point
• Trigger names, types, and events
• Logic pages and gate assignments
• Event Log

49
Quantum Printing Function

• Quantum Print function tested at Factory
• Cable length limits exist!
• Printer compatibility limits exist!
• Unauthorized changes may impact Printing
  capabilities