Micromod MOD: 30ML Quick Reference Guide - Manual (Page 2)

CTAG01 PROC INP
Process Input
Entry point. May be configuration password
protected. Not available when application
builder database present (main db has no
template). Delete main database to access.
Load template defaults. Causes instrument
state change and returns you to DEV STAT.
YES = Load defaults. System compound
and PID loop compound CTAG01 loaded.
Entry point.
LIST = stay at list level, INSERT = add a
user compoud after system compound, or
EDIT = edit system compound.
LIST = stay at list level, INSERT = add a
user compoud after this compound,
EDIT = edit user compound,
DELETE = remove current user compound.
Only six of the eight possible
compounds may be configured when
I/O and performance are considered.
Verify deletion of a user compound.
Exit point.
Entry point.
Installation verifies and loads the template
making it the active database. NONE = exit
installation. INITCOLD = install using cold
start. INITWARM = install using warm start.
A failure occurs if there is a configuration
error or an active shutdown condition.
Exit point.
DEV STAT INSTATE
State Command
*DEVICE* ANY TAG
DEVice STATus
DEV STAT SHUTDOWN
Shutdown
SNWDOG 1 or
SYSPI 1 xxxxxxxx
Shutdown Page 1
SNWDOG 5 ACK SD or
SYSPI 5 ACK SD
Shutdown Page 5
SNWDOG 6 DEV STAT
Shutdown Page 6
DEV STAT COMMANDS
Commands
COMMANDS CLR Q
Clear Queue
COMMANDS CLR MT
Clear Maximum Times
COMMANDS ACK ALL
Global Acknowledge
COMMANDS RESET
Reset
COMMANDS KILL
Kill
COMMANDS DEL MAIN
Delete Main Database
COMMANDS RES MAIN
Restore Main Database
COMMANDS DEV STAT
Commands
DEVICE DISPLAYS AND ENTRIES
This instrument generates display prompts to make setup and
operation fast and easy using built-in templates. In adition,
instrument status is available in the device displays. The
sequence of menus summarized below, is offered as a quick
reference to the operation book.
PREV: Moves backward through the current level
of device displays.
NXT: Moves forward through the current level
of device displays.
UP: When active ( ), it will move up a level
(exit point), increase values and select a
YES response.
Down: When active ( ), it will move down a level
(entry point), decrease values, select a
NO response.
Line 1 / Line 2 Display Line 6 Display / Entry
Entry point. Configuration password may
be used.
DEF = Default, HLD = Hold, HOLD WST =
Hold with Warm Start, RUN = Run, RUN
WST = Run with Warm Start.
Entry point. NO, YES. Debug tool to read
instrument registers. YES = Shutdown.
Record numbers and time and date of
shutdown.
YES acknowledges shutdown, restarts
instrument and clears registers. Will not
start if acknowledge fails. Return instrument.
Exit point.
Entry point.
YES = Clear system event queue.
YES = Clear maximum scan times.
YES = Global acknowledge all diagnostics,
alarms and messages.
YES = Complete tasks and perform power-
up
YES = Perform immediate power-up.
YES = Mark main database bad and enter
the default state (DEF).
YES = Mark main database good, verify
and enter the run state (RUN).
Exit point.
Entry point.
Recent millisecond scan time for the
associated group.
Average millisecond scan time for the
associated group (updates after group
executes).
Line 1 / Line 2 Display Line 6 Display / Entry
DEV STAT XTIMES
Execution times
XTIMES T1 MAX
Scan 1 Maximum Time
XTIMES T9 MAX
Scan 9 Maximum Time
XTIMES BASE SCN
Base Scan Time
XTIMES IDLE TM
Scan Idle Time
XTIMES DEV STAT
Execution Times
DEV STAT TIME
Time
DEV STAT DATE
Date
DEV STAT DAY
Day
DEV STAT *DEVICE*
Device Status
SETUP BI COMM
Built-in Comms
*DEVICE* ANY TAG
SETUP
BI ICN 1 ADDRESS
Built-in ICN 1 Address
BI ICN 1 ENABLED
Built-in ICN 1 Address
BI MSC 1 ADDRESS
Built-in MSC 1 Address
BI MSC 1 BAUDRATE
Built-in MSC 1 Baud Rate
BI MSC 1 PARITY
Built-in MSC 1 Parity
BI MSC 1 STOPBITS
Built-in MSC 1 Stop Bits
BI MSC 1 ENABLED
Built-in MSC 1 Enabled
BI COMM SETUP
Built-in Comms
SETUP PASSWORD
Change Access Level
PASSWORD
Password Entry
CURRENT LEVEL NONE
Current Access Level
SETUP *DEVICE*
*DEVICE* ANY TAG
I/O
Maximum millisecond scan time for the
associated group since entering the current
instrument state.
Average millisecond of processor time
between scan ticks. 00:00:00.050 unless
overconfigured.
Average millisecond of unused processor
time between base scan ticks.
Exit point.
HH:MM:SS. Current time. Always keep set
to current time.
DD:MM:YY. Current date. Always keep set
to current date.
1 - 7. Current day. Sunday = 1. Saturday
= 7. Always keep set to current day.
Exit point.
Entry point
Entry point.
0 to 15. ICN address. ICN jumper set.
Enabled = Active. Enable? = Inactive.
1 to 247. Only configurable from Default
state. RS-232 or RS-485 jumper set.
150, 300, 600, 1200, 2400, 4800, 9600,
19200, 38400
None, Odd, Even
1, 2
Enabled = Active. Enable? = Inactive.
Exit point.
Entry point.
Enter a number to change access level to
None, Tune or Configure.
Authorized access level after password
entry.
Exit point.
Entry point. Configuration password
protection may be used.
Module and signal type and value shown
or Unconfigured. Module can be put in
Manual and values changed from here.
Leave in Auto to get field result.
Same for BI AIN 2, BI AOUT 1,
BI AOUT 2, S01 through S11.
Exit point.
Entry point.
Block IF code 7 as described in
IB-1800R-OPR Appendix A.
Date and Time of above event.
Repeat for each diagnostic and event code
in system event queue.
Exit point.
Entry point.
Installed firmware version.
Installed display version.
BI AIN 1 AIN MA
Built-in Analog Input 1
S11 UNCONFIG
Slot 11 Unconfigured
I/O *DEVICE*
Line 1 / Line 2 Display Line 6 Display / Entry
Template Setup: General
*DEVICE* ANY TAG
TEMPLATE
LOAD DEFAULTS
Load Defaults
VERIFY LOAD
Verify Load
EDIT TEMPLATE
Edit Template
CMP LIST *SYSTEM*
System Compound
CMP LIST CTAG01
Compound Tag 01
CMP LIST CTAG08
Compound Tag 08
VERIFY DELETE?
CMP LIST
Edit System Compound
INSTALL TEMPLATE
Install Template
INSTALL TYPE
Installation Type
CONFIG REQUEST
Request Failed
TEMPLATE
SYSTEM DEV TAG
System Device Tag
Instrument identification tag. Modify using
UP/DN keys to change character, NXT/PRV
to change position, ENT to enter.
Entry point.
Scan groups 1 through 5 are user defined
intervals for loops. The fastest group has
the highest priority. The lower numbered
group has the higher priority if the interval
is the same. Set group scan interval for a
period of 50 ms to 5 seconds.
Exit point.
Entry point.
Enter number required to access tuning
parameters.
Enter a number required to access
configuration parameters.
0 = infinite. 1 to 54 minutes. Time after last
keyboard activity where access level
changes back to none.
Exit point.
Entry point.
FAST = off 100 msec, on 300 msec.
SLOW = off 250 msec, on 750 msec.
OFF = Flashing display disabled
ENABLE = Display flashes for diagnostic.
OFF = Beeping disabled
ENABLE = Beep for diagnostic.
All process alarms with priority >= this value
(2 - 255) are considered LOW priority for
display purposes.
FAST = off 100 msec, on 300 msec.
SLOW = off 250 msec, on 750 msec.
OFF = Flashing display disabled
ENABLE = Display flashes for high alarm.
OFF = Beeping disabled
ENABLE = Beep for high alarm.
FAST = off 100 msec, on 300 msec.
SLOW = off 250 msec, on 750 msec.
OFF = Flashing display disabled
ENABLE = Display flashes for low alarm.
SYSTEM SCANGRPS
System Scan Groups
SCAN GROUP 1
Scan Group 1 Interval
SCAN GROUP 5
Scan Group 5 Interval
SYSTEM
SYSTEM PASWORDS
System Passwords
TUNE PASSWORD
Setup Tune Password
CONFIG PASSWORD
Setup Config Password
ACCESS TIMEOUT
Access Timeout
SYSTEM
Line 1 / Line 2 Display Line 6 Display / Entry
OFF = Beeping disabled
ENABLE = Beep for low alarm.
Exit point.
Exit point.
LOW PRI RATE
Low Priority Alarm Rate
LOW PRI FLASH
Low Priority Alarm Flash
LOW PRI BEEP
Low Priority Alarm Beep
SYSTEM
SYSTEM
Edit User Compound
TAG ID STRING
Loop Tag ID
CTAG01 CMP TYPE
Compound Type
CHANGE TYPE?
Change Compound Type
CTAG01 SCAN GRP
Scan Group
8 character tag that identifies loop (CTAG01
is the first default loop tag).
SNGLLOOP = Single loop PID type.
MASTER C = Master & Slave PID types.
YES = to verify change in loop type.
Scan Group 1 to 5 in which loop is to be
executed.
Entry point.
NONE, BI AIN1, BI AIN 2, S01 to S11
General: VOLTS, MVOLTS, CURRENT,
RESIST, THRMOCPL. 1 Slot: RTD2WIRE,
CURRNT2W. 2 Slot: RTD3WIRE,
WIDERES. Built-in only: TC W/CJC, RTD
0 = no filtering (last sampled value). 0.01
to 100 minutes.
0% value in input units.
100% value in input units.
LINEAR, MOD SQRT, MOD SQR, SQ
ROOT, SQUARE.
LOW (Built-in = 0 to 55 ohms)
HIGH (Built-in = 0 to 430 ohms).
Ohms at 0°C. 2-Wire (0 to 4000), 3-Wire
(0 to 400), Built-in (0 to 430)
Leadwire ohms. May cause overrange if
value exceeds sum of LW and input.
B, E, J, K, N, R, S, T.
Celsius, Kelvin, Rankine, Farenheit.
Calibration value in result units.
1 is nominal. Calibration value in result
units.
PT3850, PT3923, PT3902, PT3911,
NI6270.
Float 0 = X, Float 1 = X.X, Float 2 = X.XX,
and so forth to Float 6 = X.XXXXXX
0% value in engineering units.
100% value in engineering units.
0 to 4 character label for process input.
Value has precedence over label.
NONE, BI AIN1, S01 to S11.
NONE, DN SCALE (downscale signal),
UP SCALE (upscale signal).
Result is set bad if it goes below this value.
Result is set bad if it goes above this value.
Disable or Enable.
NONE, S01 to S11. Location of digital
output.
0 to 255. 0 = suppress unacknowledge.
Exit point.
PROC INP SLOT
Process Input Slot
PROC INP INP TYPE
Type
PROC INP FILTER
Filter
PROC INP LO SIGNL
Low Signal
PROC INP HI SIGNL
High Signal
PROC INP LINEARZT
Linearization
PROC INP RES RNGE
Resistance Range
PROC INP NOM RES
Nominal Resistance
PROC INP LW RES
Leadwire Resistance
PROC INP TC TYPE
Themocouple Type
PROC INP TEMPSCAL
Temperature Scale
PROC INP ZERO
Zero
PROC INP SPAN
Span
PROC INP RTD TYPE
RTD Type
Line 1 / Line 2 Display Line 6 Display / Entry
Entry point.
Float 0 = X, Float 1 = X.X, Float 2 = X.XX,
and so forth to Float 6 = X.XXXXXX
Entry point.
See process value input setup to configure
slot, type and other parameters.
Exit point.
Enable or Disable local set-point value.
Enable or Disable remote set-point ratio
value.
Initial ratio value.
Enable or Disable remote set-point bias
value.
Initial bias value.
AUTO RAT (Ratio), AUTO BIA (Bias) =
value that is calculated to balance transition
to remote. STANDARD = operator values.
Value determines lower set-point limit.
Value determines upper set-point limit.
Previous (requires initial mode), Local or
Remote (local only for master controller).
Local or Remote (local only for master
controller).
Previous (enter an initial value) or
Preset (enter a restart value).
Restart value for set-point.
Initial value for set-point.
Enable or Disable set-point tracking (set-
point tracks input when in manual).
Exit point.
Entry point.
Gain (1), Reset (2), Pre-Act (3), Manual
Reset (4) responses: O=Off, P=On
Process, E=On Error or Manual Reset
Enabled, S=Standard reset, M=Micro-Scan
reset.
Direct or Reverse.
0.01 to 125.0 proportional response in a
fixed gain controller.
0.01 to 125.0 repeats per minute.
0.00 = off, 0.07 to 32 = pre-act time base.
NONE = No low pass filter, PRE AUTO =
Pre-act filter, PRE USER = derivative filter
on process error, PROCUSER = process
filter on process error. Filter time in minutes
where small values maintain recent input.
NONE = no manual reset balance,
PRCDLESS = Procedureless (value
calculated on transfer to auto).
Initial value -10 to 100% for proportional
only controllers.
Entry point. Specify FF range in % output.
See process value input setup to configure
slot, type and other parameters.
Exit point.
Value multiplied against FF Input before
FF CALC is applied to output.
Output % value added to FF Input before
FF CALC is applied to output.
FF Input with gain and bias ADDed or
MULTIPLY to / against auto output.
Previous, Manual , Auto. Used on cold or
frozen restart. Must match allowed modes.
Manual, Auto.
Exit point.
XTIMES T1 IMMED
Scan 1 Execution Time
XTIMES T9 IMMED
Scan 9 Execution Time
XTIMES T1 FILTD
Scan 1 Filtered Time
XTIMES T9 FILTD
Scan 9 Filtered Time
*DEVICE* ANY TAG
EVENTS
EVENTS *DEVICE*
INST IN RUN
Informational Event
MM/DD/YY HH:MM:SS
Information Only
*DEVICE* ANY TAG
ABOUT
SYSTEM ALARMS
System Alarms
DIAGNSTC RATE
Diagnostic Rate
DIAGNSTC FLASH
Diagnostic Flash
DIAGNSTC BEEP
Diagnostic Beep
MINIMUM LOW PRI
Minimum Low Priority
HIGH PRI RATE
High Priority Alarm Rate
HIGH PRI FLASH
High Priority Alarm Flash
HIGH PRI BEEP
High Priority Alarm Beep
FW VERS I1A 1.0
Firmware Version
DISP VER 5.1
Display Version
PROC INP DISP FMT
Display Format
PROC INP LO ENGU
Low Engineering Units
PROC INP HI ENGU
High Engineering Units
PROC INP EU LABEL
Engineering Unit Label
PROC INP CJC SRC
Cold Junction Source
PROC INP BURNOUT
Burnout Detection
PROC INP LO QUAL
Low Quality Value
PROC INP HI QUAL
High Quality Value
PROC INP QUAL ALM
Quality Alarm?
PROC INP QA D OUT
Quality Digital Output
PROC INP QA PRI
Quality Priority
PROC INP
CTAG01 SETPT
Set-point
SETPOINT DISP FMT
Display Format
REMOTE SETPOINT
REMSETPT xxxxxxxx
Remote Set-point Input
REMSETPT
LOCAL SETPOINT
Local Set-point?
SETPOINT RATIO
Set-point Ratio?
SETPOINT RATIO
Set-point Ratio Value
SETPOINT BIAS
Set-point Bias?
SETPOINT RATIO
Set-point Bias Value
SETPOINT BALANCE
Set-point Balance Type
SETPOINT LO LIMIT
Set-point Low Limit
SETPOINT HI LIMIT
Set-point High Limit
RESTART SP MODE
Set-poit Restart Mode
INITIAL SP MODE
Initial Set-point Mode
RESTART SP VALUE
Set-point Restart Value
RESTART VALUE
Set-point Preset Value
INITIAL VALUE
Set-point Initial Value
SETPOINT TRACK
Set-point Tracking?
GAIN
COMPOUND
CTAG01 CONTROL
Control
CONTROL ALGO TYP
Control Algorithm Type
CONTROL ACTION
Control Action
RESET
PREACT
CONTROL FILTYPE
Filter Type
FILTER
Filter Value
CONTROL MR TYPE
Manual Reset Balance
MR VAL
Manual Reset Value
FEED FORWARD
FF GAIN
Feed Forward Gain
FF BIAS
Feed Forward Bias
FEED FWD xxxxxxxx
Feed Forward Input
FEED FWD
FF CALC
Feed Forward Calculation
RESTART MODE
Output Mode Restart
Initial MODE
Initial Mode (Previous)
COMPOUND