Line 1 / Line 2 Display CTAG01 OUTPT Output OUTPUT SLOT Output Slot Position OUTPUT LO SIGNL Output Low Signal OUTPUT HI SIGNL Output High Signal OUTPUT DISP FMT Output Display Format OUTPUT LO LIMIT Output Low Limit OUTPUT HI LIMIT Output High Limit RESTART TYPE Output Restart Type OUTPUT INIT VAL Output Initial Value COMPOUND CTAG01 ALARMS Alarms PV ALARMS PV ALM 1 TYPE Process Val. 1 Alarm Type PV ALM 1 TRIP VAL Trip Value PV ALM 1 HYSTRSIS Hysteresis PV ALM 1 PRIORITY Priority PV ALM 1 DIG OUT Digital Output ALARMS DEVIATN ALARMS DEVALM 1 TYPE Deviation 1 Alarm Type DEVALM 1 TRIP VAL Trip Value DEVALM 1 HYSTRSIS Hysteresis DEVALM 1 PRIORITY Priority DEVALM 1 DIG OUT Digital Output Line 6 Display / Entry NONE, OUT CH 1, OUT CH 2, S01 to S11. Only outputs not used elsewhere are listed. 0% of output range. 100% of output range. Float 0 = X, Float 1 = X.X, Float 2 = X.XX, and so forth to Float 6 = X.XXXXXX Value determines lower output limit. Value determines upper output limit. Previous, Preset. Any initial output value. Exit point. Entry point. Alarms. Entry point. Process Value Alarms. NONE, HIGHHIGH (>=), HIGH (>=), LO (<=), LOW LOW (<=). Value where input will cause the alarm to become active. Absolute offset to clear alarm. 0 = Suppress Unacknowledge, 1 to 255 defines priority level (1 is highest). NONE, S01 to S11. Only unused shown. ALARMS COMPOUND COMPOUND LIST Line 1: Loop Tag Display Line 2: Process Value and engineering units label. Line 3: MAN = Manual AUT = Auto UAK = Unacknowledged Alarm ACT = Active Acknowledged Alarm UBQ = Unacknowledged Bad Quality ABQ = Active Bad Quality CLR = Acknowledged Alarm Clear LHD = Local Hold (service switch set) Line 4: LOC = Local REM = Remote TRK = Track RET = Return (from alarm display) PRV = Previous Step (Tune and Setup) Line 5: OP = Output value on Line 6 SP = Set-Point value on Line 6 RA = Ratio value on Line 6 BI = Bias value on Line 6 FF = Feed Forward value on Line 6 RSP = Remote Set-Point value on Line 6 TUN = Alarm or Control Tune request ENT = Enter Value (flashes while active) NXT = Next Step (Tune and Setup) Line 6: Line 5 value or Tune and Setup choices. Repeat Process Value Alarms setup for 2, 3 and 4. Memory Module Exit point. Process alarms. Entry point. Deviation Alarms. NONE, HIGHHIGH (>=), HIGH (>=), LO (<=), LOW LOW (<=). Value where input will cause the alarm to become active. READ/WRITE Absolute offset to clear alarm. 0 = Suppress Unacknowledge, 1 to 255 defines priority level (1 is highest). NONE, S01 to S11. Only unused shown. Repeat setup for Deviation Alarm 2. ALARMS OUTPUT ALARMS OUTALM 1 TYPE Output 1 Alarm Type OUTALM 1 TRIP VAL Trip Value OUTALM 1 HYSTRSIS Hysteresis OUTALM 1 PRIORITY Priority OUTALM 1 DIG OUT Digital Output Line Display Description Controller Front Panel Entry point. Exit point. Deviation Alarms. READ ONLY NORMAL Entry point. Output Alarms. NONE, HIGHHIGH (>=), HIGH (>=), LO (<=), LOW LOW (<=). Value where input will cause the alarm to become active. MODULE LOAD Absolute offset to clear alarm. 0 = Suppress Unacknowledge, 1 to 255 defines priority level (1 is highest). UPLOAD: From Main Database to Memory Module 1. Set switches to Read/Write and Module Load. 2. Power up instrument. 3. UPLOAD? is displayed . Press Up or Down key and Enter (scroll key). 4. UPL DONE SET WP? is displayed. Upload done. Set Write Protect? by pressing Up key and entering. Otherwise, skip this step. 5. Power down instrument and set switches to Normal and Read/Write or Read Only. 6. Power up instrument. NONE, S01 to S11. Only unused shown. DOWNLOAD: Repeat setup for Output Alarm 2. From Memory Module to Main Database Exit point. Output Alarms. Exit point. Alarms. Exit point. Compound List (return to General Template setup for next compound). 1. Set switches to Read/Write or Read Only and Normal. 2. Power up instrument. The instrument automatically attempts a download Alarm Light Reference Card Alarm Scroll Key Loop Tag Display Scroll or Escape Line 2 Manual Key Auto Key Remote/ Local Key Scroll Key Up Key / = immediate entry. No slash = Entry [ENT] required. Down Key Process Set-Point Output Variable Variable Bar Graph Bar Graph Bar Graph (Line 6) (Line 2) (Line 6) MicroMod Automation, Inc. 75 Town Centre Dr. Rochester, NY 14623 USA Tel: (585) 321-9200 Fax: (585) 321-9291 928 Jaymor Road, Suite B-120 Southampton, PA 18966 USA Tel: (215) 355-4377 Fax: (215) 355-4378 MicroMod Automation S. de R.L. Mexico Tel: (55) 57373402 Fax: (55) 57373402 WWW.MICROMODAUTOMATION.COM Service / Run Switch RUN is the normal operating position. SERV. position puts instrument in local hold state (LHD) and only *DEVICE* displays are active. MOD 30ML™ Controller RS-232 Port (if configured) requires Application Builder. QRG-1800R Issue 2 The Company's policy is one of continuous improvement and the right is reserved to modify specifications without notice. © 2004, MicroMod Automation Printed in USA 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: UP: Down: Moves forward through the current level of device displays. When active ( ), it will move up a level (exit point), increase values and select a YES response. When active ( ), it will move down a level (entry point), decrease values, select a NO response. Line 1 / Line 2 Display *DEVICE* ANY TAG DEVice STATus DEV STAT INSTATE State Command 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 DEV STAT XTIMES Execution times 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 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 powerup 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 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 *DEVICE* ANY TAG SETUP SETUP BI COMM Built-in Comms 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 BI AIN 1 AIN MA Built-in Analog Input 1 S11 UNCONFIG Slot 11 Unconfigured I/O *DEVICE* *DEVICE* ANY TAG EVENTS INST IN RUN Informational Event MM/DD/YY HH:MM:SS Information Only EVENTS *DEVICE* *DEVICE* ANY TAG ABOUT FW VERS I1A 1.0 Firmware Version DISP VER 5.1 Display Version Line 6 Display / Entry 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 Line 1 / Line 2 Display *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 INSTALL TEMPLATE Install Template INSTALL TYPE Installation Type CONFIG REQUEST Request Failed TEMPLATE 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. 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. Edit System Compound SYSTEM DEV TAG System Device Tag SYSTEM SCANGRPS System Scan Groups SCAN GROUP 1 Scan Group 1 Interval Enabled = Active. Enable? = Inactive. Exit point. Line 6 Display / Entry Template Setup: General 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 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 LOW PRI RATE Low Priority Alarm Rate LOW PRI FLASH Low Priority Alarm Flash 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. Line 1 / Line 2 Display LOW PRI BEEP Low Priority Alarm Beep SYSTEM SYSTEM Line 6 Display / Entry OFF = Beeping disabled ENABLE = Beep for low alarm. Exit point. Exit point. Edit User Compound TAG ID STRING Loop Tag ID CTAG01 CMP TYPE Compound Type CHANGE TYPE? Change Compound Type CTAG01 SCAN GRP Scan Group CTAG01 PROC INP Process Input 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 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 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. Line 1 / Line 2 Display 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? COMPOUND CTAG01 CONTROL Control CONTROL ALGO TYP Control Algorithm Type CONTROL ACTION Control Action GAIN RESET PREACT CONTROL FILTYPE Filter Type FILTER Filter Value CONTROL MR TYPE Manual Reset Balance MR VAL Manual Reset Value FEED FORWARD FEED FWD xxxxxxxx Feed Forward Input FEED FWD FF GAIN Feed Forward Gain FF BIAS Feed Forward Bias FF CALC Feed Forward Calculation RESTART MODE Output Mode Restart Initial MODE Initial Mode (Previous) COMPOUND 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 (setpoint 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.