Alarm #2 Assignment to Input or INTEGRATOR/ Totalizer | Apollo IMY

ALARM #2 ASSIGNMENT TO INPUT OR INTEGRATOR/ TOTALIZER

Alarm #2 may be programmed to activate on either the input or the integrator/totalizer value. If the integrator/totalizer option is not installed, this step defaults to the input.

“ASN-2” < > “INPUt”or “totAL”

PROGRAM VALUE FOR ALARM #2

The range of the alarm value is -999 to 9,999 for the input display and -99999 to 999999 for the totalizer option display.

“AL-2” < > “-999” to “9999”

PROGRAM HYSTERESIS VALUE FOR ALARM #2 (Cannot be programmed if alarm latch is programmed)

The hysteresis (deadband) value for alarm #2 may be programmed from 1 to 9,999 for the input and 1 to 999999 for the totalizer option. The value is either added to or subtracted from the alarm value depending on whether the alarm is high or low acting. (See “alarms” section for operation.)

“HyS-2” < > “1” to “9999”

ALARM #2 HIGH OR LOW ACTING

The action of alarm #2 may be programmed to activate either when the display value goes above the alarm value (high acting) or goes below it (low acting).

“Act-2” < > “HI” or “LO”

Note: Depending on options selected under Pro 3 and Pro 6, alarms, hysteresis, peak, and valley values can be monitored and/or changed when PGM. DIS. is tied to COMM. This provides a “QUICK PROGRAMMING” method for “day to day” process changes. (See QUICK PROGRAMMING SECTION for more details.)

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Apollo IMY Alarm #2 Assignment to Input or INTEGRATOR/ Totalizer, Program Value for Alarm #2, Alarm #2 High or LOW Acting

Contents

Apollo Intelligent Meter Series Introduction Table of Contents Page Definition of Terms Safety InformationSafety Summary Theory of Operation General Description Block Diagram Programming the IMY Programming and Operating the IMY Display Module #2 Program Temperature Display Offset and Slope Enter Alarm Values Display Alarm ValuesReset Latched Alarms Reset PEAK/VALLEY Memory Buffer Enter Offset Value Temperature Offset Value Program Digital Filtering Module #4 Program Digital Filter and Remote Input Program Function of E1-CON and Optional E2-CON Cont’d Program INTEGRATOR/TOTALIZER Time Base Module #5 Program INTEGRATOR/TOTALIZERProgram Decimal Point Position for the INTEGRATOR/TOTALIZER Module #6 Program ALARM/SETPOINT Alarm #2 High or LOW Acting Alarm #2 Assignment to Input or INTEGRATOR/ TotalizerProgram Value for Alarm #2 Unit Address Number Baud RatePrint Request Function Full or Abbreviated Transmission Analog Output Source Module #8 Program RE-TRANSMITTED Analog OutputAnalog Output LO Display Value Analog Output HI Display Value Enter Access Code Module #9 Service OperationsEnter Zero Reference Apply Precision Resistance Quick Programming Operating the IMY Slope Factory Configuration Programming Example Temperature Monitoring Example PEAK/VALLEY Offset and Slope Display TemperatureINTEGRATOR/TOTALIZER INTEGRATOR/TOTALIZER SET-UP INTEGRATOR/TOTALIZER ExampleBasic SET-UP 125 x 827 Alarm Timing Diagrams Alarms Optional Communication Format General Description Command String Examples Sending Commands to the IMY Timing Diagrams Wiring Connections Current Loop InstallationReceiving Data from the IMY Serial Terminal Descriptions Serial Communications Examples Connecting to AN RLC Printer Process Controlling System RE-TRANSMITTED Analog Output Optional To 20 mA Calibration Analog Output Calibration Select AC Power 115/230 VAC Appendix a Installation & ConnectionsInstallation Environment EMC Installation Guidelines Power Wiring Wiring Connections Open Thermistor Detection Display Ululul Appendix B Specifications and Dimensions To 20 mA Certifications and Compliances Safety Problem Possible Cause Remedies Appendix C Troubleshooting Guide Decimal Point Positon Appendix D Programmable Functions Appendix D Programmable Functions Cont’d E2-CON Appendix E Ordering Information Limited Warranty IMY/IM-A 3/02 Drawing NO. LP0311