Compaq MTEK6000 Flow Units, Gas Day Roll Time Hhmm Hours, Minutes, High Flow Rate Alarm Setpoint

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MTEK6000 SERIES USER'S MANUAL

Flow Units

The flow units parameter reflects the time used to represent the flow rate. For example, if the flow rate represents cubic feet per hour, this parameter should be set to Hour. The Default value is 2.

Minute 1

Hour 2

Day 3

Gas Day Roll Time HHMM (Hours, Minutes)

This item is used in Daily and Monthly history modes to determine when the gas day ends. The time is entered in military time. For example, a standard roll time of 8:00AM is entered as 800.0. The Range is 0 to 2359. The default value is 800.

High Differential Pressure Alarm Setpoint The setpoint at which the unit determines that there is a High Differential Pressure alarm condition. The Default value is 1500.

High Differential Pressure Alarm Reset After a High Differential Pressure alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is 1480.

High Flow Rate Alarm Reset

After a High Flow Rate alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is 99,990.

High Flow Rate Alarm Setpoint

The setpoint at which the unit determines that there is a High Flow Rate alarm condition. The Default value is 100,000.

High Pressure Alarm Setpoint

The setpoint at which the unit determines that there is a High Pressure alarm condition. The Default value is 1500.

C - 4

High Pressure Alarm Reset

After a High Pressure alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is 1480.

High Temperature Alarm Reset

After a High Temperature alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is 180.

High Temperature Alarm Setpoint

The setpoint at which the unit determines that there is a High Temperature alarm condition. The Default value is 200.

Low Differential Pressure Alarm Reset After a Low Differential Pressure alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is -80.

Low Differential Pressure Alarm Setpoint The setpoint at which the unit determines that there is a Low Differential Pressure alarm condition. The Default value is -100.

Low Flow Rate Alarm Reset

After a Low Flow Rate alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is -80.

Low Flow Rate Alarm Setpoint

The setpoint at which the unit determines that there is a Low Flow Rate alarm condition. The Default value is -100.

Low Pressure Alarm Reset

After a Low Pressure alarm occurs, the setpoint at which the unit exits this condition is entered in this location. The Default value is -80.

January 2002

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Contents MTEK6000 Series Table of Contents Optional Equipment List of Figures January January Overview Hazardous LocationsSecurity Options ONE-YEAR WarrantyCompliance MTEK6000 exterior view MTEK6000 interior view Unpacking Initial Check OUTMounting the Instrument on the Meter Power for the MTEK6000Optional Power Supplies Setting UP the Index Assembly Output Shaft RotationUnit and Index Rotation Counter MaskingPulse Input to the MTEK6000 Wall and Pipe MountingWall Mounting Connecting the Pressure Tubing Transducers in the MTEK6000Typical Installation for MTEK6000 EFC Installing the Thermal Probe Pipe Size Insertion Thermowell Length Part NumberInstalling the Pulse Output Wiring Pulse Output WiringVolume and Alarm Pulse Specifications Uncorrected Pulse Output SpecificationsRS-232C Serial Direct Communications 9600 Baud Connecting the Telephone LineCommunications Modem Communications 2400 BaudActivity Indicator MTEK6000 Function RS232 cable connected January Grounding ReferencesJanuary SLEEP/WAKE-UP Mode Display ModeAlarm Mode Viewing and clearing alarms using the magnetHigh Flow Rate Alarm EFC & EFM Faulty Counter Alarm EFCFirst Time Power Alarm High Differential Pressure Alarm EFMLow Temperature Alarm Low Pressure AlarmLow Supply Volts Alarms Lost Temperature AlarmMemory History Logging Open Door Alarm optionalSoftware Error Alarm Configuration Mode Editing ParametersOptional Keypad and Display Wake-Up on Pulse Event Driven Assigning Function KeysAudit Trail Analog SamplingSpecial Key Combinations Calibration Mode Calibrating the Pressure TransducerCalibrating the Temperature Transducer Zero NEW?Calibrating the Differential Pressure Transmitter EFM Only Optional Equipment Analog Output AO OptionAnalog Output Option MTEK6000 Analog Output Specifications Zero x.xxx 04.000 +y.yyy mA Calibration Enclosure MaintenanceChanging the Battery Mtek Manager PcGas Meter Utility PackagePcGas Customer Monitor DC2000 January Alarms Alarm Code Label I.D Description AddressTable A-5 Standard alarms for MTEK6000 EFC w/ Aux Pressure Label Description Address Aux Pressure Table A-11 Standard alarms for MTEK6000 EFC2 w/2 Aux Press Table A-14 Standard alarms for MTEK6000 EFM w/ Aux Press MTEK6000 EPR MTEK6000 ETR MTEK6000 Eptr January AGA-7 Volume Calculations NX19 Supercompressibility ReportJanuary Audit Trail Logging Enable Alarm Pulse Output Enable/DisableAlarm Pulse Time ms Analog Sampling Rate secondsCalibration Password Base TemperatureCalibrate Mode Time-out Configuration PasswordDate Month, Day, Year Flow Rate Update Interval sCubic Unit/Pulse In or Meter Drive High Pressure Alarm Reset High Flow Rate Alarm SetpointHigh Pressure Alarm Setpoint High Temperature Alarm ResetLow Supply Voltage Alarm Setpoint Low Pressure Alarm SetpointLow Supply Voltage Alarm Reset Low Temperature Alarm ResetWake Up Interval seconds Uncorrected VolumeTime Hhmmss Hours, Minutes, Seconds Wake Up On Pulse event driven EFCUnits of Measure Flow & VolumeTemperature Differential AccumulationsJanuary SBC Revision a Corrector Board OPT Revision a Option Board Description Jumper positionPulse Input #1 PLI Revision C Phone Line Interface Service Requirement Consumer Information and FCC RequirementsWarranty & Repair Service EL0001 Sheet 1 of 2 Class I Division 2 Installation EL0001 Sheet 2 of 2 Class I Division 2 Installation Warranty Information January Appendix G TII Station Protector January Appendix H Hazardous Area Installation Control Drawings October October