System Field Descriptions

Table A-1. System Field Descriptions
Name	Description
AC Input	Alternating Current Input. Voltage coming into the rectifier from a power source. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Information grid > Customize > Layouts.
AC P/S (Volts)	Alternating Current Pipe-to-Soil. Potential measurement in volts. AC measurements are recorded using a voltmeter when conducting an AC CIS survey to determine AC interference from sources such as overhead power transmission lines near the pipeline. Also see AC CIS definition in Appendix B. See ISM, Data Entry > Edit ISM Data > AC CIS.
AC Power	Alternating Current Power. Power consumed by a rectifier from a power source (watts). This value is system-supplied and calculated as follows: If the value for Kh Factor, Revolutions, or Seconds is unknown, the value for AC Power can be entered. The value can be up to six digits of resolution. Meter Kh carries to Kh Factor field when a reading is created. Add and enable Activate AC Power in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Information and Inspections grid > Customize > Layouts.
AC Service	Alternating Current Service. History information field that identifies the complete source of incoming AC power; such as data for AC voltage, AC current, number of phases and so on. See CPDM module Data Entry > Edit CPDM Data > Rectifier Inspections grid > Customize > Layouts.
Manufacturer	Manufacturer of the rectifier being installed. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Inspections grid > Customize > Layouts.
Account	Power company account number. Can also be the customer’s account number for gas service. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Inspections grid > Customize > Layouts.
Activate Cardinal Points	Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the Tank Inspection grid for the following fields: North P/S, South P/S, East P/S, and West P/S. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
Activate Center P/S	Activate Center Pipe-to-Soil Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the field Center P/S in the Tank Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
Activate Intercardinal Points	Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the Tank Inspection grid for the following fields: NE P/S, SE P/S, NW P/S, and SW P/S. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
Activate Mid P/S	Activate Mid Pipe-to-Soil. Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the field Mid P/S in the Tank Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
Activate Secondary Intercardinal Points	Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the Tank Inspection grid for the following fields: ENE P/S, ESE P/S, NNE P/S, NNW P/S, SSE P/S, WNW P/S, and WSW P/S. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
Address	System calculated field based on information entered in the following fields: Address Post-Direction; Address Pre-Direction; Address Street; Address Street Number; and Address Suffix. This field is available for use in all modules and can be added in the Information grid. See Data Entry > Edit <module> Data > Information grid > Customize > Layouts.
Address Pre-Direction	Tag at the beginning of a street name used to indicate direction, such as 125 E Grand Bluff St. NW, where E is the pre-direction. This field is available for use in all modules and can be added in the Information grid. See Data Entry > Edit <module> Data > Information grid > Customize > Layouts.
Alignment Sheet Number	Record number assigned to an alignment sheet for a pipeline right-of-way. Add this field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layout.
Allegro Survey Information	System-generated field showing properties in a close interval survey file transferred from the Allegro. Properties include configuration settings, ROW code, survey date, surveyor, type of survey, and so on.
Anomaly Direction	If survey readings were taken at regular intervals during an ACVG survey, use this field to indicate if the anomaly is in front of or behind the surveyor. This field does not apply to ACVG surveys that only record an ACVG point at the anomaly. Typical entries for this field are Forward or Reverse. See ISM, Data Entry > Edit Indirect Survey Data > ACVG grid.
APB (Ppm)	Acid Reducing Bacteria parts-per-million. Measurement of APB in parts-per-million (Ppm). Add Activate APB (Ppm) in the Information grid to allow data entry in the Inspections grid. See ICM, Data Entry > Edit ICM Data > Samples > Information and Inspection grids > Customize > Layouts.
Apparent Leak Location	Leak location. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.
Attached Documents	Use this field to attach or link a document to a record in the grid. This field is available in all modules. See Attaching a Document to a Grid Record.
Average P/S	Average Pipe-to-Soil. Reading measured in volts. Add the field Activate Average P/S in the Test Point Information grid to enable data entry in the Average P/S field in the Test Point Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.
Bond Current Adjusted	Click the check box to indicate a change was made to the bond current. This field works in conjunction with the fields Bond Current Found and Bond Current Left when the Activate field for both of these fields has been added in the Information grid. When adjusting the bond current (1) click the Bond Current Adjusted check box; (2) enter the pre-adjusted value (in amps) in the field Bond Current Found; and then (3) enter the adjusted value (in amps) in the field Bond Current Left. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Bond Current Found	Bond current measured during an inspection (in Amps). This field works in conjunction with the fields Bond Current Adjusted and Bond Current Left when the Activate field for both of these fields has been added in the Foreign Bond Information grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Bond Current Left	Bond current measured after an inspection (in Amps). This field works in conjunction with the fields Bond Current Adjusted and Bond Current Found when the Activate field for both of these fields has been added in the Foreign Bond Information grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Bond Shunt Factor	Multiplying factor measured in Amps. Used in converting the voltage drop across the shunt to current. Voltage drop and shunt resistance are used to calculate the current. Add the Bond Shunt Factor field in either the Foreign Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Bond Shunt Rating	Shunt size measured in millivolts and Amps (mV/A). Add the field in either the Foreign Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Bond Shunt Resistance	Shunt resistance measured in Ohms. Add the field in either the Foreign Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Bond Type	Type of bond, such as resistance or direct. Add the field in either the Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.
Casing IRF	Casing IR free (IRF) reading. Voltage measurement indicating the potential of the casing relative to the soil with interrupted rectifier current. Add the field Activate Casing IRF in the Test Point Information grid to enable data entry in the Casing IRF field in the Test Point Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.
Casing IRF Minimum and Maximum	Minimum and maximum value allowed for data entry in the Casing IRF field. Add the fields Casing IRF Minimum and Casing IRF Maximum in either the Test Point Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information or Inspection grid > Customize > Layouts.
Casing P/S	Casing Pipe-to-Soil. Voltage measurement indicating the potential of the casing relative to the soil. Add the field Activate Casing P/S in the Information grid to enable data entry in the Casing P/S field in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.
Casing P/S Minimum and Maximum	Minimum and maximum value allowed for data entry in the Casing P/S field. Add the fields Casing P/S Minimum and Casing P/S Maximum in either the Test Point Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information or Inspection grid > Customize > Layouts.
Casing Status	Status of the casing, such as short, not short, electrolytic, or metallic. Add the field Activate Casing Status in the Information grid to enable data entry in the Casing Status field in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.
Center P/S	Center Pipe-to-Soil. Structure reading in volts when a half-cell is under the center of the tank. Add the field Activate Casing P/S in the Information grid to enable data entry in the Casing P/S field in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank Information and Inspection grid > Customize > Layouts.
Center P/S Minimum and Maximum	Minimum and maximum value (voltage reading) allowed for data entry in the Center P/S field. Add the fields Center P/S Minimum and Center P/S Maximum in either the Tank Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank Information or Inspection grid > Customize > Layouts.
City	City where a facility is located. This field is available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
Close Direction	Direction the valve wheel turns to close the valve. Enter data such as CW for clockwise or CCW for counter clockwise. See VM, Data Entry > Edit VM Data > Information or Inspection grid > Customize > Layouts.
Coating	Type of coating applied to the pipeline, such as tape or epoxy. Add this field in either the Information or Inspection grid. See ACM, Data Entry > Edit ACM Data > Information or Inspection grid > Customize > Layouts.
Coating Condition	Description of coating condition. See ACM, Data Entry > Edit ACM Data > Inspection grid > Customize > Layouts.
Coke Breeze Type	Type of coke breeze, such as metallurgical and petroleum-based. See CPDM, Data Entry > Edit CPDM Data > Rectifier Information, Inspection, or Maintenance grid > Customize > Layouts.
Coke Breeze Type	Type of coke breeze such as metallurgical and petroleum-based. Add this field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layout.
Completed Maintenance	Total number of maintenance records for a facility that have the field Completed Date populated. This is a read-only, facility level calculated field. Add this field in the Rectifier Information, Inspection, or Maintenance grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information, Inspection, or Maintenance grids > Customize > Layouts.
Conductivity	Numeric field supporting decimal numbers with up to 7 digits resolution, including two numbers after the decimal. Use this field to record conductivity measurements as measured by the inspection tool during a Soil Resistivity survey. Measurements are in microSiemens (µS), a metric unit of measurement for conductivity. See ISM module, Data Entry > Edit ISM Data > Soil Resistivity.
Connection Type	Type of connection used to secure a valve to the pipeline. See VM, Data Entry > Edit VM Data > Information or Inspection grid > Customize > Layouts.
Contact	Name of a contact person at the company responsible for the foreign bond. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information grid > Customize > Layouts.
Creation Date	Date a facility record was created in a grid. Add this field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.
Critical Bond	Check box for indicating if a bond is critical based on location and connection. Critical bond is used in scheduling. Click to place a check mark inside the check box if the bond is considered a critical bond. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information, Inspection, or Maintenance grid > Customize > Layouts.
Days Since First Bad Reading	Derived field showing the number of days since the first bad reading (reading does not meet criteria). Field available in all modules in the Information or Inspection data entry grid. See Working with Derived Fields.
Days Since Last Good Reading	Derived field showing the number of days since the last good reading (reading meets criteria). Field available in all modules in the Information or Inspection data entry grid. See Working with Derived Fields.
Days Until Delinquent	Read-only, system calculated field. Number of days until a facility inspection becomes delinquent. Field is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
Decibel Reading (dB)	Decibel reading measured in millibels (mB, decibel microvolts) by the inspection tool using the A-Frame method during an ACVG survey. See ISM, Data Entry > Edit ISM Data > ACVG.
Default Location Format	Read-only field showing the format used in numbering facilities on a pipeline segment. Default Location Format is set up before adding or linking facilities to a pipeline segment. Valid entries are: Metric Milepost, Milepost (4 decimals), Location ID, Milepost (3 decimals), Miles/Station Number, Reading Number, and Station Number. Default Location Format is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layout.
Depth	Numeric field supporting decimal numbers with up to 6 digits resolution, including two numbers after the decimal. Use this field to enter the pipeline depth reading in inches as measured by the PCM inspection tool during an ACCA survey. See ISM, Data Entry > Edit ISM Data > ACCA.
Diameter	Distance from wall to wall across a tank. See CPDM, Data Entry > Edit CPDM Data > Tank Information, Inspection or Maintenance grid > Customize > Layouts.
Diode Rating	Amperage rating of the diode in the rectifier. See CPDM, Data Entry > Edit CPDM Data > Information or Inspection grid > Customize > Layout.
Due Date From Schedule	Date a facility is scheduled for survey based on settings in Edit Schedule Settings (Data Entry >Edit Schedule Settings). This field is available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
Due Date From Schedule	Read-only field showing the date a facility is due for inspection based on scheduling properties set up in Edit Schedule Settings (Data Entry > Edit Schedule Settings). This field is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layout.
East P/S	East Pipe-to-Soil. Structure reading in volts when a half-cell is placed near the east side of a tank. Add and enable Activate Cardinal Points in the Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
East P/S Maximum/Minimum	Maximum and minimum voltage value allowed for data entry in the field East P/S in the Tank Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information or Inspection grid > Customize > Layouts.
Effective Date	Required system field automatically present in all grids. Effective Date is the date a history record becomes effective. New history records are created when important permanent information changes, such as when the protection criteria value changes for a test point. When this happens, (1) create a new test point history record in the Test Point Information grid; (2) then change the protection criteria value in the new history record. This method allows you to know when the protection criteria value changed and what the previous value was prior to the change. Use Effective Date to indicate when a facility/device becomes inactive or is taken out of service. Generally any active facility/device, such as a test point or rectifier, should not have an effective date.
Efficiency	System-provided value that is calculated using the formula shown below. A value can be manually entered, but is not recommended. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts. Rectifier Output Volts Left x Rectifier Output Current Left x 100 AC Power (Watts)
Efficiency Filter	Check box for indicating whether or not a rectifier is using an efficiency filter. Click to place a check mark inside the check box when an efficiency filter is present. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.
Elevation	Elevation in feet for a facility, survey point, or anomaly on a pipeline as reported by a GPS device. This field is available for use in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
End Date	Last day of a start and end date range, such as a start date of 05/04/2012 and an end date of 08/06/2012. A date range is typically used when generating a schedule or when defining a survey folder. This field is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layout.
Facility Active	Check box to indicate whether or not a facility is active or inactive according to survey status. Add this field in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Information or Inspection grid > Customize > Layouts.
Facility and ROW Currently Active	Read-only system field showing the status of linked facilities on a ROW. Check box indicates whether or not a facility and ROW are active or inactive based on survey status. Add this field in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Information or Inspection grid > Customize > Layouts.
Facility Attached Document	Field for attaching a file (document or image) or Internet link to a facility or ROW. File attachment or link can be previewed or edited in PCS Axis with the appropriate viewer or file editor if installed locally on the computer. Use this field to link or embed a file attachment and detach an attached file. This field is available in all modules and can be added in the Information, Inspection, and Maintenance grids. See any module, Data Entry > Edit <module> Data > Information, Inspection, or Maintenance grid > Customize > Layout.
Facility Delinquent Date	Date a facility is considered to be past due for inspection. This is a PCS Axis calculated field based on schedule settings set up in Edit Schedule Settings (Data Entry > Edit Schedule Settings). Available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
Facility ID	Identification code that identifies a facility. This field is available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
Foreign IRF	Foreign IR free reading. Voltage measurement indicating the potential of a foreign line at a foreign line crossing relative to the soil with interrupted rectifier current. Add and enable Activate Foreign IRF in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.
Foreign P/S	Foreign Pipe-to-Soil. Potential reading of foreign line at a foreign line crossing relative to the soil. Use this field to enter pipe-to-soil “on” measurements taken at a site with all DC sources operational. Add and enable Activate Foreign P/S in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.
Galvanic Anode Initial Current	Initial current output at install. Additional readings should be recorded in the field Galvanic Current in the Galvanic Anode Inspection grid. To record data in the Galvanic Current field in the Inspection grid: (1) add Activate Galvanic Current in the Information grid, then enable the field’s check box, (2) add the field Galvanic Current in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information and Inspection grids > Customize > Layouts.
Galvanic Anode Shunt Factor	Amperage value of the galvanic anode shunt factor. Shunt factor includes the value in this field and the millivolt/amperage (mV/A) value entered in the Galvanic Anode Shunt Rating field. Add the fields Galvanic Anode Shunt Factor and Galvanic Anode Shunt Rating in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.
Galvanic Anode Size	Weight in pounds (lbs) of sacrificial anode. Add this field in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.
Galvanic Anode To Soil	Driving potential of the anode relative to the soil. Value entered in volts. Add this field in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.
Galvanic Anode Type	Type of anode such as magnesium, aluminum, or zinc. Add this field in the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.
Galvanic Current Maximum/Minimum	Maximum and minimum current output. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.
Galvanic Number of Anodes	Rectifier facilities: Number of impressed current anodes at a rectifier/ground bed installation. If there are multiple ground beds at a rectifier, this will be the total number of anodes associated with that rectifier. Galvanic Anodes: Number of sacrificial anodes at a galvanic anode installation. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.
Gas Indicator Leak Test	Remark field in the LSM module for describing the condition of the valve coating at inspection. To record data in the field Gas Indicator Leak Test in the Inspection grid: (1) add the field Activate Gas Indicator Leak Test in the Information grid, then enable the field’s check box, (2) add the field Gas Indicator Leak Test in the Inspection grid. See LSM, Data Entry > Edit LSM Data > Information and Inspection grids > Customize > Layouts.
Holiday	Use this field to indicate a survey location with a pipeline coating anomaly (hole) as detected by the inspection tool during an ACVG survey. A check mark inside the check box indicates a survey location with a holiday. To remove the check mark, click the check box again. See ISM module, Data Entry > Edit ISM Data > ACVG.
Indication Classification	Use this field to classify or prioritize the severity of an indication. For example, classifications such as minor, moderate, severe, immediate, scheduled, or monitored might be used to prioritize the severity of indications. Typical indications include coating faults, holidays, corrosion activity, electrical shorts, interference, geologic current shielding, and other types of anomalies that have been discovered during an above ground, indirect survey. If your company uses a coding system for describing the severity of indications, you can type the code in the field; select the code and its description from a drop-down list if a picklist has previously been setup in Field and UDF Customizations; or import the code in PCS Axis using Bridge.
Indication Score	Alphanumeric field that accepts up to two characters, numbers, or a combination of both. Use this field to rank, prioritize, quantify the actual size, or grade the severity of an indication classification.
Inspection Remarks	Survey comment associated with a facility, anomaly, or landmark. Field is available for use in all modules. See any module, Data Entry > Edit <module> Data > Inspection > Customize > Layouts.
Insulator IRF	Insulator IR Free. Voltage measurement indicating the potential of an insulated flange relative to the soil with interrupted rectifier current. Add and enable Activate Insulator IRF in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.
Insulator P/S	Insulator Pipe-to-Soil. Potential reading for the other side of an insulated flange, relative to the soil. Also referred to as an “insulator-to-soil” potential reading. Add and enable Activate Insulator P/S in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.
Insulator Shunt Factor	Amperage value of the insulator shunt factor. Shunt factor consists of the value in this field and the value (mV/A) in the field Insulator Shunt Rating. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information or Inspection grid > Customize > Layouts.
IR (percentage)	Numeric field supporting a 5 digit decimal number, including two numbers after the decimal. Use this field to enter a value that represents the estimated size or severity of a holiday as a percentage. The value you enter is the difference between the over-the-line (OTL) to remote earth (RE) readings divided by the signal strength (SS) of the voltage gradient at the anomaly. IR (percentage) = (OTL – RE or RE – OTL) ÷ SS at anomaly See ISM, Data Entry > Edit ISM Data > DCVG.
KWH Meter	Kilowatt hours (KWH) recorded from a power meter for rectifier power usage. Add and enable Activate KWH Meter in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grid > Customize > Layouts.
Latitude	Numeric field that accepts up to twelve digits. Use this field to enter data that identifies the GPS latitude coordinate (north/south) for a test point, rectifier, bond, anomaly, or other location type on a pipeline. Field is available in all modules.
Level 1 Name through Level 5 Name	User setting for the names of the system hierarchy levels. PCS Axis supports up to five hierarchy levels. See Tools > Customize > Hierarchy.
Locate Current (mA)	Use this field to enter a current reading in milliamps (mA) as measured by the PCM inspection tool for survey points located directly over the pipeline during an ACCA survey. See ISM, Data Entry > Edit ISM Data > ACCA.
Location Code	Alphanumeric code assigned to a pipeline segment. The field accepts up to five alphanumeric characters. Location Code is available for use in all modules and can be added in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.
Log Number	Numeric field that supports up to 6 digits. This field is typically used for sequential log numbers generated by a PCM (pipeline current mapper) data logger for survey readings taken during an ACCA survey. See ISM, Data Entry > Edit ISM Data > ACCA.
Longitude	Numeric field that accepts up to twelve digits. Use this field to enter data that identifies the GPS longitude coordinate (east/west) for a test point, rectifier, bond, anomaly, or other location type on a pipeline. Field is available in all modules.
Loss per Distance (dB/Ft)	Numeric field supporting positive or negative decimal numbers with up to 5 digits resolution, including 2 numbers after the decimal. Use this field to enter the “dB loss per foot” value as calculated by the PCM inspection tool during an ACCA survey. The calculated value indicates the “current loss per distance ratio”. See ISM, Data Entry > Edit ISM Data > ACCA.
Milepost	Number representing a testing or facility location on a pipeline such as 23+123. May also be referred to as station number, milepost marker, or station marker. See Tools > Customize > General > User Location Name.
Native P/S	Native Pipe-to-Soil. Voltage reading taken prior to any current placed on the pipeline. Also referred to as depolarized or static potential.
Negative Shunt Factor	Amperage value of the negative shunt factor. This field is available in the Rectifier Negative Inspections mini-grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier Inspections grid > Rectifier Negative Inspections mini-grid.
Number of Crossings	PCS Axis calculated field showing the total number of crossings, such as road crossings, railroad crossings, foreign pipeline crossings, and fence lines. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information or Inspection grid > Customize > Layouts.
Number of Leaks	Numeric field for entering the number of leaks. Add the field Activate Number of Leaks in the Information grid to allow data entry in the Inspection grid. See LSM, Data Entry > Edit LSM Data > Information and Inspection grid > Customize > Layouts.
Number of Negatives	PCS Axis calculated field in either the Rectifier Information or Inspection grid. This field shows the number of negatives in the Rectifier Negative Information mini-grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.
Number of Readings in Survey	A derived field showing the total number of survey readings in a continuous survey. See continuous survey types CIS, AC CIS, DCVG and so on in Indirect Survey Manager (ISM). Also see Working with Derived Fields.
Number of Turns	Number of turns to open a valve. Add the field Activate Number of Turns in the Information grid to allow data entry in the Inspection grid. See VM, Data Entry > Edit VM Data > Information and Inspection grid > Customize > Layouts.
Original Station Number	The initial or original station number before re-aligning station numbers using the Rubber Banding feature in Survey Maintenance. See ISM, Data Entry > Edit ISM Data > Survey Maintenance.
OTL to Remote Earth (mV)	Over-the-Line to Remote Earth. Use this field to enter a value in millivolts (mV) that represents the sum of all side drain measurements taken during a DCVG survey for a survey point on the pipeline. See ISM, Data Entry > Edit ISM Data > DCVG.
P/S Offset	Pipe-to-Soil Offset.l Offset added to a pipe-to-soil (P/S) reading collected on the Allegro field computer. Use this field when using a permanent reference cell other than copper-copper sulfate. PCS Axis uses the value to convert the reading to the equivalent copper-copper sulfate reading. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information or Inspection grid > Customize > Layouts.
Parallel Line	Two (2) pipelines within the same ROW (right-of way) and parallel to each other. Use the fields Pipeline Code and Pipeline Name in Select ROWs to identify a parallel pipeline. Also see Pipe, Pipeline Code, and Pipeline Name.
PBN Dial Reading	Measurement reading taken at inspection. Add the field Activate PBN Dial Reading in the Information grid to allow data entry in the Inspection grid. See ICM, Data Entry > Edit ICM Data > Probe > Information and Inspection grid > Customize > Layouts.
PCM Current (dB)	Numeric field that supports decimal numbers with up to 6 digits resolution, including two numbers after the decimal point. Use this field to enter the PCM current reading as measured in mA and dB by the PCM inspection tool during an ACCA survey. See ISM, Data Entry > Edit ISM Data > ACCA.
Pearson	Continuous (indirect) survey that uses an electrical method for locating holidays in the pipeline coating by applying an AC signal on the pipeline and the reception of the signal by two surveyors wearing metal cleats and connected to a Pearson receiver. See ISM, Data Entry > Edit ISM Data > Pearson.
Periodic Survey	A survey conducted more often than every 12 months, such as monthly or bi-monthly rectifier surveys. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grid > Customize > Layouts.
Periodic Survey Year	Year a periodic survey is performed. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grid > Customize > Layouts.
Permanent Comments	Comments permanently associated with a facility. This type of comment does not typically change during each survey year. This field is available for use in all modules and can be added in the Information grid. See Data Entry > Edit <module> Data > Information grid > Customize > Layouts. Note: Comments that apply to a particular survey should be entered in the Survey Remarks field.
Phone Number	Phone number of the person to contact at another company about a foreign bond. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond > Information or Inspection grid > Customize > Layouts.
Pipe	Two digit alphanumeric code used to identify a parallel pipeline in a common ROW with an existing pipeline. Also see Pipeline Code, Pipeline Name, and Parallel Line.
Pipeline Code	Two digit alphanumeric code used to identify a parallel pipeline in a common ROW with an existing pipeline. Also see Pipe, Pipeline Name, and Parallel Line.
Pipeline Name	Name of a parallel pipeline in a common ROW with an existing pipeline. Also see Pipe, Pipeline Code, and Parallel Line.
Plot This Point	Use this field to include or exclude continuous survey readings in reports and graphs. To include a survey reading, click the check box to place a check mark in the check box. To exclude a survey reading, clear the check mark by clicking the check box. This field is enabled by default with all survey readings included in reports and graphs. See ISM, Data Entry > Edit ISM Data > any survey type.
Polarity	Direction of current flow at a foreign bond. Add the field Activate Polarity in the Information grid to allow data entry in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond > Information and Inspection grid > Customize > Layouts.
Power Company Phone Number	Phone number of the power company for a rectifier installation site. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.
Pre-Install P/S	Pipe-to-soil reading taken before installation of galvanic anodes. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grid > Customize > Layouts.
Property Rights	Code that identifies any property rights that might impact inspection or access to a pipeline. The field supports up to 10 alphanumeric characters including spaces, such as B #1234567. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.
Rectifier Anode Size	Dimensions of impressed current anodes such as 3 x 60. Add the field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.
Rectifier Anode Type	Type of anode such as graphite or high silicon material. Add the field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.
Rectifier Current Adjusted	Check box for indicating a change was made to the rectifier current at inspection. When a change is made (1) click to add a check mark in the Rectifier Current Adjusted check box, (2) enter the adjusted reading in the fields Rectifier Output Volts Left and Rectifier Output Current Left. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grids > Customize > Layouts.
Rectifier Current Density	A calculated report field indicating the amount of current required per square foot to change a structure’s potential to –0.85 volts.
Rectifier Current Distributions	Number of pipelines receiving current from a rectifier. This field is generated by PCS Axis as current distributions are added. See CPDM module, Reports/Graphs > Survey Report.
Rectifier Output Current Found	Initial rectifier reading at inspection measured in Amps. Add the field Activate Rectifier Output Current Found in the Information grid to allow data entry in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layouts. Note: PCS Axis multiplies the initial rectifier reading by the rectifier shunt factor when the fields Rated Rectifier Output Volts and Rated Rectifier Output Current are populated in the Rectifiers Information grid.
Rectifier Output Current Found Maximum/Minimum	Maximum and minimum value (measured in Amps) allowed for data entry in the field Rectifier Output Current Found. Add the fields in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.
Rectifier Output Current Left	Rectifier reading after making adjustments to the rectifier output current at inspection (measured in Amps). Also see description for Rectifier Output Current Found. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grids > Customize > Layouts.
Rectifier Output Shunt Factor	Amperage value of the anode shunt factor. Refers to the shunt used to measure the output current of each anode in a positive junction box. Shunt factor includes the value in this field and the value entered in the field Rectifier Output Shunt Rating. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.
Rectifier Output Volts Found	Initial rectifier reading at inspection measured in volts. Add and enable the field Activate Rectifier Output Volts Found in the Rectifier Information grid to allow data entry in the Inspections grid. Also refer to the description Rectifier Current Adjusted. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layout.
Rectifier Output Volts Found Maximum/Minimum	Maximum and minimum voltage value allowed for data entry in the field Rectifier Output Volts Found. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.
Rectifier Output Volts Left	See description for Rectifier Current Adjusted.
Repair Priority	Code number for identifying how soon repair work should begin. The field accepts up to five alphanumeric characters including spaces, such as A #123. This field is available for use in all modules. See Data Entry > Edit <module> Data > Maintenance grid > Customize > Layouts.
Revolutions	Number of times a power meter wheel has rotated in a specific time period. This field is used to calculate the value in the Efficiency field. Add and enable the field Activate Revolutions in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layout.
RFID	Radio-frequency identification number populated either by transferring an Allegro Periodic Survey (PS) to PCS Axis or manual entry in a grid. This field is available for use in all modules. See Data Entry > Edit <module> Data > Information, Inspection, or Maintenance grid > Customize > Layouts.
ROW Currently Active	Check box for indicating when a pipeline is active or inactive according to survey status. Field is available for use in all modules. See Data Entry > Edit <module> Data > Information grid.
Seconds	Amount of time in seconds that has elapsed for the number of Revolutions. This field is used to calculate the value in the Efficiency field. Add and enable the field Activate Seconds in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layout.
Signal Strength	Signal strength of the voltage gradient (IR drop) at survey points along the pipeline as measured in millivolts (mV) by a voltmeter during a DCVG survey. See ISM, Data Entry > Edit ISM Data > DCVG.
Soil Resistivity (Ohm/cm)	Use this field to record soil resistivity measurements along the pipeline. Measurements are in Ohm-centimeters (Ohm/cm). See ISM, Data Entry > Edit ISM Data > Soil Resistivity.
South P/S	Structure reading in volts when a half-cell is placed near the east side of a tank. Add and enable Activate Cardinal Points in the Tank Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.
South P/S Maximum/Minimum	Maximum and minimum voltage value allowed for data entry when entering a structure reading in the South P/S field.
SRB	Amount of sulfate-reducing bacteria (SRB) measured as parts per million (Ppm). Add and enable Activate SRB in the Samples Information grid to allow data entry in the Inspections grid. See ICM, Data Entry > Edit CPDM Data > Samples > Information and Inspection grids > Customize > Layouts.
Start Date	First day of a start and end date range, such as a start date of 05/04/2012 and an end date of 08/06/2012. A date range is typically used when generating a schedule or when defining a survey folder. This field is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid.
Station Marker	See description for Milepost.
Station Number	Use this field to enter testing or facility location numbers on a pipeline (such as 23+124). Station numbers are also referred to as milepost, milepost marker, or station marker.
Station Number Maximum	A derived field showing the highest station number from survey readings in a continuous survey. See continuous survey types CIS, AC CIS, DCVG and so on in Indirect Survey Manager (ISM). Also see Working with Derived Fields.
Station Number Minimum	A derived field showing the lowest station number from survey readings in a continuous survey.
Structure IRF and Structure IRF-CIS	Potential of the pipe, relative to the soil, with interrupted rectifier current (measured in volts). Use this field to enter pipe-to-soil “off” measurements taken at a site with all DC sources interrupted. See ISM, Data Entry > Edit ISM Data > CIS. In CPDM, add and enable Activate Structure IRF in the Test Point Information grid to allow data entry in the Inspections grid.
Structure P/S and Structure P/S-CIS	Potential of the pipe relative to the soil measured in volts. Use this field to enter pipe-to-soil “on” measurements taken at a site with all DC sources operational. See ISM, Data Entry > Edit ISM Data > CIS. In CPDM, add and enable the field Activate Structure P/S in the Test Point Information grid to allow data entry in the Inspections grid.
Surface Area	Total length and width of the pipeline expressed in feet. This field is used to determine Efficiency in the Current Density report. See any module > Data Entry > Edit ROW Detail.
Surface Condition	Surface condition of the pipeline. The field accepts up to five alphanumeric characters. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.
Surface Covering	Type of coating or covering on the pipeline. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.
Survey Date	Date an inspection or survey reading was taken.
Survey Interval	Potential measurements taken at regular intervals for assessing the level of cathodic protection (CP). The system default is 2.5 feet for DC and AC close interval surveys (CIS and AC CIS) in ISM.
Survey Name	Identifies the survey folder a survey reading is assigned to. Field is available for use in all modules. See Data Entry > Edit <module> Data > Inspection grid > Customize > Layouts. For periodic survey readings in CPDM, use the fields Periodic Survey and Periodic Survey Year instead.
Survey Remarks	Remark or comment associated with a test point, rectifier, bond, anomaly, or landmark for a particular survey.
Surveyor	Name of person conducting a survey.
Tap Settings	Coarse or fine tap settings for rectifier output adjustment, such as C2F3. Add and enable Activate Tap Settings in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layouts.
Total Footage	Total number of feet for pipeline segment.
User IR Correction	When a value is entered in User IR Correction, PCS Axis uses the value to calculate Target P/S instead of using the absolute difference between Structure P/S and Structure IRF. See CPDM, Data Entry > Edit CPDM Data > Test Point > Inspection grid > Customize > Layouts.
Valve Coating	Condition of valve coating at inspection. Add and enable Activate Valve Coating in the Information grid to allow data entry in the Inspections grid. See VM, Data Entry > Edit VM Data > Information and Inspection grids > Customize > Layouts.
Valve Condition	General condition of valve at inspection. Add and enable Activate Valve Condition in the Information grid to allow data entry in the Inspections grid. See VM, Data Entry > Edit VM Data > Information and Inspection grids > Customize > Layouts.
Valve Operated	Check box for indicating if the valve was manually operated. Add and enable Activate Valve Operated in the Information grid to allow use of the field in the Inspections grid. See VM, Data Entry > Edit VM Data > Information and Inspection grids > Customize > Layouts.
Valve Pass/Fail	Status of the valve after inspection. Add and enable Activate Valve Pass/Fail in the Information grid to allow data entry in the Inspections grid. See VM, Data Entry > Edit VM Data > Information and Inspection grids > Customize > Layouts.
Valve Secured	Check box for indicating if the value was left secured. Add and enable Activate Valve Secured in the Information grid to allow use of the field in the Inspections grid. See VM, Data Entry > Edit VM Data > Information and Inspection grids > Customize > Layouts.
Valve Type	Type of valve such as block or plug. See VM, Data Entry > Edit VM Data > Information or Inspection grid > Customize > Layouts.
Vendor	Name of the company providing a service.

Alternating Current Input. Voltage coming into the rectifier from a power source. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Information grid > Customize > Layouts.

AC P/S (Volts)

Alternating Current Pipe-to-Soil. Potential measurement in volts. AC measurements are recorded using a voltmeter when conducting an AC CIS survey to determine AC interference from sources such as overhead power transmission lines near the pipeline. Also see AC CIS definition in Appendix B.

See ISM, Data Entry > Edit ISM Data > AC CIS.

AC Power

Alternating Current Power. Power consumed by a rectifier from a power source (watts). This value is system-supplied and calculated as follows:

If the value for Kh Factor, Revolutions, or Seconds is unknown, the value for AC Power can be entered. The value can be up to six digits of resolution. Meter Kh carries to Kh Factor field when a reading is created. Add and enable Activate AC Power in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Information and Inspections grid > Customize > Layouts.

AC Service

Alternating Current Service. History information field that identifies the complete source of incoming AC power; such as data for AC voltage, AC current, number of phases and so on. See CPDM module Data Entry > Edit CPDM Data > Rectifier Inspections grid > Customize > Layouts.

Manufacturer

Manufacturer of the rectifier being installed. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Inspections grid > Customize > Layouts.

Account

Power company account number. Can also be the customer’s account number for gas service. See CPDM module, Data Entry > Edit CPDM Data > Rectifier Inspections grid > Customize > Layouts.

Activate Cardinal Points

Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the Tank Inspection grid for the following fields: North P/S, South P/S, East P/S, and West P/S. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

Activate Center P/S

Activate Center Pipe-to-Soil Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the field Center P/S in the Tank Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

Activate Intercardinal Points

Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the Tank Inspection grid for the following fields: NE P/S, SE P/S, NW P/S, and SW P/S. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

Activate Mid P/S

Activate Mid Pipe-to-Soil. Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the field Mid P/S in the Tank Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

Activate Secondary Intercardinal Points

Add this field in the Tank Information grid, then enable the field’s check box to allow data entry in the Tank Inspection grid for the following fields: ENE P/S, ESE P/S, NNE P/S, NNW P/S, SSE P/S, WNW P/S, and WSW P/S. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

Address

System calculated field based on information entered in the following fields: Address Post-Direction; Address Pre-Direction; Address Street; Address Street Number; and Address Suffix. This field is available for use in all modules and can be added in the Information grid. See Data Entry > Edit <module> Data > Information grid > Customize > Layouts.

Address Pre-Direction

Tag at the beginning of a street name used to indicate direction, such as 125 E Grand Bluff St. NW, where E is the pre-direction. This field is available for use in all modules and can be added in the Information grid. See Data Entry > Edit <module> Data > Information grid > Customize > Layouts.

Alignment Sheet Number

Record number assigned to an alignment sheet for a pipeline right-of-way. Add this field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layout.

Allegro Survey Information

System-generated field showing properties in a close interval survey file transferred from the Allegro. Properties include configuration settings, ROW code, survey date, surveyor, type of survey, and so on.

Anomaly Direction

If survey readings were taken at regular intervals during an ACVG survey, use this field to indicate if the anomaly is in front of or behind the surveyor. This field does not apply to ACVG surveys that only record an ACVG point at the anomaly. Typical entries for this field are Forward or Reverse.

See ISM, Data Entry > Edit Indirect Survey Data > ACVG grid.

APB (Ppm)

Acid Reducing Bacteria parts-per-million. Measurement of APB in parts-per-million (Ppm). Add Activate APB (Ppm) in the Information grid to allow data entry in the Inspections grid. See ICM, Data Entry > Edit ICM Data > Samples > Information and Inspection grids > Customize > Layouts.

Apparent Leak Location

Leak location. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.

Attached Documents

Use this field to attach or link a document to a record in the grid. This field is available in all modules. See Attaching a Document to a Grid Record.

Average P/S

Average Pipe-to-Soil. Reading measured in volts. Add the field Activate Average P/S in the Test Point Information grid to enable data entry in the Average P/S field in the Test Point Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.

Bond Current Adjusted

Click the check box to indicate a change was made to the bond current. This field works in conjunction with the fields Bond Current Found and Bond Current Left when the Activate field for both of these fields has been added in the Information grid.

When adjusting the bond current (1) click the Bond Current Adjusted check box; (2) enter the pre-adjusted value (in amps) in the field Bond Current Found; and then (3) enter the adjusted value (in amps) in the field Bond Current Left. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Bond Current Found

Bond current measured during an inspection (in Amps). This field works in conjunction with the fields Bond Current Adjusted and Bond Current Left when the Activate field for both of these fields has been added in the Foreign Bond Information grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Bond Current Left

Bond current measured after an inspection (in Amps). This field works in conjunction with the fields Bond Current Adjusted and Bond Current Found when the Activate field for both of these fields has been added in the Foreign Bond Information grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Bond Shunt Factor

Multiplying factor measured in Amps. Used in converting the voltage drop across the shunt to current. Voltage drop and shunt resistance are used to calculate the current. Add the Bond Shunt Factor field in either the Foreign Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Bond Shunt Rating

Shunt size measured in millivolts and Amps (mV/A). Add the field in either the Foreign Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Bond Shunt Resistance

Shunt resistance measured in Ohms. Add the field in either the Foreign Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Bond Type

Type of bond, such as resistance or direct. Add the field in either the Bond Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information and Inspection grid > Customize > Layouts.

Casing IRF

Casing IR free (IRF) reading. Voltage measurement indicating the potential of the casing relative to the soil with interrupted rectifier current. Add the field Activate Casing IRF in the Test Point Information grid to enable data entry in the Casing IRF field in the Test Point Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.

Casing IRF Minimum and Maximum

Minimum and maximum value allowed for data entry in the Casing IRF field. Add the fields Casing IRF Minimum and Casing IRF Maximum in either the Test Point Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information or Inspection grid > Customize > Layouts.

Casing P/S

Casing Pipe-to-Soil. Voltage measurement indicating the potential of the casing relative to the soil. Add the field Activate Casing P/S in the Information grid to enable data entry in the Casing P/S field in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.

Casing P/S Minimum and Maximum

Minimum and maximum value allowed for data entry in the Casing P/S field. Add the fields Casing P/S Minimum and Casing P/S Maximum in either the Test Point Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information or Inspection grid > Customize > Layouts.

Casing Status

Status of the casing, such as short, not short, electrolytic, or metallic. Add the field Activate Casing Status in the Information grid to enable data entry in the Casing Status field in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Test Point Information and Inspection grid > Customize > Layouts.

Center P/S

Center Pipe-to-Soil. Structure reading in volts when a half-cell is under the center of the tank. Add the field Activate Casing P/S in the Information grid to enable data entry in the Casing P/S field in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank Information and Inspection grid > Customize > Layouts.

Center P/S Minimum and Maximum

Minimum and maximum value (voltage reading) allowed for data entry in the Center P/S field. Add the fields Center P/S Minimum and Center P/S Maximum in either the Tank Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank Information or Inspection grid > Customize > Layouts.

City

City where a facility is located. This field is available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

Close Direction

Direction the valve wheel turns to close the valve. Enter data such as CW for clockwise or CCW for counter clockwise. See VM, Data Entry > Edit VM Data > Information or Inspection grid > Customize > Layouts.

Coating

Type of coating applied to the pipeline, such as tape or epoxy. Add this field in either the Information or Inspection grid. See ACM, Data Entry > Edit ACM Data > Information or Inspection grid > Customize > Layouts.

Coating Condition

Description of coating condition. See ACM, Data Entry > Edit ACM Data > Inspection grid > Customize > Layouts.

Coke Breeze Type

Type of coke breeze, such as metallurgical and petroleum-based. See CPDM, Data Entry > Edit CPDM Data > Rectifier Information, Inspection, or Maintenance grid > Customize > Layouts.

Coke Breeze Type

Type of coke breeze such as metallurgical and petroleum-based. Add this field in either the Rectifier Information or Inspection grid.

See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layout.

Completed Maintenance

Total number of maintenance records for a facility that have the field Completed Date populated. This is a read-only, facility level calculated field. Add this field in the Rectifier Information, Inspection, or Maintenance grid.

See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information, Inspection, or Maintenance grids > Customize > Layouts.

Conductivity

Numeric field supporting decimal numbers with up to 7 digits resolution, including two numbers after the decimal. Use this field to record conductivity measurements as measured by the inspection tool during a Soil Resistivity survey. Measurements are in microSiemens (µS), a metric unit of measurement for conductivity.

See ISM module, Data Entry > Edit ISM Data > Soil Resistivity.

Connection Type

Type of connection used to secure a valve to the pipeline.

See VM, Data Entry > Edit VM Data > Information or Inspection grid > Customize > Layouts.

Contact

Name of a contact person at the company responsible for the foreign bond.

See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information grid > Customize > Layouts.

Creation Date

Date a facility record was created in a grid. Add this field in either the Rectifier Information or Inspection grid.

See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.

Critical Bond

Check box for indicating if a bond is critical based on location and connection. Critical bond is used in scheduling. Click to place a check mark inside the check box if the bond is considered a critical bond.

See CPDM, Data Entry > Edit CPDM Data > Foreign Bond Information, Inspection, or Maintenance grid > Customize > Layouts.

Days Since First Bad Reading

Derived field showing the number of days since the first bad reading (reading does not meet criteria). Field available in all modules in the Information or Inspection data entry grid. See Working with Derived Fields.

Days Since Last Good Reading

Derived field showing the number of days since the last good reading (reading meets criteria). Field available in all modules in the Information or Inspection data entry grid. See Working with Derived Fields.

Days Until Delinquent

Read-only, system calculated field. Number of days until a facility inspection becomes delinquent. Field is available in all modules.

See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

Decibel Reading (dB)

Decibel reading measured in millibels (mB, decibel microvolts) by the inspection tool using the A-Frame method during an ACVG survey.

See ISM, Data Entry > Edit ISM Data > ACVG.

Default Location Format

Read-only field showing the format used in numbering facilities on a pipeline segment. Default Location Format is set up before adding or linking facilities to a pipeline segment. Valid entries are: Metric Milepost, Milepost (4 decimals), Location ID, Milepost (3 decimals), Miles/Station Number, Reading Number, and Station Number.

Default Location Format is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layout.

Depth

Numeric field supporting decimal numbers with up to 6 digits resolution, including two numbers after the decimal. Use this field to enter the pipeline depth reading in inches as measured by the PCM inspection tool during an ACCA survey.

See ISM, Data Entry > Edit ISM Data > ACCA.

Diameter

Distance from wall to wall across a tank. See CPDM, Data Entry > Edit CPDM Data > Tank Information, Inspection or Maintenance grid > Customize > Layouts.

Diode Rating

Amperage rating of the diode in the rectifier. See CPDM, Data Entry > Edit CPDM Data > Information or Inspection grid > Customize > Layout.

Due Date From Schedule

Date a facility is scheduled for survey based on settings in Edit Schedule Settings (Data Entry >Edit Schedule Settings). This field is available for use in all modules; add the field in either the Information or Inspection grid.

See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

Due Date From Schedule

Read-only field showing the date a facility is due for inspection based on scheduling properties set up in Edit Schedule Settings (Data Entry > Edit Schedule Settings). This field is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layout.

East P/S

East Pipe-to-Soil. Structure reading in volts when a half-cell is placed near the east side of a tank. Add and enable Activate Cardinal Points in the Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

East P/S Maximum/Minimum

Maximum and minimum voltage value allowed for data entry in the field East P/S in the Tank Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Tank > Information or Inspection grid > Customize > Layouts.

Effective Date

Required system field automatically present in all grids. Effective Date is the date a history record becomes effective.

New history records are created when important permanent information changes, such as when the protection criteria value changes for a test point. When this happens, (1) create a new test point history record in the Test Point Information grid; (2) then change the protection criteria value in the new history record. This method allows you to know when the protection criteria value changed and what the previous value was prior to the change.

Use Effective Date to indicate when a facility/device becomes inactive or is taken out of service. Generally any active facility/device, such as a test point or rectifier, should not have an effective date.

Efficiency

System-provided value that is calculated using the formula shown below. A value can be manually entered, but is not recommended. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.

Rectifier Output Volts Left x Rectifier Output Current Left x 100

AC Power (Watts)

Efficiency Filter

Check box for indicating whether or not a rectifier is using an efficiency filter. Click to place a check mark inside the check box when an efficiency filter is present. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.

Elevation

Elevation in feet for a facility, survey point, or anomaly on a pipeline as reported by a GPS device. This field is available for use in all modules.

See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

End Date

Last day of a start and end date range, such as a start date of 05/04/2012 and an end date of 08/06/2012. A date range is typically used when generating a schedule or when defining a survey folder. This field is available in all modules.

See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layout.

Facility Active

Check box to indicate whether or not a facility is active or inactive according to survey status. Add this field in either the Information or Inspection grid.

See CPDM, Data Entry > Edit CPDM Data > Information or Inspection grid > Customize > Layouts.

Facility and ROW Currently Active

Read-only system field showing the status of linked facilities on a ROW. Check box indicates whether or not a facility and ROW are active or inactive based on survey status. Add this field in either the Information or Inspection grid.

See CPDM, Data Entry > Edit CPDM Data > Information or Inspection grid > Customize > Layouts.

Facility Attached Document

Field for attaching a file (document or image) or Internet link to a facility or ROW. File attachment or link can be previewed or edited in PCS Axis with the appropriate viewer or file editor if installed locally on the computer.

Use this field to link or embed a file attachment and detach an attached file. This field is available in all modules and can be added in the Information, Inspection, and Maintenance grids. See any module, Data Entry > Edit <module> Data > Information, Inspection, or Maintenance grid > Customize > Layout.

Facility Delinquent Date

Date a facility is considered to be past due for inspection. This is a PCS Axis calculated field based on schedule settings set up in Edit Schedule Settings (Data Entry > Edit Schedule Settings). Available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

Facility ID

Identification code that identifies a facility. This field is available for use in all modules; add the field in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

Foreign IRF

Foreign IR free reading. Voltage measurement indicating the potential of a foreign line at a foreign line crossing relative to the soil with interrupted rectifier current.

Add and enable Activate Foreign IRF in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.

Foreign P/S

Foreign Pipe-to-Soil. Potential reading of foreign line at a foreign line crossing relative to the soil. Use this field to enter pipe-to-soil “on” measurements taken at a site with all DC sources operational.

Add and enable Activate Foreign P/S in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.

Galvanic Anode Initial Current

Initial current output at install. Additional readings should be recorded in the field Galvanic Current in the Galvanic Anode Inspection grid.

To record data in the Galvanic Current field in the Inspection grid: (1) add Activate Galvanic Current in the Information grid, then enable the field’s check box, (2) add the field Galvanic Current in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information and Inspection grids > Customize > Layouts.

Galvanic Anode Shunt Factor

Amperage value of the galvanic anode shunt factor. Shunt factor includes the value in this field and the millivolt/amperage (mV/A) value entered in the Galvanic Anode Shunt Rating field.

Add the fields Galvanic Anode Shunt Factor and Galvanic Anode Shunt Rating in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.

Galvanic Anode Size

Weight in pounds (lbs) of sacrificial anode. Add this field in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.

Galvanic Anode To Soil

Driving potential of the anode relative to the soil. Value entered in volts. Add this field in either the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.

Galvanic Anode Type

Type of anode such as magnesium, aluminum, or zinc. Add this field in the Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.

Galvanic Current Maximum/Minimum

Maximum and minimum current output. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.

Galvanic Number of Anodes

Rectifier facilities: Number of impressed current anodes at a rectifier/ground bed installation. If there are multiple ground beds at a rectifier, this will be the total number of anodes associated with that rectifier.

Galvanic Anodes: Number of sacrificial anodes at a galvanic anode installation.

See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grids > Customize > Layouts.

Gas Indicator Leak Test

Remark field in the LSM module for describing the condition of the valve coating at inspection.

To record data in the field Gas Indicator Leak Test in the Inspection grid: (1) add the field Activate Gas Indicator Leak Test in the Information grid, then enable the field’s check box, (2) add the field Gas Indicator Leak Test in the Inspection grid. See LSM, Data Entry > Edit LSM Data > Information and Inspection grids > Customize > Layouts.

Holiday

Use this field to indicate a survey location with a pipeline coating anomaly (hole) as detected by the inspection tool during an ACVG survey. A check mark inside the check box indicates a survey location with a holiday. To remove the check mark, click the check box again.

See ISM module, Data Entry > Edit ISM Data > ACVG.

Indication Classification

Use this field to classify or prioritize the severity of an indication. For example, classifications such as minor, moderate, severe, immediate, scheduled, or monitored might be used to prioritize the severity of indications. Typical indications include coating faults, holidays, corrosion activity, electrical shorts, interference, geologic current shielding, and other types of anomalies that have been discovered during an above ground, indirect survey.

If your company uses a coding system for describing the severity of indications, you can type the code in the field; select the code and its description from a drop-down list if a picklist has previously been setup in Field and UDF Customizations; or import the code in PCS Axis using Bridge.

Indication Score

Alphanumeric field that accepts up to two characters, numbers, or a combination of both. Use this field to rank, prioritize, quantify the actual size, or grade the severity of an indication classification.

Inspection Remarks

Survey comment associated with a facility, anomaly, or landmark. Field is available for use in all modules. See any module, Data Entry > Edit <module> Data > Inspection > Customize > Layouts.

Insulator IRF

Insulator IR Free. Voltage measurement indicating the potential of an insulated flange relative to the soil with interrupted rectifier current.

Add and enable Activate Insulator IRF in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.

Insulator P/S

Insulator Pipe-to-Soil. Potential reading for the other side of an insulated flange, relative to the soil. Also referred to as an “insulator-to-soil” potential reading.

Add and enable Activate Insulator P/S in the Test Point Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information and Inspection grids > Customize > Layouts.

Insulator Shunt Factor

Amperage value of the insulator shunt factor. Shunt factor consists of the value in this field and the value (mV/A) in the field Insulator Shunt Rating.

See CPDM, Data Entry > Edit CPDM Data > Test Point > Information or Inspection grid > Customize > Layouts.

IR (percentage)

Numeric field supporting a 5 digit decimal number, including two numbers after the decimal. Use this field to enter a value that represents the estimated size or severity of a holiday as a percentage. The value you enter is the difference between the over-the-line (OTL) to remote earth (RE) readings divided by the signal strength (SS) of the voltage gradient at the anomaly.

IR (percentage) = (OTL – RE or RE – OTL) ÷ SS at anomaly

See ISM, Data Entry > Edit ISM Data > DCVG.

KWH Meter

Kilowatt hours (KWH) recorded from a power meter for rectifier power usage. Add and enable Activate KWH Meter in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grid > Customize > Layouts.

Latitude

Numeric field that accepts up to twelve digits. Use this field to enter data that identifies the GPS latitude coordinate (north/south) for a test point, rectifier, bond, anomaly, or other location type on a pipeline. Field is available in all modules.

Level 1 Name through Level 5 Name

User setting for the names of the system hierarchy levels. PCS Axis supports up to five hierarchy levels. See Tools > Customize > Hierarchy.

Locate Current (mA)

Use this field to enter a current reading in milliamps (mA) as measured by the PCM inspection tool for survey points located directly over the pipeline during an ACCA survey.

See ISM, Data Entry > Edit ISM Data > ACCA.

Location Code

Alphanumeric code assigned to a pipeline segment. The field accepts up to five alphanumeric characters.

Location Code is available for use in all modules and can be added in either the Information or Inspection grid. See Data Entry > Edit <module> Data > Information or Inspection grid > Customize > Layouts.

Log Number

Numeric field that supports up to 6 digits. This field is typically used for sequential log numbers generated by a PCM (pipeline current mapper) data logger for survey readings taken during an ACCA survey.

See ISM, Data Entry > Edit ISM Data > ACCA.

Longitude

Numeric field that accepts up to twelve digits. Use this field to enter data that identifies the GPS longitude coordinate (east/west) for a test point, rectifier, bond, anomaly, or other location type on a pipeline. Field is available in all modules.

Loss per Distance (dB/Ft)

Numeric field supporting positive or negative decimal numbers with up to 5 digits resolution, including 2 numbers after the decimal. Use this field to enter the “dB loss per foot” value as calculated by the PCM inspection tool during an ACCA survey. The calculated value indicates the “current loss per distance ratio”.

See ISM, Data Entry > Edit ISM Data > ACCA.

Milepost

Number representing a testing or facility location on a pipeline such as 23+123. May also be referred to as station number, milepost marker, or station marker.

See Tools > Customize > General > User Location Name.

Native P/S

Native Pipe-to-Soil. Voltage reading taken prior to any current placed on the pipeline. Also referred to as depolarized or static potential.

Negative Shunt Factor

Amperage value of the negative shunt factor. This field is available in the Rectifier Negative Inspections mini-grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier Inspections grid > Rectifier Negative Inspections mini-grid.

Number of Crossings

PCS Axis calculated field showing the total number of crossings, such as road crossings, railroad crossings, foreign pipeline crossings, and fence lines. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information or Inspection grid > Customize > Layouts.

Number of Leaks

Numeric field for entering the number of leaks. Add the field Activate Number of Leaks in the Information grid to allow data entry in the Inspection grid. See LSM, Data Entry > Edit LSM Data > Information and Inspection grid > Customize > Layouts.

Number of Negatives

PCS Axis calculated field in either the Rectifier Information or Inspection grid. This field shows the number of negatives in the Rectifier Negative Information mini-grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.

Number of Readings in Survey

A derived field showing the total number of survey readings in a continuous survey. See continuous survey types CIS, AC CIS, DCVG and so on in Indirect Survey Manager (ISM). Also see Working with Derived Fields.

Number of Turns

Number of turns to open a valve. Add the field Activate Number of Turns in the Information grid to allow data entry in the Inspection grid. See VM, Data Entry > Edit VM Data > Information and Inspection grid > Customize > Layouts.

Original Station Number

The initial or original station number before re-aligning station numbers using the Rubber Banding feature in Survey Maintenance.

See ISM, Data Entry > Edit ISM Data > Survey Maintenance.

OTL to Remote Earth (mV)

Over-the-Line to Remote Earth. Use this field to enter a value in millivolts (mV) that represents the sum of all side drain measurements taken during a DCVG survey for a survey point on the pipeline.

See ISM, Data Entry > Edit ISM Data > DCVG.

P/S Offset

Pipe-to-Soil Offset.l Offset added to a pipe-to-soil (P/S) reading collected on the Allegro field computer. Use this field when using a permanent reference cell other than copper-copper sulfate. PCS Axis uses the value to convert the reading to the equivalent copper-copper sulfate reading. See CPDM, Data Entry > Edit CPDM Data > Test Point > Information or Inspection grid > Customize > Layouts.

Parallel Line

Two (2) pipelines within the same ROW (right-of way) and parallel to each other. Use the fields Pipeline Code and Pipeline Name in Select ROWs to identify a parallel pipeline. Also see Pipe, Pipeline Code, and Pipeline Name.

PBN Dial Reading

Measurement reading taken at inspection. Add the field Activate PBN Dial Reading in the Information grid to allow data entry in the Inspection grid. See ICM, Data Entry > Edit ICM Data > Probe > Information and Inspection grid > Customize > Layouts.

PCM Current (dB)

Numeric field that supports decimal numbers with up to 6 digits resolution, including two numbers after the decimal point. Use this field to enter the PCM current reading as measured in mA and dB by the PCM inspection tool during an ACCA survey.

See ISM, Data Entry > Edit ISM Data > ACCA.

Pearson

Continuous (indirect) survey that uses an electrical method for locating holidays in the pipeline coating by applying an AC signal on the pipeline and the reception of the signal by two surveyors wearing metal cleats and connected to a Pearson receiver.

See ISM, Data Entry > Edit ISM Data > Pearson.

Periodic Survey

A survey conducted more often than every 12 months, such as monthly or bi-monthly rectifier surveys. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grid > Customize > Layouts.

Periodic Survey Year

Year a periodic survey is performed. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grid > Customize > Layouts.

Permanent Comments

Comments permanently associated with a facility. This type of comment does not typically change during each survey year. This field is available for use in all modules and can be added in the Information grid. See Data Entry > Edit <module> Data > Information grid > Customize > Layouts.

Note: Comments that apply to a particular survey should be entered in the Survey Remarks field.

Phone Number

Phone number of the person to contact at another company about a foreign bond. See CPDM, Data Entry > Edit CPDM Data > Foreign Bond > Information or Inspection grid > Customize > Layouts.

Pipe

Two digit alphanumeric code used to identify a parallel pipeline in a common ROW with an existing pipeline. Also see Pipeline Code, Pipeline Name, and Parallel Line.

Pipeline Code

Two digit alphanumeric code used to identify a parallel pipeline in a common ROW with an existing pipeline. Also see Pipe, Pipeline Name, and Parallel Line.

Pipeline Name

Name of a parallel pipeline in a common ROW with an existing pipeline. Also see Pipe, Pipeline Code, and Parallel Line.

Plot This Point

Use this field to include or exclude continuous survey readings in reports and graphs. To include a survey reading, click the check box to place a check mark in the check box. To exclude a survey reading, clear the check mark by clicking the check box. This field is enabled by default with all survey readings included in reports and graphs.

See ISM, Data Entry > Edit ISM Data > any survey type.

Polarity

Direction of current flow at a foreign bond. Add the field Activate Polarity in the Information grid to allow data entry in the Inspection grid.

See CPDM, Data Entry > Edit CPDM Data > Foreign Bond > Information and Inspection grid > Customize > Layouts.

Power Company Phone Number

Phone number of the power company for a rectifier installation site. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grid > Customize > Layouts.

Pre-Install P/S

Pipe-to-soil reading taken before installation of galvanic anodes. See CPDM, Data Entry > Edit CPDM Data > Galvanic Anode > Information or Inspection grid > Customize > Layouts.

Property Rights

Code that identifies any property rights that might impact inspection or access to a pipeline. The field supports up to 10 alphanumeric characters including spaces, such as B #1234567. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.

Rectifier Anode Size

Dimensions of impressed current anodes such as 3 x 60. Add the field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.

Rectifier Anode Type

Type of anode such as graphite or high silicon material. Add the field in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.

Rectifier Current Adjusted

Check box for indicating a change was made to the rectifier current at inspection. When a change is made (1) click to add a check mark in the Rectifier Current Adjusted check box, (2) enter the adjusted reading in the fields Rectifier Output Volts Left and Rectifier Output Current Left. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grids > Customize > Layouts.

Rectifier Current Density

A calculated report field indicating the amount of current required per square foot to change a structure’s potential to –0.85 volts.

Rectifier Current Distributions

Number of pipelines receiving current from a rectifier. This field is generated by PCS Axis as current distributions are added. See CPDM module, Reports/Graphs > Survey Report.

Rectifier Output Current Found

Initial rectifier reading at inspection measured in Amps. Add the field Activate Rectifier Output Current Found in the Information grid to allow data entry in the Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layouts.

Note: PCS Axis multiplies the initial rectifier reading by the rectifier shunt factor when the fields Rated Rectifier Output Volts and Rated Rectifier Output Current are populated in the Rectifiers Information grid.

Rectifier Output Current Found Maximum/Minimum

Maximum and minimum value (measured in Amps) allowed for data entry in the field Rectifier Output Current Found. Add the fields in either the Rectifier Information or Inspection grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.

Rectifier Output Current Left

Rectifier reading after making adjustments to the rectifier output current at inspection (measured in Amps). Also see description for Rectifier Output Current Found. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Inspection grids > Customize > Layouts.

Rectifier Output Shunt Factor

Amperage value of the anode shunt factor. Refers to the shunt used to measure the output current of each anode in a positive junction box. Shunt factor includes the value in this field and the value entered in the field Rectifier Output Shunt Rating. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.

Rectifier Output Volts Found

Initial rectifier reading at inspection measured in volts. Add and enable the field Activate Rectifier Output Volts Found in the Rectifier Information grid to allow data entry in the Inspections grid. Also refer to the description Rectifier Current Adjusted. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layout.

Rectifier Output Volts Found Maximum/Minimum

Maximum and minimum voltage value allowed for data entry in the field Rectifier Output Volts Found. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information or Inspection grids > Customize > Layouts.

Rectifier Output Volts Left

See description for Rectifier Current Adjusted.

Repair Priority

Code number for identifying how soon repair work should begin. The field accepts up to five alphanumeric characters including spaces, such as A #123. This field is available for use in all modules. See Data Entry > Edit <module> Data > Maintenance grid > Customize > Layouts.

Revolutions

Number of times a power meter wheel has rotated in a specific time period. This field is used to calculate the value in the Efficiency field. Add and enable the field Activate Revolutions in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layout.

RFID

Radio-frequency identification number populated either by transferring an Allegro Periodic Survey (PS) to PCS Axis or manual entry in a grid. This field is available for use in all modules. See Data Entry > Edit <module> Data > Information, Inspection, or Maintenance grid > Customize > Layouts.

ROW Currently Active

Check box for indicating when a pipeline is active or inactive according to survey status. Field is available for use in all modules. See Data Entry > Edit <module> Data > Information grid.

Seconds

Amount of time in seconds that has elapsed for the number of Revolutions. This field is used to calculate the value in the Efficiency field. Add and enable the field Activate Seconds in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layout.

Signal Strength

Signal strength of the voltage gradient (IR drop) at survey points along the pipeline as measured in millivolts (mV) by a voltmeter during a DCVG survey.

See ISM, Data Entry > Edit ISM Data > DCVG.

Soil Resistivity (Ohm/cm)

Use this field to record soil resistivity measurements along the pipeline. Measurements are in Ohm-centimeters (Ohm/cm).

See ISM, Data Entry > Edit ISM Data > Soil Resistivity.

South P/S

Structure reading in volts when a half-cell is placed near the east side of a tank. Add and enable Activate Cardinal Points in the Tank Information grid to allow data entry in the Inspections grid.

See CPDM, Data Entry > Edit CPDM Data > Tank > Information and Inspection grids > Customize > Layouts.

South P/S Maximum/Minimum

Maximum and minimum voltage value allowed for data entry when entering a structure reading in the South P/S field.

SRB

Amount of sulfate-reducing bacteria (SRB) measured as parts per million (Ppm). Add and enable Activate SRB in the Samples Information grid to allow data entry in the Inspections grid. See ICM, Data Entry > Edit CPDM Data > Samples > Information and Inspection grids > Customize > Layouts.

Start Date

First day of a start and end date range, such as a start date of 05/04/2012 and an end date of 08/06/2012. A date range is typically used when generating a schedule or when defining a survey folder. This field is available in all modules. See Data Entry > Edit <module> Data > Information or Inspection grid.

Station Marker

See description for Milepost.

Station Number

Use this field to enter testing or facility location numbers on a pipeline (such as 23+124). Station numbers are also referred to as milepost, milepost marker, or station marker.

Station Number Maximum

A derived field showing the highest station number from survey readings in a continuous survey. See continuous survey types CIS, AC CIS, DCVG and so on in Indirect Survey Manager (ISM). Also see Working with Derived Fields.

Station Number Minimum

A derived field showing the lowest station number from survey readings in a continuous survey.

Structure IRF and Structure IRF-CIS

Potential of the pipe, relative to the soil, with interrupted rectifier current (measured in volts). Use this field to enter pipe-to-soil “off” measurements taken at a site with all DC sources interrupted.

See ISM, Data Entry > Edit ISM Data > CIS.

In CPDM, add and enable Activate Structure IRF in the Test Point Information grid to allow data entry in the Inspections grid.

Structure P/S and Structure P/S-CIS

Potential of the pipe relative to the soil measured in volts. Use this field to enter pipe-to-soil “on” measurements taken at a site with all DC sources operational.

See ISM, Data Entry > Edit ISM Data > CIS.

In CPDM, add and enable the field Activate Structure P/S in the Test Point Information grid to allow data entry in the Inspections grid.

Surface Area

Total length and width of the pipeline expressed in feet. This field is used to determine Efficiency in the Current Density report. See any module > Data Entry > Edit ROW Detail.

Surface Condition

Surface condition of the pipeline. The field accepts up to five alphanumeric characters. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.

Surface Covering

Type of coating or covering on the pipeline. See LSM, Data Entry > Edit LSM Data > Maintenance grid > Customize > Layouts.

Survey Date

Date an inspection or survey reading was taken.

Survey Interval

Potential measurements taken at regular intervals for assessing the level of cathodic protection (CP). The system default is 2.5 feet for DC and AC close interval surveys (CIS and AC CIS) in ISM.

Survey Name

Identifies the survey folder a survey reading is assigned to. Field is available for use in all modules. See Data Entry > Edit <module> Data > Inspection grid > Customize > Layouts. For periodic survey readings in CPDM, use the fields Periodic Survey and Periodic Survey Year instead.

Survey Remarks

Remark or comment associated with a test point, rectifier, bond, anomaly, or landmark for a particular survey.

Surveyor

Name of person conducting a survey.

Tap Settings

Coarse or fine tap settings for rectifier output adjustment, such as C2F3. Add and enable Activate Tap Settings in the Rectifier Information grid to allow data entry in the Inspections grid. See CPDM, Data Entry > Edit CPDM Data > Rectifier > Information and Inspection grids > Customize > Layouts.

Total Footage

Total number of feet for pipeline segment.

User IR Correction

When a value is entered in User IR Correction, PCS Axis uses the value to calculate Target P/S instead of using the absolute difference between Structure P/S and Structure IRF. See CPDM, Data Entry > Edit CPDM Data > Test Point > Inspection grid > Customize > Layouts.

Valve Coating

Condition of valve coating at inspection. Add and enable Activate Valve Coating in the Information grid to allow data entry in the Inspections grid. See VM, Data Entry > Edit VM Data > Information and Inspection grids > Customize > Layouts.