The records for a voltage and a line differential relay are shown below. The first line must have the words DEVICE, starting at column 1. The remaining data starts on the next line and can occupy one or more lines. The record ends with a blank line.
DEVICE
BUS_NO1; BUS1; KV1; BUS_NO2; BUS2; KV2; CKT; BTYP;
RELAY_ID;
MEMO;
TAG;
ASSETID;
FLAG; ELETYPE;
For voltage relay:
VOPERATE; SGNLONLY;
PTRATIO;
OVINST; OVPICKUP; OVTDDELAY; OVCURVE;
UVINST; UVPICKUP; UVTDDELAY; UVCURVE; LIBNAME;
For line differential relay
PICKUPPP; PICKUP3I0; PICKUP3I2; TDDELAYPH; TLCCURVEPH; TDDELAY3I0; TLCCURVE3I0; TDDELAY3I2; TLCCURVE3I2;LIBNAME;SIGNALONLY;
NOCT;
CTR; CTBUS_NO1; CTCTBUS1; CTKV1; CTBUS_NO2; CTBUS2; CTKV2; CTCKT; CTBTYP;
NOREMOTE;
REMOTE1ID; REMOTE1BUS_NO1; REMOTE1CTBUS1; REMOTE1KV1; REMOTE1BUS_NO2; REMOTE1BUS2; REMOTE1KV2; REMOTE1CKT; REMOTE1BTYP;
REMOTE2ID; REMOTE2BUS_NO1; REMOTE2CTBUS1; REMOTE2KV1; REMOTE2BUS_NO2; REMOTE2BUS2; REMOTE2KV2; REMOTE2CKT; REMOTE2BTYP;
For relay of all types
ONDATE; OFFDATE; PKGB;
UDF;
MEMO: Relay group comments with up to 512 characters enclosed in quotation marks.
TAG: Tag string with a maximum of 512 characters. Tags in string are separated by semicolon. Any alpha-numeric characters can be used, except for the string delimiter (single or double quotation mark). The tag string is enclosed in quotation marks.
ASSETID: Asset ID string with a maximum of 128 characters enclosed in quotation marks.
FLAG: Device on/off- line flag. Set flag to 1 for on-line device; 2 for off-line device.
ELETYPE: Protective device type. Enter 101 for voltage relay; 102 for line differential relay
For voltage relay include the following fields
VOPERATE: Operating quantity code: 1 for L-N voltage; 2 for L-L voltage; 3 for 3V0; 4 for V1; 5 for V2; 6 for Va; 7 for Vb; 8 for Vc; 9 for Vbc; 10 for Vab; 11 for Vca
SGNLONLY: Signal only flag. Enter an integer number all the bits at positions that correspond to signal only element set: 1 for over-voltage instantaneous; 2 for over-voltage with time delay; 3 for under-voltage instantaneous; 4 for under- voltage with time delay. The rest of the bits are reset; For example to indicate over-voltage instantaneous and under-voltage instantaneous as signal only, enter 5 (1st and 3th bits are set).
PTRATIO: PT ratio as string in one of the following format X, X:Y or X/Y. Can have up to 12 characters enclosed in quotation marks.
OVINST: Over-voltage instantaneous setting in secondary amperes.
OVPICKUP: Over-voltage time element pickup setting in secondary amperes.
OVTDDELAY: Over-voltage definite time element delay in seconds or the inverse time curve time dial.
OVCURVE: Over-voltage inverse time curve enclosed in quotation mark. The curve must be empty if the element has definite time delay.
UVINST: Under-voltage instantaneous setting in secondary amperes.
UVPICKUP: Under -voltage time element pickup setting in secondary amperes.
UVTDDELAY: Under -voltage definite time element delay in seconds or the inverse time curve time dial.
UVCURVE: Under -voltage inverse time curve enclosed in quotation mark. The curve must be empty if the element has definite time delay.
LIBNAME: Name of relay library file containing the curves used in relay inverse time elements.
For line differential relay include the following fields
PICKUPPH: Minimum enable phase differential current.
PICKUP3I0: Minimum enable 3Io differential current.
PICKUP3I2: Minimum enable 3I2 differential current.
TLCDELAYPH: Phase tapped load coordination delay.
TLCCURVEPH: Phase tapped load coordination inverse time curve enclosed in quotation mark. The curve must be empty if the element has definite time delay.
TLCDELAY3Io: 3Io tapped load coordination delay.
TLCCURVEPH: 3Io tapped load coordination inverse time curve enclosed in quotation mark. The curve must be empty if the element has definite time delay.
TLCDELAY3I2: 3I2 tapped load coordination delay.
TLCCURVE3I2: 3I2 tapped load coordination inverse time curve enclosed in quotation mark. The curve must be empty if the element has definite time delay.
LIBNAME: Name of relay library file containing the curves used in relay inverse time elements.
SGNLONLY: Signal only flag. Enter 1 to set.
CTCOUNT: number of local current input to follow. Must be 1.
CTR, CTBUS_NO1, CTCTBUS1, CTKV1, CTBUS_NO2, CTBUS2, CTKV2, CTCKT, CTBTYP: location data fields for local input. These fields must point to an existing relay group.
REMOTECOUNT: number of remote devices to follow. Must be 1 or 2.
REMOTE1ID, REMOTE1BUS_NO1, REMOTE1CTBUS1, REMOTE1KV1, REMOTE1BUS_NO2, REMOTE1BUS2, REMOTE1KV2, REMOTE1CKT, REMOTE1BTYP: first remote device location data fields
REMOTE2ID, REMOTE2BUS_NO1, REMOTE2CTBUS1, REMOTE2KV1, REMOTE2BUS_NO2, REMOTE2BUS2, REMOTE2KV2, REMOTE2CKT, REMOTE2BTYP: second remote device location data fields
For relays of all types, include the following fields
ONDATE: In-service date. Set to 0 if not available. Otherwise enter an unsigned 32-bit integer that stores the year/month/date information given by the CTime object in the Microsoft Foundation Class.
OFFDATE: Out-of-service date. Set to 0 if not available. Otherwise enter an unsigned 32-bit integer that stores the year/month/date information given by the CTime object in the Microsoft Foundation Class.
PKGB: Protection package B flag. Enter 1 if true. Otherwise, enter 0.
UDF: User-defined data fields. Enter the list of user defined field values as a tab delimited text string enclosed in single quotes.