Reclosers
Kyle® Form 5 Microprocessor-based
Electronic Recloser Control
Serial Communications
Service Information
R280-90-13
Communications Point Data Base
Data 2483
For
Communications Protocol 2179
For Use with Cooper Power Systems
Form 5, Form 5 UDP, Form 5 LS/UDP
Recloser Controls
September 2005 • Supersedes 5/01
Printed in USA
F5 2179 Data Dictionary
F5 2179 Protocol Data Dictionary
9/8/2005
v1.18
Database v15
THE INFORMATION CONTAINED IN THIS DOCUMENT IS THE PROPERTY OF COOPER INDUSTRIES, INC.
UNAUTHORIZED REPRODUCTION OR MODIFICATION IS PROHIBITED.
Document
v1.18
v1.17
v1.16
Date
9/8/2005
4/12/2001
3/22/2001
Database
v15
v15
v15
v1.15
v1.14
v1.13
v1.12
2/4/1999
1/11/1999
10/15/1999
10/14/1999
v13
v12
v11
v11
v1.11
6/14/1999
v10
v1.10
v1.9
v1.8
2/24/1999
1/18/1999
10/12/1998
v9
v9
v8
v1.7
7/15/1998
v7
v1.6
6/12/1998
v6
v1.5
v1.4
v1.3
v1.2
v1.1
v1.0
5/27/1998
9/30/1997
5/15/1997
4/24/1997
3/6/1997
2/11/1997
v4
v4
v3
v2
v2
v2
Description
Changed wording of TCC number
Added missing bits to Basic Scan
Added combined trip/close point to CROBs
Added Hot Line Tag items to protection profile object
Moved triple single mode items to protection profile object
Added Primary Voltage present threshold parameter to system info object
Added Dynamic Phase Trip Enable parameter to Triple-Single Object
Added Source-to-Load Side voltage difference to Metering, Alarms, Profiler, Histograms
Fixed offset for TCC Read/Write ID and Switch Characteristics Data objects
Added Fault Location and Directional SEF items to protection profile object
Added Fault Location event type 12
Added Triple single binary input status & SBO definitions
Added trip/close safety delay, power factor sign (Ordinal 6, Parameters)
Corrected size of triple single configuration object
Added triple single configuration object file (Ordinal 6, Parameters)
Added additional SGF reclose intervals (File ID, configuration)
Added calibration object files (File ID, configuration)
Add Frequency to Basic Scan
Add Frequency to Alarms, Profiler and Histograms
Add Voltage Sensor Correction parameters to System Information
Add Voltage / Frequency protection configuration
Add Voltage / Frequency event type 11
Add Voltage / Frequency Status and SBO definitions
Add Phase-Phase and Load Side voltages to Metering, Alarms, Profiler, Histograms
Add KW hours to Metering, Alarms, Profiler
Add High / Low set Protection Profile parameters
Add custom SA definitions for simple status and SBO
Corrected scale factors for 16 bit analogs
Added LS parameters
Added FTD shots to lockout to Protection Profile parameters
Updated scale factors in analogs.
Added I/O definitions for SGF Block
Initial
Note: Shaded columns represent additions from previous database version
Database v15
Page 1
Cover Sheet
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Sequence Number Assignments for use in Basic Scan, Scan Inclusive, RBX, Scan-by-Table and U-2 Mode
Sequence Element Name
00 - 10 2-Bit Port Logic Output
Data Type
BITSTRING
Usage
Monitor
Description
Port status output from custom logic
30 Simple Port Logic Output, Part 1
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Frequency/Voltage Auto-Restore blocked
Voltage Trip blocked
Frequency Trip blocked
SGF target
Ground fault target
Phase 5-6 fault target
Phase 3-4 fault target
Phase 1-2 fault target
AC power present
Control OK
Control lockout
Recloser open
Recloser closed
Check Battery
Recloser malfunction
Reverse power flow
CL Index
7
6
5
4
3
2
1
0
15
14
13
12
11
10
9
8
31 Simple Port Logic Output, Part 2
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Normal profile active
Fast trips disabled
Battery test active
Cold load pickup blocked
Supervisory off
Non reclosing active
Ground trip blocked
Above minimum trip
Not used
Not used
Frequency Trip
Voltage Trip
Hot line tag active
Alternate profile 3 active
Alternate profile 2 active
Alternate profile 1 active
CL Index
23
22
21
20
19
18
17
16
31
30
29
28
27
26
25
24
32 Simple Port Logic Output, Part 3
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Monitor
Port status output from custom logic
Target counter on
Operation counter on
Duty accumulator on
Event recorder on
CL Index
39
38
37
36
Database v15
Page 2
Basic Scan, Status (STD,LS,UDP)
F5 2179 Data Dictionary
Sequence Element Name
Data Type
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Usage
33 Simple Port Logic Output, Part 4
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
* Time delay 1 voltage transfer
* Source II disabled
* Source I disabled
* LS function disabled
* LS disabled
* LS not reset
* Tie active
* Sectionalizing active
Trip Circuit Disconnected
Control Door Open
Not used
Not used
Not used
OCP lockout
* Time delay 3 LS auto reset
* Time delay 2 momentary function
CL Index
55
54
53
52
51
50
49
48
63
62
61
60
59
58
57
56
34 Simple Port Logic Input Status, Part 1
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Monitor
Port logic input to custom logic
Normal profile enabled
Test mode off
Event Recorder off
Data alarm recording on
Status alarm recording on
Profiler off
Histogram off
SGF Block
Battery test on
Fast trips disabled
Hot line tag on
Ground trip block on
CL Index
7
6
5
4
3
2
1
0
15
14
13
12
Database v15
Page 3
Description
Data alarms on
Status alarms on
Data profiler on
Histograms on
* Z Phase voltage present
* Y Phase voltage present
* X Phase voltage present
C Phase voltage present
B Phase voltage present
A Phase voltage present
SGF Blocked
Active alarms present
35
34
33
32
47
46
45
44
43
42
41
40
Basic Scan, Status (STD,LS,UDP)
F5 2179 Data Dictionary
Sequence Element Name
35 Simple Port Logic Input Status, Part 2
Data Type
Bit 12
Bit 13
Bit 14
Bit 15
Usage
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Description
Non reclosing on
Alternate profile 3 enabled
Alternate profile 2 enabled
Alternate profile 1 enabled
Port logic input to custom logic
* LS Disable
* LS Reset
* Source II Disable
* Source I Disable
SGF block on
Reset targets
Close
Lockout
Not used
Not used
Not used
Frequency/Voltage Auto-Restore block
Voltage Trip block
Frequency Trip block
Not used
Not used
11
10
9
8
CL Index
23
22
21
20
19
18
17
16
31
30
29
28
27
26
25
24
36 - 37 Reserved
* LS Controls Only
Database v15
Page 4
Basic Scan, Status (STD,LS,UDP)
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Sequence Number Assignments for use in Basic Scan, Scan Inclusive, RBX, Scan-by-Table and U-2 Mode
Sequence Element Name
00 - 10 2-Bit Port Logic Output
Data Type
BITSTRING
Usage
Monitor
Description
Port status output from custom logic
30 Simple Port Logic Output, Part 1
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Frequency/Voltage Auto-Restore blocked
Voltage Trip blocked
Frequency Trip blocked
SGF target
Ground fault target
Phase 5-6 fault target
Phase 3-4 fault target
Phase 1-2 fault target
AC power present
Control OK
Control (or A Phase) lockout
Recloser (or A Phase) open
Recloser (or A Phase) closed
Check Battery
Recloser malfunction
Reverse power flow
CL Index
7
6
5
4
3
2
1
0
15
14
13
12
11
10
9
8
31 Simple Port Logic Output, Part 2
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Normal profile active
Fast trips disabled
Battery test active
Cold load pickup blocked
Supervisory off
Non reclosing active
Ground trip blocked
Above minimum trip
Not used
Not used
Frequency Trip
Voltage Trip
Hot line tag active
Alternate profile 3 active
Alternate profile 2 active
Alternate profile 1 active
CL Index
23
22
21
20
19
18
17
16
31
30
29
28
27
26
25
24
32 Simple Port Logic Output, Part 3
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Monitor
Port status output from custom logic
Target counter on
Operation counter on
Duty accumulator on
Event recorder on
CL Index
39
38
37
36
Database v15
Page 5
Basic Scan, Status (3-1)
F5 2179 Data Dictionary
Sequence Element Name
Data Type
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Usage
33 Simple Port Logic Output, Part 4
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
B Phase "Yellow Handle" Active
A Phase "Yellow Handle" Active
Single Phase Trip - Single Phase Lockout mode
Single Phase Trip - Three Phase Lockout mode
Three Phase Trip - Three Phase Lockout mode
C Phase Lockout
C Phase Open
C Phase Closed
Trip Circuit Disconnected
Control Door open
Not used
Not used
C Phase OCP Lockout
B Phase OCP Lockout
A Phase OCP Lockout
C Phase "Yellow Handle" Active
CL Index
55
54
53
52
51
50
49
48
63
62
61
60
59
58
57
56
34 Simple Port Logic Input Status, Part 1
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Monitor
Port logic input to custom logic
Normal profile enabled
Test mode off
Event Recorder off
Data alarm recording on
Status alarm recording on
Profiler off
Histogram off
SGF Block
Battery test on
Fast trips disabled
Hot line tag on
Ground trip block on
CL Index
7
6
5
4
3
2
1
0
15
14
13
12
Database v15
Page 6
Description
Data alarms on
Status alarms on
Data profiler on
Histograms on
B Phase Lockout
B Phase Open
B Phase Closed
C Phase voltage present
B Phase voltage present
A Phase voltage present
SGF Blocked
Active alarms present
35
34
33
32
47
46
45
44
43
42
41
40
Basic Scan, Status (3-1)
F5 2179 Data Dictionary
Sequence Element Name
35 Simple Port Logic Input Status, Part 2
Data Type
Bit 12
Bit 13
Bit 14
Bit 15
Usage
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Description
Non reclosing on
Alternate profile 3 enabled
Alternate profile 2 enabled
Alternate profile 1 enabled
Port logic input to custom logic
Phase C Close
Phase C Trip/Lockout
Phase B Close
Phase B Trip/Lockout
SGF block on
Reset targets
Close
Lockout
Not used
Not used
Not used
Frequency/Voltage Auto-Restore block
Voltage Trip block
Frequency Trip block
All Phases Trip/Lockout
All Phases Close
11
10
9
8
CL Index
23
22
21
20
19
18
17
16
31
30
29
28
27
26
25
24
36 - 37 Reserved
Database v15
Page 7
Basic Scan, Status (3-1)
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Sequence Number Assignments for use in Basic Scan, Scan Inclusive, RBX, Scan-by-Table and U-2 Mode
Sequence Element Name
Operation Counters
40 Phase 1-2 Operation Counter
41 Phase 3-4 Operation Counter
42 Phase 5-6 Operation Counter
Data Type
Usage
Monitor
Description
Switch operation counters
Number of phase 1-2 Operations
Number of phase 3-4 Operations
Number of phase 5-6 Operations
Monitor
Overcurrent protection target counters
Number of phase 1-2 OCP targets
Number of phase 3-4 OCP targets
Number of phase 5-6 OCP targets
Number of ground OCP targets
Number of SGF OCP targets
Number of adapted ground OCP targets
Monitor
Sequence coordination operation counters
Number of phase 1-2 sequence coordination operations
Number of phase 3-4 sequence coordination operations
Number of phase 5-6 sequence coordination operations
Number of ground sequence coordination operations
Number of SGF sequence coordination operations
Number of adapted ground sequence coordination operations
Monitor
INTEGER
Number of alarms information
Number of inactive, unsuppressed & unchanged alarms
INTEGER
Number of inactive, unsuppressed & changed alarms
INTEGER
Number of inactive, suppressed & unchanged alarms
INTEGER
Number of inactive, suppressed & changed alarms
INTEGER
Number of active, unsuppressed & unchanged alarms
INTEGER
Number of active, unsuppressed & changed alarms
INTEGER
Number of active, suppressed & unchanged alarms
INTEGER
Number of active, suppressed & changed alarms
INTEGER
INTEGER
INTEGER
43
44
45
46
47
48
OCP Target Counters
Phase 1-2 Target Counter
Phase 3-4 Target Counter
Phase 5-6 Target Counter
Ground Target Counter
SGF Target Counter
Adapted Ground Target Counter
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
49
4A
4B
4C
4D
4E
Sequence Coordination Counters
Phase 1-2 Seq Coord Counter
Phase 3-4 Seq Coord Counter
Phase 5-6 Seq Coord Counter
Ground Seq Coord Counter
SGF Seq Coord Counter
Adapted Ground Seq Coord Counter
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Alarm Recorder Count
4F Number Of Inactive, Unsuppressed &
Unchanged Alarms
50 Number Of Inactive, Unsuppressed & Changed
Alarms
51 Number Of Inactive, Suppressed & Unchanged
Alarms
52 Number Of Inactive, Suppressed & Changed
Alarms
53 Number Of Active, Unsuppressed & Unchanged
Alarms
54 Number Of Active, Unsuppressed & Changed
Alarms
55 Number Of Active, Suppressed & Unchanged
Alarms
56 Number Of Active, Suppressed & Changed
Alarms
Profile Recorder Count
57 Number Of Masked Profile Records
58 Number Of Unmasked Profile Records
Database v15
Monitor
INTEGER
INTEGER
Page 8
Number of profile records information
Number of unmasked profile records
Number of masked profile records
Basic Scan, Counters
F5 2179 Data Dictionary
Sequence Element Name
Event Recorder Count
59 Number Of Masked Event Records
5A Number Of Unmasked Event Records
Error Event Recorder Count
5B Number Of Masked Error Event Records
5C Number Of Unmasked Error Event Records
Database v15
Data Type
Usage
Monitor
Description
Number of event records information
Number of unmasked event records
Number of masked event records
Monitor
Number of error event records information
Number of unmasked error event records
Number of masked error event records
INTEGER
INTEGER
INTEGER
INTEGER
Page 9
Basic Scan, Counters
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Sequence Number Assignments for use in Basic Scan, Scan Inclusive, RBX, Scan-by-Table and U-2 Mode
Sequence Element Name
Fixed References
80 Reference 90% (Fixed at 7333h)
81 Reference zero
82
83
84
85
Instantaneous Current Metering
Phase 1-2 Inst Fundamental RMS Current
Phase 3-4 Inst Fundamental RMS Current
Phase 5-6 Inst Fundamental RMS Current
Ground Inst Fundamental RMS Current
Instantaneous Voltage Metering
86 Phase 1 Inst Fundamental RMS Voltage
87 Phase 3 Inst Fundamental RMS Voltage
88 Phase 5 Inst Fundamental RMS Voltage
Multiplication Data Type
Scale Factor
Usage
Description
Monitor
Calibration references
Calibration reference 90% value
Calibration reference zero value
Monitor
Instantaneous current values
Instantaneous current through bushing 1-2
Instantaneous current through bushing 3-4
Instantaneous current through bushing 5-6
Instantaneous ground current
Monitor
Instantaneous voltage values
Instantaneous voltage at bushing 1-2
Instantaneous voltage at bushing 3-4
Instantaneous voltage at bushing 5-6
Monitor
1 INTEGER
1 INTEGER
0.1
0.1
0.1
0.1
INTEGER
INTEGER
INTEGER
INTEGER
2 INTEGER
2 INTEGER
2 INTEGER
89
8A
8B
8C
Instantaneous Power Metering
Phase 1-2 Inst Power Factor
Phase 1-2 Inst KVA
Phase 1-2 Inst KW
Phase 1-2 Inst KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Instantaneous power values
Instantaneous power factor for phase 1-2
Instantaneous KVA for phase 1-2
Instantaneous KW for phase 1-2
Instantaneous KVAR for phase 1-2
8D
8E
8F
90
Phase 3-4 Inst Power Factor
Phase 3-4 Inst KVA
Phase 3-4 Inst KW
Phase 3-4 Inst KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Instantaneous power factor for phase 3-4
Instantaneous KVA for phase 3-4
Instantaneous KW for phase 3-4
Instantaneous KVAR for phase 3-4
91
92
93
94
Phase 5-6 Inst Power Factor
Phase 5-6 Inst KVA
Phase 5-6 Inst KW
Phase 5-6 Inst KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Instantaneous power factor for phase 5-6
Instantaneous KVA for phase 5-6
Instantaneous KW for phase 5-6
Instantaneous KVAR for phase 5-6
95
96
97
98
Total Inst Power Factor
Total Inst KVA
Total Inst KW
Total Inst KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Instantaneous total power factor
Instantaneous total KVA
Instantaneous total KW
Instantaneous total KVAR
99
9A
9B
9C
Instantaneous THD Current Metering
Phase 1-2 THD Current
Phase 3-4 THD Current
Phase 5-6 THD Current
Ground THD Current
0.01
0.01
0.01
0.01
INTEGER
INTEGER
INTEGER
INTEGER
Database v15
Monitor
Page 10
Instantaneous current harmonic values
Instantaneous THD current through bushing 1-2
Instantaneous THD current through bushing 3-4
Instantaneous THD current through bushing 5-6
Instantaneous THD ground current
Basic Scan, Analogs
F5 2179 Data Dictionary
Sequence Element Name
Instantaneous THD Voltage Metering
9D Phase 1 THD Voltage
9E Phase 3 THD Voltage
9F Phase 5 THD Voltage
Battery Data
A0 Battery Voltage
A1 Battery Current
A2
A3
A4
A5
Demand Current Metering
Phase 1-2 Demand Current
Phase 3-4 Demand Current
Phase 5-6 Demand Current
Ground Demand Current
Demand Voltage Metering
A6 Phase 1 Demand Voltage
A7 Phase 3 Demand Voltage
A8 Phase 5 Demand Voltage
Multiplication Data Type
Scale Factor
Usage
Description
Monitor
Instantaneous voltage harmonic values
Instantaneous THD voltage at bushing 1-2
Instantaneous THD voltage at bushing 3-4
Instantaneous THD voltage at bushing 5-6
Monitor
Normal battery monitor parameters
Unloaded battery voltage
Unloaded battery current
Monitor
Demand current values
Demand current through bushing 1-2
Demand current through bushing 3-4
Demand current through bushing 5-6
Demand ground current
Monitor
Demand voltage values
Demand voltage at bushing 1-2
Demand voltage at bushing 3-4
Demand voltage at bushing 5-6
Monitor
0.01 INTEGER
0.01 INTEGER
0.01 INTEGER
0.01 INTEGER
0.0001 INTEGER
0.1
0.1
0.1
0.1
INTEGER
INTEGER
INTEGER
INTEGER
2 INTEGER
2 INTEGER
2 INTEGER
A9
AA
AB
AC
Power Demand Metering
Phase 1-2 Demand Power Factor
Phase 1-2 Demand KVA
Phase 1-2 Demand KW
Phase 1-2 Demand KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Demand power values
Demand power factor for phase 1-2
Demand KVA for phase 1-2
Demand KW for phase 1-2
Demand KVAR for phase 1-2
AD
AE
AF
B0
Phase 3-4 Demand Power Factor
Phase 3-4 Demand KVA
Phase 3-4 Demand KW
Phase 3-4 Demand KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Demand power factor for phase 3-4
Demand KVA for phase 3-4
Demand KW for phase 3-4
Demand KVAR for phase 3-4
B1
B2
B3
B4
Phase 5-6 Demand Power Factor
Phase 5-6 Demand KVA
Phase 5-6 Demand KW
Phase 5-6 Demand KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Demand power factor for phase 5-6
Demand KVA for phase 5-6
Demand KW for phase 5-6
Demand KVAR for phase 5-6
B5
B6
B7
B8
Total Demand Power Factor
Total Demand KVA
Total Demand KW
Total Demand KVAR
0.0001
1
1
1
INTEGER
INTEGER
INTEGER
INTEGER
Total Demand power factor
Total Demand KVA
Total Demand KW
Total Demand KVAR
Demand THD Current Metering
B9 Phase 1-2 Demand THD Current
Database v15
Monitor
0.01 INTEGER
Page 11
Demand current harmonic values
Demand THD current through bushing 1-2
Basic Scan, Analogs
F5 2179 Data Dictionary
Sequence Element Name
BA Phase 3-4 Demand THD Current
BB Phase 5-6 Demand THD Current
BC Ground Demand THD Current
Multiplication
Scale Factor
0.01
0.01
0.01
Data Type
INTEGER
INTEGER
INTEGER
Demand THD Voltage Metering
BD Phase 1 Demand THD Voltage
BE Phase 3 Demand THD Voltage
BF Phase 5 Demand THD Voltage
0.01 INTEGER
0.01 INTEGER
0.01 INTEGER
Duty Accumulators
C0 Phase 1-2 % Rated Duty Depleted
C1 Phase 3-4 % Rated Duty Depleted
C2 Phase 5-6 % Rated Duty Depleted
0.01 INTEGER
0.01 INTEGER
0.01 INTEGER
C3
C4
C5
C6
Instantaneous energy values
Phase 1-2 kWatt-hours
Phase 3-4 kWatt-hours
Phase 5-6 kWatt-hours
Total kWatt-hours
500
500
500
500
2 INTEGER
2 INTEGER
2 INTEGER
Demand phase-to-phase voltage values
CA Phase 1-3 Demand Fundamental RMS Voltage
CB Phase 3-5 Demand Fundamental RMS Voltage
CC Phase 5-1 Demand Fundamental RMS Voltage
2 INTEGER
2 INTEGER
2 INTEGER
Instantaneous load-side line-to-neutral voltage
CD Phase 2 Inst Fundamental RMS Voltage
CE Phase 4 Inst Fundamental RMS Voltage
CF Phase 6 Inst Fundamental RMS Voltage
2 INTEGER
2 INTEGER
2 INTEGER
Instantaneous load-side phase-to-phase voltage
D0 Phase 2-4 Inst Fundamental RMS Voltage
D1 Phase 4-6 Inst Fundamental RMS Voltage
D2 Phase 6-2 Inst Fundamental RMS Voltage
2 INTEGER
2 INTEGER
2 INTEGER
Demand load-side line-to-neutral voltage
D3 Phase 2 Demand Fundamental RMS Voltage
D4 Phase 4 Demand Fundamental RMS Voltage
2 INTEGER
2 INTEGER
Description
Demand THD current through bushing 3-4
Demand THD current through bushing 5-6
Demand THD ground current
Monitor
Demand voltage harmonic values
Demand THD voltage at bushing 1-2
Demand THD voltage at bushing 3-4
Demand THD voltage at bushing 5-6
Monitor
Duty accumulators information
Duty accumulator for phase 1-2 interrupter
Duty accumulator for phase 3-4 interrupter
Duty accumulator for phase 5-6 interrupter
Monitor
Instantaneous energy values
Instantaneous energy through bushing 1-2
Instantaneous energy through bushing 3-4
Instantaneous energy through bushing 5-6
Total Instantaneous energy
Monitor
Instantaneous source-side phase-to-phase voltage
Instantaneous voltage from bushing 1 to 3
Instantaneous voltage from bushing 3 to 5
Instantaneous voltage from bushing 5 to 1
Monitor
Demand phase-to-phase voltage values
Demand voltage from bushing 1-2 to 3-4
Demand voltage from bushing 3-4 to 5-6
Demand voltage from bushing 5-6 to 1-2
Monitor
Instantaneous load-side line-to-neutral voltage
Instantaneous voltage at bushing 2
Instantaneous voltage at bushing 4
Instantaneous voltage at bushing 6
Monitor
Instantaneous load-side phase-to-phase voltage
Instantaneous voltage from bushing 2 to 4
Instantaneous voltage from bushing 4 to 6
Instantaneous voltage from bushing 6 to 2
Monitor
Demand load-side line-to-neutral voltage
Demand voltage at bushing 2
Demand voltage at bushing 4
INTEGER
INTEGER
INTEGER
INTEGER
Instantaneous source-side phase-to-phase voltage
C7 Phase 1-3 Inst Fundamental RMS Voltage
C8 Phase 3-5 Inst Fundamental RMS Voltage
C9 Phase 5-1 Inst Fundamental RMS Voltage
Database v15
Usage
Page 12
Basic Scan, Analogs
F5 2179 Data Dictionary
Sequence Element Name
D5 Phase 6 Demand Fundamental RMS Voltage
Demand load-side phase-to-phase voltage
D6 Phase 2-4 Demand Fundamental RMS Voltage
D7 Phase 4-6 Demand Fundamental RMS Voltage
D8 Phase 6-2 Demand Fundamental RMS Voltage
Frequency
D9 Phase 3-4 Frequency
Multiplication Data Type
Scale Factor
2 INTEGER
Description
Demand voltage at bushing 6
Monitor
2 INTEGER
2 INTEGER
2 INTEGER
Demand load-side phase-to-phase voltage
Demand voltage from bushing 2 to 4
Demand voltage from bushing 4 to 6
Demand voltage from bushing 6 to 2
Monitor
0.005 INTEGER
Instantaneous source-to-load side voltage difference
DA Phase 1-2 Inst Voltage Difference
DB Phase 3-4 Inst Voltage Difference
DC Phase 5-6 Inst Voltage Difference
2 INTEGER
2 INTEGER
2 INTEGER
Demand source-to-load side voltage difference
DD Phase 1-2 Demand Voltage Difference
DE Phase 3-4 Demand Voltage Difference
DF Phase 5-6 Demand Voltage Difference
2 INTEGER
2 INTEGER
2 INTEGER
Database v15
Usage
Frequency at bushings 2-4
Monitor
Instantaneous source-to-load side voltage difference
Instantaneous voltage difference bushing 1 and 2
Instantaneous voltage difference bushing 3 and 4
Instantaneous voltage difference bushing 5 and 6
Monitor
Demand source-to-load side voltage difference
Demand voltage difference bushing 1 and 2
Demand voltage difference bushing 3 and 4
Demand voltage difference bushing 5 and 6
Page 13
Basic Scan, Analogs
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Sequence Number Assignments for use in Special Applications
Sequence Element Name
Inst Harmonic Current Metering
00 Phase 1-2 THD Current
01 Phase 3-4 THD Current
02 Phase 5-6 THD Current
03 Ground THD Current
Data Type
OBJECT
FLOAT
FLOAT
FLOAT
FLOAT
Usage
Monitor
Description
Instantaneous current harmonic values
Harmonic current through bushing 1-2
Harmonic current through bushing 3-4
Harmonic current through bushing 5-6
Harmonic ground current
04
05
06
07
Phase 1-2 2nd Harmonic Current
Phase 3-4 2nd Harmonic Current
Phase 5-6 2nd Harmonic Current
Ground 2nd Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
2nd Harmonic current through bushing 1-2
2nd Harmonic current through bushing 3-4
2nd Harmonic current through bushing 5-6
2nd Harmonic ground current
08
09
0A
0B
Phase 1-2 3rd Harmonic Current
Phase 3-4 3rd Harmonic Current
Phase 5-6 3rd Harmonic Current
Ground 3rd Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
3rd Harmonic current through bushing 1-2
3rd Harmonic current through bushing 3-4
3rd Harmonic current through bushing 5-6
3rd Harmonic ground current
0C
0D
0E
0F
Phase 1-2 4th Harmonic Current
Phase 3-4 4th Harmonic Current
Phase 5-6 4th Harmonic Current
Ground 4th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
4th Harmonic current through bushing 1-2
4th Harmonic current through bushing 3-4
4th Harmonic current through bushing 5-6
4th Harmonic ground current
10
11
12
13
Phase 1-2 5th Harmonic Current
Phase 3-4 5th Harmonic Current
Phase 5-6 5th Harmonic Current
Ground 5th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
5th Harmonic current through bushing 1-2
5th Harmonic current through bushing 3-4
5th Harmonic current through bushing 5-6
5th Harmonic ground current
14
15
16
17
Phase 1-2 6th Harmonic Current
Phase 3-4 6th Harmonic Current
Phase 5-6 6th Harmonic Current
Ground 6th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
6th Harmonic current through bushing 1-2
6th Harmonic current through bushing 3-4
6th Harmonic current through bushing 5-6
6th Harmonic ground current
18
19
1A
1B
Phase 1-2 7th Harmonic Current
Phase 3-4 7th Harmonic Current
Phase 5-6 7th Harmonic Current
Ground 7th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
7th Harmonic current through bushing 1-2
7th Harmonic current through bushing 3-4
7th Harmonic current through bushing 5-6
7th Harmonic ground current
1C
1D
1E
1F
Phase 1-2 8th Harmonic Current
Phase 3-4 8th Harmonic Current
Phase 5-6 8th Harmonic Current
Ground 8th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
8th Harmonic current through bushing 1-2
8th Harmonic current through bushing 3-4
8th Harmonic current through bushing 5-6
8th Harmonic ground current
20 Phase 1-2 9th Harmonic Current
21 Phase 3-4 9th Harmonic Current
FLOAT
FLOAT
9th Harmonic current through bushing 1-2
9th Harmonic current through bushing 3-4
Database v15
Page 14
Special Apps
F5 2179 Data Dictionary
Sequence Element Name
22 Phase 5-6 9th Harmonic Current
23 Ground 9th Harmonic Current
Data Type
FLOAT
FLOAT
Usage
Description
9th Harmonic current through bushing 5-6
9th Harmonic ground current
24
25
26
27
Phase 1-2 10th Harmonic Current
Phase 3-4 10th Harmonic Current
Phase 5-6 10th Harmonic Current
Ground 10th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
10th Harmonic current through bushing 1-2
10th Harmonic current through bushing 3-4
10th Harmonic current through bushing 5-6
10th Harmonic ground current
28
29
2A
2B
Phase 1-2 11th Harmonic Current
Phase 3-4 11th Harmonic Current
Phase 5-6 11th Harmonic Current
Ground 11th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
11th Harmonic current through bushing 1-2
11th Harmonic current through bushing 3-4
11th Harmonic current through bushing 5-6
11th Harmonic ground current
2C
2D
2E
2F
Phase 1-2 12th Harmonic Current
Phase 3-4 12th Harmonic Current
Phase 5-6 12th Harmonic Current
Ground 12th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
12th Harmonic current through bushing 1-2
12th Harmonic current through bushing 3-4
12th Harmonic current through bushing 5-6
12th Harmonic ground current
30
31
32
33
Phase 1-2 13th Harmonic Current
Phase 3-4 13th Harmonic Current
Phase 5-6 13th Harmonic Current
Ground 13th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
13th Harmonic current through bushing 1-2
13th Harmonic current through bushing 3-4
13th Harmonic current through bushing 5-6
13th Harmonic ground current
34
35
36
37
Phase 1-2 14th Harmonic Current
Phase 3-4 14th Harmonic Current
Phase 5-6 14th Harmonic Current
Ground 14th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
14th Harmonic current through bushing 1-2
14th Harmonic current through bushing 3-4
14th Harmonic current through bushing 5-6
14th Harmonic ground current
38
39
3A
3B
Phase 1-2 15th Harmonic Current
Phase 3-4 15th Harmonic Current
Phase 5-6 15th Harmonic Current
Ground 15th Harmonic Current
FLOAT
FLOAT
FLOAT
FLOAT
15th Harmonic current through bushing 1-2
15th Harmonic current through bushing 3-4
15th Harmonic current through bushing 5-6
15th Harmonic ground current
Inst Harmonic Voltage Metering
3C Phase 1 THD Voltage
3D Phase 3 THD Voltage
3E Phase 5 THD Voltage
OBJECT
FLOAT
FLOAT
FLOAT
3F Phase 1 2nd Harmonic Voltage
40 Phase 3 2nd Harmonic Voltage
41 Phase 5 2nd Harmonic Voltage
FLOAT
FLOAT
FLOAT
2nd Harmonic voltage at bushing 1-2
2nd Harmonic voltage at bushing 3-4
2nd Harmonic voltage at bushing 5-6
42 Phase 1 3rd Harmonic Voltage
43 Phase 3 3rd Harmonic Voltage
FLOAT
FLOAT
3rd Harmonic voltage at bushing 1-2
3rd Harmonic voltage at bushing 3-4
Database v15
Monitor
Page 15
Instantaneous voltage harmonic values
Harmonic voltage at bushing 1-2
Harmonic voltage at bushing 3-4
Harmonic voltage at bushing 5-6
Special Apps
F5 2179 Data Dictionary
Sequence Element Name
44 Phase 5 3rd Harmonic Voltage
Data Type
FLOAT
Usage
Description
3rd Harmonic voltage at bushing 5-6
45 Phase 1 4th Harmonic Voltage
46 Phase 3 4th Harmonic Voltage
47 Phase 5 4th Harmonic Voltage
FLOAT
FLOAT
FLOAT
4th Harmonic voltage at bushing 1-2
4th Harmonic voltage at bushing 3-4
4th Harmonic voltage at bushing 5-6
48 Phase 1 5th Harmonic Voltage
49 Phase 3 5th Harmonic Voltage
4A Phase 5 5th Harmonic Voltage
FLOAT
FLOAT
FLOAT
5th Harmonic voltage at bushing 1-2
5th Harmonic voltage at bushing 3-4
5th Harmonic voltage at bushing 5-6
4B Phase 1 6th Harmonic Voltage
4C Phase 3 6th Harmonic Voltage
4D Phase 5 6th Harmonic Voltage
FLOAT
FLOAT
FLOAT
6th Harmonic voltage at bushing 1-2
6th Harmonic voltage at bushing 3-4
6th Harmonic voltage at bushing 5-6
4E Phase 1 7th Harmonic Voltage
4F Phase 3 7th Harmonic Voltage
50 Phase 5 7th Harmonic Voltage
FLOAT
FLOAT
FLOAT
7th Harmonic voltage at bushing 1-2
7th Harmonic voltage at bushing 3-4
7th Harmonic voltage at bushing 5-6
51 Phase 1 8th Harmonic Voltage
52 Phase 3 8th Harmonic Voltage
53 Phase 5 8th Harmonic Voltage
FLOAT
FLOAT
FLOAT
8th Harmonic voltage at bushing 1-2
8th Harmonic voltage at bushing 3-4
8th Harmonic voltage at bushing 5-6
54 Phase 1 9th Harmonic Voltage
55 Phase 3 9th Harmonic Voltage
56 Phase 5 9th Harmonic Voltage
FLOAT
FLOAT
FLOAT
9th Harmonic voltage at bushing 1-2
9th Harmonic voltage at bushing 3-4
9th Harmonic voltage at bushing 5-6
57 Phase 1 10th Harmonic Voltage
58 Phase 3 10th Harmonic Voltage
59 Phase 5 10th Harmonic Voltage
FLOAT
FLOAT
FLOAT
10th Harmonic voltage at bushing 1-2
10th Harmonic voltage at bushing 3-4
10th Harmonic voltage at bushing 5-6
5A Phase 1 11th Harmonic Voltage
5B Phase 3 11th Harmonic Voltage
5C Phase 5 11th Harmonic Voltage
FLOAT
FLOAT
FLOAT
11th Harmonic voltage at bushing 1-2
11th Harmonic voltage at bushing 3-4
11th Harmonic voltage at bushing 5-6
5D Phase 1 12th Harmonic Voltage
5E Phase 3 12th Harmonic Voltage
5F Phase 5 12th Harmonic Voltage
FLOAT
FLOAT
FLOAT
12th Harmonic voltage at bushing 1-2
12th Harmonic voltage at bushing 3-4
12th Harmonic voltage at bushing 5-6
60 Phase 1 13th Harmonic Voltage
61 Phase 3 13th Harmonic Voltage
62 Phase 5 13th Harmonic Voltage
FLOAT
FLOAT
FLOAT
13th Harmonic voltage at bushing 1-2
13th Harmonic voltage at bushing 3-4
13th Harmonic voltage at bushing 5-6
63 Phase 1 14th Harmonic Voltage
64 Phase 3 14th Harmonic Voltage
FLOAT
FLOAT
14th Harmonic voltage at bushing 1-2
14th Harmonic voltage at bushing 3-4
Database v15
Page 16
Special Apps
F5 2179 Data Dictionary
Sequence Element Name
65 Phase 5 14th Harmonic Voltage
66 Phase 1 15th Harmonic Voltage
67 Phase 3 15th Harmonic Voltage
68 Phase 5 15th Harmonic Voltage
Data Type
FLOAT
FLOAT
FLOAT
FLOAT
69
6A
6B
6C
6D
6E
Sequence Component Current Metering
Positive Sequence Current Mag
Positive Sequence Current Angle
Negative Sequence Current Mag
Negative Sequence Current Angle
Zero Sequence Current Mag
Zero Sequence Current Angle
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
6F
70
71
72
Sequence Component Voltage Metering
Positive Sequence Voltage Mag
Positive Sequence Voltage Angle
Negative Sequence Voltage Mag
Negative Sequence Voltage Angle
FLOAT
FLOAT
FLOAT
FLOAT
73
74
75
76
77
78
Sequence Component Demand Current
Metering
Positive Sequence Demand Current Mag
Positive Sequence Demand Current Angle
Negative Sequence Demand Current Mag
Negative Sequence Demand Current Angle
Zero Sequence Demand Current Mag
Zero Sequence Demand Current Angle
79
7A
7B
7C
Sequence Component Demand Voltage
Metering
Positive Sequence Demand Voltage Mag
Positive Sequence Demand Voltage Angle
Negative Sequence Demand Voltage Mag
Negative Sequence Demand Voltage Angle
Database v15
Usage
Description
14th Harmonic voltage at bushing 5-6
15th Harmonic voltage at bushing 1-2
15th Harmonic voltage at bushing 3-4
15th Harmonic voltage at bushing 5-6
Monitor
Instantaneous current sequence component values
Positive sequence current magnitude
Positive sequence current angle
Negative sequence current magnitude
Negative sequence current angle
Zero sequence current magnitude
Zero sequence current angle
Monitor
Instantaneous voltage sequence component values
Positive sequence voltage magnitude
Positive sequence voltage angle
Negative sequence voltage magnitude
Negative sequence voltage angle
Monitor
Demand current sequence component values
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Positive sequence current magnitude
Positive sequence current angle
Negative sequence current magnitude
Negative sequence current angle
Zero sequence current magnitude
Zero sequence current angle
Monitor
FLOAT
FLOAT
FLOAT
FLOAT
Demand voltage sequence component values
Positive sequence voltage magnitude
Positive sequence voltage angle
Negative sequence voltage magnitude
Negative sequence voltage angle
Page 17
Special Apps
F5 2179 Data Dictionary
OUTPUT SUBSYSTEM - Sequence Number Assignments for use in Select-Before-Operate (SBO) Operations
00-3F
Port Logic Input
Cold load pickup block
Histogram off
Profiler off
Status alarm recording on
Data alarm recording on
Event Recorder off
Test mode off
Normal profile enabled
Alternate profile 1 enabled
Alternate profile 2 enabled
Alternate profile 3 enabled
Non reclosing on
Ground trip block on
Hot line tag on
Fast trips disabled
Battery test on
Lockout
Close
Reset targets
SGF block on
* Source I Disable
* Source II Disable
* LS Reset
* LS Disable
Reserved
Reserved
Frequency Trip block
Voltage Trip block
Frequency/Voltage Auto-Restore block
Combined Trip/Close
Reserved
Command
Port command input to custom logic
00
01
02
03
04
05
06
07
08
09
0A
0B
0C
0D
0E
0F
10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E - 3F
40 - 64
40
41
42
43
44
45
46
47
48
49
Assorted Histogram Resets
Reset ALL histograms
Reset Phase 1-2 current histogram
Reset Phase 3-4 current histogram
Reset Phase 5-6 current histogram
Reset Ground current histogram
Reset Phase 1 Voltage histogram
Reset Phase 3 Voltage histogram
Reset Phase 5 Voltage histogram
Reset Phase 1-2 power factor histogram
Reset Phase 1-2 KVA histogram
Command
Reset ALL histograms or the specified histogram
Database v15
Page 18
SBO
F5 2179 Data Dictionary
4A
4B
4C
4D
4E
4F
50
51
52
53
54
55
56
57
58
59
5A
5B
5C
5D
5E
5F
60
61
62
63
64
65
66
67
68
Reset Phase 1-2 KW histogram
Reset Phase 1-2 KVAR histogram
Reset Phase 3-4 power factor histogram
Reset Phase 3-4 KVA histogram
Reset Phase 3-4 KW histogram
Reset Phase 3-4 KVAR histogram
Reset Phase 5-6 power factor histogram
Reset Phase 5-6 KVA histogram
Reset Phase 5-6 KW histogram
Reset Phase 5-6 KVAR histogram
Reset Phase Total power factor histogram
Reset Phase Total KVA histogram
Reset Phase Total KW histogram
Reset Phase Total KVAR histogram
Reset Positive sequence current magnitude
Reset Positive sequence current angle
Reset Negative sequence current magnitude
Reset Negative sequence current angle
Reset Zero sequence current magnitude
Reset Zero sequence current angle
Reset Positive sequence Voltage magnitude
Reset Positive sequence Voltage angle
Reset Negative sequence Voltage magnitude
Reset Negative sequence Voltage angle
Reset Phase 1-2 current THD histogram
Reset Phase 3-4 current THD histogram
Reset Phase 5-6 current THD histogram
Reset Ground current THD histogram
Reset Phase 1 Voltage THD histogram
Reset Phase 3 Voltage THD histogram
Reset Phase 5 Voltage THD histogram
69
6A
6B
6C
6D
6E
6F
70
71
Calibration Reset
OCP Target Reset
Alarm suppression on
Unmask all system event recorder entries
Mask all system event recorder entries
Unmask all error event recorder entries
Mask all error event recorder entries
Unmask all profile recorder entries
Mask all profile recorder entries
Command
Command
Command
Command
Command
Command
Command
Command
Command
Calibration reset request
OCP Target reset request
Alarm suppression on/off
Unmask all events request
Mask all events request
Unmask all events request
Mask all events request
Unmask all events request
Mask all events request
72
73
74
75
Reset KWh
Reset Phase 1-3 Voltage histogram
Reset Phase 3-5 Voltage histogram
Reset Phase 5-1 Voltage histogram
Command
Command
Resets kWh accumulation
Resets specified histogram
Database v15
Page 19
SBO
F5 2179 Data Dictionary
76
77
78
79
7A
7B
7C
7D
7E
7F
Reset Phase 2 Voltage histogram
Reset Phase 4 Voltage histogram
Reset Phase 6 Voltage histogram
Reset Phase 2-4 Voltage histogram
Reset Phase 4-6 Voltage histogram
Reset Phase 6-2 Voltage histogram
Reset Phase 3-4 Frequency
Reset Phase 1-2 Voltage Difference histogram
Reset Phase 3-4 Voltage Difference histogram
Reset Phase 5-6 Voltage Difference histogram
* LS Controls Only
Database v15
Page 20
SBO
F5 2179 Data Dictionary
OUTPUT SUBSYSTEM - Sequence Number Assignments for use in Select-Before-Operate (SBO) Operations
00-3F
Port Logic Input
Cold load pickup block
Histogram off
Profiler off
Status alarm recording on
Data alarm recording on
Event Recorder off
Test mode off
Normal profile enabled
Alternate profile 1 enabled
Alternate profile 2 enabled
Alternate profile 3 enabled
Non reclosing on
Ground trip block on
Hot line tag on
Fast trips disabled
Battery test on
Phase A Trip/Lockout
Phase A Close
Reset targets
SGF Block on
Phase B Trip/Lockout
Phase B Close
Phase C Trip/Lockout
Phase C Close
All Phases Trip/Lockout
All Phases Close
Frequency Trip block
Voltage Trip block
Frequency/Voltage Auto-Restore block
A Phase Combined Trip/Close
B Phase Combined Trip/Close
C Phase Combined Trip/Close
Reserved
Command
00
01
02
03
04
05
06
07
08
09
0A
0B
0C
0D
0E
0F
10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E
1F
20 - 3F
40 - 64
40
41
42
43
44
45
46
47
Assorted Histogram Resets
Reset ALL histograms
Reset Phase 1-2 current histogram
Reset Phase 3-4 current histogram
Reset Phase 5-6 current histogram
Reset Ground current histogram
Reset Phase 1 Voltage histogram
Reset Phase 3 Voltage histogram
Reset Phase 5 Voltage histogram
Command
Database v15
Port command input to custom logic
Control (or A Phase) lockout
Recloser (or A Phase) open
Recloser (or A Phase) closed
Page 21
Reset ALL histograms or the specified histogram
SBO (3-1)
F5 2179 Data Dictionary
48
49
4A
4B
4C
4D
4E
4F
50
51
52
53
54
55
56
57
58
59
5A
5B
5C
5D
5E
5F
60
61
62
63
64
65
66
67
68
Reset Phase 1-2 power factor histogram
Reset Phase 1-2 KVA histogram
Reset Phase 1-2 KW histogram
Reset Phase 1-2 KVAR histogram
Reset Phase 3-4 power factor histogram
Reset Phase 3-4 KVA histogram
Reset Phase 3-4 KW histogram
Reset Phase 3-4 KVAR histogram
Reset Phase 5-6 power factor histogram
Reset Phase 5-6 KVA histogram
Reset Phase 5-6 KW histogram
Reset Phase 5-6 KVAR histogram
Reset Phase Total power factor histogram
Reset Phase Total KVA histogram
Reset Phase Total KW histogram
Reset Phase Total KVAR histogram
Reset Positive sequence current magnitude
Reset Positive sequence current angle
Reset Negative sequence current magnitude
Reset Negative sequence current angle
Reset Zero sequence current magnitude
Reset Zero sequence current angle
Reset Positive sequence Voltage magnitude
Reset Positive sequence Voltage angle
Reset Negative sequence Voltage magnitude
Reset Negative sequence Voltage angle
Reset Phase 1-2 current THD histogram
Reset Phase 3-4 current THD histogram
Reset Phase 5-6 current THD histogram
Reset Ground current THD histogram
Reset Phase 1 Voltage THD histogram
Reset Phase 3 Voltage THD histogram
Reset Phase 5 Voltage THD histogram
69
6A
6B
6C
6D
6E
6F
70
71
Calibration Reset
OCP Target Reset
Alarm suppression on
Unmask all system event recorder entries
Mask all system event recorder entries
Unmask all error event recorder entries
Mask all error event recorder entries
Unmask all profile recorder entries
Mask all profile recorder entries
72 Reset KWh
73 Reset Phase 1-3 Voltage histogram
Database v15
Command
Command
Command
Command
Command
Command
Command
Command
Command
Calibration reset request
OCP Target reset request
Alarm suppression on/off
Unmask all events request
Mask all events request
Unmask all events request
Mask all events request
Unmask all events request
Mask all events request
Command
Command
Resets kWh accumulation
Resets specified histogram
Page 22
SBO (3-1)
F5 2179 Data Dictionary
74
75
76
77
78
79
7A
7B
7C
7D
7E
7F
Reset Phase 3-5 Voltage histogram
Reset Phase 5-1 Voltage histogram
Reset Phase 2 Voltage histogram
Reset Phase 4 Voltage histogram
Reset Phase 6 Voltage histogram
Reset Phase 2-4 Voltage histogram
Reset Phase 4-6 Voltage histogram
Reset Phase 6-2 Voltage histogram
Reset Phase 3-4 Frequency
Reset Phase 1-3 Voltage Difference histogram
Reset Phase 3-4 Voltage Difference histogram
Reset Phase 5-6 Voltage Difference histogram
Database v15
Page 23
SBO (3-1)
F5 2179 Data Dictionary
CONFIGURATION Ordinal Block 0 (Error File)
Offset
0000
0001
0002
0003
0008
0009
000A
000B
000C
000D
000E
000F
Error Code
0x01
0x02
0x03
0x09
0x0A
0x0C
0x0D
0x0E
0x10
0x11
0x12
0x13
0x14
0x15
0x20
0x21
0x22
0x2D
0x30
Database v15
Element Name
Error Code
Function Code
Command Code
Reserved
Dynamic Data
Dynamic Data
Dynamic Data
Dynamic Data
Dynamic Data
Dynamic Data
Dynamic Data
Dynamic Data
Description
Data Size (in
Bytes)
1
1
1
5
1
1
1
1
1
1
1
1
Data Type
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
Description
Error code as described below
2179 Function Code
2179 Command Code
Reserved
As defined below
As defined below
As defined below
As defined below
As defined below
As defined below
As defined below
As defined below
Dynamic Data Location
8
9
A
Code
Seq#
Table#
Seq#
Seq#
Illegal command code
Illegal sequence number
Illegal scan table number
SBO operate warm
SBO operate with pending arm
Other request with SBO pending
Other request with write pending
Ordinal write not allowed
Ord#
Previous SBO function not performed satisfactorily
Seq#
Illegal function code
Illegal ordinal number
Ord#
Bias number is illegalof range or total will be out of range
Ord#
OffsetLo
Improper data read/written
DataLo
DataHi
Illegal time-tagged history table number
Table#
RTC data is default, clock isn't set
RTC julian day data is out of range
DayHi
DayLo
RTC HH:MM:SS data is out of range
DayHi
DayLo
The calculated # of events is out of range
Event#
Cannot perform SBO or WRITE function, port is in local mode, or port is tagged
Page 24
B
C
D
E
AckLo
AckHi
F
OffsetHi
Hours
Hours
Minutes
Minutes
Seconds
Seconds
Ordinal 0 (Error File)
F5 2179 Data Dictionary
Definitions used for error code 0x14 Ack Codes
Index
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
Database v15
Description
ACK, function was successful
NAK, Generic unsuccessful indication
Reserved
NAK, Parameter value too high
NAK, Parameter value too low
NAK, Parameter enum type illegal
NAK, Alarm recorder full
NAK, Status alarm recorder full
NAK, Data alarm recorder full
NAK, Supervisory operation not allowed
NAK, Parameter is too low relative to another parameter
NAK, Parameter is too high relative to another parameter
NAK, Requested TCC name not found
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
NAK, Parameter conflicts with another parameter
Page 25
Ordinal 0 (Error File)
F5 2179 Data Dictionary
CONFIGURATION Ordinal Block 2 (ROM)
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
Control Information
Control Type Class
Software Version Revision Number
Database Version Number
Control Part Number
Control Serial Number
Customization Reference Number
Reserved
Date of Final Test
Time of Final Test
Copyright
Reserved
4
4
4
21
21
21
1
2
4
81
1
OBJECT
INTEGER
INTEGER
INTEGER
STRING
STRING
STRING
PAD
INTEGER
LONG
STRING
PAD
Constant
0000
0004
0008
000C
0021
0036
004B
004C
004E
0052
00A3
Control manufacturing information
Control type identifier
Software version
Data dictionary version
Catalog part number of control
Serial number of control
Customization (custom logic) identifier
Pad
Date of final test
Time of final test
Obligatory copyright
Pad
Currently Connected Comm Port Protocol ID
Port Handle
Protocol ID
Protocol Version
Protocol Revision
2
22
4
4
OBJECT
INTEGER
STRING
LONG
LONG
Constant
00A4
00A6
00BC
00C0
Presently connected comm port and protocol information
Comm port ID
Protocol ID
Protocol version
Protocol revision
Port 1 Protocol ID
Port Handle
Protocol ID
Protocol Version
Protocol Revision
2
22
4
4
OBJECT
INTEGER
STRING
LONG
LONG
Constant
00C4
00C6
00DC
00E0
Comm port 1 port and protocol information
Comm port ID
Protocol ID
Protocol version
Protocol revision
Port 2 Protocol ID
Port Handle
Protocol ID
Protocol Version
Protocol Revision
2
22
4
4
OBJECT
INTEGER
STRING
LONG
LONG
Constant
00E4
00E6
00FC
0100
Comm port 2 port and protocol information
Comm port ID
Protocol ID
Protocol version
Protocol revision
Port 3 Protocol ID
Port Handle
Protocol ID
Protocol Version
Protocol Revision
2
22
4
4
OBJECT
INTEGER
STRING
LONG
LONG
Constant
0104
0106
011C
0120
Comm port 3 port and protocol information
Comm port ID
Protocol ID
Protocol version
Protocol revision
Constant
Interesting information about control
0124 Readme Information
Database v15
200 STRING
Page 26
Ordinal 2 (ROM)
F5 2179 Data Dictionary
CONFIGURATION Ordinal Block 5 (RAM)
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
0000
0002
0004
0006
0008
000A
000C
000E
0010
0012
0014
0016
Current Fundamental Histogram
Phase 1-2 Demand Current Under Band Bin
Phase 1-2 Current Bin 1
Phase 1-2 Current Bin 2
Phase 1-2 Current Bin 3
Phase 1-2 Current Bin 4
Phase 1-2 Current Bin 5
Phase 1-2 Current Bin 6
Phase 1-2 Current Bin 7
Phase 1-2 Current Bin 8
Phase 1-2 Current Bin 9
Phase 1-2 Current Bin 10
Phase 1-2 Current Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
0018
001C
001E
0022
0026
0028
002C
002E
Max Phase 1-2 Demand Sample
Date of Max Phase 1-2 Demand Sample
Time of Max Phase 1-2 Demand Sample
Min Phase 1-2 Demand Sample
Date of Min Phase 1-2 Demand Sample
Time of Min Phase 1-2 Demand Sample
Date of Phase 1-2 Demand Record Clear
Time of Phase 1-2 Demand Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0032
0034
0036
0038
003A
003C
003E
0040
0042
0044
0046
0048
Phase 3-4 Current Under Band Bin
Phase 3-4 Current Bin 1
Phase 3-4 Current Bin 2
Phase 3-4 Current Bin 3
Phase 3-4 Current Bin 4
Phase 3-4 Current Bin 5
Phase 3-4 Current Bin 6
Phase 3-4 Current Bin 7
Phase 3-4 Current Bin 8
Phase 3-4 Current Bin 9
Phase 3-4 Current Bin 10
Phase 3-4 Current Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
004A
004E
0050
0054
0058
005A
Max Phase 3-4 Demand Sample
Date of Max Phase 3-4 Demand Sample
Time of Max Phase 3-4 Demand Sample
Min Phase 3-4 Demand Sample
Date of Min Phase 3-4 Demand Sample
Time of Min Phase 3-4 Demand Sample
4
2
4
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Database v15
Monitor
Description
Page 27
Histograms for current values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
005E Date of Phase 3-4 Demand Record Clear
0060 Time of Phase 3-4 Demand Record Clear
2 INTEGER
4 LONG
Date that histogram was reset
Time that histogram was reset
0064
0066
0068
006A
006C
006E
0070
0072
0074
0076
0078
007A
Phase 5-6 Current Under Band Bin
Phase 5-6 Current Bin 1
Phase 5-6 Current Bin 2
Phase 5-6 Current Bin 3
Phase 5-6 Current Bin 4
Phase 5-6 Current Bin 5
Phase 5-6 Current Bin 6
Phase 5-6 Current Bin 7
Phase 5-6 Current Bin 8
Phase 5-6 Current Bin 9
Phase 5-6 Current Bin 10
Phase 5-6 Current Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
007C
0080
0082
0086
008A
008C
0090
0092
Max Phase 5-6 Demand Sample
Date of Max Phase 5-6 Demand Sample
Time of Max Phase 5-6 Demand Sample
Min Phase 5-6 Demand Sample
Date of Min Phase 5-6 Demand Sample
Time of Min Phase 5-6 Demand Sample
Date of Phase 5-6 Demand Record Clear
Time of Phase 5-6 Demand Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0096
0098
009A
009C
009E
00A0
00A2
00A4
00A6
00A8
00AA
00AC
Ground Current Under Band Bin
Ground Demand Current Bin 1
Ground Demand Current Bin 2
Ground Demand Current Bin 3
Ground Demand Current Bin 4
Ground Demand Current Bin 5
Ground Demand Current Bin 6
Ground Demand Current Bin 7
Ground Demand Current Bin 8
Ground Demand Current Bin 9
Ground Demand Current Bin 10
Ground Demand Current Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
00AE
00B2
00B4
00B8
00BC
Max Ground Demand Sample
Date of Max Ground Demand Sample
Time of Max Ground Demand Sample
Min Ground Demand Sample
Date of Min Ground Demand Sample
4
2
4
4
2
FLOAT
INTEGER
LONG
FLOAT
INTEGER
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Database v15
Page 28
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
00BE Time of Min Ground Demand Sample
00C2 Date of Ground Demand Record Clear
00C4 Time of Ground Demand Record Clear
Data Size
(in bytes)
Data Type
Usage
4 LONG
2 INTEGER
4 LONG
Description
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
00C8
00CA
00CC
00CE
00D0
00D2
00D4
00D6
00D8
00DA
00DC
00DE
Voltage Fundamental Histogram phase-neutral
Phase 1 Voltage Under Band Bin
Phase 1 Voltage Bin 1
Phase 1 Voltage Bin 2
Phase 1 Voltage Bin 3
Phase 1 Voltage Bin 4
Phase 1 Voltage Bin 5
Phase 1 Voltage Bin 6
Phase 1 Voltage Bin 7
Phase 1 Voltage Bin 8
Phase 1 Voltage Bin 9
Phase 1 Voltage Bin 10
Phase 1 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
00E0
00E4
00E6
00EA
00EE
00F0
00F4
00F6
Max Phase 1 Voltage Sample
Date of Max Phase 1 Voltage Sample
Time of Max Phase 1 Voltage Sample
Min Phase 1 Voltage Sample
Date of Min Phase 1 Voltage Sample
Time of Min Phase 1 Voltage Sample
Date of Phase 1 Voltage Record Clear
Time of Phase 1 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
00FA
00FC
00FE
0100
0102
0104
0106
0108
010A
010C
010E
0110
Phase 3 Voltage Under Band Bin
Phase 3 Voltage Bin 1
Phase 3 Voltage Bin 2
Phase 3 Voltage Bin 3
Phase 3 Voltage Bin 4
Phase 3 Voltage Bin 5
Phase 3 Voltage Bin 6
Phase 3 Voltage Bin 7
Phase 3 Voltage Bin 8
Phase 3 Voltage Bin 9
Phase 3 Voltage Bin 10
Phase 3 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0112 Max Phase 3 Voltage Sample
0116 Date of Max Phase 3 Voltage Sample
0118 Time of Max Phase 3 Voltage Sample
Database v15
Monitor
4 FLOAT
2 INTEGER
4 LONG
Histograms for source-side phase-neutral voltage values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Page 29
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
011C
0120
0122
0126
0128
Min Phase 3 Voltage Sample
Date of Min Phase 3 Voltage Sample
Time of Min Phase 3 Voltage Sample
Date of Phase 3 Voltage Record Clear
Time of Phase 3 Voltage Record Clear
4
2
4
2
4
FLOAT
INTEGER
LONG
INTEGER
LONG
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
012C
012E
0130
0132
0134
0136
0138
013A
013C
013E
0140
0142
Phase 5 Voltage Under Band Bin
Phase 5 Voltage Bin 1
Phase 5 Voltage Bin 2
Phase 5 Voltage Bin 3
Phase 5 Voltage Bin 4
Phase 5 Voltage Bin 5
Phase 5 Voltage Bin 6
Phase 5 Voltage Bin 7
Phase 5 Voltage Bin 8
Phase 5 Voltage Bin 9
Phase 5 Voltage Bin 10
Phase 5 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0144
0148
014A
014E
0152
0154
0158
015A
Max Phase 5 Voltage Sample
Date of Max Phase 5 Voltage Sample
Time of Max Phase 5 Voltage Sample
Min Phase 5 Voltage Sample
Date of Min Phase 5 Voltage Sample
Time of Min Phase 5 Voltage Sample
Date of Phase 5 Voltage Record Clear
Time of Phase 5 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
015E
0160
0162
0164
0166
0168
016A
016C
016E
0170
0172
0174
Power Histogram
Phase 1-2 Power Factor Under Band Bin
Phase 1-2 Power Factor Bin 1
Phase 1-2 Power Factor Bin 2
Phase 1-2 Power Factor Bin 3
Phase 1-2 Power Factor Bin 4
Phase 1-2 Power Factor Bin 5
Phase 1-2 Power Factor Bin 6
Phase 1-2 Power Factor Bin 7
Phase 1-2 Power Factor Bin 8
Phase 1-2 Power Factor Bin 9
Phase 1-2 Power Factor Bin 10
Phase 1-2 Power Factor Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
0176 Max Phase 1-2 Power Factor Sample
Database v15
Monitor
4 FLOAT
Histograms for power values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Maximum value
Page 30
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
017A
017C
0180
0184
0186
018A
018C
Date of Max Phase 1-2 Power Factor Sample
Time of Max Phase 1-2 Power Factor Sample
Min Phase 1-2 Power Factor Sample
Date of Min Phase 1-2 Power Factor Sample
Time of Min Phase 1-2 Power Factor Sample
Date of Phase 1-2 Power Factor Record Clear
Time of Phase 1-2 Power Factor Record Clear
2
4
4
2
4
2
4
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0190
0192
0194
0196
0198
019A
019C
019E
01A0
01A2
01A4
01A6
Phase 1-2 KVA Under Band Bin
Phase 1-2 KVA Bin 1
Phase 1-2 KVA Bin 2
Phase 1-2 KVA Bin 3
Phase 1-2 KVA Bin 4
Phase 1-2 KVA Bin 5
Phase 1-2 KVA Bin 6
Phase 1-2 KVA Bin 7
Phase 1-2 KVA Bin 8
Phase 1-2 KVA Bin 9
Phase 1-2 KVA Bin 10
Phase 1-2 KVA Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
01A8
01AC
01AE
01B2
01B6
01B8
01BC
01BE
Max Phase 1-2 KVA Sample
Date of Max Phase 1-2 KVA Sample
Time of Max Phase 1-2 KVA Sample
Min Phase 1-2 KVA Sample
Date of Min Phase 1-2 KVA Sample
Time of Min Phase 1-2 KVA Sample
Date of Phase 1-2 KVA Record Clear
Time of Phase 1-2 KVA Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
01C2
01C4
01C6
01C8
01CA
01CC
01CE
01D0
01D2
01D4
01D6
01D8
Phase 1-2 KW Under Band Bin
Phase 1-2 KW Bin 1
Phase 1-2 KW Bin 2
Phase 1-2 KW Bin 3
Phase 1-2 KW Bin 4
Phase 1-2 KW Bin 5
Phase 1-2 KW Bin 6
Phase 1-2 KW Bin 7
Phase 1-2 KW Bin 8
Phase 1-2 KW Bin 9
Phase 1-2 KW Bin 10
Phase 1-2 KW Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Database v15
Page 31
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
01DA
01DE
01E0
01E4
01E8
01EA
01EE
01F0
Max Phase 1-2 KW Sample
Date of Max Phase 1-2 KW Sample
Time of Max Phase 1-2 KW Sample
Min Phase 1-2 KW Sample
Date of Min Phase 1-2 KW Sample
Time of Min Phase 1-2 KW Sample
Date of Phase 1-2 KW Record Clear
Time of Phase 1-2 KW Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
01F4
01F6
01F8
01FA
01FC
01FE
0200
0202
0204
0206
0208
020A
Phase 1-2 KVAR Under Band Bin
Phase 1-2 KVAR Bin 1
Phase 1-2 KVAR Bin 2
Phase 1-2 KVAR Bin 3
Phase 1-2 KVAR Bin 4
Phase 1-2 KVAR Bin 5
Phase 1-2 KVAR Bin 6
Phase 1-2 KVAR Bin 7
Phase 1-2 KVAR Bin 8
Phase 1-2 KVAR Bin 9
Phase 1-2 KVAR Bin 10
Phase 1-2 KVAR Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
020C
0210
0212
0216
021A
021C
0220
0222
Max Phase 1-2 KVAR Sample
Date of Max Phase 1-2 KVAR Sample
Time of Max Phase 1-2 KVAR Sample
Min Phase 1-2 KVAR Sample
Date of Min Phase 1-2 KVAR Sample
Time of Min Phase 1-2 KVAR Sample
Date of Phase 1-2 KVAR Record Clear
Time of Phase 1-2 KVAR Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0226
0228
022A
022C
022E
0230
0232
0234
0236
0238
023A
023C
Phase 3-4 Power Factor Under Band Bin
Phase 3-4 Power Factor Bin 1
Phase 3-4 Power Factor Bin 2
Phase 3-4 Power Factor Bin 3
Phase 3-4 Power Factor Bin 4
Phase 3-4 Power Factor Bin 5
Phase 3-4 Power Factor Bin 6
Phase 3-4 Power Factor Bin 7
Phase 3-4 Power Factor Bin 8
Phase 3-4 Power Factor Bin 9
Phase 3-4 Power Factor Bin 10
Phase 3-4 Power Factor Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Database v15
Page 32
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
023E
0242
0244
0248
024C
024E
0252
0254
Max Phase 3-4 Power Factor Sample
Date of Max Phase 3-4 Power Factor Sample
Time of Max Phase 3-4 Power Factor Sample
Min Phase 3-4 Power Factor Sample
Date of Min Phase 3-4 Power Factor Sample
Time of Min Phase 3-4 Power Factor Sample
Date of Phase 3-4 Power Factor Record Clear
Time of Phase 3-4 Power Factor Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0258
025A
025C
025E
0260
0262
0264
0266
0268
026A
026C
026E
Phase 3-4 KVA Under Band Bin
Phase 3-4 KVA Bin 1
Phase 3-4 KVA Bin 2
Phase 3-4 KVA Bin 3
Phase 3-4 KVA Bin 4
Phase 3-4 KVA Bin 5
Phase 3-4 KVA Bin 6
Phase 3-4 KVA Bin 7
Phase 3-4 KVA Bin 8
Phase 3-4 KVA Bin 9
Phase 3-4 KVA Bin 10
Phase 3-4 KVA Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0270
0274
0276
027A
027E
0280
0284
0286
Max Phase 3-4 KVA Sample
Date of Max Phase 3-4 KVA Sample
Time of Max Phase 3-4 KVA Sample
Min Phase 3-4 KVA Sample
Date of Min Phase 3-4 KVA Sample
Time of Min Phase 3-4 KVA Sample
Date of Phase 3-4 KVA Record Clear
Time of Phase 3-4 KVA Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
028A
028C
028E
0290
0292
0294
0296
0298
029A
029C
029E
Phase 3-4 KW Under Band Bin
Phase 3-4 KW Bin 1
Phase 3-4 KW Bin 2
Phase 3-4 KW Bin 3
Phase 3-4 KW Bin 4
Phase 3-4 KW Bin 5
Phase 3-4 KW Bin 6
Phase 3-4 KW Bin 7
Phase 3-4 KW Bin 8
Phase 3-4 KW Bin 9
Phase 3-4 KW Bin 10
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Database v15
Page 33
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
02A0 Phase 3-4 KW Over Band Bin
2 INTEGER
Over range bin
02A2
02A6
02A8
02AC
02B0
02B2
02B6
02B8
Max Phase 3-4 KW Sample
Date of Max Phase 3-4 KW Sample
Time of Max Phase 3-4 KW Sample
Min Phase 3-4 KW Sample
Date of Min Phase 3-4 KW Sample
Time of Min Phase 3-4 KW Sample
Date of Phase 3-4 KW Record Clear
Time of Phase 3-4 KW Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
02BC
02BE
02C0
02C2
02C4
02C6
02C8
02CA
02CC
02CE
02D0
02D2
Phase 3-4 KVAR Under Band Bin
Phase 3-4 KVAR Bin 1
Phase 3-4 KVAR Bin 2
Phase 3-4 KVAR Bin 3
Phase 3-4 KVAR Bin 4
Phase 3-4 KVAR Bin 5
Phase 3-4 KVAR Bin 6
Phase 3-4 KVAR Bin 7
Phase 3-4 KVAR Bin 8
Phase 3-4 KVAR Bin 9
Phase 3-4 KVAR Bin 10
Phase 3-4 KVAR Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
02D4
02D8
02DA
02DE
02E2
02E4
02E8
02EA
Max Phase 3-4 KVAR Sample
Date of Max Phase 3-4 KVAR Sample
Time of Max Phase 3-4 KVAR Sample
Min Phase 3-4 KVAR Sample
Date of Min Phase 3-4 KVAR Sample
Time of Min Phase 3-4 KVAR Sample
Date of Phase 3-4 KVAR Record Clear
Time of Phase 3-4 KVAR Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
02EE
02F0
02F2
02F4
02F6
02F8
02FA
02FC
02FE
0300
Phase 5-6 Power Factor Under Band Bin
Phase 5-6 Power Factor Bin 1
Phase 5-6 Power Factor Bin 2
Phase 5-6 Power Factor Bin 3
Phase 5-6 Power Factor Bin 4
Phase 5-6 Power Factor Bin 5
Phase 5-6 Power Factor Bin 6
Phase 5-6 Power Factor Bin 7
Phase 5-6 Power Factor Bin 8
Phase 5-6 Power Factor Bin 9
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Database v15
Page 34
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0302 Phase 5-6 Power Factor Bin 10
0304 Phase 5-6 Power Factor Over Band Bin
2 INTEGER
2 INTEGER
Bin 10
Over range bin
0306
030A
030C
0310
0314
0316
031A
031C
Max Phase 5-6 Power Factor Sample
Date of Max Phase 5-6 Power Factor Sample
Time of Max Phase 5-6 Power Factor Sample
Min Phase 5-6 Power Factor Sample
Date of Min Phase 5-6 Power Factor Sample
Time of Min Phase 5-6 Power Factor Sample
Date of Phase 5-6 Power Factor Record Clear
Time of Phase 5-6 Power Factor Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0320
0322
0324
0326
0328
032A
032C
032E
0330
0332
0334
0336
Phase 5-6 KVA Under Band Bin
Phase 5-6 KVA Bin 1
Phase 5-6 KVA Bin 2
Phase 5-6 KVA Bin 3
Phase 5-6 KVA Bin 4
Phase 5-6 KVA Bin 5
Phase 5-6 KVA Bin 6
Phase 5-6 KVA Bin 7
Phase 5-6 KVA Bin 8
Phase 5-6 KVA Bin 9
Phase 5-6 KVA Bin 10
Phase 5-6 KVA Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0338
033C
033E
0342
0346
0348
034C
034E
Max Phase 5-6 KVA Sample
Date of Max Phase 5-6 KVA Sample
Time of Max Phase 5-6 KVA Sample
Min Phase 5-6 KVA Sample
Date of Min Phase 5-6 KVA Sample
Time of Min Phase 5-6 KVA Sample
Date of Phase 5-6 KVA Record Clear
Time of Phase 5-6 KVA Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0352
0354
0356
0358
035A
035C
035E
0360
0362
Phase 5-6 KW Under Band Bin
Phase 5-6 KW Bin 1
Phase 5-6 KW Bin 2
Phase 5-6 KW Bin 3
Phase 5-6 KW Bin 4
Phase 5-6 KW Bin 5
Phase 5-6 KW Bin 6
Phase 5-6 KW Bin 7
Phase 5-6 KW Bin 8
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Database v15
Page 35
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0364 Phase 5-6 KW Bin 9
0366 Phase 5-6 KW Bin 10
0368 Phase 5-6 KW Over Band Bin
2 INTEGER
2 INTEGER
2 INTEGER
Bin 9
Bin 10
Over range bin
036A
036E
0370
0374
0378
037A
037E
0380
Max Phase 5-6 KW Sample
Date of Max Phase 5-6 KW Sample
Time of Max Phase 5-6 KW Sample
Min Phase 5-6 KW Sample
Date of Min Phase 5-6 KW Sample
Time of Min Phase 5-6 KW Sample
Date of Phase 5-6 KW Record Clear
Time of Phase 5-6 KW Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0384
0386
0388
038A
038C
038E
0390
0392
0394
0396
0398
039A
Phase 5-6 KVAR Under Band Bin
Phase 5-6 KVAR Bin 1
Phase 5-6 KVAR Bin 2
Phase 5-6 KVAR Bin 3
Phase 5-6 KVAR Bin 4
Phase 5-6 KVAR Bin 5
Phase 5-6 KVAR Bin 6
Phase 5-6 KVAR Bin 7
Phase 5-6 KVAR Bin 8
Phase 5-6 KVAR Bin 9
Phase 5-6 KVAR Bin 10
Phase 5-6 KVAR Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
039C
03A0
03A2
03A6
03AA
03AC
03B0
03B2
Max Phase 5-6 KVAR Sample
Date of Max Phase 5-6 KVAR Sample
Time of Max Phase 5-6 KVAR Sample
Min Phase 5-6 KVAR Sample
Date of Min Phase 5-6 KVAR Sample
Time of Min Phase 5-6 KVAR Sample
Date of Phase 5-6 KVAR Record Clear
Time of Phase 5-6 KVAR Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
03B6
03B8
03BA
03BC
03BE
03C0
03C2
03C4
Total Power Factor Under Band Bin
Total Power Factor Bin 1
Total Power Factor Bin 2
Total Power Factor Bin 3
Total Power Factor Bin 4
Total Power Factor Bin 5
Total Power Factor Bin 6
Total Power Factor Bin 7
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Database v15
Page 36
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
03C6
03C8
03CA
03CC
Total Power Factor Bin 8
Total Power Factor Bin 9
Total Power Factor Bin 10
Total Power Factor Over Band Bin
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
Bin 8
Bin 9
Bin 10
Over range bin
03CE
03D2
03D4
03D8
03DC
03DE
03E2
03E4
Max Total Power Factor Sample
Date of Max Total Power Factor Sample
Time of Max Total Power Factor Sample
Min Total Power Factor Sample
Date of Min Total Power Factor Sample
Time of Min Total Power Factor Sample
Date of Total Power Factor Record Clear
Time of Total Power Factor Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
03E8
03EA
03EC
03EE
03F0
03F2
03F4
03F6
03F8
03FA
03FC
03FE
Total KVA Under Band Bin
Total KVA Bin 1
Total KVA Bin 2
Total KVA Bin 3
Total KVA Bin 4
Total KVA Bin 5
Total KVA Bin 6
Total KVA Bin 7
Total KVA Bin 8
Total KVA Bin 9
Total KVA Bin 10
Total KVA Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0400
0404
0406
040A
040E
0410
0414
0416
Max Total KVA Sample
Date of Max Total KVA Sample
Time of Max Total KVA Sample
Min Total KVA Sample
Date of Min Total KVA Sample
Time of Min Total KVA Sample
Date of Total KVA Record Clear
Time of Total KVA Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
041A
041C
041E
0420
0422
0424
0426
Total KW Under Band Bin
Total KW Bin 1
Total KW Bin 2
Total KW Bin 3
Total KW Bin 4
Total KW Bin 5
Total KW Bin 6
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Database v15
Page 37
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0428
042A
042C
042E
0430
Total KW Bin 7
Total KW Bin 8
Total KW Bin 9
Total KW Bin 10
Total KW Over Band Bin
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0432
0436
0438
043C
0440
0442
0446
0448
Max Total KW Sample
Date of Max Total KW Sample
Time of Max Total KW Sample
Min Total KW Sample
Date of Min Total KW Sample
Time of Min Total KW Sample
Date of Total KW Record Clear
Time of Total KW Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
044C
044E
0450
0452
0454
0456
0458
045A
045C
045E
0460
0462
Total KVAR Under Band Bin
Total KVAR Bin 1
Total KVAR Bin 2
Total KVAR Bin 3
Total KVAR Bin 4
Total KVAR Bin 5
Total KVAR Bin 6
Total KVAR Bin 7
Total KVAR Bin 8
Total KVAR Bin 9
Total KVAR Bin 10
Total KVAR Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0464
0468
046A
046E
0472
0474
0478
047A
Max Total KVAR Sample
Date of Max Total KVAR Sample
Time of Max Total KVAR Sample
Min Total KVAR Sample
Date of Min Total KVAR Sample
Time of Min Total KVAR Sample
Date of Total KVAR Record Clear
Time of Total KVAR Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
047E
0480
0482
0484
0486
Sequence Component Current Histogram
Positive Seq Current Mag Under Band Bin
Positive Seq Current Magnitude Bin 1
Positive Seq Current Magnitude Bin 2
Positive Seq Current Magnitude Bin 3
Positive Seq Current Magnitude Bin 4
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Database v15
Monitor
Page 38
Histograms for current sequence component values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
0488
048A
048C
048E
0490
0492
0494
Element Name
Positive Seq Current Magnitude Bin 5
Positive Seq Current Magnitude Bin 6
Positive Seq Current Magnitude Bin 7
Positive Seq Current Magnitude Bin 8
Positive Seq Current Magnitude Bin 9
Positive Seq Current Magnitude Bin 10
Positive Seq Current Magnitude Over Band Bin
Data Size
(in bytes)
Data Type
2
2
2
2
2
2
Usage
Description
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
2
0496
049A
049C
04A0
04A4
04A6
04AA
04AC
Max Positive Seq Mag Sample
Date of Max Positive Seq Mag Sample
Time of Max Positive Seq Mag Sample
Min Positive Seq Mag Sample
Date of Min Positive Seq Mag Sample
Time of Min Positive Seq Mag Sample
Date of Positive Seq Mag Record Clear
Time of Positive Seq Mag Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
04B0
04B2
04B4
04B6
04B8
04BA
04BC
04BE
04C0
04C2
04C4
04C6
Positive Seq Current Angle Under Band Bin
Positive Seq Current Angle Bin 1
Positive Seq Current Angle Bin 2
Positive Seq Current Angle Bin 3
Positive Seq Current Angle Bin 4
Positive Seq Current Angle Bin 5
Positive Seq Current Angle Bin 6
Positive Seq Current Angle Bin 7
Positive Seq Current Angle Bin 8
Positive Seq Current Angle Bin 9
Positive Seq Current Angle Bin 10
Positive Seq Current Angle Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
04C8
04CC
04CE
04D2
04D6
04D8
04DC
04DE
Max Positive Seq Angle Sample
Date of Max Positive Seq Angle Sample
Time of Max Positive Seq Angle Sample
Min Positive Seq Angle Sample
Date of Min Positive Seq Angle Sample
Time of Min Positive Seq Angle Sample
Date of Positive Seq Angle Record Clear
Time of Positive Seq Angle Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
04E2 Negative Seq Current Mag Under Band Bin
04E4 Negative Seq Current Magnitude Bin 1
04E6 Negative Seq Current Magnitude Bin 2
Database v15
2 INTEGER
2 INTEGER
2 INTEGER
Under range bin
Bin 1
Bin 2
Page 39
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
04E8
04EA
04EC
04EE
04F0
04F2
04F4
04F6
04F8
Element Name
Negative Seq Current Magnitude Bin 3
Negative Seq Current Magnitude Bin 4
Negative Seq Current Magnitude Bin 5
Negative Seq Current Magnitude Bin 6
Negative Seq Current Magnitude Bin 7
Negative Seq Current Magnitude Bin 8
Negative Seq Current Magnitude Bin 9
Negative Seq Current Magnitude Bin 10
Negative Seq Current Magnitude Over Band Bin
Data Size
(in bytes)
Data Type
2
2
2
2
2
2
2
2
Usage
Description
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
2
04FA
04FE
0500
0504
0508
050A
050E
0510
Max Negative Seq Mag Sample
Date of Max Negative Seq Mag Sample
Time of Max Negative Seq Mag Sample
Min Negative Seq Mag Sample
Date of Min Negative Seq Mag Sample
Time of Min Negative Seq Mag Sample
Date of Negative Seq Mag Record Clear
Time of Negative Seq Mag Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0514
0516
0518
051A
051C
051E
0520
0522
0524
0526
0528
052A
Negative Seq Current Angle Under Band Bin
Negative Seq Current Angle Bin 1
Negative Seq Current Angle Bin 2
Negative Seq Current Angle Bin 3
Negative Seq Current Angle Bin 4
Negative Seq Current Angle Bin 5
Negative Seq Current Angle Bin 6
Negative Seq Current Angle Bin 7
Negative Seq Current Angle Bin 8
Negative Seq Current Angle Bin 9
Negative Seq Current Angle Bin 10
Negative Seq Current Angle Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
052C
0530
0532
0536
053A
053C
0540
0542
Max Negative Seq Angle Sample
Date of Max Negative Seq Angle Sample
Time of Max Negative Seq Angle Sample
Min Negative Seq Angle Sample
Date of Min Negative Seq Angle Sample
Time of Min Negative Seq Angle Sample
Date of Negative Seq Angle Record Clear
Time of Negative Seq Angle Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0546 Zero Seq Current Mag Under Band Bin
Database v15
2 INTEGER
Under range bin
Page 40
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0548
054A
054C
054E
0550
0552
0554
0556
0558
055A
055C
Zero Seq Current Magnitude Bin 1
Zero Seq Current Magnitude Bin 2
Zero Seq Current Magnitude Bin 3
Zero Seq Current Magnitude Bin 4
Zero Seq Current Magnitude Bin 5
Zero Seq Current Magnitude Bin 6
Zero Seq Current Magnitude Bin 7
Zero Seq Current Magnitude Bin 8
Zero Seq Current Magnitude Bin 9
Zero Seq Current Magnitude Bin 10
Zero Seq Current Magnitude Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
055E
0562
0564
0568
056C
056E
0572
0574
Max Zero Seq Mag Sample
Date of Max Zero Seq Mag Sample
Time of Max Zero Seq Mag Sample
Min Zero Seq Mag Sample
Date of Min Zero Seq Mag Sample
Time of Min Zero Seq Mag Sample
Date of Zero Seq Mag Record Clear
Time of Zero Seq Mag Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0578
057A
057C
057E
0580
0582
0584
0586
0588
058A
058C
058E
Zero Seq Current Angle Under Band Bin
Zero Seq Current Angle Bin 1
Zero Seq Current Angle Bin 2
Zero Seq Current Angle Bin 3
Zero Seq Current Angle Bin 4
Zero Seq Current Angle Bin 5
Zero Seq Current Angle Bin 6
Zero Seq Current Angle Bin 7
Zero Seq Current Angle Bin 8
Zero Seq Current Angle Bin 9
Zero Seq Current Angle Bin 10
Zero Seq Current Angle Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0590
0594
0596
059A
059E
05A0
05A4
05A6
Max Zero Seq Angle Sample
Date of Max Zero Seq Angle Sample
Time of Max Zero Seq Angle Sample
Min Zero Seq Angle Sample
Date of Min Zero Seq Angle Sample
Time of Min Zero Seq Angle Sample
Date of Zero Seq Angle Record Clear
Time of Zero Seq Angle Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Database v15
Page 41
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
05AA
05AC
05AE
05B0
05B2
05B4
05B6
05B8
05BA
05BC
05BE
05C0
Element Name
Sequence Component Voltage Histogram
Positive Seq Voltage Mag Under Band Bin
Positive Seq Voltage Magnitude Bin 1
Positive Seq Voltage Magnitude Bin 2
Positive Seq Voltage Magnitude Bin 3
Positive Seq Voltage Magnitude Bin 4
Positive Seq Voltage Magnitude Bin 5
Positive Seq Voltage Magnitude Bin 6
Positive Seq Voltage Magnitude Bin 7
Positive Seq Voltage Magnitude Bin 8
Positive Seq Voltage Magnitude Bin 9
Positive Seq Voltage Magnitude Bin 10
Positive Seq Voltage Magnitude Over Band Bin
Data Size
(in bytes)
Data Type
2
2
2
2
2
2
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Usage
Monitor
Description
Histograms for voltage sequence component values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
2
05C2
05C6
05C8
05CC
05D0
05D2
05D6
05D8
Max Positive Seq Mag Sample
Date of Max Positive Seq Mag Sample
Time of Max Positive Seq Mag Sample
Min Positive Seq Mag Sample
Date of Min Positive Seq Mag Sample
Time of Min Positive Seq Mag Sample
Date of Positive Seq Mag Record Clear
Time of Positive Seq Mag Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
05DC
05DE
05E0
05E2
05E4
05E6
05E8
05EA
05EC
05EE
05F0
05F2
Positive Seq Voltage Angle Under Band Bin
Positive Seq Voltage Angle Bin 1
Positive Seq Voltage Angle Bin 2
Positive Seq Voltage Angle Bin 3
Positive Seq Voltage Angle Bin 4
Positive Seq Voltage Angle Bin 5
Positive Seq Voltage Angle Bin 6
Positive Seq Voltage Angle Bin 7
Positive Seq Voltage Angle Bin 8
Positive Seq Voltage Angle Bin 9
Positive Seq Voltage Angle Bin 10
Positive Seq Voltage Angle Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
05F4
05F8
05FA
05FE
0602
0604
Max Positive Seq Angle Sample
Date of Max Positive Seq Angle Sample
Time of Max Positive Seq Angle Sample
Min Positive Seq Angle Sample
Date of Min Positive Seq Angle Sample
Time of Min Positive Seq Angle Sample
4
2
4
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Database v15
Page 42
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0608 Date of Positive Seq Angle Record Clear
060A Time of Positive Seq Angle Record Clear
2 INTEGER
4 LONG
Date that histogram was reset
Time that histogram was reset
060E
0610
0612
0614
0616
0618
061A
061C
061E
0620
0622
0624
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Negative Seq Voltage Mag Under Band Bin
Negative Seq Voltage Magnitude Bin 1
Negative Seq Voltage Magnitude Bin 2
Negative Seq Voltage Magnitude Bin 3
Negative Seq Voltage Magnitude Bin 4
Negative Seq Voltage Magnitude Bin 5
Negative Seq Voltage Magnitude Bin 6
Negative Seq Voltage Magnitude Bin 7
Negative Seq Voltage Magnitude Bin 8
Negative Seq Voltage Magnitude Bin 9
Negative Seq Voltage Magnitude Bin 10
Negative Seq Voltage Magnitude Over Band Bin
2
0626
062A
062C
0630
0634
0636
063A
063C
Max Negative Seq Mag Sample
Date of Max Negative Seq Mag Sample
Time of Max Negative Seq Mag Sample
Min Negative Seq Mag Sample
Date of Min Negative Seq Mag Sample
Time of Min Negative Seq Mag Sample
Date of Negative Seq Mag Record Clear
Time of Negative Seq Mag Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0640
0642
0644
0646
0648
064A
064C
064E
0650
0652
0654
0656
Negative Seq Voltage Angle Under Band Bin
Negative Seq Voltage Angle Bin 1
Negative Seq Voltage Angle Bin 2
Negative Seq Voltage Angle Bin 3
Negative Seq Voltage Angle Bin 4
Negative Seq Voltage Angle Bin 5
Negative Seq Voltage Angle Bin 6
Negative Seq Voltage Angle Bin 7
Negative Seq Voltage Angle Bin 8
Negative Seq Voltage Angle Bin 9
Negative Seq Voltage Angle Bin 10
Negative Seq Voltage Angle Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0658
065C
065E
0662
Max Negative Seq Angle Sample
Date of Max Negative Seq Angle Sample
Time of Max Negative Seq Angle Sample
Min Negative Seq Angle Sample
4
2
4
4
FLOAT
INTEGER
LONG
FLOAT
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Database v15
Page 43
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0666
0668
066C
066E
Date of Min Negative Seq Angle Sample
Time of Min Negative Seq Angle Sample
Date of Negative Seq Angle Record Clear
Time of Negative Seq Angle Record Clear
2
4
2
4
INTEGER
LONG
INTEGER
LONG
0672
0674
0676
0678
067A
067C
067E
0680
0682
0684
0686
0688
Current Harmonic Histogram
Phase 1-2 Current THD Under Band Bin
Phase 1-2 Current THD Bin 1
Phase 1-2 Current THD Bin 2
Phase 1-2 Current THD Bin 3
Phase 1-2 Current THD Bin 4
Phase 1-2 Current THD Bin 5
Phase 1-2 Current THD Bin 6
Phase 1-2 Current THD Bin 7
Phase 1-2 Current THD Bin 8
Phase 1-2 Current THD Bin 9
Phase 1-2 Current THD Bin 10
Phase 1-2 Current THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
068A
068E
0690
0694
0698
069A
069E
06A0
Max Phase 1-2 Current THD Sample
Date of Max Phase 1-2 Current THD Sample
Time of Max Phase 1-2 Current THD Sample
Min Phase 1-2 Current THD Sample
Date of Min Phase 1-2 Current THD Sample
Time of Min Phase 1-2 Current THD Sample
Date of Phase 1-2 Current THD Record Clear
Time of Phase 1-2 Current THD Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
06A4
06A6
06A8
06AA
06AC
06AE
06B0
06B2
06B4
06B6
06B8
06BA
Phase 3-4 Current THD Under Band Bin
Phase 3-4 Current THD Bin 1
Phase 3-4 Current THD Bin 2
Phase 3-4 Current THD Bin 3
Phase 3-4 Current THD Bin 4
Phase 3-4 Current THD Bin 5
Phase 3-4 Current THD Bin 6
Phase 3-4 Current THD Bin 7
Phase 3-4 Current THD Bin 8
Phase 3-4 Current THD Bin 9
Phase 3-4 Current THD Bin 10
Phase 3-4 Current THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
06BC Max Phase 3-4 Current THD Sample
06C0 Date of Max Phase 3-4 Current THD Sample
Database v15
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Monitor
4 FLOAT
2 INTEGER
Histograms for current harmonic values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Maximum value
Date that maximum value occurred
Page 44
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
06C2
06C6
06CA
06CC
06D0
06D2
Time of Max Phase 3-4 Current THD Sample
Min Phase 3-4 Current THD Sample
Date of Min Phase 3-4 Current THD Sample
Time of Min Phase 3-4 Current THD Sample
Date of Phase 3-4 Current THD Record Clear
Time of Phase 3-4 Current THD Record Clear
4
4
2
4
2
4
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
06D6
06D8
06DA
06DC
06DE
06E0
06E2
06E4
06E6
06E8
06EA
06EC
Phase 5-6 Current THD Under Band Bin
Phase 5-6 Current THD Bin 1
Phase 5-6 Current THD Bin 2
Phase 5-6 Current THD Bin 3
Phase 5-6 Current THD Bin 4
Phase 5-6 Current THD Bin 5
Phase 5-6 Current THD Bin 6
Phase 5-6 Current THD Bin 7
Phase 5-6 Current THD Bin 8
Phase 5-6 Current THD Bin 9
Phase 5-6 Current THD Bin 10
Phase 5-6 Current THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
06EE
06F2
06F4
06F8
06FC
06FE
0702
0704
Max Phase 5-6 Current THD Sample
Date of Max Phase 5-6 Current THD Sample
Time of Max Phase 5-6 Current THD Sample
Min Phase 5-6 Current THD Sample
Date of Min Phase 5-6 Current THD Sample
Time of Min Phase 5-6 Current THD Sample
Date of Phase 5-6 Current THD Record Clear
Time of Phase 5-6 Current THD Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0708
070A
070C
070E
0710
0712
0714
0716
0718
071A
071C
071E
Ground Demand Current THD Under Band Bin
Ground Demand Current THD Bin 1
Ground Demand Current THD Bin 2
Ground Demand Current THD Bin 3
Ground Demand Current THD Bin 4
Ground Demand Current THD Bin 5
Ground Demand Current THD Bin 6
Ground Demand Current THD Bin 7
Ground Demand Current THD Bin 8
Ground Demand Current THD Bin 9
Ground Demand Current THD Bin 10
Ground Demand Current THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0720 Max Ground Current THD Sample
Database v15
4 FLOAT
Maximum value
Page 45
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0724
0726
072A
072E
0730
0734
0736
Date of Max Ground Current THD Sample
Time of Max Ground Current THD Sample
Min Ground Current THD Sample
Date of Min Ground Current THD Sample
Time of Min Ground Current THD Sample
Date of Ground Current THD Record Clear
Time of Ground Current THD Record Clear
2
4
4
2
4
2
4
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
073A
073C
073E
0740
0742
0744
0746
0748
074A
074C
074E
0750
Voltage Harmonic Histogram
Phase 1 Voltage THD Under Band Bin
Phase 1 Voltage THD Bin 1
Phase 1 Voltage THD Bin 2
Phase 1 Voltage THD Bin 3
Phase 1 Voltage THD Bin 4
Phase 1 Voltage THD Bin 5
Phase 1 Voltage THD Bin 6
Phase 1 Voltage THD Bin 7
Phase 1 Voltage THD Bin 8
Phase 1 Voltage THD Bin 9
Phase 1 Voltage THD Bin 10
Phase 1 Voltage THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
OBJECT
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
0752
0756
0758
075C
0760
0762
0766
0768
Max Phase 1 Voltage THD Sample
Date of Max Phase 1 Voltage THD Sample
Time of Max Phase 1 Voltage THD Sample
Min Phase 1 Voltage THD Sample
Date of Min Phase 1 Voltage THD Sample
Time of Min Phase 1 Voltage THD Sample
Date of Phase 1 Voltage THD Record Clear
Time of Phase 1 Voltage THD Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
076C
076E
0770
0772
0774
0776
0778
077A
077C
077E
0780
0782
Phase 3 Voltage THD Under Band Bin
Phase 3 Voltage THD Bin 1
Phase 3 Voltage THD Bin 2
Phase 3 Voltage THD Bin 3
Phase 3 Voltage THD Bin 4
Phase 3 Voltage THD Bin 5
Phase 3 Voltage THD Bin 6
Phase 3 Voltage THD Bin 7
Phase 3 Voltage THD Bin 8
Phase 3 Voltage THD Bin 9
Phase 3 Voltage THD Bin 10
Phase 3 Voltage THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Database v15
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Monitor
Page 46
Histograms for voltage harmonic values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0784
0788
078A
078E
0792
0794
0798
079A
Max Phase 3 Voltage THD Sample
Date of Max Phase 3 Voltage THD Sample
Time of Max Phase 3 Voltage THD Sample
Min Phase 3 Voltage THD Sample
Date of Min Phase 3 Voltage THD Sample
Time of Min Phase 3 Voltage THD Sample
Date of Phase 3 Voltage THD Record Clear
Time of Phase 3 Voltage THD Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
079E
07A0
07A2
07A4
07A6
07A8
07AA
07AC
07AE
07B0
07B2
07B4
Phase 5 Voltage THD Under Band Bin
Phase 5 Voltage THD Bin 1
Phase 5 Voltage THD Bin 2
Phase 5 Voltage THD Bin 3
Phase 5 Voltage THD Bin 4
Phase 5 Voltage THD Bin 5
Phase 5 Voltage THD Bin 6
Phase 5 Voltage THD Bin 7
Phase 5 Voltage THD Bin 8
Phase 5 Voltage THD Bin 9
Phase 5 Voltage THD Bin 10
Phase 5 Voltage THD Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
07B6
07BA
07BC
07C0
07C4
07C6
07CA
07CC
Max Phase 5 Voltage THD Sample
Date of Max Phase 5 Voltage THD Sample
Time of Max Phase 5 Voltage THD Sample
Min Phase 5 Voltage THD Sample
Date of Min Phase 5 Voltage THD Sample
Time of Min Phase 5 Voltage THD Sample
Date of Phase 5 Voltage THD Record Clear
Time of Phase 5 Voltage THD Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
07D0
07D2
07D4
07D6
07D8
07DA
07DC
07DE
07E0
Voltage Fundamental Histogram source-side
phase-phase
Phase 1-3 Voltage Under Band Bin
Phase 1-3 Voltage Bin 1
Phase 1-3 Voltage Bin 2
Phase 1-3 Voltage Bin 3
Phase 1-3 Voltage Bin 4
Phase 1-3 Voltage Bin 5
Phase 1-3 Voltage Bin 6
Phase 1-3 Voltage Bin 7
Phase 1-3 Voltage Bin 8
Database v15
OBJECT
2
2
2
2
2
2
2
2
2
Monitor
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Histograms for source-side phase-phase voltage values
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Page 47
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
07E2 Phase 1-3 Voltage Bin 9
07E4 Phase 1-3 Voltage Bin 10
07E6 Phase 1-3 Voltage Over Band Bin
2 INTEGER
2 INTEGER
2 INTEGER
Bin 9
Bin 10
Over range bin
07E8
07EC
07EE
07F2
07F6
07F8
07FC
07FE
Max Phase 1-3 Voltage Sample
Date of Max Phase 1-3 Voltage Sample
Time of Max Phase 1-3 Voltage Sample
Min Phase 1-3 Voltage Sample
Date of Min Phase 1-3 Voltage Sample
Time of Min Phase 1-3 Voltage Sample
Date of Phase 1-3 Voltage Record Clear
Time of Phase 1-3 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0802
0804
0806
0808
080A
080C
080E
0810
0812
0814
0816
0818
Phase 3-5 Voltage Under Band Bin
Phase 3-5 Voltage Bin 1
Phase 3-5 Voltage Bin 2
Phase 3-5 Voltage Bin 3
Phase 3-5 Voltage Bin 4
Phase 3-5 Voltage Bin 5
Phase 3-5 Voltage Bin 6
Phase 3-5 Voltage Bin 7
Phase 3-5 Voltage Bin 8
Phase 3-5 Voltage Bin 9
Phase 3-5 Voltage Bin 10
Phase 3-5 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
081A
081E
0820
0824
0828
082A
082E
0830
Max Phase 3-5 Voltage Sample
Date of Max Phase 3-5 Voltage Sample
Time of Max Phase 3-5 Voltage Sample
Min Phase 3-5 Voltage Sample
Date of Min Phase 3-5 Voltage Sample
Time of Min Phase 3-5 Voltage Sample
Date of Phase 3-5 Voltage Record Clear
Time of Phase 3-5 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0834
0836
0838
083A
083C
083E
0840
0842
Phase 5-1 Voltage Under Band Bin
Phase 5-1 Voltage Bin 1
Phase 5-1 Voltage Bin 2
Phase 5-1 Voltage Bin 3
Phase 5-1 Voltage Bin 4
Phase 5-1 Voltage Bin 5
Phase 5-1 Voltage Bin 6
Phase 5-1 Voltage Bin 7
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Database v15
Page 48
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0844
0846
0848
084A
Phase 5-1 Voltage Bin 8
Phase 5-1 Voltage Bin 9
Phase 5-1 Voltage Bin 10
Phase 5-1 Voltage Over Band Bin
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
Bin 8
Bin 9
Bin 10
Over range bin
084C
0850
0852
0856
085A
085C
0860
0862
Max Phase 5-1 Voltage Sample
Date of Max Phase 5-1 Voltage Sample
Time of Max Phase 5-1 Voltage Sample
Min Phase 5-1 Voltage Sample
Date of Min Phase 5-1 Voltage Sample
Time of Min Phase 5-1 Voltage Sample
Date of Phase 5-1 Voltage Record Clear
Time of Phase 5-1 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0866
0868
086A
086C
086E
0870
0872
0874
0876
0878
087A
087C
Voltage Fundamental Histogram load-side
phase-neutral
Phase 2 Voltage Under Band Bin
Phase 2 Voltage Bin 1
Phase 2 Voltage Bin 2
Phase 2 Voltage Bin 3
Phase 2 Voltage Bin 4
Phase 2 Voltage Bin 5
Phase 2 Voltage Bin 6
Phase 2 Voltage Bin 7
Phase 2 Voltage Bin 8
Phase 2 Voltage Bin 9
Phase 2 Voltage Bin 10
Phase 2 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
087E
0882
0884
0888
088C
088E
0892
0894
Max Phase 2 Voltage Sample
Date of Max Phase 2 Voltage Sample
Time of Max Phase 2 Voltage Sample
Min Phase 2 Voltage Sample
Date of Min Phase 2 Voltage Sample
Time of Min Phase 2 Voltage Sample
Date of Phase 2 Voltage Record Clear
Time of Phase 2 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0898
089A
089C
089E
08A0
Phase 4 Voltage Under Band Bin
Phase 4 Voltage Bin 1
Phase 4 Voltage Bin 2
Phase 4 Voltage Bin 3
Phase 4 Voltage Bin 4
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Database v15
OBJECT
Monitor
Page 49
Histograms for load-side phase-neutral voltage values
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
08A2
08A4
08A6
08A8
08AA
08AC
08AE
Phase 4 Voltage Bin 5
Phase 4 Voltage Bin 6
Phase 4 Voltage Bin 7
Phase 4 Voltage Bin 8
Phase 4 Voltage Bin 9
Phase 4 Voltage Bin 10
Phase 4 Voltage Over Band Bin
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
08B0
08B4
08B6
08BA
08BE
08C0
08C4
08C6
Max Phase 4 Voltage Sample
Date of Max Phase 4 Voltage Sample
Time of Max Phase 4 Voltage Sample
Min Phase 4 Voltage Sample
Date of Min Phase 4 Voltage Sample
Time of Min Phase 4 Voltage Sample
Date of Phase 4 Voltage Record Clear
Time of Phase 4 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
08CA
08CC
08CE
08D0
08D2
08D4
08D6
08D8
08DA
08DC
08DE
08E0
Phase 6 Voltage Under Band Bin
Phase 6 Voltage Bin 1
Phase 6 Voltage Bin 2
Phase 6 Voltage Bin 3
Phase 6 Voltage Bin 4
Phase 6 Voltage Bin 5
Phase 6 Voltage Bin 6
Phase 6 Voltage Bin 7
Phase 6 Voltage Bin 8
Phase 6 Voltage Bin 9
Phase 6 Voltage Bin 10
Phase 6 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
08E2
08E6
08E8
08EC
08F0
08F2
08F6
08F8
Max Phase 6 Voltage Sample
Date of Max Phase 6 Voltage Sample
Time of Max Phase 6 Voltage Sample
Min Phase 6 Voltage Sample
Date of Min Phase 6 Voltage Sample
Time of Min Phase 6 Voltage Sample
Date of Phase 6 Voltage Record Clear
Time of Phase 6 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Voltage Fundamental Histogram load-side
phase-phase
08FC Phase 2-4 Voltage Under Band Bin
08FE Phase 2-4 Voltage Bin 1
Database v15
OBJECT
Monitor
2 INTEGER
2 INTEGER
Histograms for load-side phase-phase voltage values
Under range bin
Bin 1
Page 50
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0900
0902
0904
0906
0908
090A
090C
090E
0910
0912
Phase 2-4 Voltage Bin 2
Phase 2-4 Voltage Bin 3
Phase 2-4 Voltage Bin 4
Phase 2-4 Voltage Bin 5
Phase 2-4 Voltage Bin 6
Phase 2-4 Voltage Bin 7
Phase 2-4 Voltage Bin 8
Phase 2-4 Voltage Bin 9
Phase 2-4 Voltage Bin 10
Phase 2-4 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0914
0918
091A
091E
0922
0924
0928
092A
Max Phase 2-4 Voltage Sample
Date of Max Phase 2-4 Voltage Sample
Time of Max Phase 2-4 Voltage Sample
Min Phase 2-4 Voltage Sample
Date of Min Phase 2-4 Voltage Sample
Time of Min Phase 2-4 Voltage Sample
Date of Phase 2-4 Voltage Record Clear
Time of Phase 2-4 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
092E
0930
0932
0934
0936
0938
093A
093C
093E
0940
0942
0944
Phase 4-6 Voltage Under Band Bin
Phase 4-6 Voltage Bin 1
Phase 4-6 Voltage Bin 2
Phase 4-6 Voltage Bin 3
Phase 4-6 Voltage Bin 4
Phase 4-6 Voltage Bin 5
Phase 4-6 Voltage Bin 6
Phase 4-6 Voltage Bin 7
Phase 4-6 Voltage Bin 8
Phase 4-6 Voltage Bin 9
Phase 4-6 Voltage Bin 10
Phase 4-6 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0946
094A
094C
0950
0954
0956
095A
095C
Max Phase 4-6 Voltage Sample
Date of Max Phase 4-6 Voltage Sample
Time of Max Phase 4-6 Voltage Sample
Min Phase 4-6 Voltage Sample
Date of Min Phase 4-6 Voltage Sample
Time of Min Phase 4-6 Voltage Sample
Date of Phase 4-6 Voltage Record Clear
Time of Phase 4-6 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0960 Phase 6-2 Voltage Under Band Bin
Database v15
2 INTEGER
Under range bin
Page 51
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0962
0964
0966
0968
096A
096C
096E
0970
0972
0974
0976
Phase 6-2 Voltage Bin 1
Phase 6-2 Voltage Bin 2
Phase 6-2 Voltage Bin 3
Phase 6-2 Voltage Bin 4
Phase 6-2 Voltage Bin 5
Phase 6-2 Voltage Bin 6
Phase 6-2 Voltage Bin 7
Phase 6-2 Voltage Bin 8
Phase 6-2 Voltage Bin 9
Phase 6-2 Voltage Bin 10
Phase 6-2 Voltage Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0978
097C
097E
0982
0986
0988
098C
098E
Max Phase 6-2 Voltage Sample
Date of Max Phase 6-2 Voltage Sample
Time of Max Phase 6-2 Voltage Sample
Min Phase 6-2 Voltage Sample
Date of Min Phase 6-2 Voltage Sample
Time of Min Phase 6-2 Voltage Sample
Date of Phase 6-2 Voltage Record Clear
Time of Phase 6-2 Voltage Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
0992
0994
0996
0998
099A
099C
099E
09A0
09A2
09A4
09A6
09A8
Phase 3-4 Frequency Under Band Bin
Phase 3-4 Frequency Bin 1
Phase 3-4 Frequency Bin 2
Phase 3-4 Frequency Bin 3
Phase 3-4 Frequency Bin 4
Phase 3-4 Frequency Bin 5
Phase 3-4 Frequency Bin 6
Phase 3-4 Frequency Bin 7
Phase 3-4 Frequency Bin 8
Phase 3-4 Frequency Bin 9
Phase 3-4 Frequency Bin 10
Phase 3-4 Frequency Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
09AA
09AE
09B0
09B4
09B8
09BA
09BE
09C0
Max Phase 3-4 Frequency Sample
Date of Max Phase 3-4 Frequency Sample
Time of Max Phase 3-4 Frequency Sample
Min Phase 3-4 Frequency Sample
Date of Min Phase 3-4 Frequency Sample
Time of Min Phase 3-4 Frequency Sample
Date of Phase 3-4 Frequency Record Clear
Time of Phase 3-4 Frequency Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Database v15
Page 52
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
09C4
09C6
09C8
09CA
09CC
09CE
09D0
09D2
09D4
09D6
09D8
09DA
Phase 1-2 Voltage Diff Under Band Bin
Phase 1-2 Voltage Diff Bin 1
Phase 1-2 Voltage Diff Bin 2
Phase 1-2 Voltage Diff Bin 3
Phase 1-2 Voltage Diff Bin 4
Phase 1-2 Voltage Diff Bin 5
Phase 1-2 Voltage Diff Bin 6
Phase 1-2 Voltage Diff Bin 7
Phase 1-2 Voltage Diff Bin 8
Phase 1-2 Voltage Diff Bin 9
Phase 1-2 Voltage Diff Bin 10
Phase 1-2 Voltage Diff Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
09DC
09E0
09E2
09E6
09EA
09EC
09F0
09F2
Max Phase 1-2 Voltage Diff Sample
Date of Max Phase 1-2 Voltage Diff Sample
Time of Max Phase 1-2 Voltage Diff Sample
Min Phase 1-2 Voltage Diff Sample
Date of Min Phase 1-2 Voltage Diff Sample
Time of Min Phase 1-2 Voltage Diff Sample
Date of Phase 1-2 Voltage Diff Record Clear
Time of Phase 1-2 Voltage Diff Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
09F6
09F8
09FA
09FC
09FE
0A00
0A02
0A04
0A06
0A08
0A0A
0A0C
Phase 3-4 Voltage Diff Under Band Bin
Phase 3-4 Voltage Diff Bin 1
Phase 3-4 Voltage Diff Bin 2
Phase 3-4 Voltage Diff Bin 3
Phase 3-4 Voltage Diff Bin 4
Phase 3-4 Voltage Diff Bin 5
Phase 3-4 Voltage Diff Bin 6
Phase 3-4 Voltage Diff Bin 7
Phase 3-4 Voltage Diff Bin 8
Phase 3-4 Voltage Diff Bin 9
Phase 3-4 Voltage Diff Bin 10
Phase 3-4 Voltage Diff Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0A0E
0A12
0A14
0A18
0A1C
0A1E
0A22
0A24
Max Phase 3-4 Voltage Diff Sample
Date of Max Phase 3-4 Voltage Diff Sample
Time of Max Phase 3-4 Voltage Diff Sample
Min Phase 3-4 Voltage Diff Sample
Date of Min Phase 3-4 Voltage Diff Sample
Time of Min Phase 3-4 Voltage Diff Sample
Date of Phase 3-4 Voltage Diff Record Clear
Time of Phase 3-4 Voltage Diff Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Database v15
Page 53
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0A28
0A2A
0A2C
0A2E
0A30
0A32
0A34
0A36
0A38
0A3A
0A3C
0A3E
Phase 5-6 Voltage Diff Under Band Bin
Phase 5-6 Voltage Diff Bin 1
Phase 5-6 Voltage Diff Bin 2
Phase 5-6 Voltage Diff Bin 3
Phase 5-6 Voltage Diff Bin 4
Phase 5-6 Voltage Diff Bin 5
Phase 5-6 Voltage Diff Bin 6
Phase 5-6 Voltage Diff Bin 7
Phase 5-6 Voltage Diff Bin 8
Phase 5-6 Voltage Diff Bin 9
Phase 5-6 Voltage Diff Bin 10
Phase 5-6 Voltage Diff Over Band Bin
2
2
2
2
2
2
2
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Under range bin
Bin 1
Bin 2
Bin 3
Bin 4
Bin 5
Bin 6
Bin 7
Bin 8
Bin 9
Bin 10
Over range bin
0A40
0A44
0A46
0A4A
0A4E
0A50
0A54
0A56
Max Phase 5-6 Voltage Diff Sample
Date of Max Phase 5-6 Voltage Diff Sample
Time of Max Phase 5-6 Voltage Diff Sample
Min Phase 5-6 Voltage Diff Sample
Date of Min Phase 5-6 Voltage Diff Sample
Time of Min Phase 5-6 Voltage Diff Sample
Date of Phase 5-6 Voltage Diff Record Clear
Time of Phase 5-6 Voltage Diff Record Clear
4
2
4
4
2
4
2
4
FLOAT
INTEGER
LONG
FLOAT
INTEGER
LONG
INTEGER
LONG
Maximum value
Date that maximum value occurred
Time that maximum value occurred
Time that minimum value occurred
Date that minimum value occurred
Time that maximum value occurred
Date that histogram was reset
Time that histogram was reset
Available TCC Names, Part 1
0A5A
0A6C
0A7E
0A90
0AA2
0AB4
0AC6
0AD8
0AEA
0AFC
Available TCC 1 ID
Available TCC 2 ID
Available TCC 3 ID
Available TCC 4 ID
Available TCC 5 ID
Available TCC 6 ID
Available TCC 7 ID
Available TCC 8 ID
Available TCC 9 ID
Available TCC 10 ID
OBJECT
18
18
18
18
18
18
18
18
18
18
Available TCC Names, Part 2
0B0E
0B20
0B32
0B44
0B56
0B68
Available TCC 11 ID
Available TCC 12 ID
Available TCC 13 ID
Available TCC 14 ID
Available TCC 15 ID
Available TCC 16 ID
Database v15
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
OBJECT
18
18
18
18
18
18
Configuration Names of available TCC's, 1st part
1st available TCC ID (name)
2nd available TCC ID (name)
3rd available TCC ID (name)
Configuration Names of available TCC's, 2nd part
STRING
STRING
STRING
STRING
STRING
STRING
Page 54
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
0B7A
0B8C
0B9E
0BB0
Element Name
Available TCC 17 ID
Available TCC 18 ID
Available TCC 19 ID
Available TCC 20 ID
Battery Test Data
0BC2 Battery Test Voltage
0BC6 Battery Test Current
Data Size
(in bytes)
18
18
18
18
Critical error event
Event type ID code
Time that event occurred
Date that event occurred
Size of data
Type of data
Event data
2
4
2
2
2
20
0BEA
0BEC
0BF0
0BF2
0BF4
0BF6
Control powerdown event
Event type ID code
Time that event occurred
Date that event occurred
Size of data
Type of data
Event data
2
4
2
2
2
20
Present Read Values
Phase 1 Voltage
Phase 3 Voltage
Phase 5 Voltage
Phase 1-2 Low Range Current
Phase 3-4 Low Range Current
Phase 5-6 Low Range Current
Phase 1-2 High Range Current
Phase 3-4 High Range Current
Phase 5-6 High Range Current
Ground High Range Current
Ground Low Range Current
SGF Current
Phase 3-4 Mid Range Current
Phase 1-2 Mid Range Current
Ground Mid Range Current
Phase 5-6 Mid Range Current
Database v15
Usage
STRING
STRING
STRING
STRING
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Description
20th (last) available TCC ID (name)
Monitor
Battery test parameters
Loaded battery voltage
Loaded battery current
OBJECT
BYTE
INTEGER
BYTE
BYTE
BYTE
Monitor
Critical error event information
Event type ID code
Time that event occurred
Date that event occurred
Size of data (in bytes)
Type of data
Event data
OBJECT
BYTE
INTEGER
BYTE
BYTE
BYTE
Monitor
Control powerdown event information
Event type ID code
Time that event occurred
Date that event occurred
Size of data (in bytes)
Type of data
Event data
OBJECT
Configuration Measured baseline values using present calibration
4 FLOAT
4 FLOAT
0BCA
0BCC
0BD0
0BD2
0BD4
0BD6
0C0A
0C0E
0C12
0C16
0C1A
0C1E
0C22
0C26
0C2A
0C2E
0C32
0C36
0C3A
0C3E
0C42
0C46
Data Type
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Voltage at bushing 1
Voltage at bushing 3
Voltage at bushing 5
Current through bushing 1-2, low range channel
Current through bushing 3-4, low range channel
Current through bushing 5-6, low range channel
Current through bushing 1-2, high range channel
Current through bushing 3-4, high range channel
Current through bushing 5-6, high range channel
Ground imbalance current, high range channel
Ground imbalance current, low range channel
Ground imbalance current, sensitive fault channel
Current through bushing 3-4, mid range channel
Current through bushing 1-2, mid range channel
Ground imbalance current, mid range channel
Current through bushing 5-6, mid range channel
Page 55
Ordinal 5 (RAM)
F5 2179 Data Dictionary
Offset
0C4A
0C4E
0C52
0C56
0C5A
0C5E
0C62
0C66
Element Name
Phase 1-2 Power Factor
Phase 3-4 Power Factor
Phase 5-6 Power Factor
Battery Voltage
Battery Current
Phase 2 Voltage
Phase 4 Voltage
Phase 6 Voltage
Measured Calibration Value results
0C6A Calibration Results
Phase Voltage calibrated
Phase Fault Current Low calibrated
Phase Fault Current High calibrated
Phase Metering Current calibrated
Phase Power Factor calibrated
Battery Voltage calibrated
Battery Current calibrated
Phase Voltage out of range
Phase Current out of range
Phase Power Factor out of range
Battery Voltage out of range
Battery Current out of range
Voltage Tweaks out of range
Current Tweaks out of range
Power Factor Tweaks out of range
Battery Tweaks out of range
Database v15
Data Size
(in bytes)
Data Type
4
4
4
4
4
4
4
4
Usage
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
Description
Power factor for bushing 1-2
Power factor for bushing 3-4
Power factor for bushing 5-6
Unloaded battery voltage
Battery current
Voltage at bushing 2
Voltage at bushing 4
Voltage at bushing 6
Configuration Results of latest calibration attempt
2 BITFIELD
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
Bitmap of Calibration results
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Page 56
Ordinal 5 (RAM)
F5 2179 Data Dictionary
CONFIGURATION Ordinal Block 6 (Parameters)
Offset
Element Name
Data Size
(in bytes)
Data Type
Protection profile read/write ID
0000 Protection profile Identifier
OBJECT
Phase Min Trip For Normal Sequence
Ground Min Trip For Normal Sequence
Phase Shots To Lockout
Ground Shots To Lockout
Fast Trips Disabled Shots To Lockout
Phase High Current Lockout Enable - Shot 1
Phase High Current Lockout Enable - Shot 2
Phase High Current Lockout Enable - Shot 3
Reserved
Phase High Current Lockout Threshold - 1
Phase High Current Lockout Threshold - 2
Phase High Current Lockout Threshold - 3
Ground High Current Lockout Enable - Shot 1
Ground High Current Lockout Enable - Shot 2
Ground High Current Lockout Enable - Shot 3
Reserved
Ground High Current Lockout Threshold - 1
Ground High Current Lockout Threshold - 2
Ground High Current Lockout Threshold - 3
Phase Reclose Interval 1
Phase Reclose Interval 2
Phase Reclose Interval 3
Ground Reclose Interval 1
Ground Reclose Interval 2
Ground Reclose Interval 3
Sequence Reset Time
ID of desired protection profile data {1, 2, 3, 4}
OBJECT
2
2
2
2
2
1
1
1
1
4
4
4
1
1
1
1
4
4
4
4
4
4
4
4
4
Configuration Overcurrent protection parameters
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
BOOLEAN
BOOLEAN
BOOLEAN
PAD
FLOAT
FLOAT
FLOAT
BOOLEAN
BOOLEAN
BOOLEAN
PAD
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
4
0048 Trip Precedence
0049 Close Retry Enable
004A Target Reset Mode
004B Reserved
004C Maximum Sequence Coordination Shots
004E Sequence Coordination Enable
004F Reserved
Database v15
Description
Configuration ID for request protection profile data
2 INTEGER
Protection Profile Data
0002
0004
0006
0008
000A
000C
000D
000E
000F
0010
0014
0018
001C
001D
001E
001F
0020
0024
0028
002C
0030
0034
0038
003C
0040
0044
Usage
(GROUND,
1 PHASE)
1 BOOLEAN
(AUTO, MANUAL)
1
1 PAD
INTEGER
2
1 BOOLEAN
1 PAD
Page 57
Normal pick up level for phase trips
Normal pick up level for ground trips
Number of phase operations to lockout
Number of ground operations to lockout
Number of operations to lockout when fast trips are disabled
Enable for HCLO is active on 1st operation - phase
Enable for HCLO is active on 2nd operation - phase
Enable for HCLO is active on 3rd operation - phase
Pad
Threshold level for HCLO on 1st operation - phase
Threshold level for HCLO on 2nd operation - phase
Threshold level for HCLO on 3rd operation - phase
Enable for HCLO is active on 1st operation - ground
Enable for HCLO is active on 2nd operation - ground
Enable for HCLO is active on 3rd operation - ground
Pad
Threshold level for HCLO on 1st operation - ground
Threshold level for HCLO on 2nd operation - ground
Threshold level for HCLO on 3rd operation - ground
Time to wait to reclose between 1st-2nd phase trip
Time to wait to reclose between 2nd-3rd phase trip
Time to wait to reclose between 3rd-4th phase trip
Time to wait to reclose between 1st-2nd ground trip
Time to wait to reclose between 2nd-3rd ground trip
Time to wait to reclose between 3rd-4th ground trip
Time to wait after successful reclose to reset sequence
counter to zero
Whether ground or phase parameters have precedence for
sequencing
Attempt to close after unsuccessful attempt enable
Target reset on successful reclose or only manually
Pad
Number of shots to advance sequence counter for sequence
coordination
Enable for sequence coordination
Pad
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0050 Disc Reset Time
4 FLOAT
Disc Reset Time in milliseconds
0054
0056
0058
0059
Phase Min Trip For Hot Line Tag
Ground Min Trip For Hot Line Tag
Hot Line tag Mode (AUTO, MANUAL)
Reserved
2
2
1
1
INTEGER
INTEGER
(AUTO, MANUAL)
PAD
Hot Line tag pick up level for phase trips
Hot Line tag pick up level for ground trips
Hot Line tag Mode
Pad
005A
005B
005C
005E
0062
0064
0068
006C
0070
0074
0075
0076
0078
007A
SGF Enable
Reserved
SGF Min Trip
SGF Definite Trip Time
SGF Shots To Lockout
SGF Reclose Interval 1
SGF Reclose Interval 2
SGF Reclose Interval 3
SGF Reset Time
SGF Directional Enable
Reserved
Max Torque Angle
Voltage Threshold
Torque Angle Width
1
1
2
4
2
4
4
4
4
1
1
2
2
2
BOOLEAN
PAD
INTEGER
FLOAT
INTEGER
FLOAT
FLOAT
FLOAT
FLOAT
BOOLEAN
PAD
INTEGER
INTEGER
INTEGER
Whether SGF is enabled
Pad
SGF pick up level
Time to wait while above SGF min trip before tripping
Number of SGF operations to lockout
Time to wait to reclose after 1st SGF trip
Time to wait to reclose after 2nd SGF trip
Time to wait to reclose after 3rd SGF trip
SGF Reset Time in milliseconds
Whether Directional SGF is enabled
Pad
Displacement from polarizing vector for fastest trip
Minimum magnitude of polarizing vector
Trips are inhibited outside of torque angle width
007C
007D
007E
0080
0082
0086
008A
008E
0092
0094
CLP Enable
Reserved
Phase Min Trip For CLP
Ground Min Trip For CLP
External CLP Activation Time
Auto CLP Activation Time
Auto CLP Arming Time Delay
CLP Reclose Interval
CLP Shots To Lockout
Auto CLP Mode
1
1
2
2
4
4
4
4
2
BOOLEAN
PAD
INTEGER
INTEGER
FLOAT
FLOAT
FLOAT
FLOAT
INTEGER
(OFF, CURRENT,
VOLTAGE)
Enable for CLP
Pad
CLP pick up level for phase trips
CLP pick up level for ground trips
Externally commanded CLP active period
Auto CLP active period
Delay before activating CLP
Time to wait to reclose between CLP trips
Number of CLP operations to lockout
Whether auto CLP is activated from current or voltage
0095
0096
009A
009B
009C
Phase CLP HCLO Enable
Phase CLP HCLO Threshold
Ground CLP HCLO Enable
Reserved
Ground CLP HCLO Threshold
BOOLEAN
FLOAT
BOOLEAN
PAD
FLOAT
Enable for phase HCLO active during CLP
Phase threshold level for HCLO during CLP
Enable for Ground HCLO active during CLP
Pad
Ground threshold level for HCLO during CLP
00A0 Auto Momentary Non Reclose Enable
00A1 Reserved
00A2 Auto NRC Arming Time Delay
Database v15
1
1
4
1
1
4
1 BOOLEAN
1 PAD
4 FLOAT
Enable for auto non reclose active
Pad
Delay before activating auto non reclose
Page 58
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
00A6 Auto NRC Activation Time
00AA
00BC
00CE
00E0
00F2
0104
0116
0128
013A
014C
015E
0170
0182
0194
Phase TCC 1 ID
Phase TCC 2 ID
Phase TCC 3 ID
Phase TCC 4 ID
Ground TCC 1 ID
Ground TCC 2 ID
Ground TCC 3 ID
Ground TCC 4 ID
Phase CLP TCC ID
Ground CLP TCC ID
Phase HLT TCC ID
Ground HLT TCC ID
Phase FTD TCC ID
Ground FTD TCC ID
01A6
01A7
01A8
01AC
01B0
Adaptive Extended Ground Min Trip Enable
Reserved
Extended Ground Min Trip Min Trip %
Extended Ground Min Trip Lower Limit
Extended GMT Filter Time Constant
01B4
01B5
01B6
01B7
01B8
Data Size
(in bytes)
Data Type
Usage
4 FLOAT
18
18
18
18
18
18
18
18
18
18
18
18
18
18
Description
Auto non reclose active period
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
STRING
TCC ID (name) used during first phase operation
TCC ID (name) used during second phase operation
TCC ID (name) used during third phase operation
TCC ID (name) used during fourth phase operation
TCC ID (name) used during first ground operation
TCC ID (name) used during second ground operation
TCC ID (name) used during third ground operation
TCC ID (name) used during fourth ground operation
TCC ID (name) used during phase cold load pickup
TCC ID (name) used during ground cold load pickup
TCC ID (name) used during phase hot line tag
TCC ID (name) used during ground hot line tag
TCC ID (name) used during phase fast trips disabled
TCC ID (name) used during ground fast trips disabled
1
1
4
4
4
BOOLEAN
PAD
FLOAT
FLOAT
FLOAT
Enable for Adapted Ground Trip (AGMT)
Pad
% of phase current to determine AGMT
Minimum for AGMT
Delay filter for AGMT
Phase Low Set Enable - Shot 1
Phase Low Set Enable - Shot 2
Phase Low Set Enable - Shot 3
Phase Low Set Enable - Shot 4
Phase Low Set Time
1
1
1
1
4
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
FLOAT
Enable for Low Set is active on 1st operation - phase
Enable for Low Set is active on 2nd operation - phase
Enable for Low Set is active on 3rd operation - phase
Enable for Low Set is active on 4th operation - phase
Time before Low Set Trip
01BC
01BD
01BE
01BF
01C0
01C4
Phase High Set Enable - Shot 1
Phase High Set Enable - Shot 2
Phase High Set Enable - Shot 3
Phase High Set Enable - Shot 4
Phase High Set Time
Phase High Set Amps
1
1
1
1
4
4
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
FLOAT
FLOAT
Enable for High Set is active on 1st operation - phase
Enable for High Set is active on 2nd operation - phase
Enable for High Set is active on 3rd operation - phase
Enable for High Set is active on 4th operation - phase
Time before High Set Trip
Current level for High Set
01C8
01C9
01CA
01CB
01CC
01D0
Ground High Set Enable - Shot 1
Ground High Set Enable - Shot 2
Ground High Set Enable - Shot 3
Ground High Set Enable - Shot 4
Ground High Set Time
Ground High Set Amps
1
1
1
1
4
4
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
FLOAT
FLOAT
Enable for High Set is active on 1st operation - Ground
Enable for High Set is active on 2nd operation - Ground
Enable for High Set is active on 3rd operation - Ground
Enable for High Set is active on 4th operation - Ground
Time before High Set Trip
Current level for High Set
Database v15
Page 59
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
01D4
01D8
01DA
01DC
01DE
01E0
01E2
01E4
Element Name
Nominal Line-to-Line Voltage
Source Positive Seq Impedance Real
Source Positive Seq Impedance Imag
Source Zero Seq Impedance Real
Source Zero Seq Impedance Imag
Line Zero Seq Impedance / Dist Units Real
Line Zero Seq Impedance / Dist Units Imag
Line Positive Seq Impedance / Dist Units Real
Data Size
(in bytes)
Data Type
4
2
2
2
2
2
2
Usage
LONG
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Description
Nominal Line-to-Line Voltage
Source Positive Sequence Impedance - Real
Source Positive Sequence Impedance - Imaginary
Source Zero Sequence Impedance - Real
Source Zero Sequence Impedance - Imaginary
Line Zero Sequence Impedance Per Distance Units - Real
Line Zero Sequence Impedance Per Distance Units - Imag
Line Positive Sequence Impedance Per Distance Units - Real
2
01E6 Line Positive Seq Impedance / Dist Units Imag
01E8 Distance Units
01EA Triple - Single mode
01EB Dynamic Phase Trip Enable
INTEGER
2
2 ENUMERATION
0 = Miles, 1 = Km
ENUM
1
1 BOOLEAN
(Ganged = 0; 1-phase trip, 3 phase lockout = 1;1-phase trip, 1phase lockout = 2)
Dynamic Phase Trip Enable
TCC read/write ID
01EC TCC Identifier
OBJECT
0402
0414
0415
0416
0418
0420
0428
0430
0438
TCC Identifier
Nominal Frequency
Reserved
TCC Editor Control
Time Multiplier
Time Adder
Minimum Response Time
High Trip Time
High Trip Current Ratio
OBJECT
Phase 1-2 Current Histogram Lower Limit
Phase 1-2 Current Histogram Upper Limit
Phase 3-4 Current Histogram Lower Limit
Phase 3-4 Current Histogram Upper Limit
Phase 5-6 Current Histogram Lower Limit
Database v15
TCC name of desired TCC data
Configuration Requested TCC data
4 LONG
UNSIGNED
512 WORD[256]
18 STRING
1 (50, 60)
1 PAD
2 INTEGER
8 DOUBLE
8 DOUBLE
8 DOUBLE
8 DOUBLE
8 DOUBLE
Current Fundamental Histogram Config
0440
0444
0448
044C
0450
Configuration ID for request TCC data
18 STRING
TCC Data
01FE Magic Number
0202 ARRAY TCC Point Information
Line Positive Sequence Impedance Per Distance Units - Imag
OBJECT
4
4
4
4
4
Array of values that describe curve
TCC name
Nominal frequency for operation
Pad
TCC editor control filed
TCC time multiplier
TCC time adder
TCC minimum response time
TCC high current trip time
TCC high current trip % of min trip ratio
Configuration Histogram configurations for current values
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Page 60
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0454 Phase 5-6 Current Histogram Upper Limit
0458 Ground Current Histogram Lower Limit
045C Ground Current Histogram Upper Limit
0460
0464
0468
046C
0470
0474
Voltage Fundamental source-side phase-neutral
Histogram Config
Phase 1 Voltage Histogram Lower Limit
Phase 1 Voltage Histogram Upper Limit
Phase 3 Voltage Histogram Lower Limit
Phase 3 Voltage Histogram Upper Limit
Phase 5 Voltage Histogram Lower Limit
Phase 5 Voltage Histogram Upper Limit
Data Size
(in bytes)
Data Type
Usage
4 FLOAT
4 FLOAT
4 FLOAT
OBJECT
4
4
4
4
4
4
Power Histogram Config
0478 Phase 1-2 Power Factor Histogram Lower Limit
Description
Upper limit
Lower limit
Upper limit
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Configuration Histogram configurations for phase-neutral source-side voltage
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
OBJECT
Configuration Histogram configurations for power values
FLOAT
Lower limit
FLOAT
Upper limit
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
FLOAT
Upper limit
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
FLOAT
Upper limit
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
4
047C Phase 1-2 Power Factor Histogram Upper Limit
0480
0484
0488
048C
0490
0494
0498
Phase 1-2 KVA Histogram Lower Limit
Phase 1-2 KVA Histogram Upper Limit
Phase 1-2 KW Histogram Lower Limit
Phase 1-2 KW Histogram Upper Limit
Phase 1-2 KVAR Histogram Lower Limit
Phase 1-2 KVAR Histogram Upper Limit
Phase 3-4 Power Factor Histogram Lower Limit
4
4
4
4
4
4
4
4
049C Phase 3-4 Power Factor Histogram Upper Limit
04A0
04A4
04A8
04AC
04B0
04B4
04B8
Phase 3-4 KVA Histogram Lower Limit
Phase 3-4 KVA Histogram Upper Limit
Phase 3-4 KW Histogram Lower Limit
Phase 3-4 KW Histogram Upper Limit
Phase 3-4 KVAR Histogram Lower Limit
Phase 3-4 KVAR Histogram Upper Limit
Phase 5-6 Power Factor Histogram Lower Limit
4
4
4
4
4
4
4
4
04BC Phase 5-6 Power Factor Histogram Upper Limit
04C0
04C4
04C8
04CC
04D0
Phase 5-6 KVA Histogram Lower Limit
Phase 5-6 KVA Histogram Upper Limit
Phase 5-6 KW Histogram Lower Limit
Phase 5-6 KW Histogram Upper Limit
Phase 5-6 KVAR Histogram Lower Limit
Database v15
4
4
4
4
4
4
Page 61
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
04D4
04D8
04DC
04E0
04E4
04E8
04EC
04F0
04F4
Phase 5-6 KVAR Histogram Upper Limit
Total Power Factor Histogram Lower Limit
Total Power Factor Histogram Upper Limit
Total KVA Histogram Lower Limit
Total KVA Histogram Upper Limit
Total KW Histogram Lower Limit
Total KW Histogram Upper Limit
Total KVAR Histogram Lower Limit
Total KVAR Histogram Upper Limit
04F8
04FC
0500
0504
0508
050C
0510
0514
0518
051C
0520
0524
Sequence Component Current Histogram
Config
Pos Seq Current Mag Histogram Lower Limit
Pos Seq Current Mag Histogram Upper Limit
Pos Seq Current Angle Histogram Lower Limit
Pos Seq Current Angle Histogram Upper Limit
Neg Seq Current Mag Histogram Lower Limit
Neg Seq Current Mag Histogram Upper Limit
Neg Seq Current Angle Histogram Lower Limit
Neg Seq Current Angle Histogram Upper Limit
Zero Seq Current Mag Histogram Lower Limit
Zero Seq Current Mag Histogram Upper Limit
Zero Seq Current Angle Histogram Lower Limit
Zero Seq Current Angle Histogram Upper Limit
0528
052C
0530
0534
0538
053C
0540
0544
Sequence Component Voltage Histogram
Config
Pos Seq Voltage Mag Histogram Lower Limit
Pos Seq Voltage Mag Histogram Upper Limit
Pos Seq Voltage Angle Histogram Lower Limit
Pos Seq Voltage Angle Histogram Upper Limit
Neg Seq Voltage Mag Histogram Lower Limit
Neg Seq Voltage Mag Histogram Upper Limit
Neg Seq Voltage Angle Histogram Lower Limit
Neg Seq Voltage Angle Histogram Upper Limit
Data Size
(in bytes)
Data Type
4
4
4
4
4
4
4
4
4
Phase 1-2 Current THD Histogram Lower Limit
Phase 1-2 Current THD Histogram Upper Limit
Phase 3-4 Current THD Histogram Lower Limit
Phase 3-4 Current THD Histogram Upper Limit
Phase 5-6 Current THD Histogram Lower Limit
Phase 5-6 Current THD Histogram Upper Limit
Database v15
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
4
4
4
4
4
4
4
4
Harmonic Current Histogram Config
0548
054C
0550
0554
0558
055C
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Usage
Description
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Configuration Histogram configurations for current sequence component
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Configuration Histogram configurations for voltage sequence component
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
OBJECT
Configuration Histogram configurations for current harmonic values
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Page 62
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0560 Ground Current THD Histogram Lower Limit
0564 Ground Current THD Histogram Upper Limit
Data Size
(in bytes)
Data Type
4 FLOAT
4 FLOAT
Harmonic Voltage Histogram Config
0568
056C
0570
0574
0578
057C
Phase 1 Voltage THD Histogram Lower Limit
Phase 1 Voltage THD Histogram Upper Limit
Phase 3 Voltage THD Histogram Lower Limit
Phase 3 Voltage THD Histogram Upper Limit
Phase 5 Voltage THD Histogram Lower Limit
Phase 5 Voltage THD Histogram Upper Limit
0580
0584
0588
058C
0590
0594
Voltage Fundamental source-side phase-phase
Histogram Config
Phase 1-3 Voltage Histogram Lower Limit
Phase 1-3 Voltage Histogram Upper Limit
Phase 3-5 Voltage Histogram Lower Limit
Phase 3-5 Voltage Histogram Upper Limit
Phase 5-1 Voltage Histogram Lower Limit
Phase 5-1 Voltage Histogram Upper Limit
0598
059C
05A0
05A4
05A8
05AC
Voltage Fundamental load-side phase-neutral
Histogram Config
Phase 2 Voltage Histogram Lower Limit
Phase 2 Voltage Histogram Upper Limit
Phase 4 Voltage Histogram Lower Limit
Phase 4 Voltage Histogram Upper Limit
Phase 6 Voltage Histogram Lower Limit
Phase 6 Voltage Histogram Upper Limit
05B0
05B4
05B8
05BC
05C0
05C4
Voltage Fundamental load-side phase-phase
Histogram Config
Phase 2-4 Voltage Histogram Lower Limit
Phase 2-4 Voltage Histogram Upper Limit
Phase 4-6 Voltage Histogram Lower Limit
Phase 4-6 Voltage Histogram Upper Limit
Phase 6-2 Voltage Histogram Lower Limit
Phase 6-2 Voltage Histogram Upper Limit
Frequency Histogram Config
05C8 Phase 3-4 Frequency Histogram Lower Limit
05CC Phase 3-4 Frequency Histogram Upper Limit
Database v15
Usage
OBJECT
4
4
4
4
4
4
4
4
4
4
4
4
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
4
4
4
4
4
4
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
4
4
4
4
4
4
Lower limit
Upper limit
Configuration Histogram configurations for voltage harmonic values
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
Description
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Configuration Histogram configurations for source-side phase-phase voltage
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
Configuration Histogram configurations for load-side phase-neutral voltage
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Configuration Histogram configurations for load-side phase-phase voltage
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
OBJECT
Configuration Histogram configurations for frequency values
4 FLOAT
4 FLOAT
Lower limit
Upper limit
Page 63
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
05D0
05D4
05D8
05DC
05E0
05E4
Element Name
Voltage Difference source-to-load side
Histogram Config
Phase 1-2 Voltage Diff Histogram Lower Limit
Phase 1-2 Voltage Diff Histogram Upper Limit
Phase 3-4 Voltage Diff Histogram Lower Limit
Phase 3-4 Voltage Diff Histogram Upper Limit
Phase 5-6 Voltage Diff Histogram Lower Limit
Phase 5-6 Voltage Diff Histogram Upper Limit
Data Size
(in bytes)
Data Type
OBJECT
4
4
4
4
4
4
Profile Recorder Control
Usage
Description
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Configuration Histogram configurations for source-to-load voltage difference
values
Lower limit
Upper limit
Lower limit
Upper limit
Lower limit
Upper limit
OBJECT
Configuration Profile recorder configuration parameters
05E8
05EA
05EC
05EE
05F0
Profile Recorder Time Interval
Profile Recorder Start Time
Profile Recorder Duration Time
Profile Recorder Start Day
Profile Recorder End Day
2
2
2
2
2
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Period between samples
Time to begin sampling
Amount of time to sample
Day to begin sampling
Day to complete sampling
05F2
05F3
05F4
05F5
Phase 1-2 Current Profile Enable
Phase 3-4 Current Profile Enable
Phase 5-6 Current Profile Enable
Ground Current Profile Enable
1
1
1
1
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Profiler enable for current through bushing 1-2
Profiler enable for current through bushing 3-4
Profiler enable for current through bushing 5-6
Profiler enable for ground current
05F6 Phase 1 Voltage Profile Enable
05F7 Phase 3 Voltage Profile Enable
05F8 Phase 5 Voltage Profile Enable
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for voltage at bushing 1
Profiler enable for voltage at bushing 3
Profiler enable for voltage at bushing 5
05F9
05FA
05FB
05FC
1
1
1
1
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Profiler enable for current THD through bushing 1-2
Profiler enable for current THD through bushing 3-4
Profiler enable for current THD through bushing 5-6
Profiler enable for ground current THD
BOOLEAN
Profiler enable for current 2nd harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 2nd harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 2nd harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 3rd harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 3rd harmonic through bushing 3-4
Phase 1-2 Current THD Profile Enable
Phase 3-4 Current THD Profile Enable
Phase 5-6 Current THD Profile Enable
Ground Current THD Profile Enable
05FD Phase 1-2 Current 2nd Harmonic Profile Enable
1
05FE Phase 3-4 Current 2nd Harmonic Profile Enable
1
05FF Phase 5-6 Current 2nd Harmonic Profile Enable
0600 Ground Current 2nd Harmonic Profile Enable
0601 Phase 1-2 Current 3rd Harmonic Profile Enable
Profiler enable for ground current 2nd harmonic
1
0602 Phase 3-4 Current 3rd Harmonic Profile Enable
1
Database v15
Page 64
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0603 Phase 5-6 Current 3rd Harmonic Profile Enable
0604 Ground Current 3rd Harmonic Profile Enable
Data Size
(in bytes)
Data Type
Usage
Description
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 3rd harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 4th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 4th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 4th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 5th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 5th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 5th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 6th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 6th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 6th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 7th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 7th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 7th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 8th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 8th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 8th harmonic through bushing 5-6
0605 Phase 1-2 Current 4th Harmonic Profile Enable
Profiler enable for ground current 3rd harmonic
1
0606 Phase 3-4 Current 4th Harmonic Profile Enable
1
0607 Phase 5-6 Current 4th Harmonic Profile Enable
0608 Ground Current 4th Harmonic Profile Enable
0609 Phase 1-2 Current 5th Harmonic Profile Enable
Profiler enable for ground current 4th harmonic
1
060A Phase 3-4 Current 5th Harmonic Profile Enable
1
060B Phase 5-6 Current 5th Harmonic Profile Enable
060C Ground Current 5th Harmonic Profile Enable
060D Phase 1-2 Current 6th Harmonic Profile Enable
Profiler enable for ground current 5th harmonic
1
060E Phase 3-4 Current 6th Harmonic Profile Enable
1
060F Phase 5-6 Current 6th Harmonic Profile Enable
0610 Ground Current 6th Harmonic Profile Enable
0611 Phase 1-2 Current 7th Harmonic Profile Enable
Profiler enable for ground current 6th harmonic
1
0612 Phase 3-4 Current 7th Harmonic Profile Enable
1
0613 Phase 5-6 Current 7th Harmonic Profile Enable
0614 Ground Current 7th Harmonic Profile Enable
0615 Phase 1-2 Current 8th Harmonic Profile Enable
Profiler enable for ground current 7th harmonic
1
0616 Phase 3-4 Current 8th Harmonic Profile Enable
1
0617 Phase 5-6 Current 8th Harmonic Profile Enable
0618 Ground Current 8th Harmonic Profile Enable
Database v15
Profiler enable for ground current 8th harmonic
Page 65
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
0619 Phase 1-2 Current 9th Harmonic Profile Enable
Usage
Description
BOOLEAN
Profiler enable for current 9th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 9th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 9th harmonic through bushing 5-6
1
061A Phase 3-4 Current 9th Harmonic Profile Enable
1
061B Phase 5-6 Current 9th Harmonic Profile Enable
061C Ground Current 9th Harmonic Profile Enable
061D Phase 1-2 Current 10th Harmonic Profile Enable
Profiler enable for ground current 9th harmonic
BOOLEAN
Profiler enable for current 10th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 10th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 10th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 11th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 11th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 11th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 12th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 12th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 12th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 13th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 13th harmonic through bushing 3-4
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 13th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 14th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 14th harmonic through bushing 3-4
1
061E Phase 3-4 Current 10th Harmonic Profile Enable
1
061F Phase 5-6 Current 10th Harmonic Profile Enable
0620 Ground Current 10th Harmonic Profile Enable
0621 Phase 1-2 Current 11th Harmonic Profile Enable
Profiler enable for ground current 10th harmonic
1
0622 Phase 3-4 Current 11th Harmonic Profile Enable
1
0623 Phase 5-6 Current 11th Harmonic Profile Enable
0624 Ground Current 11th Harmonic Profile Enable
0625 Phase 1-2 Current 12th Harmonic Profile Enable
Profiler enable for ground current 11th harmonic
1
0626 Phase 3-4 Current 12th Harmonic Profile Enable
1
0627 Phase 5-6 Current 12th Harmonic Profile Enable
0628 Ground Current 12th Harmonic Profile Enable
0629 Phase 1-2 Current 13th Harmonic Profile Enable
Profiler enable for ground current 12th harmonic
1
062A Phase 3-4 Current 13th Harmonic Profile Enable
1
062B Phase 5-6 Current 13th Harmonic Profile Enable
062C Ground Current 13th Harmonic Profile Enable
062D Phase 1-2 Current 14th Harmonic Profile Enable
Profiler enable for ground current 13th harmonic
1
062E Phase 3-4 Current 14th Harmonic Profile Enable
1
Database v15
Page 66
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
062F Phase 5-6 Current 14th Harmonic Profile Enable
Data Size
(in bytes)
Data Type
Usage
Description
BOOLEAN
1
1 BOOLEAN
Profiler enable for current 14th harmonic through bushing 5-6
BOOLEAN
Profiler enable for current 15th harmonic through bushing 1-2
BOOLEAN
Profiler enable for current 15th harmonic through bushing 3-4
Profiler enable for current 15th harmonic through bushing 5-6
0634 Ground Current 15th Harmonic Profile Enable
BOOLEAN
1
1 BOOLEAN
0635 Phase 1 Voltage THD Profile Enable
0636 Phase 3 Voltage THD Profile Enable
0637 Phase 5 Voltage THD Profile Enable
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for Voltage THD through bushing 1-2
Profiler enable for Voltage THD through bushing 3-4
Profiler enable for Voltage THD through bushing 5-6
0630 Ground Current 14th Harmonic Profile Enable
0631 Phase 1-2 Current 15th Harmonic Profile Enable
Profiler enable for ground current 14th harmonic
1
0632 Phase 3-4 Current 15th Harmonic Profile Enable
1
0633 Phase 5-6 Current 15th Harmonic Profile Enable
0638 Phase 1 Voltage 2nd Harmonic Profile Enable
Profiler enable for ground current 15th harmonic
BOOLEAN
Profiler enable for Voltage 2nd harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 2nd harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 2nd harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 3rd harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 3rd harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 3rd harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 4th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 4th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 4th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 5th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 5th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 5th harmonic through bushing 5-6
1
0639 Phase 3 Voltage 2nd Harmonic Profile Enable
1
063A Phase 5 Voltage 2nd Harmonic Profile Enable
1
063B Phase 1 Voltage 3rd Harmonic Profile Enable
1
063C Phase 3 Voltage 3rd Harmonic Profile Enable
1
063D Phase 5 Voltage 3rd Harmonic Profile Enable
1
063E Phase 1 Voltage 4th Harmonic Profile Enable
1
063F Phase 3 Voltage 4th Harmonic Profile Enable
1
0640 Phase 5 Voltage 4th Harmonic Profile Enable
1
0641 Phase 1 Voltage 5th Harmonic Profile Enable
1
0642 Phase 3 Voltage 5th Harmonic Profile Enable
1
0643 Phase 5 Voltage 5th Harmonic Profile Enable
1
Database v15
Page 67
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
0644 Phase 1 Voltage 6th Harmonic Profile Enable
Usage
Description
BOOLEAN
Profiler enable for Voltage 6th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 6th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 6th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 7th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 7th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 7th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 8th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 8th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 8th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 9th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 9th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 9th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 10th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 10th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 10th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 11th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 11th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 11th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 12th harmonic through bushing 1-2
1
0645 Phase 3 Voltage 6th Harmonic Profile Enable
1
0646 Phase 5 Voltage 6th Harmonic Profile Enable
1
0647 Phase 1 Voltage 7th Harmonic Profile Enable
1
0648 Phase 3 Voltage 7th Harmonic Profile Enable
1
0649 Phase 5 Voltage 7th Harmonic Profile Enable
1
064A Phase 1 Voltage 8th Harmonic Profile Enable
1
064B Phase 3 Voltage 8th Harmonic Profile Enable
1
064C Phase 5 Voltage 8th Harmonic Profile Enable
1
064D Phase 1 Voltage 9th Harmonic Profile Enable
1
064E Phase 3 Voltage 9th Harmonic Profile Enable
1
064F Phase 5 Voltage 9th Harmonic Profile Enable
1
0650 Phase 1 Voltage 10th Harmonic Profile Enable
1
0651 Phase 3 Voltage 10th Harmonic Profile Enable
1
0652 Phase 5 Voltage 10th Harmonic Profile Enable
1
0653 Phase 1 Voltage 11th Harmonic Profile Enable
1
0654 Phase 3 Voltage 11th Harmonic Profile Enable
1
0655 Phase 5 Voltage 11th Harmonic Profile Enable
1
0656 Phase 1 Voltage 12th Harmonic Profile Enable
1
Database v15
Page 68
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
0657 Phase 3 Voltage 12th Harmonic Profile Enable
Usage
Description
BOOLEAN
Profiler enable for Voltage 12th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 12th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 13th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 13th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 13th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 14th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 14th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 14th harmonic through bushing 5-6
BOOLEAN
Profiler enable for Voltage 15th harmonic through bushing 1-2
BOOLEAN
Profiler enable for Voltage 15th harmonic through bushing 3-4
BOOLEAN
Profiler enable for Voltage 15th harmonic through bushing 5-6
1
0658 Phase 5 Voltage 12th Harmonic Profile Enable
1
0659 Phase 1 Voltage 13th Harmonic Profile Enable
1
065A Phase 3 Voltage 13th Harmonic Profile Enable
1
065B Phase 5 Voltage 13th Harmonic Profile Enable
1
065C Phase 1 Voltage 14th Harmonic Profile Enable
1
065D Phase 3 Voltage 14th Harmonic Profile Enable
1
065E Phase 5 Voltage 14th Harmonic Profile Enable
1
065F Phase 1 Voltage 15th Harmonic Profile Enable
1
0660 Phase 3 Voltage 15th Harmonic Profile Enable
1
0661 Phase 5 Voltage 15th Harmonic Profile Enable
1
0662
0663
0664
0665
Phase 1-2 Power Factor Profile Enable
Phase 3-4 Power Factor Profile Enable
Phase 5-6 Power Factor Profile Enable
Total Power Factor Profile Enable
1
1
1
1
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Profiler enable for power factor at bushing 1-2
Profiler enable for power factor at bushing 3-4
Profiler enable for power factor at bushing 5-6
Profiler enable for total power factor
0666
0667
0668
0669
Phase 1-2 KVA Profile Enable
Phase 3-4 KVA Profile Enable
Phase 5-6 KVA Profile Enable
Total KVA Profile Enable
1
1
1
1
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Profiler enable for KVA at bushing 1-2
Profiler enable for KVA at bushing 3-4
Profiler enable for KVA at bushing 5-6
Profiler enable for total KVA
066A
066B
066C
066D
Phase 1-2 KW Profile Enable
Phase 3-4 KW Profile Enable
Phase 5-6 KW Profile Enable
Total KW Profile Enable
1
1
1
1
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Profiler enable for KW at bushing 1-2
Profiler enable for KW at bushing 3-4
Profiler enable for KW at bushing 5-6
Profiler enable for total KW
066E Phase 1-2 KVAR Profile Enable
066F Phase 3-4 KVAR Profile Enable
0670 Phase 5-6 KVAR Profile Enable
Database v15
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for KVAR at bushing 1-2
Profiler enable for KVAR at bushing 3-4
Profiler enable for KVAR at bushing 5-6
Page 69
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Usage
Description
0671 Total KVAR Profile Enable
1 BOOLEAN
Profiler enable for total KVAR
0672 Phase 1-3 Voltage Profile Enable
0673 Phase 3-5 Voltage Profile Enable
0674 Phase 5-1 Voltage Profile Enable
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for voltage at bushing 1-3
Profiler enable for voltage at bushing 3-5
Profiler enable for voltage at bushing 5-1
0675
0676
0677
0678
1
1
1
1
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Profiler enable for KWh at bushing 1-2
Profiler enable for KWh at bushing 3-4
Profiler enable for KWh at bushing 5-6
Profiler enable for total KWh
0679 Phase 2 Voltage Profile Enable
067A Phase 4 Voltage Profile Enable
067B Phase 6 Voltage Profile Enable
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for voltage at bushing 2
Profiler enable for voltage at bushing 4
Profiler enable for voltage at bushing 6
067C Phase 2-4 Voltage Profile Enable
067D Phase 4-6 Voltage Profile Enable
067E Phase 6-2 Voltage Profile Enable
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for voltage at bushing 2-4
Profiler enable for voltage at bushing 4-6
Profiler enable for voltage at bushing 6-2
067F Phase 3-4 Frequency Profile Enable
1 BOOLEAN
Profiler enable for frequency at bushing 3-4
0680 Phase 1-2 Voltage Diff Profile Enable
0681 Phase 3-4 Voltage Diff Profile Enable
0682 Phase 5-6 Voltage Diff Profile Enable
1 BOOLEAN
1 BOOLEAN
1 BOOLEAN
Profiler enable for voltage difference bushing 1-2
Profiler enable for voltage difference bushing 3-4
Profiler enable for voltage difference bushing 5-6
Phase 1-2 KWh Profile Enable
Phase 3-4 KWh Profile Enable
Phase 5-6 KWh Profile Enable
Total KWh Profile Enable
Alarm Configuration
OBJECT
Configuration Alarm enables and configuration parameters
Data alarm read/write ID
OBJECT
Configuration ID for request data alarm data
0683 Data alarm Identifier
0685
0687
0688
0689
068D
Data Alarm Cfg
Data alarm Identifier
Alarm Enable
Alarm Limit
Record As Event Enable
2 INTEGER
ID of desired data alarm data
2
1
1
4
ID of reported data alarm data
Alarm enable
INTEGER
BOOLEAN
PAD
FLOAT
(OFF, ACTIVE,
INACTIVE, BOTH)
Alarm activation limit
When to record event
1
068E Profile Snapshot Trigger Enable
068F Priority Level
Database v15
(OFF, ACTIVE,
INACTIVE, BOTH)
1
1 (0...127)
When to trigger a profile recording
Alarm priority
Page 70
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0690
0691 Alarm Trigger Delay
Data Size
(in bytes)
Data Type
1 PAD
4 LONG
Status alarm read/write ID
0695 Status alarm Identifier
Status Alarm Cfg
0697 Status alarm Identifier
0699 Alarm Enable
069A Reserved
069B Record As Event Enable
069C Profile Snapshot Trigger Enable
069D Priority Level
069E Reserved
069F Alarm Trigger Delay
Demand voltage and current filter tau
Demand power values filter tau
Demand harmonics filter tau
Demand sequence components filter tau
Preset Phase 1-2 Operation Counter
Preset Phase 3-4 Operation Counter
Preset Phase 5-6 Operation Counter
Date Of Last Preset
Time Of Last Preset
ID of desired status alarm data
2 INTEGER
OFF, TRUE,
1 FALSE
1 PAD
(OFF, ACTIVE,
INACTIVE, BOTH)
1
(OFF, ACTIVE,
INACTIVE, BOTH)
1
1 (0...127)
1 PAD
4 LONG
ID of reported status alarm data
Alarm enable
OBJECT
4
4
4
4
4
4
4
2
4
Preset Phase 1-2 % Rated Duty Depleted
Preset Phase 3-4 % Rated Duty Depleted
Preset Phase 5-6 % Rated Duty Depleted
Date Of Last Preset
Time Of Last Preset
Database v15
When to trigger a profile recording
Alarm priority
Alarm activation delay filter
Configuration Demand Metering Setup
Demand metering filter tau for voltage and current
Demand metering filter tau for power values
Demand metering filter harmonics
Demand metering filter tau for vsequence components
Configuration Operation Counters preset information
LONG
LONG
LONG
INTEGER
LONG
OBJECT
4
4
4
2
4
When to record event
LONG
LONG
LONG
LONG
OBJECT
Duty Accumulator Preset
06C5
06C9
06CD
06D1
06D3
Configuration ID for request status alarm data
2 INTEGER
Operation Counter Preset
06B3
06B7
06BB
06BF
06C1
Description
Alarm activation delay filter
OBJECT
Demand Metering Programming data
06A3
06A7
06AB
06AF
Usage
Operation counter preset for phase 1-2 interrupter
Operation counter preset for phase 3-4 interrupter
Operation counter preset for phase 5-6 interrupter
Date of last preset
Time of last preset
Configuration Duty accumulators preset information
FLOAT
FLOAT
FLOAT
INTEGER
LONG
Duty accumulator preset for phase 1-2 interrupter
Duty accumulator preset for phase 3-4 interrupter
Duty accumulator preset for phase 5-6 interrupter
Date of last preset
Time of last preset
Page 71
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
OCP Target Counters Preset
06D7
06DB
06DF
06E3
06E7
06EB
06EF
06F1
Preset Ground Target Counter
Preset Phase 1-2 Target Counter
Preset Phase 3-4 Target Counter
Preset Phase 5-6 Target Counter
Preset SGF Target Counter
Preset Adapted Ground Target Counter
Date Of Last Preset
Time Of Last Preset
OBJECT
4
4
4
4
4
4
2
4
Sequence Coordination Counters Preset
06F5 Preset Ground Seq Coord Counter
06F9 Preset Phase 1-2 Seq Coord Counter
06FD Preset Phase 3-4 Seq Coord Counter
0701 Preset Phase 5-6 Seq Coord Counter
0705 Preset SGF Seq Coord Counter
0709 Preset Adapted Ground Seq Coord Counter
070D Date Of Last Preset
070F Time Of Last Preset
0713 Realtime clock year
2 INTEGER
System Information
OBJECT
Nominal Line Frequency
Voltage Sensor Configuration
Phantom Phase Enable
Bushing Voltage Phase Rotation
Voltage Sensor Quality
RIF Type
Reclose Time Adjuster
Phase 1-2 Duty Figure of Merit
Phase 3-4 Duty Figure Of Merit
Phase 5-6 Duty Figure Of Merit
Reserved
Database v15
Preset number of ground OCP targets
Preset number of phase 1-2 OCP targets
Preset number of phase 3-4 OCP targets
Preset number of phase 5-6 OCP targets
Preset number of SGF OCP targets
Preset number of adapted ground OCP targets
Date of last preset
Time of last preset
Configuration Sequence coordination counters preset info
4 LONG
LONG
4
LONG
4
LONG
4
4 LONG
LONG
4
2 INTEGER
4 LONG
OBJECT
1
1
1
1
1
21
4
4
4
4
4
Description
Configuration Overcurrent protection target counters preset info
LONG
LONG
LONG
LONG
LONG
LONG
INTEGER
LONG
OBJECT
Realtime clock information
0715
0716
0717
0718
0719
071A
072F
0733
0737
073B
073F
Usage
Preset number of ground sequence coordination operations
Preset number of phase 1-2 sequence coordination operations
Preset number of phase 3-4 sequence coordination operations
Preset number of phase 5-6 sequence coordination operations
Preset number of SGF sequence coordination operations
Preset number of adapted ground sequence coordination
operations
Date of last preset
Time of last preset
Configuration Realtime clock info that is not Julian time
Realtime clock year
Configuration System related control setup information
(50,60)
BYTE
BOOLEAN
BYTE
BYTE
STRING
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Nominal system line frequency
Delta-Wye etc. sensor installation
Derived phase voltages from single sensor enable
A-B-C, C-B-A, etc. bushing connection
Type of voltage sensor used
Type of interface to recloser
Correction factor for reclose timing
Bushing 1-2 interrupter duty 100% value
Bushing 3-4 interrupter duty 100% value
Bushing 5-6 interrupter duty 100% value
Page 72
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
0743
0747
074B
079D
079E
079F
07A0
07A1
07A2
07A3
07A7
07AB
07AF
07B3
07B7
07BB
07BF
07C3
07C7
07CB
07CF
07D3
Element Name
CT Ratio
Primary "Voltage Present" threshold
User ID
Bushing 1 Nominal RIF Input Voltage
Bushing 2 Nominal RIF Input Voltage
Bushing 3 Nominal RIF Input Voltage
Bushing 4 Nominal RIF Input Voltage
Bushing 5 Nominal RIF Input Voltage
Bushing 6 Nominal RIF Input Voltage
Bushing 1 Adjusted Voltage Sensor Ratio
Bushing 2 Adjusted Voltage Sensor Ratio
Bushing 3 Adjusted Voltage Sensor Ratio
Bushing 4 Adjusted Voltage Sensor Ratio
Bushing 5 Adjusted Voltage Sensor Ratio
Bushing 6 Adjusted Voltage Sensor Ratio
Bushing 1 Voltage Sensor Angle Correction
Bushing 2 Voltage Sensor Angle Correction
Bushing 3 Voltage Sensor Angle Correction
Bushing 4 Voltage Sensor Angle Correction
Bushing 5 Voltage Sensor Angle Correction
Bushing 6 Voltage Sensor Angle Correction
Power Factor sign convention
Data Size
(in bytes)
Data Type
4
4
82
1
1
1
1
1
1
4
4
4
4
4
4
4
4
4
4
4
4
2
Switch Characteristics Data Configuration
07D5
07D7
07D9
07DB
Min Trip Pulse
Min Close Pulse
Max Trip Time
Max Close Time
Switch Retry Data Configuration
07DD Close Retry Interval
07E1 Maximum Number Retry Attempts
Phase 1 Voltage
Phase 3 Voltage
Phase 5 Voltage
Phase 1-2 Current
Phase 3-4 Current
Phase 5-6 Current
Database v15
Configuration Switch driver and control parameters
Minimum trip pulse time
Minimum close pulse time
Maximum trip on time
Maximum close on time
Configuration Switch retry parameters
4 LONG
2 INTEGER
OBJECT
4
4
4
4
4
4
Description
CT Ratio
Primary "Voltage Present" indication threshold
User programmable node description, etc.
{0=12, 1=120, 2=240}
{0=12, 1=120, 2=240}
{0=12, 1=120, 2=240}
{0=12, 1=120, 2=240}
{0=12, 1=120, 2=240}
{0=12, 1=120, 2=240}
Effective PT Ratio
Effective PT Ratio
Effective PT Ratio
Effective PT Ratio
Effective PT Ratio
Effective PT Ratio
Phase Offset in degrees
Phase Offset in degrees
Phase Offset in degrees
Phase Offset in degrees
Phase Offset in degrees
Phase Offset in degrees
0 = Cooper, 1 = Classic cosine
INTEGER
INTEGER
INTEGER
INTEGER
OBJECT
Measured Calibration Values
07E3
07E7
07EB
07EF
07F3
07F7
FLOAT
FLOAT
STRING
ENUMERATION
ENUMERATION
ENUMERATION
ENUMERATION
ENUMERATION
ENUMERATION
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
ENUMERATION
OBJECT
2
2
2
2
Usage
Period to wait between close attempts
Maximum number of times to try closing
Configuration Desired values to use for computing new calibration
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
Voltage at bushing 1-2
Voltage at bushing 3-4
Voltage at bushing 5-6
Current through bushing 1-2, low range channel
Current through bushing 3-4, low range channel
Current through bushing 5-6, low range channel
Page 73
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
07FB
07FF
0803
0807
080B
Element Name
Phase 1-2 Power Factor
Phase 3-4 Power Factor
Phase 5-6 Power Factor
Battery Voltage
Battery Current
Data Size
(in bytes)
Data Type
4
4
4
4
4
Scale Factor Data
080F
0813
0817
081B
081F
0823
0827
082B
082F
0833
0837
083B
083F
0843
0847
084B
Analog input channel 1 Scale Factor
Analog input channel 2 Scale Factor
Analog input channel 3 Scale Factor
Analog input channel 4 Scale Factor
Analog input channel 5 Scale Factor
Analog input channel 6 Scale Factor
Analog input channel 7 Scale Factor
Analog input channel 8 Scale Factor
Analog input channel 9 Scale Factor
Analog input channel 10 Scale Factor
Analog input channel 11 Scale Factor
Analog input channel 12 Scale Factor
Analog input channel 13 Scale Factor
Analog input channel 14 Scale Factor
Analog input channel 15 Scale Factor
Analog input channel 16 Scale Factor
Logical channel assignment data
084F
0851
0853
0855
0857
0859
085B
085D
085F
0861
0863
0865
0867
0869
086B
086D
086F
Logical channel 1 analog input assignment
Logical channel 2 analog input assignment
Logical channel 3 analog input assignment
Logical channel 4 analog input assignment
Logical channel 5 analog input assignment
Logical channel 6 analog input assignment
Logical channel 7 analog input assignment
Logical channel 8 analog input assignment
Logical channel 9 analog input assignment
Logical channel 10 analog input assignment
Logical channel 11 analog input assignment
Logical channel 12 analog input assignment
Logical channel 13 analog input assignment
Logical channel 14 analog input assignment
Logical channel 15 analog input assignment
Logical channel 16 analog input assignment
Logical channel 17 analog input assignment
Database v15
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Description
Power factor for bushing 1-2
Power factor for bushing 3-4
Power factor for bushing 5-6
Unloaded battery voltage
Battery current
Configuration Analog scaling factors
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Usage
Analog input channel 1 Scale Factor
Analog input channel 2 Scale Factor
Analog input channel 3 Scale Factor
Analog input channel 4 Scale Factor
Analog input channel 5 Scale Factor
Analog input channel 6 Scale Factor
Analog input channel 7 Scale Factor
Analog input channel 8 Scale Factor
Analog input channel 9 Scale Factor
Analog input channel 10 Scale Factor
Analog input channel 11 Scale Factor
Analog input channel 12 Scale Factor
Analog input channel 13 Scale Factor
Analog input channel 14 Scale Factor
Analog input channel 15 Scale Factor
Analog input channel 16 Scale Factor
Configuration Logical channel analog input assignments
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
Logical channel 1 analog input assignment
Logical channel 2 analog input assignment
Logical channel 3 analog input assignment
Logical channel 4 analog input assignment
Logical channel 5 analog input assignment
Logical channel 6 analog input assignment
Logical channel 7 analog input assignment
Logical channel 8 analog input assignment
Logical channel 9 analog input assignment
Logical channel 10 analog input assignment
Logical channel 11 analog input assignment
Logical channel 12 analog input assignment
Logical channel 13 analog input assignment
Logical channel 14 analog input assignment
Logical channel 15 analog input assignment
Logical channel 16 analog input assignment
Logical channel 17 analog input assignment
Page 74
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0871 Logical channel 18 analog input assignment
0873 Logical channel 19 analog input assignment
0875 Logical channel 20 analog input assignment
Data Size
(in bytes)
Data Type
2 INTEGER
2 INTEGER
2 INTEGER
Power Monitor Programming Data
0877
087B
087F
0883
PM Chan 1 Scale Factor
PM Chan 2 Scale Factor
PM Chan 3 Scale Factor
PM Chan 4 Scale Factor
0887
0889
089F
08A3
08A7
08A9
08AD
08B1
08B3
08B5
08B7
08BB
08BF
Currently Connected Comm Port Programming
Data
Port Handle
Protocol ID
Protocol Version
Protocol Revision
Size
Baud Rate
Sync Time
Remote Address
Master Address
Handshake Mode
Tx Enable Delay
Tx Disable Delay
Remaining Comm Programming values
OBJECT
4
4
4
4
2
22
4
4
2
4
4
2
2
2
4
4
178
Port Handle
Protocol ID
Protocol Version
Protocol Revision
Size
Baud Rate
Sync Time
Remote Address
Master Address
Handshake Mode
Tx Enable Delay
Tx Disable Delay
Remaining Comm Programming values
Database v15
2
22
4
4
2
4
4
2
2
2
4
4
178
Configuration Power Monitor calibration factors
Power monitor channel 1 scale factor
Power monitor channel 2 scale factor
Power monitor channel 3 scale factor
Power monitor channel 4 scale factor
Configuration Presently connected comm port programming information
INTEGER
STRING
INTEGER
INTEGER
INTEGER
LONG
LONG
INTEGER
INTEGER
INTEGER
LONG
LONG
OBJECT
Description
Logical channel 18 analog input assignment
Logical channel 19 analog input assignment
Logical channel 20 analog input assignment
FLOAT
FLOAT
FLOAT
FLOAT
OBJECT
Port 1 Programming Data
0971
0973
0989
098D
0991
0993
0997
099B
099D
099F
09A1
09A5
09A9
Usage
Comm port ID
Protocol ID
Protocol version
Protocol revision
Size of valid data object including header
Port Baud rate
Dead line sync period
Device remote address
Master station address
Method for using handshake signals
Delay from start of enable to start of data tranmission
Delay from end of data tranmission to start of enable
Remaining unknown items for comm programming
Configuration Comm port 1 programming information
INTEGER
STRING
INTEGER
INTEGER
INTEGER
LONG
LONG
INTEGER
INTEGER
INTEGER
LONG
LONG
Comm port ID
Protocol ID
Protocol version
Protocol revision
Size of valid data object including header
Port Baud rate
Dead line sync period
Device remote address
Master station address
Method for using handshake signals
Delay from start of enable to start of data tranmission
Delay from end of data tranmission to start of enable
Remaining unknown items for comm programming
Page 75
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
Data Size
(in bytes)
Data Type
Port 2 Programming Data
0A5B
0A5D
0A73
0A77
0A7B
0A7D
0A81
0A85
0A87
0A89
0A8B
0A8F
0A93
Port Handle
Protocol ID
Protocol Version
Protocol Revision
Size
Baud Rate
Sync Time
Remote Address
Master Address
Handshake Mode
Tx Enable Delay
Tx Disable Delay
Remaining Comm Programming values
OBJECT
2
22
4
4
2
4
4
2
2
2
4
4
178
Port 3 Programming Data
0B45
0B47
0B5D
0B61
0B65
0B67
0B6B
0B6F
0B71
0B73
0B75
0B79
0B7D
Port Handle
Protocol ID
Protocol Version
Protocol Revision
Size
Baud Rate
Sync Time
Remote Address
Master Address
Handshake Mode
Tx Enable Delay
Tx Disable Delay
Remaining Comm Programming values
2
22
4
4
2
4
4
2
2
2
4
4
178
Database v15
INTEGER
STRING
INTEGER
INTEGER
INTEGER
LONG
LONG
INTEGER
INTEGER
INTEGER
LONG
LONG
Comm port ID
Protocol ID
Protocol version
Protocol revision
Size of valid data object including header
Port Baud rate
Dead line sync period
Device remote address
Master station address
Method for using handshake signals
Delay from start of enable to start of data tranmission
Delay from end of data tranmission to start of enable
Remaining unknown items for comm programming
Configuration Comm port 3 programming information
INTEGER
STRING
INTEGER
INTEGER
INTEGER
LONG
LONG
INTEGER
INTEGER
INTEGER
LONG
LONG
Comm port ID
Protocol ID
Protocol version
Protocol revision
Size of valid data object including header
Port Baud rate
Dead line sync period
Device remote address
Master station address
Method for using handshake signals
Delay from start of enable to start of data tranmission
Delay from end of data tranmission to start of enable
Remaining unknown items for comm programming
OBJECT
2
2
1
1
4
1
1
1
1
Description
Configuration Comm port 2 programming information
OBJECT
LS Configuration
0C2F Utility Code
0C31 Feeder ID
0C33 LS Function
0C34 Auto reset
0C35 Auto reset time delay
0C39 Auto close on auto reset
0C3A Auto close on manual reset
0C3B Reset on manual trip
0C3C Allow close
Usage
Configuration LS function programming information
INTEGER
INTEGER
(Tie, sectionalizer)
BOOLEAN
LONG
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
Page 76
Utility Code to specifiy special versions
ID for which feeder this control is on
Type of LS function
Auto reset of sectionalizing control
Auto reset time delay
Auto close on auto reset
Auto close on manual reset
Reset on manual trip
Allow close
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0C3D Reset on manual close
0C3E Disable source side LS
0C3F Disable load side LS
0C40 Disable LS
0C41 Source side voltage loss response mode
0C42 Pad
0C43 Source side voltage loss transfer time
0C47 Source side action on loss of voltage loss
transfer
0C48 Source side ground trip block function
0C49 Source side non-reclose function
0C4A Source side alternate profile function
0C4B Source side alternate profile number
0C4D Source side switch mode function
0C4E Pad
0C4F Source side momentary time
0C53 Load side voltage loss response mode
0C54 Pad
0C55 Load side voltage loss transfer time
0C59 Load side action on loss of voltage loss transfer
0C5A Load side ground trip block function
0C5B Load side non-reclose function
0C5C Load side alternate profile function
0C5D Load side alternate profile number
0C5F Load side switch mode function
0C60 Pad
0C61 Load side momentary time
Data Size
(in bytes)
Data Type
1
1
1
1
1
1
4
1
Database v15
BOOLEAN
BOOLEAN
BOOLEAN
BOOLEAN
(3 phase, single
phase)
PAD
LONG
(None, trip, close)
Source side voltage loss transfer time
Source side action on loss of voltage loss transfer
Source side ground trip block function
Source side non-reclose function
Source side alternate profile function
Source side alternate profile number
Source side switch mode function
Source side momentary time
Load side voltage loss response mode
Load side voltage loss transfer time
Load side action on loss of voltage loss transfer
(None, latched,
1 momemtary)
(None, latched,
1 momemtary)
(None, latched,
1 momemtary)
2 INTEGER
1 BOOLEAN
1 PAD
4 LONG
OBJECT
1
1
1
1
Description
Reset on manual close
Disable source side LS
Disable load side LS
Disable LS completely
Source side voltage loss response mode
(None, latched,
1 momemtary)
(None, latched,
1 momemtary)
(None, latched,
1 momemtary)
2 INTEGER
1 BOOLEAN
1 PAD
4 LONG
(3 phase, single
1 phase)
1 PAD
4 LONG
1 (None, trip, close)
Voltage/Frequency Protection Configuration
0C65 Load shed voltage sensing mode
0C66 Under frequency load shed trip enable
0C67 Over frequency load shed trip enable
0C68 Under voltage load shed trip enable
Usage
Load side ground trip block function
Load side non-reclose function
Load side alternate profile function
Load side alternate profile number
Load side switch mode function
Load side momentary time
Configuration Voltage / Frequency protection programming information
{ThreePhase=0, SinglePhase=1}
{False=0, True=1}
{False=0, True=1}
{False=0, True=1}
ENUM
BOOLEAN
BOOLEAN
BOOLEAN
Page 77
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0C69 Over voltage load shed trip enable
0C6A Pad
0C6B Load shed under frequency trip point
0C6F Load shed over frequency trip point
0C73 Load shed under voltage trip point
0C77 Load shed over voltage trip point
0C7B Load shed frequency time
0C7F Load shed voltage time
0C83 Restore voltage sensing mode
0C84 Voltage Restoration enable
0C85 Frequency Restoration enable
0C86 Pad
0C87 Frequency Restoration Low limit
0C8B Frequency Restoration High limit
0C8F Voltage Restoration Low limit
0C93 Voltage Restoration High limit
0C97 Restoration time delay
0C9B Minimum voltage for frequency measurement
Data Size
(in bytes)
Data Type
1
1
4
4
4
4
4
4
1
1
1
1
4
4
4
4
4
4
0C9F Reserved
0CA3 Reserved
0CA7 Reserved
0CAB Reserved
0CAF Reserved
0CB3 Reserved
0CB7 Reserved
0CBB Reserved
0CBF Reserved
0CC3 Reserved
0CC7 Reserved
0CCB Reserved
0CCF Reserved
0CD3 Reserved
0CD7 Reserved
0CDB Reserved
0CDF Reserved
0CE3 Reserved
0CE7 Reserved
0CEB Reserved
0CEF Reserved
0CF3 Reserved
Database v15
BOOLEAN
PAD
FLOAT
FLOAT
FLOAT
FLOAT
INTEGER
INTEGER
ENUM
BOOLEAN
BOOLEAN
PAD
FLOAT
FLOAT
FLOAT
FLOAT
INTEGER
FLOAT
OBJECT
Calibration Factors FACTORY USE ONLY
Usage
Description
{False=0, True=1}
Hertz
Hertz
Volts
Volts
Cycles
Milliseconds
{ThreePhase=0, SinglePhase=1, SinglePhaseWithInhibit=2}
{False=0, True=1}
{False=0, True=1}
Hertz
Hertz
Volts
Volts
Milliseconds
Volts
Configuration Calibration information
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Note: Calibration Factors are for factory use only.
Control misoperation may result if modified
without authorization.
Page 78
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
Offset
Element Name
0CF7 Reserved
0CFB Reserved
0CFF Reserved
0D03 Reserved
0D07 Reserved
0D0B Reserved
0D0F Reserved
0D13 Reserved
0D17 Reserved
0D1B Reserved
0D1F Reserved
0D23 Reserved
0D27 Reserved
0D2B Reserved
0D2F Reserved
0D33 Reserved
0D37 Reserved
0D3B Reserved
0D3F Reserved
0D41 Reserved
Battery Monitor Calibration Factors FACTORY
USE ONLY
0D45 Reserved
0D49 Reserved
0D4D Reserved
0D51 Reserved
0D55 Reserved
0D57 Reserved
Triple - Single Configuration NOT USED DB 15
and Higher
0D5B Reserved
0D5C Reserved
Manual Operations Delays
0D5D Close delay
0D5F Trip delay
Database v15
Data Size
(in bytes)
Data Type
Usage
Description
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
2
4
OBJECT
Configuration Battery Monitor calibration information
4
4
4
4
2
4
Note: Battery Monitor Calibration Factors are for
factory use only. Control misoperation may result if
modified without authorization.
OBJECT
Configuration Triple - Single programming information
1 PAD
1 PAD
OBJECT
Configuration Manual Operation Delay programming information
2 INTEGER
2 INTEGER
Close safety delay (in seconds)
Trip safety delay (in seconds)
Page 79
Ordinal 6 (Parameters)
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Assignments for use in Time-tagged Retrieval
ARRAY System Event Recorder
Event Record n
Number of records
Event type
Date Of Entry
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Event type
Data value 1
Data value 2
Data value 3
Data value 4
ARRAY Error Event Recorder
Error Event Record n
Number of records
Event type
Date Of Entry
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Event type
Identifier
Data value 1
Data value 2
Data value 3
Data value 4
ARRAY Profile Recorder
Profile Record n
Number of records
Event type
Date Of Entry
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Event type
Identifier
Data value 1
Data value 2
Database v15
Monitor
BYTE
BYTE
INTEGER
BYTE
BYTE
BYTE
INTEGER
BYTE
INTEGER
INTEGER
INTEGER
INTEGER
System event recorder information
Number of records transfered in this transaction
Low byte of event type ID code
BCD Julian date that event occurred
BCD hour that event occurred
BCD minute that event occurred
BCD second that event occurred
Year that event occurred
High byte of event type ID code
1st event data value
2nd event data value
3rd event data value
4th event data value
Monitor
BYTE
BYTE
INTEGER
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
INTEGER
INTEGER
INTEGER
INTEGER
Error event recorder information
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that event occurred
BCD hour that event occurred
BCD minute that event occurred
BCD second that event occurred
Year that event occurred
Event type code
High byte of event ID code
1st event data value
2nd event data value
3rd event data value
4th event data value
Monitor
BYTE
BYTE
INTEGER
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
INTEGER
INTEGER
Profile recorder information
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that profile record occurred
BCD hour that profile record occurred
BCD minute that profile record occurred
BCD second that profile record occurred
Year that profile record occurred
Event type code
High byte of event ID code
1st profile record data value
2nd profile record data value
Page 80
Time Tagged
F5 2179 Data Dictionary
Data value 3
INTEGER
3rd profile record data value
Data value 142
INTEGER
141st profile record data value
ARRAY Active Alarms
Active Alarm Record n
Number of records
Event type
Date Of Entry
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
OBJECT
ARRAY Inactive Alarms
Inactive Alarm Record n
Number of records
Event type
Date Of Entry
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
BYTE
BYTE
INTEGER
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
OBJECT
OBJECT
ARRAY Inactive/changed Alarms
Inactive/changed Alarm Record n
Number of records
Event type
Date Of Entry
Hours of Entry
OBJECT
Alarm recorder - active alarm reports
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went active
BCD hour that alarm went active
BCD minute that alarm went active
BCD second that alarm went active
Year that alarm went active
Alarm priority
High byte of event ID code
Monitor
BYTE
BYTE
INTEGER
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
ARRAY Active/changed Alarms
Active/changed Alarm Record n
Number of records
Event type
Date Of Entry
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
Database v15
Monitor
Alarm recorder - Inactive alarm reports
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went inactive
BCD hour that alarm went inactive
BCD minute that alarm went inactive
BCD second that alarm went inactive
Year that alarm went inactive
Alarm priority
High byte of event ID code
Monitor
BYTE
BYTE
INTEGER
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
Alarm recorder - Active/changed alarm reports
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went active/changed
BCD hour that alarm went active/changed
BCD minute that alarm went active/changed
BCD second that alarm went active/changed
Year that alarm went active/changed
Alarm priority
High byte of event ID code
Monitor
BYTE
BYTE
INTEGER
BYTE
Alarm recorder - Inactive/changed alarm reports
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went inactive/changed
BCD hour that alarm went inactive/changed
Page 81
Time Tagged
F5 2179 Data Dictionary
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
BYTE
BYTE
INTEGER
BYTE
BYTE
ARRAY Active/changed/suppressed Alarms
Active/changed/suppressed Alarm Record n
Number of records
Event type
Date Of Entry
OBJECT
BYTE
BYTE
INTEGER
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went active/changed/suppressed
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
BCD hour that alarm went active/changed/suppressed
BCD minute that alarm went active/changed/suppressed
BCD second that alarm went active/changed/suppressed
Year that alarm went active/changed/suppressed
Alarm priority
High byte of event ID code
ARRAY Inactive/changed/suppressed Alarms
OBJECT
Inactive/changed/suppressed Alarm Record n
Number of records
Event type
Date Of Entry
BYTE
BYTE
INTEGER
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went inactive/changed/suppressed
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
BCD hour that alarm went inactive/changed/suppressed
BCD minute that alarm went inactive/changed/suppressed
BCD second that alarm went inactive/changed/suppressed
Year that alarm went inactive/changed/suppressed
Alarm priority
High byte of event ID code
ARRAY Active/changed/unsuppressed Alarms
OBJECT
Active/changed/unsuppressed Alarm Record n
Number of records
Event type
Date Of Entry
BYTE
BYTE
INTEGER
Hours of Entry
Minutes of Entry
Seconds of Entry
Year of Entry
Priority
Identifier
BYTE
BYTE
BYTE
INTEGER
BYTE
BYTE
Database v15
BCD minute that alarm went inactive/changed
BCD second that alarm went inactive/changed
Year that alarm went inactive/changed
Alarm priority
High byte of event ID code
Monitor
Monitor
Monitor
Alarm recorder - active/changed/suppressed alarm reports
Alarm recorder - Inactive/changed/suppressed alarm reports
Alarm recorder - active/changed/unsuppressed alarm reports
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went
active/changed/unsuppressed
BCD hour that alarm went active/changed/unsuppressed
BCD minute that alarm went active/changed/unsuppressed
BCD second that alarm went active/changed/unsuppressed
Year that alarm went active/changed/unsuppressed
Alarm priority
High byte of event ID code
Page 82
Time Tagged
F5 2179 Data Dictionary
ARRAY Inactive/changed/unsuppressed Alarms
OBJECT
Monitor
Alarm recorder - Inactive/changed/unsuppressed alarm reports
Inactive/changed/unsuppressed Alarm Record n
Number of records
Event type
Date Of Entry
BYTE
BYTE
INTEGER
Hours of Entry
Minutes of Entry
BYTE
BYTE
Number of records transfered in this transaction
Low byte of event ID code
BCD Julian date that alarm went
inactive/changed/unsuppressed
BCD hour that alarm went inactive/changed/unsuppressed
BCD minute that alarm went inactive/changed/unsuppressed
Seconds of Entry
BYTE
BCD second that alarm went inactive/changed/unsuppressed
Year of Entry
Priority
Identifier
INTEGER
BYTE
BYTE
Year that alarm went inactive/changed/unsuppressed
Alarm priority
High byte of event ID code
Database v15
Page 83
Time Tagged
F5 2179 Data Dictionary
Time Tagged formats for the F5 recloser control
There are 12 different time tagged files which can be retrieved from the F5.
The predefined Time-Tagged record format contains the lo byte of the event/alarm ID, along with the julian date, and time of day in HH:MM:SS.
See Product Data #2179 for details on Time Tagged formats.
The 16-bit value fields contain the rest of the information, including milliseconds, year, hi ID byte, event/alarm type, and other data varying on file.
History files
File #
0
1
2
3
4
5
6
7
8
9
10
File description
System events
Error events
Profile events
Active alarm records
Inactive alarm records
Active changed alarm records
Inactive changed alarm records
Active alarm records - unsuppressed
Inactive alarm records - unsuppressed
Active changed alarm records - unsuppressed
Inactive changed alarm records - unsuppressed
Predefined Time Tagged header format
Byte #
Description
1
Number Of Sets
2
Event Type (Event/Alarm Id lo byte)
3
Julian Date BCD (x100)
4
Julian Date BCD
5
Hour BCD
6
Minutes BCD
7
Seconds BCD
System and Error Events
All system and error events use similar data formats.
The EventType field represents a System Operation, System Alarm, or Error event.
The optional data fields contain data which varies based on event ID.
The event ID has its’ lo byte contained in the predefined Event type field, and hi byte contained in value word #3 hi byte.
System Event data format
Word #
Description
1 Lo
Milliseconds lo byte
1 Hi
Milliseconds hi byte
2 Lo
Year lo byte
2 Hi
Year hi byte
3 Lo
Event Type {SystemOperation=0, SystemAlarm=1, Error=2}
3 Hi
Event ID hi byte (lo byte of ID is in predefined Event Type field)
4 Lo
Optional data value 1 lo byte
Database v15
Page 84
Time Tagged Formats
F5 2179 Data Dictionary
4 Hi
5 Lo
5 Hi
6 Lo
6 Hi
7 Lo
7 Hi
8 Lo
8 Hi
Optional data value 1 hi byte
Optional data value 2 lo byte
Optional data value 2 hi byte
Optional data value 3 lo byte
Optional data value 3 hi byte
Optional data value 4 lo byte
Optional data value 4 hi byte
Optional data value 5 lo byte
Optional data value 5 hi byte
Error Event data format
Word #
1 Lo
1 Hi
2 Lo
2 Hi
3 Lo
3 Hi
4 Lo
4 Hi
Description
Milliseconds lo byte
Milliseconds hi byte
Year lo byte
Year hi byte
Event Type (Always Error)
Event ID hi byte (lo byte of ID is in predefined Event Type field)
Optional data value 1 lo byte
Optional data value 1 hi byte
Profile events
The size field represents the number of optional data bytes contained in the remainder of the event.
Data values are 16-bit fixed-point values and use the scale factors as specified for Basic Scan.
Profile Event data format
Word #
1 Lo
1 Hi
2 Lo
2 Hi
3 Lo
3 Hi
4 Lo
4 Hi
5 Lo
5 Hi
6 Lo
6 Hi
...
...
142 Lo
142 Hi
Description
Milliseconds lo byte
Milliseconds hi byte
Year lo byte
Year hi byte
Event Type {Profile=3}
Event ID hi byte (lo byte of ID in predefined Event Type field)
Size lo byte
Size hi byte
Optional data value 1 lo byte
Optional data value 1 hi byte
Optional data value 2 lo byte
Optional data value 2 hi byte
...
...
Optional data value 142 lo byte
Optional data value 142 hi byte
Alarm Records
Database v15
Page 85
Time Tagged Formats
F5 2179 Data Dictionary
All alarm record files use the same format.
The main timestamp represents the last time the alarm reached its’ current state.
The alternate timestamp represents the last time the alarm reached its’ previous state, and is in the identical format to the main timestamp.
The various alarm history files are virtual files.
These are not physically separate files, just different ways of viewing the information within the alarm record file.
To read out the complete contents of any one of these virtual alarm files, contiguous requests must be made within the same file, until NumberOfSets = 0.
Alarm Record data format
Word #
Description
1 Lo
Milliseconds lo byte
1 Hi
Milliseconds hi byte
2 Lo
Year lo byte
2 Hi
Year hi byte
3 Lo
Alarm Priority
3 Hi
Event ID hi byte (lo byte of ID in Event Type field)
4 Lo
Unused
4 Hi
Julian Date BCD (x100)
5 Lo
Julian Date BCD
5 Hi
Hour BCD
6 Lo
Minutes BCD
6 Hi
Seconds BCD
7 Lo
Milliseconds lo byte
7 Hi
Milliseconds hi byte
8 Lo
Year lo byte
8 Hi
Year hi byte
Data Value mapping
The following table shows how the native F5 data types are mapped onto the PG&E Time Tagged 16-bit optional data values.
All fixed point values use the scale factors as specified for Basic Scan.
See the F5 Product Data for a list of which events contain which data types.
Data Value mapping from F5 native format
F5 Event Type
F5 native data type
1 (System Operation)
None
2 (System Data Alarm)
Float
3 (Error)
None
4 (Profile)
16-bit fixed point
5 (System Op w/Currents) Float
6 (System Status Alarm) Boolean
7 (Time)
SystemTime_t
8 (Error w/Integer)
32-bit Unsigned Integer
9 (Error, Direct)
Internal use only
10 (LS Voltage Status)
Booleans
11 (Voltage / Frequency) Float
Database v15
Optional data values used
None
Value 1
None
Value 1..142 (Variable)
Value 1..4
Value 1
Value 1..5
Value 1
Value 1..5
Value 1..3
Value 1..4
Time Tagged format
16-bit fixed point
16-bit fixed point
16-bit fixed point (Phase Current A,B,C,Gnd)
Boolean in Lo byte
Same as Alarm Record 4..8
16-bit unsigned integer
Internal use only
6 Booleans mapped alternating Lo Byte - Hi Byte (Phase Voltage states A,B,C,X,Y,Z)
16-bit fixed point (Frequency, Phase Voltage A,B,C)
Page 86
Time Tagged Formats
F5 2179 Data Dictionary
12 (Fault Location)
Database v15
FaultLocation_t
Value 1
Value 2
Value 3
Value 4
Value 5
16-bit unsigned integer (Fault Distance)
16-bit unsinged integer (SystemTime_t - Date)
16-bit unsigned integer (SystemTime_t - Time in milliseconds Lo Word)
16-bit unsigned integer (SystemTime_t - Time in milliseconds Hi Word)
16-bit unsigned integer (Distance Units - Miles or Km)
Page 87
Time Tagged Formats
F5 2179 Data Dictionary
INPUT SUBSYSTEM - Sequence Number Assignments for use in Basic Scan, Scan Inclusive, RBX, Scan-by-Table and U-2 Mode -- ESKOM Version
Sequence Element Name
00 - 10 2-Bit Port Logic Output
Data Type
BITSTRING
Usage
Monitor
Description
Port status output from custom logic
30 Simple Port Logic Output, Part 1
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Frequency/Voltage Auto-Restore blocked
Voltage Trip blocked
Frequency Trip blocked
SEF target
Ground fault target
Phase 5-6 fault target
Phase 3-4 fault target
Phase 1-2 fault target
AC power present
Control OK
Control lockout
Recloser open
Recloser closed
Check Battery
Recloser malfunction
Reverse power flow
CL Index
7
6
5
4
3
2
1
0
15
14
13
12
11
10
9
8
31 Simple Port Logic Output, Part 2
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Normal profile active
Fast trips disabled
Battery test active
Cold load pickup blocked
Local
ARC On
Ground trip blocked
Above minimum trip
Not used
Not used
Frequency Trip
Voltage Trip
Hot line tag active
Alternate profile 3 active
Alternate profile 2 active
Alternate profile 1 active
CL Index
23
22
21
20
19
18
17
16
31
30
29
28
27
26
25
24
32 Simple Port Logic Output, Part 3
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Monitor
Port status output from custom logic
Target counter on
Operation counter on
Duty accumulator on
Event recorder on
CL Index
39
38
37
36
Database v15
Page 88
Basic Scan, Status (Eskom)
F5 2179 Data Dictionary
Sequence Element Name
Data Type
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Usage
33 Simple Port Logic Output, Part 4
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Port status output from custom logic
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Trip Circuit Disconnected
Control Door Open
SEF Off
ARC Off
Remote
Not used
Not used
Not used
CL Index
55
54
53
52
51
50
49
48
63
62
61
60
59
58
57
56
34 Simple Port Logic Input Status, Part 1
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Monitor
Port logic input to custom logic
Normal profile enabled
Test mode off
Event Recorder off
Data alarm recording on
Status alarm recording on
Profiler off
Histogram off
Cold load pickup Block
Battery test on
Fast trips disabled
Hot line tag on
Ground trip block on
CL Index
7
6
5
4
3
2
1
0
15
14
13
12
Database v15
Page 89
Description
Data alarms on
Status alarms on
Data profiler on
Histograms on
Not Used
Not Used
Not Used
Bushings 5-6 Voltage Present
Bushings 3-4 Voltage Present
Bushings 1-2 Voltage Present
SEF On
Active alarms present
35
34
33
32
47
46
45
44
43
42
41
40
Basic Scan, Status (Eskom)
F5 2179 Data Dictionary
Sequence Element Name
35 Simple Port Logic Input Status, Part 2
Data Type
Bit 12
Bit 13
Bit 14
Bit 15
Usage
BITSTRING
Bit 0
Bit 1
Bit 2
Bit 3
Bit 4
Bit 5
Bit 6
Bit 7
Bit 8
Bit 9
Bit 10
Bit 11
Bit 12
Bit 13
Bit 14
Bit 15
Monitor
Description
ARC on
Alternate profile 3 enabled
Alternate profile 2 enabled
Alternate profile 1 enabled
Port logic input to custom logic
Reserved
Reserved
Reserved
Reserved
SEF on
Reset targets
Close
Lockout
Not used
Not used
Not used
Frequency/Voltage Auto-Restore block
Voltage Trip block
Frequency Trip block
SEF off
ARC off
11
10
9
8
CL Index
23
22
21
20
19
18
17
16
31
30
29
28
27
26
25
24
36 - 37 Reserved
* LS Controls Only
Database v15
Page 90
Basic Scan, Status (Eskom)
F5 2179 Data Dictionary
OUTPUT SUBSYSTEM - Sequence Number Assignments for use in Select-Before-Operate (SBO) Operations -- ESKOM version
00-3F
00
01
02
03
04
05
06
07
08
09
0A
0B
0C
0D
0E
0F
10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D - 3F
Port Logic Input
Cold load pickup block
Histogram off
Profiler off
Status alarm recording on
Data alarm recording on
Event Recorder off
Test mode off
Normal profile enabled
Alternate profile 1 enabled
Alternate profile 2 enabled
Alternate profile 3 enabled
ARC on
Ground trip block on
Hot line tag on
Fast trips disabled
Battery test on
Lockout
Close
Reset targets
SEF on
Reserved
Reserved
Reserved
Reserved
ARC off
SEF off
Frequency Trip block
Voltage Trip block
Frequency/Voltage Auto-Restore block
Reserved
Command
Port command input to custom logic
40 - 64
40
41
42
43
44
45
46
47
48
49
4A
Assorted Histogram Resets
Reset ALL histograms
Reset Phase 1-2 current histogram
Reset Phase 3-4 current histogram
Reset Phase 5-6 current histogram
Reset Ground current histogram
Reset Phase 1 Voltage histogram
Reset Phase 3 Voltage histogram
Reset Phase 5 Voltage histogram
Reset Phase 1-2 power factor histogram
Reset Phase 1-2 KVA histogram
Reset Phase 1-2 KW histogram
Command
Reset ALL histograms or the specified histogram
Database v15
Page 91
SBO (Eskom)
F5 2179 Data Dictionary
4B
4C
4D
4E
4F
50
51
52
53
54
55
56
57
58
59
5A
5B
5C
5D
5E
5F
60
61
62
63
64
65
66
67
68
Reset Phase 1-2 KVAR histogram
Reset Phase 3-4 power factor histogram
Reset Phase 3-4 KVA histogram
Reset Phase 3-4 KW histogram
Reset Phase 3-4 KVAR histogram
Reset Phase 5-6 power factor histogram
Reset Phase 5-6 KVA histogram
Reset Phase 5-6 KW histogram
Reset Phase 5-6 KVAR histogram
Reset Phase Total power factor histogram
Reset Phase Total KVA histogram
Reset Phase Total KW histogram
Reset Phase Total KVAR histogram
Reset Positive sequence current magnitude
Reset Positive sequence current angle
Reset Negative sequence current magnitude
Reset Negative sequence current angle
Reset Zero sequence current magnitude
Reset Zero sequence current angle
Reset Positive sequence voltage magnitude
Reset Positive sequence voltage angle
Reset Negative sequence voltage magnitude
Reset Negative sequence voltage angle
Reset Phase 1-2 current THD histogram
Reset Phase 3-4 current THD histogram
Reset Phase 5-6 current THD histogram
Reset Ground current THD histogram
Reset Phase 1 Voltage THD histogram
Reset Phase 3 Voltage THD histogram
Reset Phase 5 Voltage THD histogram
69
6A
6B
6C
6D
6E
6F
70
71
Calibration Reset
OCP Target Reset
Alarm suppression on
Unmask all system event recorder entries
Mask all system event recorder entries
Unmask all error event recorder entries
Mask all error event recorder entries
Unmask all profile recorder entries
Mask all profile recorder entries
Command
Command
Command
Command
Command
Command
Command
Command
Command
Calibration reset request
OCP Target reset request
Alarm suppression on/off
Unmask all events request
Mask all events request
Unmask all events request
Mask all events request
Unmask all events request
Mask all events request
72
73
74
75
76
Reset KWh
Reset Phase 1-3 Voltage histogram
Reset Phase 3-5 Voltage histogram
Reset Phase 5-1 Voltage histogram
Reset Phase 2 Voltage histogram
Command
Command
Resets kWh accumulation
Resets specified histogram
Database v15
Page 92
SBO (Eskom)
F5 2179 Data Dictionary
77
78
79
7A
7B
7C
Reset Phase 4 Voltage histogram
Reset Phase 6 Voltage histogram
Reset Phase 2-4 Voltage histogram
Reset Phase 4-6 Voltage histogram
Reset Phase 6-2 Voltage histogram
Reset Phase 3-4 Frequency
Database v15
Page 93
SBO (Eskom)
Kyle Form 5 Microprocessor-based Electronic Recloser Control Serial Communications Data 2483 Protocol 2179
©2005
Cooper Power Systems or its affiliates.
Kyle is a registered trademark of Cooper Power Systems or its affiliates
1045 Hickory Streeet
Pewaukee, WI 53072
www.cooperpower.com
KDL
9/05