Revision: G
Protocol: DNP 3.00
Application: M01
Function block | Revision |
MODBUS_REX | A |
CONFIG2 | C |
ERHA | C |
EEPROM | A |
DOHA | B |
DIPO | A |
CUB3Low | D |
DEF2High | E |
DEF2Inst | E |
DEF2Low | E |
Inrush3 | D |
NOC3High | C |
NOC3Inst | C |
NOC3Low | D |
TOL3Cab | E |
COCB1 | C |
COIND1 | C |
COIND2 | C |
COLOCAT | B |
CMBWEAR1 | C |
CMCU3 | C |
CMTCS1 | B |
MECU1A | D |
MECU3A | D |
MEVO1A | F |
MEDREC16 | K |
PQCU3H | E |
CT4 | B |
CT3 | B |
CT5 | B |
MMIALAR8 | C |
MMI | D |
CCODED1_52x | G |
SLW | A |
TMA | A |
CT2 | B |
VT1 | B |
TESU | A |
SPA{FRONT} | A |
SPA{REAR} | A |
SPATRANS | A |
MMIALAR7 | C |
MEAS | C |
DNP_REX | A |
CONFIG | C |
LON | A |
GP | D |
IEC103 | A |
DREC | A |
CT1 | B |
MMIALAR4 | C |
MMIALAR5 | C |
MMIALAR6 | C |
MMIALAR3 | C |
CTRL | D |
MMIALAR1 | C |
MMIALAR2 | C |
Default variation mask:
Binary Inputs | 1,2 |
Binary Input Events | 1,2,3 |
Points:
DB Name | Description | Address | Value range of internal representation | Events | Class | UR flag | Comment |
F010E000 | CONFIG2-C TRIP signal of MasterTrip | 00000 | - | Yes | 1 | 1 | Reset |
F010E002 | CONFIG2-C TRIP signal of ExternalTrip | 00001 | - | Yes | 1 | 1 | Reset |
F010V020 | CONFIG2-C HSP01 Lockout | 00002 | 0 .. 1 | Yes | 1 | 1 | Status of HSP01 Lockout in IEC configuration |
F010V021 | CONFIG2-C External Lockout | 00003 | 0 .. 1 | Yes | 1 | 1 | Status of External Lockout in IEC configuration |
F012O001 | DOHA-B Output 1 state | 00004 | 0 ... 1 | Yes | 1 | 1 | State of output relay 1 (SO1) |
F012O002 | DOHA-B Output 2 state | 00005 | 0 ... 1 | Yes | 1 | 1 | State of output relay 2 (SO2) |
F012O003 | DOHA-B Output 3 state | 00006 | 0 ... 1 | Yes | 1 | 1 | State of output relay 3 (PO1) |
F012O004 | DOHA-B Output 4 state | 00007 | 0 ... 1 | Yes | 1 | 1 | State of output relay 4 (PO2) |
F012O005 | DOHA-B Output 5 state | 00008 | 0 ... 1 | Yes | 1 | 1 | State of output relay 5 (PO3) |
F012O006 | DOHA-B Output 6 state | 00009 | 0 ... 1 | Yes | 1 | 1 | State of output relay 6 (HSPO1) |
F012V017 | DOHA-B Test mode | 00010 | 0..1 [0=No test; 1=Testing] | Yes | 1 | 1 | Test mode for inputs and outputs |
F011I001 | DIPO-A Input 1 state | 00011 | 0 ... 1 | Yes | 1 | 1 | State of digital input 1 |
F011I002 | DIPO-A Input 2 state | 00012 | 0 ... 1 | Yes | 1 | 1 | State of digital input 2 |
F011I003 | DIPO-A Input 3 state | 00013 | 0 ... 1 | Yes | 1 | 1 | State of digital input 3 |
F011I004 | DIPO-A Input 4 state | 00014 | 0 ... 1 | Yes | 1 | 1 | State of digital input 4 |
F011I005 | DIPO-A Input 5 state | 00015 | 0 ... 1 | Yes | 1 | 1 | State of digital input 5 |
F011I006 | DIPO-A Input 6 state | 00016 | 0 ... 1 | Yes | 1 | 1 | State of digital input 6 |
F011I007 | DIPO-A Input 7 state | 00017 | 0 ... 1 | Yes | 1 | 1 | State of digital input 7 |
F011I008 | DIPO-A Input 8 state | 00018 | 0 ... 1 | Yes | 1 | 1 | State of digital input 8 |
F011I009 | DIPO-A Input 9 state | 00019 | 0 ... 1 | Yes | 1 | 1 | State of digital input 9 |
F051O001 | CUB3LOW-D Output START | 00020 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F051O002 | CUB3LOW-D Output TRIP | 00021 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F051O003 | CUB3LOW-D Output CBFP | 00022 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F051I005 | CUB3LOW-D Input BS1 | 00023 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F051I006 | CUB3LOW-D Input BS2 | 00024 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F041O001 | DEF2HIGH-E Output START | 00025 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F041O002 | DEF2HIGH-E Output TRIP | 00026 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F041O003 | DEF2HIGH-E Output CBFP | 00027 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F041I005 | DEF2HIGH-E Input BS1 | 00028 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F041I006 | DEF2HIGH-E Input BS2 | 00029 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F042O001 | DEF2INST-E Output START | 00030 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F042O002 | DEF2INST-E Output TRIP | 00031 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F042O003 | DEF2INST-E Output CBFP | 00032 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F042I005 | DEF2INST-E Input BS1 | 00033 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F042I006 | DEF2INST-E Input BS2 | 00034 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F040O001 | DEF2LOW-E Output START | 00035 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F040O002 | DEF2LOW-E Output TRIP | 00036 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F040O003 | DEF2LOW-E Output CBFP | 00037 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F040I005 | DEF2LOW-E Input BS1 | 00038 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F040I006 | DEF2LOW-E Input BS2 | 00039 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F034O001 | INRUSH3-D Output START | 00040 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of signal START |
F032O002 | NOC3HIGH-C Output START | 00041 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F032O003 | NOC3HIGH-C Output TRIP | 00042 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F032O004 | NOC3HIGH-C Output CBFP | 00043 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F032O001 | NOC3HIGH-C Output BSOUT | 00044 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of BSOUT signal |
F032I004 | NOC3HIGH-C Input BS1 | 00045 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F032I005 | NOC3HIGH-C Input BS2 | 00046 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F033O002 | NOC3INST-C Output START | 00047 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F033O003 | NOC3INST-C Output TRIP | 00048 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F033O004 | NOC3INST-C Output CBFP | 00049 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F033O001 | NOC3INST-C Output BSOUT | 00050 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of BSOUT signal |
F033I004 | NOC3INST-C Input BS1 | 00051 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F033I005 | NOC3INST-C Input BS2 | 00052 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F031O001 | NOC3LOW-D Output START | 00053 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F031O002 | NOC3LOW-D Output TRIP | 00054 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F031O003 | NOC3LOW-D Output CBFP | 00055 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CBFP signal |
F031I004 | NOC3LOW-D Input BS1 | 00056 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS1 |
F031I005 | NOC3LOW-D Input BS2 | 00057 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Block signal BS2 |
F047O001 | TOL3CAB-E Output START | 00058 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of start signal |
F047O002 | TOL3CAB-E Output TRIP | 00059 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of trip signal |
F047E004 | TOL3CAB-E CBFP signal from TOL3Cab | 00060 | - | Yes | 1 | 1 | Reset |
F047O003 | TOL3CAB-E Output CU_ALARM | 00061 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of CURRENT_ALARM signal |
F047I010 | TOL3CAB-E Input BLOCK | 00062 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Blocking signal |
F047O008 | TOL3CAB-E Output SENSERR | 00063 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of sensor error signal |
F120V001 | COCB1-C Object state closed | 00064 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit value of the object state |
F120V001 | COCB1-C Object state open | 00065 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit value of the object state |
F120V001 | COCB1-C Object state faulty | 00066 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit value of the object state |
F120O003 | COCB1-C Open alarm | 00067 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Opening time alarm status |
F120O004 | COCB1-C Close alarm | 00068 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Closing time alarm status |
F120O005 | COCB1-C Inactive alarm | 00069 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Inactive time alarm status |
F120O006 | COCB1-C Cycle alarm | 00070 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Cycle count alarm status |
F120V031 | COCB1-C Interlock open | 00071 | 0..1[0 = Enabled; 1 = Interlocked] | Yes | 1 | 1 | Open command interlocking |
F120V030 | COCB1-C Interlock close | 00072 | 0..1[0 = Enabled; 1 = Interlocked] | Yes | 1 | 1 | Close command interlocking |
F120V034 | COCB1-C IV state | 00073 | 0..1[0 = Valid; 1 = Invalid] | Yes | 1 | 1 | Object state validitity from IV-signal |
F120V035 | COCB1-C Block state | 00074 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Object block signal state |
F120E010 | COCB1-C Breaker 1 command sequence | 00075 | - | Yes | 1 | 1 | Completed |
F120E012 | COCB1-C Breaker 1 open output | 00076 | - | Yes | 1 | 1 | Deactivated |
F120E014 | COCB1-C Breaker 1 close output | 00077 | - | Yes | 1 | 1 | Deactivated |
F120E024 | COCB1-C Breaker 1 command status | 00078 | - | Yes | 1 | 1 | Nack |
F127V001 | COIND1-C Object state closed | 00079 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit state of the object |
F127V001 | COIND1-C Object state open | 00080 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit state of the object |
F127V001 | COIND1-C Object state faulty | 00081 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit state of the object |
F127V034 | COIND1-C IV state | 00082 | 0..1[0 = Valid; 1 = Invalid] | Yes | 1 | 1 | Object state validitity from IV-signal |
F128V001 | COIND2-C Object state closed | 00083 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit state of the object |
F128V001 | COIND2-C Object state open | 00084 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit state of the object |
F128V001 | COIND2-C Object state faulty | 00085 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | Yes | 1 | 1 | 2-bit state of the object |
F128V034 | COIND2-C IV state | 00086 | 0..1[0 = Valid; 1 = Invalid] | Yes | 1 | 1 | Object state validitity from IV-signal |
F142V001 | COLOCAT-B Logic setting | 00087 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Reset logic position setting |
F142V002 | COLOCAT-B Binary position low | 00088 | 0..2[0 = Disable state; 1 = Local state; 2 = Remote state] | No | - | - | Recent binary input position (to be validated by the system software) |
F142V002 | COLOCAT-B Binary position high | 00089 | 0..2[0 = Disable state; 1 = Local state; 2 = Remote state] | No | - | - | Recent binary input position (to be validated by the system software) |
F187O001 | CMBWEAR1-C Alarm state | 00090 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Breaker wear alarm state |
F181O001 | CMCU3-C Output ALARM | 00091 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of alarm signal |
F191O001 | CMTCS1-B Alarm state | 00092 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Alarm state |
F191I002 | CMTCS1-B BS state | 00093 | 0..1[0 = Inactive; 1 = Active] | Yes | 1 | 1 | Blocking signal state |
F201E000 | MECU1A-D Io High warning | 00094 | - | Yes | 1 | 1 | High warning reset |
F201E002 | MECU1A-D Io High alarm | 00095 | - | Yes | 1 | 1 | High alarm reset |
F200E000 | MECU3A-D IL1 High warning | 00096 | - | Yes | 1 | 1 | High warning reset |
F200E002 | MECU3A-D IL2 High warning | 00097 | - | Yes | 1 | 1 | High warning reset |
F200E004 | MECU3A-D IL3 High warning | 00098 | - | Yes | 1 | 1 | High warning reset |
F200E006 | MECU3A-D IL1 High alarm | 00099 | - | Yes | 1 | 1 | High alarm reset |
F200E008 | MECU3A-D IL2 High alarm | 00100 | - | Yes | 1 | 1 | High alarm reset |
F200E010 | MECU3A-D IL3 High alarm | 00101 | - | Yes | 1 | 1 | High alarm reset |
F200E012 | MECU3A-D IL1 Low warning | 00102 | - | Yes | 1 | 1 | Low warning reset |
F200E014 | MECU3A-D IL2 Low warning | 00103 | - | Yes | 1 | 1 | Low warning reset |
F200E016 | MECU3A-D IL3 Low warning | 00104 | - | Yes | 1 | 1 | Low warning reset |
F200E018 | MECU3A-D IL1 Low alarm | 00105 | - | Yes | 1 | 1 | Low alarm reset |
F200E020 | MECU3A-D IL2 Low alarm | 00106 | - | Yes | 1 | 1 | Low alarm reset |
F200E022 | MECU3A-D IL3 Low alarm | 00107 | - | Yes | 1 | 1 | Low alarm reset |
F205E000 | MEVO1A-F Uo High warning | 00108 | - | Yes | 1 | 1 | High warning reset |
F205E002 | MEVO1A-F Uo High alarm | 00109 | - | Yes | 1 | 1 | High alarm reset |
F225E000 | MEDREC16-K Recorder memory | 00110 | - | Yes | 1 | 1 | Not full |
F512O001 | PQCU3H-E Out HAR_HIGH | 00111 | 0..1[0 = Not active; 1 = Active] | Yes | 1 | 1 | Status of output HAR_HIGH |
F512O002 | PQCU3H-E Out CUM_HIGH | 00112 | 0..1[0 = Not active; 1 = Active] | No | - | - | Status of output CUM_HIGH |
F002V005 | CTRL-D Control position | 00113 | 0..2 [0=Control off; 1=Local; 2=Remote] | Yes | 1 | 1 | Control: Recent control position |
Default variation mask:
Binary Outputs | 1,2 |
Control Relay Output Blocks | 1 |
Points:
DB Name | Description | Address | Value range of internal representation | Events | Class | UR flag | Comment |
F120V001 | COCB1-C Object state | 00000 | 0..3[0 = Undefined(00); 1 = Close(01); 2 = Open(10); 3 = Undefined(11)] | No | - | - | 2-bit value of the object state |
F187V099 | CMBWEAR1-C Alarm ack | 00001 | 0..1[0 = 0; 1=Acknowledge] | No | - | - | Acknowledge alarm |
F225M002 | MEDREC16-K Reset memory | 00002 | 0..1 [0 = 0; 1 = Reset] | No | - | - | Resetting of recording memory |
F512V025 | PQCU3H-E Reset registers | 00003 | 0..1[0 = 0; 1 = Reset] | No | - | - | Resetting of registers |
SILENTFL | DNP_REX-A Stay silent | 00004 | - | No | - | - | Stay silent flag |
Default variation mask:
Counters | 1,2 |
Counter Events | 1,2 |
Points:
- |
Default variation mask:
Analog Inputs | 1,2 |
Analog Input Events | 1,2 |
Points:
DB Name | Description | Address | Value range of internal representation | Scale | Unit | Events | Class | UR flag | Comment |
F024V015 | ERHA-C IRF code | 00000 | 0...255 | - | Yes | 2 | 1 | Fault code of selfsupervision system | |
F001V002 | EEPROM-A Serial Number | 00001 | 0..4294967295 | - | No | - | - | Relay serial number | |
F047O004 | TOL3CAB-E Output COND_TEMP | 00002 | -100.0...300.0 | [multiply by 10] | [øC] | No | - | - | Calculated temperature of the conductor |
F047O005 | TOL3CAB-E Output TEMP(%) | 00003 | 0.0...1000.0 | [multiply by 10] | [%] | Yes | 2 | 1 | Per cent value of the calculated temperature of the conductor |
F047O006 | TOL3CAB-E Output COOL_TIME | 00004 | 0...99999 | [min] | Yes | 2 | 1 | Waiting time for the successful reclosure | |
F047O007 | TOL3CAB-E Output TRIP_TIME | 00005 | 0...99999 | [min] | Yes | 2 | 1 | Predicted time for the trip in the overload situation | |
F201I001 | MECU1A-D Io | 00006 | 0.0...20000.0 | [multiply by 10] | [A] | Yes | 2 | 1 | Current Io in amperes |
F200I001 | MECU3A-D IL1 | 00007 | 0.0...20000.0 | [multiply by 10] | [A] | Yes | 2 | 1 | Current IL1 in amperes |
F200I002 | MECU3A-D IL2 | 00008 | 0.0...20000.0 | [multiply by 10] | [A] | Yes | 2 | 1 | Current IL2 in amperes |
F200I003 | MECU3A-D IL3 | 00009 | 0.0...20000.0 | [multiply by 10] | [A] | Yes | 2 | 1 | Current IL3 in amperes |
F200I007 | MECU3A-D IL1 demand | 00010 | 0.0...20000.0 | [multiply by 10] | [A] | No | - | - | IL1 demand in amperes |
F200I008 | MECU3A-D IL2 demand | 00011 | 0.0...20000.0 | [multiply by 10] | [A] | No | - | - | IL2 demand in amperes |
F200I009 | MECU3A-D IL3 demand | 00012 | 0.0...20000.0 | [multiply by 10] | [A] | No | - | - | IL3 demand in amperes |
F205I001 | MEVO1A-F Uo | 00013 | 0...440000 | [V] | Yes | 2 | 1 | Residual voltage Uo in volts | |
F512I002 | PQCU3H-E THD | 00014 | 0.000...10.000 | [multiply by 1000] | - | No | - | - | 3 s average value of Total Harmonic Distortion |
F512I003 | PQCU3H-E Fund. component | 00015 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 1st harmonic |
F512I004 | PQCU3H-E 2nd harmonic | 00016 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 2nd harmonic |
F512I005 | PQCU3H-E 3rd harmonic | 00017 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 3rd harmonic |
F512I006 | PQCU3H-E 4th harmonic | 00018 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 4th harmonic |
F512I007 | PQCU3H-E 5th harmonic | 00019 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 5th harmonic |
F512I008 | PQCU3H-E 6th harmonic | 00020 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 6th harmonic |
F512I009 | PQCU3H-E 7th harmonic | 00021 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 7th harmonic |
F512I010 | PQCU3H-E 8th harmonic | 00022 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 8th harmonic |
F512I011 | PQCU3H-E 9th harmonic | 00023 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 9th harmonic |
F512I012 | PQCU3H-E 10th harmonic | 00024 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 10th harmonic |
F512I013 | PQCU3H-E 11th harmonic | 00025 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 11th harmonic |
F512I014 | PQCU3H-E 12th harmonic | 00026 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 12th harmonic |
F512I015 | PQCU3H-E 13th harmonic | 00027 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | 3 s average value of 13th harmonic |
F512I018 | PQCU3H-E THD | 00028 | 0.000...10.000 | [multiply by 1000] | - | No | - | - | Short time sliding average value of Total Harmonic Distortion |
F512I019 | PQCU3H-E 2nd harmonic | 00029 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 2nd harmonic |
F512I020 | PQCU3H-E 3rd harmonic | 00030 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 3rd harmonic |
F512I021 | PQCU3H-E 4th harmonic | 00031 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 4th harmonic |
F512I022 | PQCU3H-E 5th harmonic | 00032 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 5th harmonic |
F512I023 | PQCU3H-E 6th harmonic | 00033 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 6th harmonic |
F512I024 | PQCU3H-E 7th harmonic | 00034 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 7th harmonic |
F512I025 | PQCU3H-E 8th harmonic | 00035 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 8th harmonic |
F512I026 | PQCU3H-E 9th harmonic | 00036 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 9th harmonic |
F512I027 | PQCU3H-E 10th harmonic | 00037 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 10th harmonic |
F512I028 | PQCU3H-E 11th harmonic | 00038 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 11th harmonic |
F512I029 | PQCU3H-E 12th harmonic | 00039 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 12th harmonic |
F512I030 | PQCU3H-E 13th harmonic | 00040 | 0.000...10.000 | [multiply by 1000] | [x In] | No | - | - | Short time sliding average value of 13th harmonic |
F512V206 | PQCU3H-E Maximum THD | 00041 | 0.000...10.000 | [multiply by 1000] | - | No | - | - | Max THD at last obs. period |
F512V306 | PQCU3H-E Maximum THD | 00042 | 0.000...10.000 | [multiply by 1000] | - | No | - | - | Max THD at active obs. period |
F512V404 | PQCU3H-E THD | 00043 | 0.000...10.000 | [multiply by 1000] | - | No | - | - |
Default variation mask:
Analog Output Status | 1,2 |
Analog Output Blocks | 1,2 |
Points:
DB Name | Description | Address | Value range of internal representation | Scale | Unit | Events | Class | UR flag | Comment |
F120V012 | COCB1-C Cycle count | 00000 | 0...30000 | - | No | - | - | Cycle count process value | |
F187V001 | CMBWEAR1-C Wear L1 | 00001 | 0.00...30000.00 | - | No | - | - | Accumulated breaker wear at pole 1 | |
F187V002 | CMBWEAR1-C Wear L2 | 00002 | 0.00...30000.00 | - | No | - | - | Accumulated breaker wear at pole 2 | |
F187V003 | CMBWEAR1-C Wear L3 | 00003 | 0.00...30000.00 | - | No | - | - | Accumulated breaker wear at pole 3 |
Default variation mask:
Timers | 1 |
Points:
DB Name | Description | Address | Value range of internal representation | Scale | Unit | Events | Class | UR flag | Comment |
DEVCLK | DNP_REX-A Device clock register | 00000 | - | - | No | - | - | Part of the device clock structure |