HPR-VI MODBUS communication driver is the driver to communicate with digital power meter controller of HyoSung in Korea.
<Figure 1> is read setting example of HPR-VI MODBUS communication driver.
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| <Figure 1> Read setting example of HPR-VI MODBUS communication driver |
Device part of <Figure 1> input Com Port(COM1), Baud Rate(19200), Parity Bit(2), Data Bit(8), Stop Bit(1) respectively, according to setting of controller.
Note) Station number, baud rate, etc of HPR-VI power meter can set by using operation button of front panel.
HPR-VI MODBUS communication driver read schedule
Read schedule setting parameters are as follows:
1) Station – 0 ~ 255 station number of power meter.(you can set by using operation button of fron panel)
2) Device name of function number – Device name or function number of Modbus protocol.
Device name : DATA, DETAIL, HAR, MINMAX, SIN, SET, etc. ( refer to <Table 1> )
3) Read Start Address – Reading start address of modbus protocol. Don't care when using Device name.
4) Save start address for Communication Server – Saving start address of Communication Server.
5) Read Size – Read size(Word unit).
Read schedule example)
READ, 1, DATA, 0, 0, 45,
READ, 1, DETAIL, 0, 50, 90,
<Table 1> is device type and contents of HPR-VI MODBUS communication driver.
<Table 2>, <Table 3> are data saving address and contetns of Basic, Detail Measurement.
<Table 4> , <Table 5> are data saving address and contetns of Harmonic, Min/Max Measurement.
<Table 6>, <Table 7> are Data saving address and contetns of SIN(q)/K Factor Measurement, Setting Parameter.
Device name |
Contents |
Read size |
DATA |
Basic Measurement |
45 WORD |
DETAIL |
Detail Measurement |
90 WORD |
HAR |
Harmonic Measurement |
90 WORD |
MINMAX |
MIN/MAX Measurement |
90 WORD |
SIN |
SIN(q) K Factor Measurement |
9 WORD |
SET |
Setting Parameter |
20 WORD |
| <Table 1> Device type and contents of HPR-VI MODBUS communication driver | ||
Data Saving Address |
Contents |
Modbus address |
Scale |
Units |
Start Addr + 0000 |
phase voltage A MSB |
0000 |
¢¥100 |
V |
Start Addr + 0001 |
LSB |
0001 |
|
|
Start Addr + 0002 |
phase voltage B |
0002 |
¢¥100 |
V |
Start Addr + 0003 |
|
0003 |
|
|
Start Addr + 0004 |
phase voltage C |
0004 |
¢¥100 |
V |
Start Addr + 0005 |
|
0005 |
|
|
Start Addr + 0006 |
voltage AB |
0006 |
¢¥100 |
V |
Start Addr + 0007 |
|
0007 |
|
|
Start Addr + 0008 |
voltage BC |
0008 |
¢¥100 |
V |
Start Addr + 0009 |
|
0009 |
|
|
Start Addr + 0010 |
voltage CA |
000A |
¢¥100 |
V |
Start Addr + 0011 |
|
000B |
|
|
Start Addr + 0012 |
phase current A |
000C |
¢¥1000 |
A |
Start Addr + 0013 |
|
000D |
|
|
Start Addr + 0014 |
phase current B |
000E |
¢¥1000 |
A |
Start Addr + 0015 |
|
000F |
|
|
Start Addr + 0016 |
phase current C |
0010 |
¢¥1000 |
A |
Start Addr + 0017 |
|
0011 |
|
|
Start Addr + 0018 |
phase current N |
0012 |
¢¥1000 |
A |
Start Addr + 0019 |
|
0013 |
|
|
Start Addr + 0020 |
current(average current) |
0014 |
¢¥1000 |
A |
Start Addr + 0021 |
|
0015 |
|
|
Start Addr + 0022 |
active power(A+B+C) |
0016 |
¢¥10 |
KW |
Start Addr + 0023 |
|
0017 |
|
|
Start Addr + 0024 |
reactive power(A+B+C) |
0018 |
¢¥10 |
KVar |
Start Addr + 0025 |
|
0019 |
|
|
Start Addr + 0026 |
apparent power(A+B+C) |
001A |
¢¥10 |
KW |
Start Addr + 0027 |
|
001B |
|
|
Start Addr + 0028 |
power factor(A+B+C), disp |
001C |
¢¥1000 |
|
Start Addr + 0029 |
|
001D |
|
|
Start Addr + 0030 |
power factor(A+B+C), true |
001E |
¢¥1000 |
|
Start Addr + 0031 |
|
001F |
|
|
Start Addr + 0032 |
frequency |
0020 |
¢¥100 |
Hz |
Start Addr + 0033 |
amount of active power+(A+B+C) |
0021 |
¢¥1 |
KWh |
Start Addr + 0034 |
|
0022 |
|
|
Start Addr + 0035 |
amount of active power-(A+B+C) |
0023 |
¢¥1 |
KWh |
Start Addr + 0036 |
|
0024 |
|
|
Start Addr + 0037 |
reamount of active power+(A+B+C) |
0025 |
¢¥1 |
KVarh |
Start Addr + 0038 |
|
0026 |
|
|
Start Addr + 0039 |
reamount of active power-(A+B+C) |
0027 |
¢¥1 |
KVarh |
Start Addr + 0040 |
|
0028 |
|
|
Start Addr + 0041 |
amount of apparent power(A+B+C) |
0029 |
¢¥1 |
KVAh |
Start Addr + 0042 |
|
002A |
|
|
Start Addr + 0043 |
Reserved Word |
002B |
|
|
Start Addr + 0044 |
DI Status |
002C |
|
Bit |
| <Table 2> Data saving address and contetns of Basic Measurement | ||||
Data Saving Address |
Contents |
Modbus address |
Scale |
Units |
Start Addr + 0000 |
phase voltage(fundamental) A MSB |
002D |
¢¥100 |
V |
Start Addr + 0001 |
LSB |
002E |
|
|
Start Addr + 0002 |
phase voltage(fundamental) B |
002F |
¢¥100 |
V |
Start Addr + 0003 |
|
0030 |
|
|
Start Addr + 0004 |
phase voltage(fundamental) C |
0031 |
¢¥100 |
V |
Start Addr + 0005 |
|
0032 |
|
|
Start Addr + 0006 |
phase current(fundamental) A |
0033 |
¢¥1000 |
A |
Start Addr + 0007 |
|
0034 |
|
|
Start Addr + 0008 |
phase current(fundamental) B |
0035 |
¢¥1000 |
A |
Start Addr + 0009 |
|
0036 |
|
|
Start Addr + 0010 |
phase current(fundamental) C |
0037 |
¢¥1000 |
A |
Start Addr + 0011 |
|
0038 |
|
|
Start Addr + 0012 |
active power A |
0039 |
¢¥10 |
KW |
Start Addr + 0013 |
|
003A |
|
|
Start Addr + 0014 |
active power B |
003B |
¢¥10 |
KW |
Start Addr + 0015 |
|
003C |
|
|
Start Addr + 0016 |
active power C |
003D |
¢¥10 |
KW |
Start Addr + 0017 |
|
003E |
|
|
Start Addr + 0018 |
reactive power A |
003F |
¢¥10 |
KVar |
Start Addr + 0019 |
|
0040 |
|
|
Start Addr + 0020 |
reactive power B |
0041 |
¢¥10 |
KVar |
Start Addr + 0021 |
|
0042 |
|
|
Start Addr + 0022 |
reactive power C |
0043 |
¢¥10 |
KVar |
Start Addr + 0023 |
|
0044 |
|
|
Start Addr + 0024 |
apparent power A |
0045 |
¢¥10 |
KVA |
Start Addr + 0025 |
|
0046 |
|
|
Start Addr + 0026 |
apparent power B |
0047 |
¢¥10 |
KVA |
Start Addr + 0027 |
|
0048 |
|
|
Start Addr + 0028 |
apparent power C |
0049 |
¢¥10 |
KVA |
Start Addr + 0029 |
|
004A |
|
|
Start Addr + 0030 |
power factor A ,dpf |
004B |
¢¥1000 |
|
Start Addr + 0031 |
|
004C |
|
|
Start Addr + 0032 |
power factor B ,dpf |
004D |
¢¥1000 |
|
Start Addr + 0033 |
|
004E |
|
|
Start Addr + 0034 |
power factor C ,dpf |
004F |
¢¥1000 |
|
Start Addr + 0035 |
|
0050 |
|
|
Start Addr + 0036 |
power factor A ,true |
0051 |
¢¥1000 |
|
Start Addr + 0037 |
|
0052 |
|
|
Start Addr + 0038 |
power factor B ,true |
0053 |
¢¥1000 |
|
Start Addr + 0039 |
|
0054 |
|
|
Start Addr + 0040 |
power factor C ,true |
0055 |
¢¥1000 |
|
Start Addr + 0041 |
|
0056 |
|
|
Start Addr + 0042 |
amount of active power(+) A |
0057 |
¢¥1 |
KWh |
Start Addr + 0043 |
|
0058 |
|
|
Start Addr + 0044 |
amount of active power(+) B |
0059 |
¢¥1 |
KWh |
Start Addr + 0045 |
|
005A |
|
|
Start Addr + 0046 |
amount of active power(+) C |
005B |
¢¥1 |
KWh |
Start Addr + 0047 |
|
005C |
|
|
Start Addr + 0048 |
amount of active power(-) A |
005D |
¢¥1 |
KWh |
Start Addr + 0049 |
|
005E |
|
|
Start Addr + 0050 |
amount of active power(-) B |
005F |
¢¥1 |
KWh |
Start Addr + 0051 |
|
0060 |
|
|
Start Addr + 0052 |
amount of active power(-) C |
0061 |
¢¥1 |
KWh |
Start Addr + 0053 |
|
0062 |
|
|
Start Addr + 0054 |
reamount of active power(+) A |
0063 |
¢¥1 |
KVarh |
Start Addr + 0055 |
|
0064 |
|
|
Start Addr + 0056 |
reamount of active power(+) B |
0065 |
¢¥1 |
KVarh |
Start Addr + 0057 |
|
0066 |
|
|
Start Addr + 0058 |
reamount of active power(+) C |
0067 |
¢¥1 |
KVarh |
Start Addr + 0059 |
|
0068 |
|
|
Start Addr + 0060 |
reamount of active power(-) A |
0069 |
¢¥1 |
KVarh |
Start Addr + 0061 |
|
006A |
|
|
Start Addr + 0062 |
reamount of active power(-) B |
006B |
¢¥1 |
KVarh |
Start Addr + 0063 |
|
006C |
|
|
Start Addr + 0064 |
reamount of active power(-) C |
006D |
¢¥1 |
KVarh |
Start Addr + 0065 |
|
006E |
|
|
Start Addr + 0066 |
amount of apparent power A |
006F |
¢¥1 |
KVAh |
Start Addr + 0067 |
|
0070 |
|
|
Start Addr + 0068 |
amount of apparent power B |
0071 |
¢¥1 |
KVAh |
Start Addr + 0069 |
|
0072 |
|
|
Start Addr + 0070 |
amount of apparent power C |
0073 |
¢¥1 |
KVAh |
Start Addr + 0071 |
|
0074 |
|
|
Start Addr + 0072 |
power(Demand) |
0075 |
¢¥1 |
KW |
Start Addr + 0073 |
|
0076 |
|
|
Start Addr + 0074 |
average power(Demand) |
0077 |
¢¥1 |
KW |
Start Addr + 0075 |
|
0078 |
|
|
Start Addr + 0076 |
max power(Demand) |
0079 |
¢¥1 |
KW |
Start Addr + 0077 |
|
007A |
|
|
Start Addr + 0078 |
symmetric factor voltage of positive phase sequence |
007B |
¢¥100 |
V |
Start Addr + 0079 |
|
007C |
|
|
Start Addr + 0080 |
symmetric factor voltage of negative phase sequence |
007D |
¢¥100 |
V |
Start Addr + 0081 |
|
007E |
|
|
Start Addr + 0082 |
symmetric factor voltage of zero-phase sequence |
007F |
¢¥100 |
V |
Start Addr + 0083 |
|
0080 |
|
|
Start Addr + 0084 |
symmetric factor current of positive phase sequence |
0081 |
¢¥1000 |
A |
Start Addr + 0085 |
|
0082 |
|
|
Start Addr + 0086 |
symmetric factor current of negative phase sequence |
0083 |
¢¥1000 |
A |
Start Addr + 0087 |
|
0084 |
|
|
Start Addr + 0088 |
symmetric factor current of zero-phase sequence |
0085 |
¢¥1000 |
A |
Start Addr + 0089 |
|
0086 |
|
|
| <Table 3> Data saving address and contetns of Detail Measurement | ||||
Data Saving Address |
Contents |
Modbus address |
Scale |
Units |
Start Addr + 0000 |
voltage THD A |
0087 |
¢¥100 |
% |
Start Addr + 0001 |
voltage THD B |
0088 |
¢¥100 |
% |
Start Addr + 0002 |
voltage THD C |
0089 |
¢¥100 |
% |
Start Addr + 0003 |
current THD A |
008A |
¢¥100 |
% |
Start Addr + 0004 |
current THD B |
008B |
¢¥100 |
% |
Start Addr + 0005 |
current THD C |
008C |
¢¥100 |
% |
Start Addr + 0006 |
V3A |
008D |
¢¥100 |
% |
Start Addr + 0007 |
V3B |
008E |
¢¥100 |
% |
Start Addr + 0008 |
V3C |
008F |
¢¥100 |
% |
Start Addr + 0009 |
V5A |
0090 |
¢¥100 |
% |
Start Addr + 0010 |
V5B |
0091 |
¢¥100 |
% |
Start Addr + 0011 |
V5C |
0092 |
¢¥100 |
% |
Start Addr + 0012 |
V7A |
0093 |
¢¥100 |
% |
Start Addr + 0013 |
V7B |
0094 |
¢¥100 |
% |
Start Addr + 0014 |
V7C |
0095 |
¢¥100 |
% |
Start Addr + 0015 |
V9A |
0096 |
¢¥100 |
% |
Start Addr + 0016 |
V9B |
0097 |
¢¥100 |
% |
Start Addr + 0017 |
V9C |
0098 |
¢¥100 |
% |
Start Addr + 0018 |
V11A |
0099 |
¢¥100 |
% |
Start Addr + 0019 |
V11B |
009A |
¢¥100 |
% |
Start Addr + 0020 |
V11C |
009B |
¢¥100 |
% |
Start Addr + 0021 |
V13A |
009C |
¢¥100 |
% |
Start Addr + 0022 |
V13B |
009D |
¢¥100 |
% |
Start Addr + 0023 |
V13C |
009E |
¢¥100 |
% |
Start Addr + 0024 |
V15A |
009F |
¢¥100 |
% |
Start Addr + 0025 |
V15B |
00A0 |
¢¥100 |
% |
Start Addr + 0026 |
V15C |
00A1 |
¢¥100 |
% |
Start Addr + 0027 |
I3A |
00A2 |
¢¥100 |
% |
Start Addr + 0028 |
I3B |
00A3 |
¢¥100 |
% |
Start Addr + 0029 |
I3C |
00A4 |
¢¥100 |
% |
Start Addr + 0030 |
I5A |
00A5 |
¢¥100 |
% |
Start Addr + 0031 |
I5B |
00A6 |
¢¥100 |
% |
Start Addr + 0032 |
I5C |
00A7 |
¢¥100 |
% |
Start Addr + 0033 |
I7A |
00A8 |
¢¥100 |
% |
Start Addr + 0034 |
I7B |
00A9 |
¢¥100 |
% |
Start Addr + 0035 |
I7C |
00AA |
¢¥100 |
% |
Start Addr + 0036 |
I9A |
00AB |
¢¥100 |
% |
Start Addr + 0037 |
I9B |
00AC |
¢¥100 |
% |
Start Addr + 0038 |
I9C |
00AD |
¢¥100 |
% |
Start Addr + 0039 |
I11A |
00AE |
¢¥100 |
% |
Start Addr + 0040 |
I11B |
00AF |
¢¥100 |
% |
Start Addr + 0041 |
I11C |
00B0 |
¢¥100 |
% |
Start Addr + 0042 |
I13A |
00B1 |
¢¥100 |
% |
Start Addr + 0043 |
I13B |
00B2 |
¢¥100 |
% |
Start Addr + 0044 |
I13C |
00B3 |
¢¥100 |
% |
Start Addr + 0045 |
I15A |
00B4 |
¢¥100 |
% |
Start Addr + 0046 |
I15B |
00B5 |
¢¥100 |
% |
Start Addr + 0047 |
I15C |
00B6 |
¢¥100 |
% |
Start Addr + 0048 |
V2A |
00B7 |
¢¥100 |
% |
Start Addr + 0049 |
V2B |
00B8 |
¢¥100 |
% |
Start Addr + 0050 |
V2C |
00B9 |
¢¥100 |
% |
Start Addr + 0051 |
V4A |
00BA |
¢¥100 |
% |
Start Addr + 0052 |
V4B |
00BB |
¢¥100 |
% |
Start Addr + 0053 |
V4C |
00BC |
¢¥100 |
% |
Start Addr + 0054 |
V6A |
00BD |
¢¥100 |
% |
Start Addr + 0055 |
V6B |
00BE |
¢¥100 |
% |
Start Addr + 0056 |
V6C |
00BF |
¢¥100 |
% |
Start Addr + 0057 |
V8A |
00C0 |
¢¥100 |
% |
Start Addr + 0058 |
V8B |
00C1 |
¢¥100 |
% |
Start Addr + 0059 |
V8C |
00C2 |
¢¥100 |
% |
Start Addr + 0060 |
V10A |
00C3 |
¢¥100 |
% |
Start Addr + 0061 |
V10B |
00C4 |
¢¥100 |
% |
Start Addr + 0062 |
V10C |
00C5 |
¢¥100 |
% |
Start Addr + 0063 |
V12A |
00C6 |
¢¥100 |
% |
Start Addr + 0064 |
V12B |
00C7 |
¢¥100 |
% |
Start Addr + 0065 |
V12C |
00C8 |
¢¥100 |
% |
Start Addr + 0066 |
V14A |
00C9 |
¢¥100 |
% |
Start Addr + 0067 |
V14B |
00CA |
¢¥100 |
% |
Start Addr + 0068 |
V14C |
00CB |
¢¥100 |
% |
Start Addr + 0069 |
I2A |
00CC |
¢¥100 |
% |
Start Addr + 0070 |
I2B |
00CD |
¢¥100 |
% |
Start Addr + 0071 |
I2C |
00CE |
¢¥100 |
% |
Start Addr + 0072 |
I4A |
00CF |
¢¥100 |
% |
Start Addr + 0073 |
I4B |
00D0 |
¢¥100 |
% |
Start Addr + 0074 |
I4C |
00D1 |
¢¥100 |
% |
Start Addr + 0075 |
I6A |
00D2 |
¢¥100 |
% |
Start Addr + 0076 |
I6B |
00D3 |
¢¥100 |
% |
Start Addr + 0077 |
I6C |
00D4 |
¢¥100 |
% |
Start Addr + 0078 |
I8A |
00D5 |
¢¥100 |
% |
Start Addr + 0079 |
I8B |
00D6 |
¢¥100 |
% |
Start Addr + 0080 |
I8C |
00D7 |
¢¥100 |
% |
Start Addr + 0081 |
I10A |
00D8 |
¢¥100 |
% |
Start Addr + 0082 |
I10B |
00D9 |
¢¥100 |
% |
Start Addr + 0083 |
I10C |
00DA |
¢¥100 |
% |
Start Addr + 0084 |
I12A |
00DB |
¢¥100 |
% |
Start Addr + 0085 |
I12B |
00DC |
¢¥100 |
% |
Start Addr + 0086 |
I12C |
00DD |
¢¥100 |
% |
Start Addr + 0087 |
I14A |
00DE |
¢¥100 |
% |
Start Addr + 0088 |
I14B |
00DF |
¢¥100 |
% |
Start Addr + 0089 |
I14C |
00E0 |
¢¥100 |
% |
| <Table 4> Data saving address and contetns of Harmonic Measurement | ||||
Data Saving Address |
Contents (Min/Max Zone) |
Modbus address |
Scale |
Unit |
Start Addr + 0000 |
phase voltage Min A MSB |
00E1 |
¢¥100 |
V |
Start Addr + 0001 |
LSB |
00E2 |
|
|
Start Addr + 0002 |
phase voltage Min B |
00E3 |
¢¥100 |
V |
Start Addr + 0003 |
|
00E4 |
|
|
Start Addr + 0004 |
phase voltage Min C |
00E5 |
¢¥100 |
V |
Start Addr + 0005 |
|
00E6 |
|
|
Start Addr + 0006 |
phase voltage Max A |
00E7 |
¢¥100 |
V |
Start Addr + 0007 |
|
00E8 |
|
|
Start Addr + 0008 |
phase voltage Max B |
00E9 |
¢¥100 |
V |
Start Addr + 0009 |
|
00EA |
|
|
Start Addr + 0010 |
phase voltage Max C |
00EB |
¢¥100 |
V |
Start Addr + 0011 |
|
00EC |
|
|
Start Addr + 0012 |
voltage Min AB |
00ED |
¢¥100 |
V |
Start Addr + 0013 |
|
00EE |
|
|
Start Addr + 0014 |
voltage Min BC |
00EF |
¢¥100 |
V |
Start Addr + 0015 |
|
00F0 |
|
|
Start Addr + 0016 |
voltage Min CA |
00F1 |
¢¥100 |
V |
Start Addr + 0017 |
|
00F2 |
|
|
Start Addr + 0018 |
voltage Max AB |
00F3 |
¢¥100 |
V |
Start Addr + 0019 |
|
00F4 |
|
|
Start Addr + 0020 |
voltage Max BC |
00F5 |
¢¥100 |
V |
Start Addr + 0021 |
|
00F6 |
|
|
Start Addr + 0022 |
voltage Max CA |
00F7 |
¢¥100 |
V |
Start Addr + 0023 |
|
00F8 |
|
|
Start Addr + 0024 |
phase current Min A |
00F9 |
¢¥1000 |
A |
Start Addr + 0025 |
|
00FA |
|
|
Start Addr + 0026 |
phase current Min B |
00FB |
¢¥1000 |
A |
Start Addr + 0027 |
|
00FC |
|
|
Start Addr + 0028 |
phase current Min C |
00FD |
¢¥1000 |
A |
Start Addr + 0029 |
|
00FE |
|
|
Start Addr + 0030 |
phase current Max A |
00FF |
¢¥1000 |
A |
Start Addr + 0031 |
|
0100 |
|
|
Start Addr + 0032 |
phase current Max B |
0101 |
¢¥1000 |
A |
Start Addr + 0033 |
|
0102 |
|
|
Start Addr + 0034 |
phase current Max C |
0103 |
¢¥1000 |
A |
Start Addr + 0035 |
|
0104 |
|
|
Start Addr + 0036 |
active power Min A |
0105 |
¢¥10 |
KW |
Start Addr + 0037 |
|
0106 |
|
|
Start Addr + 0038 |
active power Min B |
0107 |
¢¥10 |
KW |
Start Addr + 0039 |
|
0108 |
|
|
Start Addr + 0040 |
active power Min C |
0109 |
¢¥10 |
KW |
Start Addr + 0041 |
|
010A |
|
|
Start Addr + 0042 |
active power Max A |
010B |
¢¥10 |
KW |
Start Addr + 0043 |
|
010C |
|
|
Start Addr + 0044 |
active power Max B |
010D |
¢¥10 |
KW |
Start Addr + 0045 |
|
010E |
|
|
Start Addr + 0046 |
active power Max C |
010F |
¢¥10 |
KW |
Start Addr + 0047 |
|
0110 |
|
|
Start Addr + 0048 |
reactive power Min A |
0111 |
¢¥10 |
KVar |
Start Addr + 0049 |
|
0112 |
|
|
Start Addr + 0050 |
reactive power Min B |
0113 |
¢¥10 |
KVar |
Start Addr + 0051 |
|
0114 |
|
|
Start Addr + 0052 |
reactive power Min C |
0115 |
¢¥10 |
KVar |
Start Addr + 0053 |
|
0116 |
|
|
Start Addr + 0054 |
reactive power Max A |
0117 |
¢¥10 |
KVar |
Start Addr + 0055 |
|
0118 |
|
|
Start Addr + 0056 |
reactive power Max B |
0119 |
¢¥10 |
KVar |
Start Addr + 0057 |
|
011A |
|
|
Start Addr + 0058 |
reactive power Max C |
011B |
¢¥10 |
KVar |
Start Addr + 0059 |
|
011C |
|
|
Start Addr + 0060 |
apparent power Min A |
011D |
¢¥10 |
KVA |
Start Addr + 0061 |
|
011E |
|
|
Start Addr + 0062 |
apparent power Min B |
011F |
¢¥10 |
KVA |
Start Addr + 0063 |
|
0120 |
|
|
Start Addr + 0064 |
apparent power Min C |
0121 |
¢¥10 |
KVA |
Start Addr + 0065 |
|
0122 |
|
|
Start Addr + 0066 |
apparent power Max A |
0123 |
¢¥10 |
KVA |
Start Addr + 0067 |
|
0124 |
|
|
Start Addr + 0068 |
apparent power Max B |
0125 |
¢¥10 |
KVA |
Start Addr + 0069 |
|
0126 |
|
|
Start Addr + 0070 |
apparent power Max C |
0127 |
¢¥10 |
KVA |
Start Addr + 0071 |
|
0128 |
|
|
Start Addr + 0072 |
active power Min (A+B+C) |
0129 |
¢¥10 |
KW |
Start Addr + 0073 |
|
012A |
|
|
Start Addr + 0074 |
active power Max (A+B+C) |
012B |
¢¥10 |
KW |
Start Addr + 0075 |
|
012C |
|
|
Start Addr + 0076 |
reactive power Min (A+B+C) |
012D |
¢¥10 |
KVar |
Start Addr + 0077 |
|
012E |
|
|
Start Addr + 0078 |
reactive power Max (A+B+C) |
012F |
¢¥10 |
KVar |
Start Addr + 0079 |
|
0130 |
|
|
Start Addr + 0080 |
apparent power Min (A+B+C) |
0131 |
¢¥10 |
KVA |
Start Addr + 0081 |
|
0132 |
|
|
Start Addr + 0082 |
apparent power Max (A+B+C) |
0133 |
¢¥10 |
KVA |
Start Addr + 0083 |
|
0134 |
|
|
Start Addr + 0084 |
power factor Min (A+B+C) |
0135 |
¢¥1000 |
|
Start Addr + 0085 |
|
0136 |
|
|
Start Addr + 0086 |
power factor Max (A+B+C) |
0137 |
¢¥1000 |
|
Start Addr + 0087 |
|
0138 |
|
|
Start Addr + 0088 |
frequency Min (A+B+C) |
0139 |
¢¥100 |
Hz |
Start Addr + 0089 |
frequency Max (A+B+C) |
013A |
¢¥100 |
Hz |
| <Table 5> Data saving address and contetns of Min/Max Measurement | ||||
Data Saving Address |
Contents |
Modbus address |
Scale |
Unit |
Start Addr + 0000 |
SIN (A+B+C) MSB |
013C |
¢¥1000 |
|
Start Addr + 0001 |
LSB |
013D |
|
|
Start Addr + 0002 |
SIN A |
013E |
¢¥1000 |
|
Start Addr + 0003 |
|
013F |
|
|
Start Addr + 0004 |
SIN B |
0140 |
¢¥1000 |
|
Start Addr + 0005 |
|
0141 |
|
|
Start Addr + 0006 |
SIN C |
0142 |
¢¥1000 |
|
Start Addr + 0007 |
|
0143 |
|
|
Start Addr + 0008 |
K Factor |
0144 |
X100 |
|
| <Table 6> Data saving address and contetns of SIN(q)/K Factor Measurement | ||||
Data Saving Address |
Setting Parameter Contents |
Modbus address |
Scale |
Unit |
Input/Output Range |
Start Addr + 0000 |
PT ratio MSB |
014A |
¢¥1 |
V |
110 ~ 345000 |
Start Addr + 0001 |
LSB |
014B |
|
|
|
Start Addr + 0002 |
CT ratio |
014C |
¢¥1 |
A |
5~6600 |
Start Addr + 0003 |
PT Type |
014D |
¢¥1 |
|
0 – 2 PT, 1 – 3PT |
Start Addr + 0004 |
|
014E |
|
|
don't care |
Start Addr + 0005 |
|
014F |
|
|
|
Start Addr + 0006 |
Loop Enable |
0150 |
|
|
0-OFF , 1-ON |
Start Addr + 0007 |
Loop Time |
0151 |
¢¥1 |
Sec |
0~99 |
Start Addr + 0008 |
PFCON Tap |
0152 |
¢¥1000 |
|
500~990 |
Start Addr + 0009 |
PFCON C Tap |
0153 |
¢¥100 |
A |
10~250 |
Start Addr + 0010 |
PFCON Time |
0154 |
¢¥1 |
Sec |
10~1000 |
Start Addr + 0011 |
PFCON Enable |
0155 |
|
|
0-Manual, 1-Auto(APFR Enable) |
Start Addr + 0012 |
DO Channel Select |
0156 |
|
|
0 - S/W 1ch, APFR 3ch 1 - S/W 2ch 2- APFR 5ch |
Start Addr + 0013 |
APFR Channel Select |
0157 |
|
|
0x01 – 1 ch 0x02 – 2 ch 0x04 – 3 ch 0x08 – 4 ch 0x10 – 5 ch |
Start Addr + 0014 |
Local/Remote |
0158 |
|
|
0-Local, 1-Remote |
Start Addr + 0015 |
Demand Time |
0159 |
¢¥1 |
Min |
1~60 |
Start Addr + 0016 |
Demand Enable |
015A |
|
|
0-OFF, 1-ON |
Start Addr + 0017 |
Demand Hour |
015B |
¢¥1 |
Hour |
0~23 |
Start Addr + 0018 |
Demand Min |
015C |
¢¥1 |
Min |
0~59 |
Start Addr + 0019 |
Demand Sec |
015D |
¢¥1 |
Sec |
0~59 |
| <Table 7> Data saving address and contetns of Setting Parameter(enable read and write) | |||||
If you click the icon 
in protocol option part, you
can see the dialogue box such as <Figure 2>. you can also set read schedule by
using this part.
 |
| <Figure 2> Example of HPR-VI MODBUS communication driver¡¯s Option dialogue box |
You can set read schedule by using 
, 
, 
button and listbox of <Figure
2>.
 |
| <Figure 3> Example of HPR-VI MODBUS communication driver¡¯s read schedule Add/Edit dialogue box |
When you click Add button or Edit button in dialogue box of <Figure 2>, dialogue box of <Figure 3> is shown.
You can set HPR-VI controller by using write settings.
Digital Write
Digital write setting parameters are as follows:
1) PORT Port no. (0 ~ 255)
2) STATION 0 ~ 255 station number of power meter.(you can set by using operation button of fron panel)
3) ADDRESS Writing modubs address.
PT, PT_TYPE, CT, REMOTE, DO, DATE, TIME command – don't care.(fixed according to command),
other command – hex-decimal unit writing Modbus address.
4) Extra1 Write command.
CT – setting of CT Ratio (5 ~ 6600),
PT – setting of PT Ratio (110 ~ 345000 ),
PT_TYPE – setting of PT Type (0 – 2 PT, 1 – 3PT),
DATE – setting of current date (current time : RTC),
TIME – setting of current time (current time : RTC),
RESET- Wh RESET (broadcast to all connected station),
REMOTE- setting of Local/Remote (0 : Local, 1 : Remote),
DO – DO Control (output value : 1, 2, 4, 8, 16 = DO 1 ~ 5 chennel),
other command – 1 Word data writing by Modbus protocol type.
5) Extra2 Don't care.
<Table 8> is modbus address and contents for writing parameters.
Modbus address |
Contents |
Scale |
Input/Output Range |
014A |
PT ratio MSB |
¢¥1 |
110 ~ 345000 |
014B |
LSB |
|
|
014C |
CT ratio |
¢¥1 |
5~6600 |
014D |
PT Type |
¢¥1 |
0 – 2 PT, 1 – 3PT |
0150 |
Loop Enable |
|
0-OFF , 1-ON |
0151 |
Loop Time |
¢¥1 |
0~99 |
0152 |
PFCON Tap |
¢¥1000 |
500~990 |
0153 |
PFCON C Tap |
¢¥100 |
10~250 |
0154 |
PFCON Time |
¢¥1 |
10~1000 |
0155 |
PFCON Enable |
|
0-Manual, 1-Auto(APFR Enable) |
0156 |
DO Channel Select |
|
0 - S/W 1ch, APFR 3ch 1 - S/W 2ch 2- APFR 5ch |
0157 |
APFR Channel Select |
|
0x01 – 1 ch 0x02 – 2 ch 0x04 – 3 ch 0x08 – 4 ch 0x10 – 5 ch |
0158 |
Local/Remote |
|
0-Local, 1-Remote |
0159 |
Demand Time |
¢¥1 |
1~60 minute |
015A |
Demand Enable |
|
0-OFF, 1-ON |
015B |
Demand Hour |
¢¥1 |
0~23 hour |
015C |
Demand Min |
¢¥1 |
0~59 minute |
015D |
Demand Sec |
¢¥1 |
0~59 second |
| <Table 8> Modbus address and contents for writing parameters | |||
Write example 1)
PORT:0, station:1, ADDRESS:0000, Extra1:REMOTE, Extra2 :
The setting parameter shown above is a Local(OFF)/Remote(ON) status control example to 1 station HPR-VI power meter controller.
Write example 2)
PORT:0, station:1, ADDRESS:0000, Extra1:RESET, Extra2 :
The setting parameter shown above is Wh reset control example to 1 station HPR-VI power meter controller.
Analog Write
Analog write setting parameters are as follows:
1) PORT Port no. (0 ~ 255)
2) STATION 0 ~ 255 station number of power meter.(you can set by using operation button of fron panel)
3) ADDRESS Writing modubs address.
PT, PT_TYPE, CT, REMOTE, DO, DATE, TIME command – don't care.(fixed according to command),
other command – hex-decimal unit writing Modbus address.
4) Extra1 Write command.
CT – setting of CT Ratio (5 ~ 6600),
PT – setting of PT Ratio (110 ~ 345000 ),
PT_TYPE – setting of PT Type (0 – 2 PT, 1 – 3PT),
DATE – setting of current date and time (current time : RTC),
TIME – setting of current data and time (current time : RTC),
RESET- Wh RESET (broadcast to all connected station),
REMOTE- setting of Local/Remote (0 : Local, 1 : Remote),
DO – DO Control (output value : 1, 2, 4, 8, 16 = DO 1 ~ 5 chennel),
other command – 1 Word data writing by Modbus protocol type.
5) Extra2 Don't care.
Write example 1)
PORT:0, station:1, ADDRESS:0000, Extra1:CT, Extra2 :
The setting parameter shown above is CT ratio setting example of 1 station HPR-VI power meter controller.
Write example 2)
PORT:0, station:1, ADDRESS:0000, Extra1:PT_TYPE, Extra2 :
The setting parameter shown above is PT type(0 : 2PT, 1 : 3PT) setting example of 1 station HPR-VI power meter controller.
Write example 3)
PORT:0, station:1, ADDRESS:0000, Extra1:PT, Extra2 :
The setting parameter shown above is PT ratio setting example of 1 station HPR-VI power meter controller.
Write example 4)
PORT:0, station:1, ADDRESS:0159, Extra1: , Extra2 : , Output Value : 25.0
The setting parameter shown above is Demand Time setting example of 1 station HPR-VI power meter controller.(setting time = 25 minute)
Write example 5)
PORT:0, station:0, ADDRESS:0000, Extra1: TIME, Extra2 :
The setting parameter shown above is Time synchronization example to all connected station HPR-VI power meter controller.
Write example 6)
PORT:0, station:1, ADDRESS:0000, Extra1: TIME, Extra2 : , Output Value : 4.0
The setting parameter shown above is DO 3 channel control example of 1 station HPR-VI power meter controller.(Output Value : 4, DO 3)
HPM-V1 controller use 4 wire RS-422 communication cable such as <Figure 4>.
 |
| <Figure 4> Communication cable connection diagram between HPM-VI controller and computer |
Note) (1) Please be careful polarity of RX, TX. Connect (+) = (+), (-) = (-).
(2) Connect termination resistor at the each end of controller.
(3) If don't exist at computer, please use RS-232C to RS-422 converter.