Acrel APM830 Installation And Operation Instruction Manual Download Page 75

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Last February, positive active rate,
valley energy

68 01 00 00 00 00 00 68 11 04 35 37 34 33 B9 16

XXXXXX.
XX

kWh

Last February Positive active energy
data block

68 01 00 00 00 00 00 68 11 04 35 32 34 33 B4 16

4*5

XXXXXX.
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kWh

Last March, the positive energy rate ,
total energy

68 01 00 00 00 00 00 68 11 04 36 33 34 33 B6 16

XXXXXX.
XX

kWh

Last March, positive active rate, sharp
energy

68 01 00 00 00 00 00 68 11 04 36 34 34 33 B7 16

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XX

kWh

Last March, positive active rate peak
energy

68 01 00 00 00 00 00 68 11 04 36 35 34 33 B8 16

XXXXXX.
XX

kWh

Last March, positive active rate, flat
energy

68 01 00 00 00 00 00 68 11 04 36 36 34 33 B9 16

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kWh

Last March, positive active rate, valley
energy

68 01 00 00 00 00 00 68 11 04 36 37 34 33 BA 16

XXXXXX.
XX

kWh

Last March Positive active energy data
block

68 01 00 00 00 00 00 68 11 04 36 32 34 33 B5 16

4*5

XXXXXX.
XX

kWh

Last April, the positive energy rate
total energy

68 01 00 00 00 00 00 68 11 04 37 33 34 33 B7 16

XXXXXX.
XX

kWh

Last April, positive active rate, sharp
energy

68 01 00 00 00 00 00 68 11 04 37 34 34 33 B8 16

XXXXXX.
XX

kWh

Last April, positive active rate peak
energy

68 01 00 00 00 00 00 68 11 04 37 35 34 33 B9 16

XXXXXX.
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kWh

Last April, positive active rate, flat
energy

68 01 00 00 00 00 00 68 11 04 37 36 34 33 BA 16

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kWh

Last April, positive active rate, valley
energy

68 01 00 00 00 00 00 68 11 04 37 37 34 33 BB 16

XXXXXX.
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kWh

Last April Positive active energy data
block

68 01 00 00 00 00 00 68 11 04 37 32 34 33 B6 16

4*5

XXXXXX.
XX

kWh

Last May, positive energy rate , total
energy

68 01 00 00 00 00 00 68 11 04 38 33 34 33 B8 16

XXXXXX.
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kWh

Last May, positive active rate, sharp
energy

68 01 00 00 00 00 00 68 11 04 38 34 34 33 B9 16

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kWh

Last May, positive active rate peak
energy

68 01 00 00 00 00 00 68 11 04 38 35 34 33 BA 16

XXXXXX.
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kWh

Last May, positive active rate, flat
energy

68 01 00 00 00 00 00 68 11 04 38 36 34 33 BB 16

XXXXXX.
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kWh

Last May, positive active rate, valley
energy

68 01 00 00 00 00 00 68 11 04 38 37 34 33 BC 16

XXXXXX.
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kWh

Last May Positive active energy data
block

68 01 00 00 00 00 00 68 11 04 38 32 34 33 B7 16

4*5

XXXXXX.
XX

kWh

Last June, the positive energy rate total
energy

68 01 00 00 00 00 00 68 11 04 39 33 34 33 B9 16

XXXXXX.
XX

kWh

Last June, positive active rate, sharp
energy

68 01 00 00 00 00 00 68 11 04 39 34 34 33 BA 16

XXXXXX.
XX

kWh

Last June, positive active rate peak

68 01 00 00 00 00 00 68 11 04 39 35 34 33 BB 16

XXXXXX.

kWh

Summary of Contents for APM830

Page 1: ...283 APM830 Power monitoring Meters Installation and Operation Instruction V1 7 ACREL CO LTD...

Page 2: ...by nay means electronic mechanical photocopying recording or otherwise without prior permission of Acrel All rights reserved This company reserve power of revision of product specification described...

Page 3: ...instructions 9 4 1 Expansion Module Indicator Description 9 4 2 Menu Structure Description 10 4 3 navigation button character number description 10 4 4 Display overview 11 4 5 Interface Introduction 1...

Page 4: ...power reactive power apparent power and energy primary side W Var VA kWh 58 7 3 5 Harmonic data of voltage and current 59 7 3 6 Demand 59 7 3 7 Event Record 59 7 3 8 Alarm Record 60 7 3 9 DO Setting...

Page 5: ...77 10 1 3 PROFIBUS DP Bus network structure 78 10 2 Profibus Communication function configuration 79 10 2 1 Profibus Communication variable table 79 10 2 2 About the GSD file description 84 11 Analysi...

Page 6: ...tive power total reactive power total apparent power pulse output second pulse etc Demand Three phase current active power reactive power real time demand of apparent power and maximum demand includin...

Page 7: ...Assembly 2 2 Technical Parameters display Display method Dot matrix LCD Resolution 192 160 Backlight White LED Visible area 69mm 62mm 2 8Inch 6 66inch Signal Electrical network Three phase three wire...

Page 8: ...ls Power supply Working range AC DC 85V 265V or AC DC 115 415V P2 Power consumption Power consumption of the main part 15VA Safety Power frequency withstand voltage The power frequency withstand volta...

Page 9: ...rformances measuring and monitoring devices PMD IEC 62053 22 Electricity metering equipment a c Particular requirements Part22 Static meter for active energy class 0 2S and 0 5S IEC 62053 24 Electrici...

Page 10: ...turning angle is 90 Multiple meter installation unit mm in 3 2 Security CAUTION A B C D ELECTRIC SHOCK Turn off the instrument s auxiliary power and voltage inputs before installing the meter or expa...

Page 11: ...ut The standard rated input current is 1A or 5A It requires the use of an external CT recommended to use a wiring strip not directly connected to the CT in order to facilitate disassembly ensure that...

Page 12: ...the relevant electrical specifications 3 5 1 Main part Terminal diagram 4 5 6 7 8 9 is the current signal input terminal number 11 12 13 14 the voltage signal input terminal number 1 2 is the meter a...

Page 13: ...V3 VN I1 I1 I2 I2 I3 I3 3P4W 2CT Instrument set to 3P4W Note L1 FUSES I1 I1 I2 I2 I3 I3 11 12 13 14 4 5 6 7 8 9 11 12 13 14 4 5 6 7 8 9 FUSES L2 L3 N L1 11 12 13 14 4 5 6 7 8 9 3P3W 2CT Instrument set...

Page 14: ...nd of the meter The resistance range is 120 10 k Note 1 When the meter has Profibus function for the related communication configuration and GSD file please refer to the CD delivered with the meter 4...

Page 15: ...or to move one position to the left or to the left screen Up press this button to jump to the previous screen or the current menu interface to page up Down press this button to jump to the next screen...

Page 16: ...drant power Positive active energy EPI reactive energy EQL apparent energy ESI reverse active energy EPE reactive energy EQC apparent energy ESE net active energy EPI EPE net reactive energy EQL EQC n...

Page 17: ...ion module MA84 If there is no expansion module this interface is 0 Analog output Current analog output value AO1 AO32 This interface has a numerical value when configuring the expansion module MA84 I...

Page 18: ...to 11 Failure Analysis The normal working status of the TF card is as follows Free Size TF card remaining storage capacity Total Size TF card total capacity Xx recording events are being stored and t...

Page 19: ...nt model and version information and then the overview interface is displayed The default main interface of the instrument is the overview interface The main interface can be set For details refer to...

Page 20: ...ut principle If the main body 128 records are full the new records cover the old records 5 1 2 View alarm information On the main screen press Menu to enter the menu interface press until Event Log is...

Page 21: ...atically synchronized to the TF card for storage Note The TF card cannot record all of the more than 16 records that were generated simultaneously within 2seconds Table 1 Alarm classification descript...

Page 22: ...tage 44 Over THD of phase B voltage 45 Over THD of phase C voltage 46 AT10 Total Even Harmonic Alarm Over TEHD of Phase A current 47 Over TEHD of Phase B current 48 Over TEHD of Phase C current 49 Ove...

Page 23: ...the currently highlighted transient record Press or on the waveform interface to view the waveform left or right and press or to switch between Ua Ub Uc Ia Ib Ic waveforms Press Exit to exit Note 1 T...

Page 24: ...rgy IMP T2 Positive active energy during T2 period EQL Inductive reactive energy IMP T3 Positive active energy during T3 period EQC Capacitive reactive energy IMP T4 Positive active energy in T4 perio...

Page 25: ...hase A voltage UCA_UBL CA line voltage imbalance F Hz frequency UB V Phase B voltage U_LL_UBL Line voltage imbalance PFA Phase A power factor UC V Phase C voltage PA W Phase A active power PFB Phase B...

Page 26: ...g interface Press until Input Settings is highlighted press to enter the input settings interface Press or to switch the input setting item press Enter to enter the setting of the item press or to cha...

Page 27: ...ults of the device Current side 1 59999A A B C three phase primary side current rating this parameter affects the measurement results of the device Neutral current secondary side 1A 5A N phase seconda...

Page 28: ...ng to user requirements the default value is 0 20 6 3 Communication Setting On the main interface press Menu to enter the menu interface press until Parameter Setting is highlighted and press to enter...

Page 29: ...ntil Parameter Setting is highlighted and press to enter the parameter setting interface Press until Alarm Setting is highlighted press to enter the alarm setting interface Press or to switch the item...

Page 30: ...r than or equal to the action value and meets the set action delay time the single phase undercurrent alarm starts when the single phase current is greater than the recovered value and meets the delay...

Page 31: ...ciated with this alarm the DO returns to its initial state It can be calculated that the alarm duration is 2 minutes Note The alarm is invalid when both the action value and the recovered value are ze...

Page 32: ...O you need to confirm that the alarm type is checked in the alarm setting If it is not checked DO will not be able to operate when the alarm condition is generated 6 6 AI Setting On the main interface...

Page 33: ...ss until AO Setting is displayed press to enter the AO setting interface Press or to switch the item set by AO press Enter to enter the setting of the item press or to change press to shift after the...

Page 34: ...onding signal is 5 000A and the output low point corresponding signal is 0 000A When the A phase current value is 5A the AO1 output is 20mA when the A phase current value is 0A the AO1 output is 4mA w...

Page 35: ...at the rate is tipped between 10 00 and 12 00 08 12 00 tip Indicates that the rate is tipped between 12 00 and 13 00 09 13 00 tip Indicates that the rate is tipped between 13 00 and 15 00 10 15 00 pea...

Page 36: ...T1 tip T2 peak T3 flat T4 valley to complete the electric energy The time sharing measurement can be set by pressing the button and communication 2 T represents the total multi rate active energy for...

Page 37: ...equirement is the larger the value is Voltage interruption 0 50 0 When the interrupt event is judged the real time voltage RMS value is required to be lower than the threshold value nominal voltage mu...

Page 38: ...e calculation period equally For example set three 5 minute sliding windows in the 15 minute calculation cycle Refresh the current demand at the end of each sliding window The schematic diagram is as...

Page 39: ...xtreme statistical time Unbalanced calculation mode In the above algorithm Algorithm 0 1 reference GB T 15543 2008 Algorithm 2 reference Q GDW 1519 2014 Algorithm 3 reference IEEE std 1159 1995 RECOMM...

Page 40: ...the password in the pop up window press Clr Exit to wait for the clearing press Esc to clear the project data and press Exit to exit project Description Clear power Clear power Clear demand Clear powe...

Page 41: ...format the TF on the computer re load the meter and re power it to see if the meter works normally This configuration operation is restricted only when the external expansion module MLOG is configure...

Page 42: ...rrent secondary side rating Int16 RW 1Aor 5A 14 Neutral current primary side rating 1A Int16 RW 1A 32760A 15 Pulse constant 100 Int16 RW 0 9999 APM801 is valid When it is 0 default value is used 1A 80...

Page 43: ...voltage deviation 61 Nominal voltage 0 1V Int16 RO Secondary side nominal voltage for calculating voltage deviation 62 Nominal frequency 0 01Hz Int16 RO Nominal frequency used to calculate frequency d...

Page 44: ...ge 0 1V Int16 RO Secondary side 248 CA line voltage 0 1V Int16 RO Secondary side 249 A phase current 0 001A Int16 RO Secondary side 250 B phase current 0 001A Int16 RO Secondary side 251 C phase curre...

Page 45: ...ve rate 348 357 Total reverse rate 358 367 Monthly reverse multi rate 368 377 Previous month reverse multi rate 378 387 Last month reverse multi rate 388 389 Positive apparent energy 390 391 Reverse a...

Page 46: ...Unbalance Phase A B 0 1 Int16 RO Primary 1141 Voltage Unbalance Phase B C 0 1 Int16 RO Primary 1142 Voltage Unbalance Phase C A 0 1 Int16 RO Primary 1143 Maximum line voltage imbalance 0 1 Int16 RO P...

Page 47: ...Int16 RO 1195 Telephone waveform factor phase C 0 01 Int16 RO 1196 Phase A current K factor 0 01 Int16 RO 1197 Phase B current K factor 0 01 Int16 RO 1198 Phase C current K factor 0 01 Int16 RO 1200 1...

Page 48: ...275 B phase current negative sequence 0 001A Int32 RO Primary 1276 1277 C phase current zero sequence 0 001A Int32 RO Primary 1288 Current coefficient Int16 RW Used to set the alarm value and read the...

Page 49: ...rm 1495 Over frequency alarm 1500 Under frequency alarm 1505 Over total harmonic of Phase A current alarm 1510 Over total harmonic of Phase B current alarm 1515 Over total harmonic of Phase C current...

Page 50: ...rm 1965 Over total harmonic of Phase C current alarm 1970 Over total harmonic of Phase A voltage alarm 1975 Over total harmonic of Phase B voltage alarm 1980 Over total harmonic of Phase C voltage ala...

Page 51: ...each type of alarm polling display latest record covers the earliest record automatically Refer to recent alarm record 1 for data format 10000 10767 Overcurrent alarm 16 in total the same below 10768...

Page 52: ...Note 2500 Function selection of relay 1 UInt16 RW 0 Remote control 1 First group alarm 2 Second group alarm 2501 2531 Function selection of relay 2 32 Same as function selection of relay 1 2532 Outpu...

Page 53: ...ated alarm configuration of relay 29 2938 Associated alarm configuration of relay 30 2950 Associated alarm configuration of relay 31 2962 Associated alarm configuration of relay 32 Register WORD Descr...

Page 54: ...529 Minute and second of occurrence Int16 RO High byte Minute Low byte Second 3530 3534 Maximum of Phase B voltage in this month Same as maximum of Phase A current in this month 3535 3539 Maximum of P...

Page 55: ...s month 3595 3599 Maximum of Phase C reactive power in this month Same as maximum of Phase A reactive power in this month 3600 3604 Maximum of total reactive power in this month Same as maximum of Pha...

Page 56: ...um 0 01 Int32 RO Primary 3647 Year and month of occurrence Int16 RO High byte Year Low byte Month 3648 Day and hour of occurrence Int16 RO High byte Day Low byte Hour 3649 Minute and second of occurre...

Page 57: ...870 Maximum of Phase C current in last month 3875 Maximum of neutral current in last month 3880 Maximum of avreage current in last month 3885 Maximum of Phase A voltage in last month 3890 Maximum of P...

Page 58: ...t month 4160 Minimum of total apparent power in last month 4165 Minimum of Phase A power factor in last month 4170 Minimum of Phase B power factor in last month 4175 Minimum of Phase C power factor in...

Page 59: ...mental current 0 001A Int32 RO Primary 4894 4895 Total RMS value of phase C fundamental current 0 001A Int32 RO Primary 4896 4897 Total RMS value of phase A fundamental voltage 0 1V Int32 RO Primary 4...

Page 60: ...6 Setting of the 23rd transmission output 5469 Setting of the 24th transmission output 5472 Setting of the 25th transmission output 5475 Setting of the 26th transmission output 5478 Setting of the 27t...

Page 61: ...3 Setting of the 32nd analog input Note 1 Read write property RO is read only parameter is read with 0X03H command R W is readable and writable and system parameter is written with 0X10H command Do no...

Page 62: ...ess 1120 communication read out value is 10176 at address 1121 that is communication read out value Val_t is 9 65536 10176 600000 then Val_s Val_t 0 1 600000 0 1 60kV 7 3 3 Active power reactive power...

Page 63: ...etween the communication value and the actual value is as follows Val_s Val_t 1 Val_t is calculated as follows The floating point variable data type value uses the sign bit to represent the sign of th...

Page 64: ...2 Address3 Address4 Content H16 L16 H8 L 8 H8 L8 INT32 H4 L4 Demand value Year Only a bit is reserved ten bit needs to be filled in according to the current time Month Hour Minute Note H8 indicates ei...

Page 65: ...alarm classification description Year Month Day Hour Minute Second Alarm value Alarm status Phase A overvoltage alarm the first group of alarms occurs at 14 56 32 January 22 2017 the alarm value is 24...

Page 66: ...B30 B29 B2 B1 B0 Associated with the alarm number 31 of the second group Alarm of over active power And so on Associated with the alarm number 0 of the second group phase A overcurrent alarm Address...

Page 67: ...not saved at this time 2 The new value can be written to the register after entering the Ethernet setting mode If the Ethernet mode is not entered the modification is invalid 3 Send the command 0XABCD...

Page 68: ...pleted click Apply to wait for it to take effect 8 2 Extension of RS485 Communication Extended 485 communication does not support the DLT 645 protocol and only supports the Modbus RTU protocol 8 2 1 E...

Page 69: ...d from slave station RO Example is as follow 58000 Read slave station timeout 1ms UInt16 RW Example is as follow 58001 Slave station access interval time 1ms UInt16 RW Example is as follow 58002 Group...

Page 70: ...port parameter configuration Method1 6 3 Refer to bus1 in the communication settings of 7 5 system settings to modify the parameters of bus2 Method2 According to the operation method of 8 1 3 after co...

Page 71: ...between the host PC PLC etc and the terminal device and does not allow data exchange between independent terminal devices so that the terminal devices do not occupy the communication line when they in...

Page 72: ...response to read data 14H Write data Write data to APM 94H Write data response APM series instrument response to write data D4H D1H Error response Received data error d Data field data identification...

Page 73: ...00 00 00 00 68 11 04 33 36 35 35 B9 16 3 XXX XXX A Read current block 68 01 00 00 00 00 00 68 11 04 33 32 35 35 B5 16 3 3 XXX XXX A Total active power 68 01 00 00 00 00 00 68 11 04 33 33 36 35 B7 16 3...

Page 74: ...0 00 00 00 00 68 11 04 33 37 34 33 B7 16 4 XXXXXX XX kWh Current positive active energy data block 68 01 00 00 00 00 00 68 11 04 33 32 34 33 B2 16 4 5 XXXXXX XX kWh Last January positive reactive powe...

Page 75: ...68 01 00 00 00 00 00 68 11 04 37 35 34 33 B9 16 4 XXXXXX XX kWh Last April positive active rate flat energy 68 01 00 00 00 00 00 68 11 04 37 36 34 33 BA 16 4 XXXXXX XX kWh Last April positive active...

Page 76: ...active rate sharp energy 68 01 00 00 00 00 00 68 11 04 3B 34 34 33 BC 16 4 XXXXXX XX kWh Last August positive active rate peak energy 68 01 00 00 00 00 00 68 11 04 3B 35 34 33 BD 16 4 XXXXXX XX kWh La...

Page 77: ...68 11 04 3E 37 34 33 C2 16 4 XXXXXX XX kWh Last November Positive active energy data block 68 01 00 00 00 00 00 68 11 04 3E 37 34 33 BD 16 4 5 XXXXXX XX kWh Last December the positive energy rate tot...

Page 78: ...eactive power on the first settlement date 68 01 00 00 00 00 00 68 11 04 34 33 36 34 B7 16 8 XX XXXX YYMMDD hhmm Capacitive reactive maximum demand and time of occurrence on the first settlement date...

Page 79: ...68 01 00 00 00 00 00 68 11 04 48 36 3D 35 D6 16 2 XX XX Phase A current 1st harmonic content 68 01 00 00 00 00 00 68 11 04 34 34 3E 35 C1 16 2 XX XX phase A current 2nd harmonic content 68 01 00 00 0...

Page 80: ...Timing freeze positive active demand and time of occurrence 68 01 00 00 00 00 00 68 11 04 34 3C 33 38 C1 16 8 XX XXXX YYMMDD hhmm kW Year month and day 1 time Timing freeze reverse active demand and...

Page 81: ...unte 1 time instantaneous freezing reverse active demand and time of occurrence 68 01 00 00 00 00 00 68 11 04 34 3D 34 38 C3 16 8 XX XXXX YYMMDD hhmm kW Year month day hour miunte 1 time instantaneous...

Page 82: ...ransfer The direct data link mapping program DDLM provides access to Layer 2 The user interface specifies the application functions of the device the behavior of the Profibus DP system and the device...

Page 83: ...distance without repeaters repeaters In addition the transmission distance is a theoretical value and the actual transmission distance is also affected by the on site environment 10 1 3 PROFIBUS DP Bu...

Page 84: ...cle the exchanged data is periodic data The input data is the response data fed back to the DP master by the multi function electrical measuring instrument APM series meter DP master station The outpu...

Page 85: ...quantity 4 So on Bit31 DI32 DO32 Output switch quantity 32 2word 3 4 8 9 Phase voltage Uan Secondary side Voltage decimal point 1 16 bit unsigned 1 word 5 10 11 Phase voltage Ubn Secondary side 1 wor...

Page 86: ...ase B current Decimal points 2 16 bit unsigned 1 word 24 48 49 Phase C current total harmonic distortion rat C phase current total harmonic content Decimal points 2 16 bit unsigned 1 word 25 50 51 Pha...

Page 87: ...ord 51 102 103 Secondary current value Secondary current 1A or 5A Decimal points 0 16 bit unsigned 1 word 52 104 105 Secondary side voltage value Secondary side voltage 100V 110V 400V 690V Decimal poi...

Page 88: ...en communication value and actual value available Val_t is the communication readout value and Val_s is the actual value The correspondence between the communication value and the actual secondary sid...

Page 89: ...the mantissa to represent the size of the number The data format adopted by the instrument is IEEE754 data format with 24 bit precision The high bit of the mantissa is always 1 so it is not saved The...

Page 90: ...cation settings are consistent with the host computer Check if the RS485 converter is normal Parallel connection of 120 ohms or more at the end of the communication Expansion module MCE communication...

Page 91: ...ncorrectly the TF card will not be read 7 Continuous fault after disconnecting the power supply refer to 3 3 assembly for details re insert the main body and module restart the instrument after 1 minu...

Page 92: ...ax 0086 21 69158303 Web site www acrel electric com E mail ACREL008 vip 163 com Postcode 201801 Manufacturer Jiangsu Acrel Electrical Manufacturing Co LTD Address No 5 Dongmeng Road Dongmeng industria...

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