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Acrel ACR10R Series, Installation And Operation Instruction Manual, Page: 11 / 46

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Acrel ACR10R Series Installation And Operation Instruction Manual Download Page 11

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- 8 -

6.2.1Power parameter interface

Note: three-phase three-wire interface without phase voltage and phase separation power

6.2.2 Harmonic parameter interface

Ua

000.0

V

Ub

000.0

V

Uc

000.0

V

F

00.00

Hz

Uab

000.0

V

Ubc

000.0

V

Uca

000.0

V

F

00.00

Hz

Ia

000.0

V

Ib

000.0

V

Ic

000.0

V

PF

1.000

Pa

00.00

kw

Pb

00.00

kw

Pc

00.00

kw

P

00.00

kw

Qa

00.00 kvar

Qb

00.00 kvar

Qc

00.00 kvar

Q

00.00 kvar

Sa

00.00

kVA

Sb

00.00

kVA

Sc

00.00

kVA

S

00.00

kVA

P

00.00

kw

Q

00.00

kvar

S

00.00

kVA

PF 1.000

PFa

1.000

PFb

1.000

PFc

1.000

PF

1.000

MAX DEMAND

00.00

kw

03-03 00:00

AVERAGE

UP

000.0 V

UL

000.0 V

IL

000.0 A

2016-03-04

14

:

50:14

Phase voltage

Line voltage

Current

Active power

Reactive power

Apparent power

Power

Power factor

Maximum demand

Average

Time

Ua

000.0

V

Ub

000.0

V

Uc

000.0

V

F

00.00

Hz

METER

SOE

HARM

STEUP

ENERG

I/O

Power parameter measurement interface

SET

Summary of Contents for ACR10R Series

Page 1: ... 1 167 External Roche Coil and Switched Transformer Harmonic Meter Installation and operation instructionV1 5 ACREL CO Ltd ...

Page 2: ...mployee of the company shall not publicly reprint all or part of the contenes without written authorization The contents of this note will be constanly updated and revised but it is inevitable that there is a slight discrepancy or error Users should refer to the products purchased and can download and obtain the new version of the manual through www ACREL cn or sales channels ...

Page 3: ... interface 10 6 2 4 Switch status display interface 10 6 2 5 Incident record 10 6 2 6Parameter setting 11 7 Communication wiring 15 7 1Transmission mode 16 7 2Information frame format 16 7 3Brief introduction of function code 17 7 3 1Function code 03H read registe 17 7 4Communication application details 19 7 4 1Communication description 19 7 5 Communication reading value Vs actual value Take Val_t...

Page 4: ...ber of years MODSCAN in HEX reading mode can be read directly in the address bar 0X0081 37 7 5 6Event record 37 8 DL T 645Communication Guideline 38 8 1 DL T645 1997 protocol overview 38 8 2Transmission mode 38 8 3Protocol 39 ...

Page 5: ...t has a variety of peripheral interface for user to choose with RS485 communication interface modbus rtu protocol can meet the needs of communication network management The function of remote signal and remote control of circuit breaker switch can be realized with switch quantity input and relay output LCD display interface is adoped to realize parameter setting and control through panel keys whic...

Page 6: ...el RS485 communication 2 Terminal connection mode corresponding to A1 B1 C1 and so on in selection function 3 Pulse output and relay output can not be selected at the same time 4 When you select an event loggong feature you must configure the DI or DO feature 4 Technical parameter Technical parameter Value Input Net work 3 phase 3 wire 3 phase 4 wire Frequency 45 65Hz Voltage Rating AC 57 7V 100V ...

Page 7: ... 10VA Saf ety Power frequency withstand voltage Power frequency withstand voltage between Auxiliary power and switch volume output and current input and voltage input and communication and pulse output and switch volume input terminal is AC2kV 1min Power frequency withstand voltage between auxiliary power and switch volume output and current input voltage input terminal is AC 2kV 1min Power freque...

Page 8: ...mm 5 2 Size of open type transformer unit mm Φ10mm Φ16mm Φ24mm Φ36mm 5 3 installation Instrument installation method DIN 35mm standard guide rail installation Direction of current Negative pole black Positive pole white Close in the direction of the arrow ...

Page 9: ...B I C I C F U S E S A B C N U A U B U C U N I A I A I B I B I C I C F U S E S A B C U A U B U C U N I A I A I B I B I C I C F U S E S A B C U A U B U C U N I A I A I B I B I C I C F U S E S 3 p h a s e 4 w i r e 3 C T 3 p h a s e 4 w i r e 3 P T 3 C T 3 p h a s e 3 w i r e 2 C T 3 p h a s e 4 w i r e 2 P T 2 C T S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 S 1 S 2 5 6 7 ...

Page 10: ...an page up the display items see the display menu for related parameters Under programming mode used to toggle peer menus or single digit reductions Under measuring mode press this button can page down the display items see the display menu for related parameters Under programming mode used to toggle peer menus or single digit increments Enter Under programming mode this button is used for confirm...

Page 11: ... 00 kw Qa 00 00 kvar Qb 00 00 kvar Qc 00 00 kvar Q 00 00 kvar Sa 00 00 kVA Sb 00 00 kVA Sc 00 00 kVA S 00 00 kVA P 00 00 kw Q 00 00 kvar S 00 00 kVA PF 1 000 PFa 1 000 PFb 1 000 PFc 1 000 PF 1 000 MAX DEMAND 00 00 kw 03 03 00 00 AVERAGE UP 000 0 V UL 000 0 V IL 000 0 A 2016 03 04 14 50 14 Phase voltage Line voltage Current Active power Reactive power Apparent power Power Power factor Maximum deman...

Page 12: ... 100 is the percentage content When the harmonic data is in the anti white state press the up key or the lower key to select the harmonic bar diagram and then press the enter key to enter the harmonic bar diagram interface change the harmonic bar diagram of phase A voltage and current to display the harmonic bar diagram of phase A voltage and current press the up key or the down key to switch to d...

Page 13: ...dis interface of active Power EPI F0 T last month Last month the active power EPI F0 T value was put into the display interface of active power EPI F0 T the month before last and the display value of active power EIMP F0 F4 of this month was zero 6 2 4 Switch status display interface 6 2 5 Incident record EPI 0000000 00 kwh EPE 0000000 00 kwh EQI 0000000 00 kwh EQE 0000000 00 kwh Four quadrant ele...

Page 14: ...te state You canpress the left and right key to add and subtract the digit the password default is 0001 enter correctly press enter key to enter the user setup interface 6 2 6 1Parameter setting After entering the user setup interface press the upper and lower keys to select the system settings and then press enter to enter the system setting interface Under the system setup interface press the up...

Page 15: ...bits 645 protocol address 6 2 6 3Rate setting After entering the user setting interface press the upper and louer keys to select the rate setting and press the enter key to enter the rate setting interface The dashboard housing sets two time zones eight periods and nine periods four rates pesk flat valley under the time zone setting interface press the upper and lower keys to select the default va...

Page 16: ... total as 220 100 3 66kW e g 100 power high alarm AL Hi taken as 66 00 100 voltage high alarm AL Hi taken as 220 0 100 current high alarm AL Hi taken as 100 0 In 0 whether the low alarm is allowed when the signal is 0 Lo on enabled Lo of disabled First way relay output SEL 0 Communication controlled DO output mode dLy 0 means potential control set as other value means auto return mode auto disconn...

Page 17: ...ltage H F high frequency L F low frequency H P high frequency L P low frequency H I high current L PF low power factor H b U over voltage unbalance set as 1 phase miss judgement condition at least one phase 0 5Ue at least one phase 0 1Ue H b I over current unbalance set as 1 phase miss judgement condition at least one phase 0 2Ie at least one phase 0 01Ie 3 Unbalance calculation Difference between...

Page 18: ...n Electric energy will be zero clearing and can not be restored Version information after power on the version information is displaying under this interface user can look over the related version information 7 Communication wiring The instrument provides asynchronous half duplex RS485 communication interface using MODBUS RTU protocol all kinds of data information can be transmitted on the communi...

Page 19: ... bits indicate the sddress of the user specified terminal device which will receive data from the host connected to it The address of each terminal device must be unique and only the addressed terminal will respond to a query containing that addresss When the terminal sends back a response the slave sddress data in the response tells the host which terminal is communication with it Function code t...

Page 20: ...the lowest is 0 repeat the third step next shift if the lowest is 1 XOR the CRC register to a preset fixed value 0A001H e Repeat steps 3 and 4 until 8 shifts In this way a complete eight digits have been dealt with f Repeat steps 2 to 5 to process the next eight bits until all byte processing is over g Finally the value of the CRC register is the value of CRC In addition there is also a method of ...

Page 21: ...ter data High byte underrange Number of registers High byte 00H Low byte underrange Low byte 03H Register data High byte underrange CRC check code Low byte E5H Low byte underrange High byte F9H Register data High byte underrange Low byte underrange CRC check code Low byte underrange High byte underrange ...

Page 22: ...ed 1 9600bps 4 2400bps 2 19200bps 5 1200bps 1 2 Communication check mod R W 0 No parity bit Default mode 1 Odd parity bit 2 Even parity bit 3 2 bits 1 3 Wiring mode R W 0 3 phase 3 wire 1 3 phase 4 wire 1 4 Secondary side rated voltage Ue R W 0 100V 2 660V 1 400V 1 5 Secondary side rated current value Ie R W 0 1A 1 6 Primary side rated voltage PU R W 1 65000 decimal point 2 digits corresponding 0 ...

Page 23: ... as 0 1 54 Second channel Switching input RO 1 55 Third channel Switching input RO 1 56 Fourth channel Switching input RO 1 57 Fifth channel Switching input RO 1 58 Sixth channel Switching input RO 1 59 Seventh channel Switching input RO 1 60 Eighth channel Switching input RO 1 61 First channel Switching output R W Writing 1 Output relay contact is closed Writing 0 Output relay contact is opening ...

Page 24: ...nt record 16 RO retain 6 242 Neutral current RO Secondary side Current decimal Point digital 3 1 243 Phase Voltage Uan RO Secondary side Voltage decimal Point digital 1 1 244 Phase Voltage Ubn RO Secondary side 1 245 Phase Voltage Ucn RO Secondary side 1 246 Line Voltage Uab RO Secondary side 1 247 Line Voltage Ubc RO Secondary side 1 248 Line Voltage Uca RO Secondary side 1 249 Phase Current Ia R...

Page 25: ...nt digital 2 unit VA 2 273 274 Phase C Apparent powerSc RO Secondary side power decimal Point digital 2 unit VA 2 275 276 TotalApparent power STotal RO Secondary side power decimal Point digital 2 unit VA 2 277 Phase A power factor RO power factordecimal Point digital 3 1 278 Phase B power factor RO 1 279 Phase C power factor RO 1 280 Total power factor RO 1 287 Phase A Current K factor RO K facto...

Page 26: ...352 Month before last active Flat Electric energy RO Secondary side Electric energy 2 bit decimal Point unit kWh 2 353 354 Month before last active Valley Electric energy RO Secondary side Electric energy 2 bit decimal Point unit kWh 2 355 356 Month before last active Total Electric energy RO Secondary side Electric energy 2 bit decimal Point unit kWh 2 357 358 Total active Peak Electric energy RO...

Page 27: ...armonic content decimal point digital 2 1 554 B Phase Voltage Total harmonic distortion RO B Phase Voltage Total harmonic content decimal point digital 2 1 555 C Phase Voltage Total harmonic distortion RO C Phase Voltage Total harmonic content decimal point digital 2 1 556 A Phase Current Total harmonic distortion RO A Phase Current Total harmonic content decimal point digital 2 1 557 B Phase Curr...

Page 28: ...he first way type selection 0 33 in case of value 33 corresponding set address 1030 1037 effective the remaining same as first way 6 1013 1018 Third way same as above R W Same as first way 6 1019 1024 Fourth way same as above R W Same as above 6 1030 Over frequency R W 9999 9999 only effective when the second way alarm is the combination alarm details given in 7 1 5 e g reading 66 00Kw communicati...

Page 29: ... 0 tip 1 peak 2 flat 3 trough 27 1212 1225 Time interval 2 parameter Time interval 1 has 9 time periods each time period takes 1 5 character the first byte being time second byte being minute third byte being rate type four rates separately being 0 tip 1 peak 2 flat 3 trough 1225 1226 Time interval type selection 1225 low 8 bit being January August time interval selection eighth bit being January ...

Page 30: ...gy in May RO Same as above 10 1300 1309 Historical active electric energy in June RO Same as above 10 1310 1319 Historical active electric energy in July RO Same as above 10 1320 1329 Historical active electric energy in August RO Same as above 10 1330 1339 Historical active electric energy in September RO Same as above 10 1340 1349 Historical active electric energy in October RO Same as above 10 ...

Page 31: ... C voltage total harmonic content decimal points 2 1 2375 Phase A current total harmonic distortion RO Phase A current total harmonic content decimal points 2 1 2376 Phase B current total harmonic distortion RO Phase B current total harmonic content decimal points 2 1 2377 Phase C current total harmonic distortion RO Phase C current total harmonic content decimal points 2 1 3000 High byte Decimal ...

Page 32: ...8 year low 8 month 1 3020 Generation time day hour RO High 8 day low 8 hour 1 3021 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3022 line voltage Uab maximum RO primary side 1 3023 Generation time year month RO High 8 year low 8 month 1 3024 Generation time day hour RO High 8 day low 8 hour 1 3025 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3026 line volt...

Page 33: ...ime day hour RO High 8 day low 8 hour 1 3041 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3042 Phase Current Ic maximum RO primary side 1 3043 Generation time year month RO High 8 year low 8 month 1 3044 Generation time day hour RO High 8 day low 8 hour 1 3045 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3046 A active power Pa maximum RO primary side 1 304...

Page 34: ...th 1 3060 Generation time day hour RO High 8 day low 8 hour 1 3061 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3062 Phase A Reactive power Qamaximum RO primary side 1 3063 Generation time year month RO High 8 year low 8 month 1 3064 Generation time day hour RO High 8 day low 8 hour 1 3065 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3066 Phase B Reactive ...

Page 35: ... AApparent powerSamaximum RO primary side 1 3079 Generation time year month RO High 8 year low 8 month 1 3080 Generation time day hour RO High 8 day low 8 hour 1 3081 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3082 Phase B Apparent powerSb maximum RO primary side 1 3083 Generation time year month RO High 8 year low 8 month 1 3084 Generation time day hour RO High 8 day low 8 ...

Page 36: ...time day hour RO High 8 day low 8 hour 1 3097 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3098 Phase B power factormaximum RO 1 3099 Generation time year month RO High 8 year low 8 month 1 3100 Generation time day hour RO High 8 day low 8 hour 1 3101 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3102 Phase C power factormaximum RO 1 3103 Generation time ye...

Page 37: ... month RO High 8 year low 8 month 1 3116 Generation time day hour RO High 8 day low 8 hour 1 3117 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 3118 B Phase Voltage Total harmonic distortionmaximum RO B Phase Voltage Total harmonic content decimal point digital 2 1 3119 Generation time year month RO High 8 year low 8 month 1 3120 Generation time day hour RO High 8 day low 8 hou...

Page 38: ... Total harmonic content decimal point digital 2 1 3135 Generation time year month RO High 8 year low 8 month 1 3136 Generation time day hou RO High 8 day low 8 hour 1 3137 Generation time minutes seconds RO High 8 minutes low 8 seconds 1 Note 1 Read Write attribute RO read only this parameter use 03H command R W Read Write system parameter use 10H command Read in address which is not listed or wit...

Page 39: ...dout value of address 154 is 26000 Read PU 100 PI 1000 Ue 400 so Val_t 1 65536 26000 91536 so Val_s Val_t PI PU Ue 10 2288400W Example 2 read A phase active power Pa the data is stored at address 253 254 the read value of address 253 communication is 1 and the readout value of address 154 is 26000 Read address power and electric energy coefficient of 18 19 Ratio 25 so Val_t 1 65536 26000 91536 so ...

Page 40: ...econd is read out by Modbus RTU protocol 0 03 command each item occupy one word adopt BCD code format Example Read the number of years MODSCAN in HEX reading mode can be read directly in the address bar 0X0081 7 5 6Event record Event record 1 Event record 16 are recorded in chronological order Event record 1 contains the data of latest event Event record 16 contains the data of earliest event The ...

Page 41: ...uence etc which are indispensable to the specific data exchange DL T645 1997 Communication Protocol uses master slave response connection half duplex in one communication line It means bidirectional transmission along one standalone communication line First the host computer signal retrieves unique terminal equipment slave and then the response signal sent by the terminal equipment is transmitted ...

Page 42: ...reach 12 bit decimal number ACR220ELH ACR320ELH only uses A0 and A1 thereinto A0 represents low bytes of the ddress while A1 represents high bytes of the address and the formed address scope is 1 247 the address data can be randomly set in the instrument The remaining A2 A5 are fully filled by 00 Such bits mark the user specified terminal equipment address and such equipment will receive the conne...

Page 43: ...makes response according to the control code of the command frame Response delay after receiving order frame 500ms Byte calibration is the even calibration while the frame calibration means longitudinal information calibration sum in case of detecting even calibration or longitudinal information calibration and error the receiver will reject the corresponding information frame without making respo...

Page 44: ... E9 A6 16 2 XX XX A 14 Phase B current 68 99 99 99 99 99 99 68 01 02 55 E9 A7 16 2 XX XX A 15 Phase C current 68 99 99 99 99 99 99 68 01 02 56 E9 A8 16 2 XX XX A 16 Phase A harmonic current 68 99 99 99 99 99 99 68 01 02 57 E9 A9 16 2 XX XX A 17 Phase B harmonic current 68 99 99 99 99 99 99 68 01 02 58 E9 AA 16 2 XX XX A 18 Phase C harmonic current 68 99 99 99 99 99 99 68 01 02 59 E9 AB 16 2 XX XX ...

Page 45: ...9 99 99 68 01 02 43 F3 9F 16 4 YYMMDDWW WW 00 33 Reading time 68 99 99 99 99 99 99 68 01 02 44 F3 A0 16 3 hhmmss 34 Switch state value 68 99 99 99 99 99 99 68 01 02 56 F3 B2 16 1 See attachment 1 35 Voltage rate 68 99 99 99 99 99 99 68 01 02 68 F3 C4 16 2 XXXX 36 Current rate 68 99 99 99 99 99 99 68 01 02 69 F3 C5 16 2 XXXX 37 Switch output 68 99 99 99 99 99 99 68 04 03 56 F3 00 B6 16 0 The total ...

Page 46: ...ange record V1 3 1 The communication address 14 15 increases the voltage coefficient 16 17 increases the current coefficient 18 19 increases the power and electric energy coefficient and all of them are FLOAT The seondary side value in the communication is multiplied by the corresponding coefficient equal to the first time 2 The parameter of voltage coefficient in 7 5 1 case 2 is modified to 0 25 ...

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