0.InstallationDimension

Dimension of necessary hardware including:

(1)ADL400 3-phase DIN-Rail Energy Meter (Main Body&Terminal Block/PIN) (2)AKH-0.66/K K- * \Phi Series Current Transformer (Main Body ^ + Output Cable)

(1) Dimensionof Upside Terminal Block of ADL400 [for Volatge In.& RS485Wiring]

0.InstallationDimension

Dimension of necessary hardware including:

(1)ADL400 3-phase DIN-Rail Energy Meter (Main Body&Terminal Block/PIN) (2)AKH-0.66/KK- * \Phi Series CurrentTransformer (Main Body ^ + Output Cable)

Note:Primary current flow from P1 to P2.The black second wiring is S2,the red is S1.The outlet length is { 1 m ± 1 0cm }

(2) DimensionofMain BodyofAKH-0.66/K K- * \Phi Series

(2) Dimension of Secondary Output Cable of AKH-0.66/K K- * \Phi Series

1.Wiring lllustration

Only 2 parts of wiring was necessary for wiring of ADL400
(1) Voltage Signal Input Wiring of ADL400: Use PIN UA,UB,UC,UNon ADL40O for 3-phase voltage input respectively.[3-phase 4-wire wiring methods.]
(2) Current Signal Input Wiring of ADL400: Use PIN \mathsf { I A } ^ { \star } IA, 1 5 ^ { \star } IB, 1 0 ^ { \star } ,IC for 3-phase current input respectively[3-phase 4-wirewiringmethods]
Note #1: The installed direction ( P 1 P 2 ) of CTs must be according to the actual forward current/ energydirection.

① PIN#UA:PhaseAVoltage Input ② PIN#UB:PhaseBVoltage Input ③ PIN#UC:PhaseC Voltage Input ④ PIN #UN:Neutral Voltage Input

UAUBUCUN ABCN

Terminal/PINforVoltageInput

Terminal/PINforCurrentIn.&Out.

① PIN#IA\*:PhaseACurrent In.
② PIN#IA:PhaseACurrent Out.
③ PIN#IB\*:Phase BCurrent In.
④ PIN #IB:Phase B Current Out.
⑤ PIN#IC\*:Phase C Current In.
⑥ PIN#IC:Phase C Current Out.

Terminal/PiNforRS485Interface

① PIN#21:RS485PortA+ ② PIN#22:RS485PortB

2122 十 AE

Terminal/PlNforPulseOutput

① PIN #17:PositivePulseOutput ② PIN #18:Negative Pulse Output

1718 + EpEp

1.Wiring llustration

(1) Voltage Signal Input Wiring of ADL400: Use PIN UA,UB,UC, UNon ADL400 for 3-phase voltage input respectively.[3-phase 4-wire wiring methods.]

(2) Current Signal Input Wiring of ADL400: Use PIN 1 A ^ { \star } ，IA, 1 5 ^ { \star } IB, 1 0 ^ { \star } ,IC for 3-phase current input respectively[3-phase4-wirewiringmethods]. (PIN 1 A ^ { \star } 1 5 ^ { \star } 5 1 0 ^ { \star } onADL400 connected to red wire (also S1 side) of 3 CTs respectively,PIN IA,IB,IC on ADL400 connected to black wire (also S2 Side )of 3 CTs respectively.

Note #1:The installed direction ( P 1 P 2 ) of CTsmustbeaccording to theactual forward current/ energydirection.

1.Wiring llustration

(3) RS485 Communnication Wiring between ADL400 and upstream devices [Take AWT100 Series loT Gateway for exmaple]: PIN21 of AWT100-4GHW connected to PIN21 offirst ADL400 to PIN 21 of secADLond ADL400 and to PIN 21 of last ADL400.(So does the connection of PIN 22)

Diagram:ForRS485Comms.Wiring

[RS485Comms.Cable Recommended] <br>(3) RS485 Communication Wiring between ADL400&AWT100-4GHW

0.InstallationDimension

Dimension of necessary hardware including: (1)ADL100-EYNK1-phase Prepaid&Postpaid Energy Meter (Main Body&Terminal Block/PIN)

(1) DimensionofMain Bodyof ADL100-EYNK

(1) Dimensionof Terminal Block of ADL100-EYNK[for Power Wiring]

1.Wiring lllustration

Only 1 part of wiring was necessary for wiring of ADL100-EYNK 1-phase Prepaid&Postpaid Energy Meter and AWT100-4GHW IoT 4G Gateway [paired with AWT100-POW Power Supply Module]. (1) Power Wiring of ADL100-EYNK: Use PIN L,L',Non ADL100-EYNK for current and voltage input (Noted,the wiring must be according to the actual live line forward current/energy direction)

Terminal/PIN forPowerWiring ① PIN#L:Live LinePower Input ② PIN#L':Live Line PowerOutput ③ PIN #N:Neutral Live Connection

Terminal/PINforRS485Interface ① PIN#21:RS485PortA+ ② PIN#22:RS485PortB

2122 +- AB

Terminal/PiNforPulseOutput

① PIN#17:PositivePulse Output ② PIN #18:NegativePulse Output

1718 +- EpEp

Terminal/PINforback-upRS485Interface

① PIN#24:RS485PortA+ ② PIN#25:RS485PortB

2425 +- AB

PIN OverviewofADL100-EYNK

1. Wiring Ilustration

(1) Power Wiring of ADL100-EYNK: Use PIN L,L',N on ADL100-EYNK for current and voltage input (Noted,the wiring must be according to the actual live line forward current/energy direction)

(1)PowerWiringofADL100-EYNK

1.Wiring Illustration

(3) RS485 Communnication Wiring between AWT100 Series and ADL100-EYNK: PIN21ofAWT100-4GHWconnectedtoPIN21offirst ADL100-EYNK toPIN21of second ADL100-EYNK and to PIN21 of last ADL100-EYNK. (RS485 Port A to Port A to Port A) PIN22 of AWT100-4GHW connected to PIN 22of first ADL100-EYNK to PIN22 of second ADL100-EYNK and to PIN 22 of last ADL100-EYNK. (RS485 Port B to Port B to Port B)

DAcrel R

Charpter 4 CommonFAQ

Acrel Co.,Ltd.

1.ADW300SeriesCommonFAQ

Question 1:When the ADW300 series is used with -/5A transformers,the current displayed by the meter is much smaller than the actual current on site [measured by a multimeterl]. Troubleshooting 1: Press the button to view the CTratio setting [Current Ratio Setting] of ADW300.For details,refer to "ADW3o0 Current Transformation Ratio Setting Video"and manual. For example,if ADW300 is used with 150A/5A CT,the current ratio is set to 30 in ADW300.[ 1 5 0 / 5 = 3 0 ] （2

Question 2:ADW3oo found that the active power is negative.

Check 1: Itis possible that the current direction of the transformer is opposite to thatof the field current, and the direction of the transformer needs to be reversed to display correct dataand perform correct energyaccumulation.

Question 3:The three-phase voltage and curent of ADW3o0 are normal,and the active power is far less than the normal value.

Troubleshooting 1: Check the power factor of the three phases to see ifitis in line with the normal situation (generally above O0.5).If the value isobviouslyabnormal,itmay be caused bya wrong phase.It is necessary to check whether the three-phase voltage and current of A,B,and Care inone-to-one correspondence on site.If there is any problem,the phase sequence must be changed in time to display the correct data.

Question4:ADW300/Ccan'tcommunicatewith485onsite.

Check 1: Confirm whether the gateway or PLC baud rate,data bits,stop bits,and parity bits are consistent with ADW300.After confirming that they are consistent, check whether the slave station address (communication address of the table)and function code (03)seton the gateway or PLC are correct.

Check 2:If it is still correct,the customer must first confirm whether the communicationofthe watch is normal (connect usb to 485 to the computer,open the debugging software),if it is normal,itneeds to receive the read message sentby the gateway or PLC to check the error.

Question 5:ADW3oo/LR cannot communicate with Lora on site.
Check 1: Bring the distance between the two closer to see if the distance is too far.
Check 2: First check the Lora channel and spreading factor on the gateway,and then compare the Lora channel and spreading factor of ADW300 to keep the two consistent.
Troubleshooting 3:If the parametersare consistent,you can try to change the channels of the two to other channels.

1.ADW300SeriesCommonFAQ

Question 6:ADW3o0/4G judges the communication problem.

Troubleshooting 1: First adjust the display to the state interface,and judge the curent problem according to the maximum display value of the state.Several common problems: the 4G card cannot access the Internet; the 4G card hasawhitelist restriction,and you need to contactthe operator toadd the IPof the data transmission server; some foreign operators need to open the APN and set the APN parameters; thefirmware version is incorrect; the location signal poor and so on.

Question7:ADW30o/WIFl judges the communication problem

Troubleshooting 1: First adjust the display to the state interface,and judge the current problem according to the maximum display value of the state.Several common problems: WiFl name and password are set incorrectly; WiFlassigns IPinthe wrong way,you need tosetastatic IPconnection;the firmware version is not equal.

Question 8: ADW3o0/C is matched with a gateway and a system platform,the value read by the system platform is far from theactual value displayed on the ADW3oo/C table.

Troubleshooting 1: Check whether the address read by communication is consistent with the dot table at the end of the description.

Check 2: When ADW300/C is paired with a gateway [such as AWT100 series]the value read through the MODBUS-RTU protocol is generally a secondary value,and some values [such as power] need to be multiplied by the transformation ratio.For specific configuration,referto the manual [suchas connecting to Acrel overseas loT platform,you need toset theCTor PT ratio in Basic Data Management \mathbf { \nabla } Meter Managementj.

Note:This check is for ADW300/C with a gateway.If direct transmission models such as ADW300-WF and ADW300-4GHW are used with Acrel's overseas loT,it is not necessary to additionall set the CTra tio on the overseas loTplatform[CTratio Defaultsto1].[PTratio If the voltage signal is directly connecte d,it isstillset to1bydefault]

2.ADW310 SeriesCommonFAQ

Question 1: ADW310 found that the active power is negative.

Check1:Itis possible that thecurrent directionof the transformer isopposite to thatof the field current, and the direction of the transformer needs to be reversed to display correct dataand perform correct energyaccumulation.

Question2:ADW310/Ccan'tcommunicatewith485onsite.

Check 1: Confirm whether the gatewayorPLC baud rate,data bits,stop bits,and paritybitsare consisten with ADW310.After confirming that they are consistent, check whether the slave station address (communication address of the table)and function code (O3) set on the gateway or PLC are correct. Check 2:If it is still correct,the customer must first confirm whether the communication of the watch is normal (connectusb to485 to thecomputer,open the debuggingsoftware),if it isnormal,itneeds to receive the read message sent by the gateway or PLC to check the error.

Question 3:ADW310/LR cannot communicate with Lora on site.
Check 1: Bring the distance between the two closer to see if the distance is too far.
Check 2: Firstcheck the Lora channel and spreading factor on the gateway,and then compare the Lora channel and spreading factorof ADW310 to keep the two consistent.
Troubleshooting 3: If the parameters are consistent,you can try to change the channels of the two to other channels.

Question 4:ADW310/4G judges the communication problem.

Troubleshooting 1: First adjust the display to the state interface,and judge the curent problemaccording to the maximum display value of the state. Several common problems: the 4G card cannot access the Internet; the4Gcard hasa whitelist restriction,and you need to contactthe operatortoadd the IPof the data transmission server; some foreign operators need to open the APN and set the APN parameters; the firmware version is incorrect; the location signal poor and so on.

Question 5:ADW310/WIFl judges the communication problem

Troubleshooting 1: First adjust the display to the state interface,and judge the current problem according to the maximum display value of the state.Several common problems:WiFl name and password are set incorrectly; WiFlassigns IP in the wrong way,you need to set a static IPconnection; the firmware version is not equal.

3.AWT100SeriesCommonFAQ

Q1:Debugging software can't read
A1:First check whether the debugging software is connected,Observe whether the connection indicator
light is green and whether the time is running normally

Q2:Unable toadapt

A1:Self-adaption configuration that requires thatthe downlink metersupports the self-adaption function and open broadcast function)

3.AWT100SeriesCommonFAQ

Q3:The configured point can'tbe displayed on the platform,or displaythatthe connection is successful
but there is no dataupload to platform
A1:Firstcheck whether the device is configured in the downlink,you can confirm the device points of
current gateway configuration on the main interface)

Q4:The reported data doesn't correspond to the energymeter

A1:You need to check whether the template configuration is correct,and whether the downlink device matches the template.

Q5:Thedownlinkdevicecan'tcommunication

A1:Check RS485 wiring

A2:Confirm whether the downlink meter supports serial number meter reading.If not, you need to enable the address meter reading function in the template.After re-configuring the address of the downlink meter,fillit inthe downlink list in turn.3.Check whether to close the debugging software,the meter reading will not be performed when the debugging software is open

3.AWT100SeriesCommonFAQ

Q6:Can'tconnectinternet

A1:For 4G:check whether SIM card number can be recognized and whether APN needs to be configured.

A2:For wifi: check whether account and password is correct and whether the antenna is installed correctly.

A3:For CE:check whetherchoose DHCP,if not,check whetherset static IPaddress

Q7:Always re-connectwhen connecting to the third-party platform

A1:Check whether parameter reporting switch is turned on,if it is turned on,the platform needs to correctly reply to the gateway’s login,timesynchronization,real-timedataand other topics,otherwise it will think that the communication is abnormal and re-connect port.

4.ADL200&ADL400SeriesCommonFAQ

Q1:Why can’t I set time on ADL Series energy meter l received?

A1: Setting time is an optional function.It can’tbe changed because there is diference on hardware. If you need thisfunction orotheroptionalfunctions,likemulti-tarif,historyrecord,frozen data,etc,you need to change a new energy meter.

Q2:Why the active power on my ADL200/400 is negative?

A1: If there is no power equipment in the circuit,Checking the directionof CT.If itis diferent with the current direction in the circuit,pls change its direction to realize power consumption measuring. A2:As forthe 3-phase energy meter,sometimes if power factor of phase is too low,even near O,it’s possible there is a problem on phase sequence,pls check the wiring.

Q3: Current and voltage is correct on the ADL4Oo,but active power is lower than the real value? A1: Check the power factors of 3 phase to make sure it’s regular (normally > 0 . 5 ).If not,plscheck the wiringof Ua,Ub,Ucandchange themto the rightorder.

Q1:Whyis thedatalgetform ADL series incorrect?

A1: If the power consumption read by communication is incorrect, check the energy meter first. If the dataonenergy meters is correct,checking if two bytes are missing because electrical energy is 4 bytes of data.

A2: If the data on energy meter is incorrectand it’s CT connected,pls check if you add ratio of CT.
You could also check the power and power factors and if it’s low,Return to Q2&3.

Q5:There is small difference on data between read by communication and energy meter.

A1:This year's new meter transformer connection model is mainly due to the fact that the displayed electrical energy iscalculated bymultiplying thesecond sideelectrical energywith four decimal place: by the transformation ratio.The address of the modbus address table OoooH is calculated by multiplying the second side electrical energy with two decimal places,and O842H is calculated by multiplying the second side electrical energy with two decimal places by the transformation ratio. Therefore,there is a decimal difference. Replacing the register address for communication energy reading with the address listed in section 9.2.2 of the 1.8 manual can solve the problem, It is recommended to read the address starting from E3ooH for the connection model of the transformer. The above solution is only applicable to programs with version 1766 V106 and above.

4.ADL200&ADL400SeriesCommonFAQ

Q6:ADLSeriesRead PowerComplementProblem.

A1:The complement isa signed number,becauseactive power,reactive power,and power factor are all divided into positive and negative,so they need to be analyzed according to signed numbers.

5.ADL100-EY&ADL300-EYSeriesCommonFAQ

Q1:The energy meter shows the switching in state,and detects that there is electricity on the incoming line side,but the user has no electricity. How to deal with it?

A1:First,please check whether the energy meter is direct access,ifit is secondaryaccess tocheck whether the shunt trip connection is correct, if it is direct access,you can try to force the opening and closing,see if there is action,determine whether the magnetic holding relay is faulty.

Q2: If the energy meter has the remaining amount, how to deal with the switching situation of the energy meter?

A2: Check whether the remaining amountis lower than the alarm amount 2or whether the energy meter is ina strong control state.

Q3: How to deal with the fact that there is current and voltage in the transformer access meter but the statistical electric energy data does not match theactual data?

A3: Check the energy meter phase sequence is correct (ABC phase voltage and ABC phase current should be corresponding,can not be wrong sequence).

Q4: Why is the energy meter number in the prepaid system diffrent from the actual energy meter label number?

A4:The energy meter number in the prepaid system is the number (10 digits)automatically generated by the platform systemaccording to the rules,and the label number on the energy meter is the serial number (14 digits).

Q5:4G energy meter communication lost contact, how to deal with?

A5:Press the third keyon the meter panel to switch,confirm rs (signal value greater than 2O),st(status value equal to 8),if these two parameters do not meet the conditions,you can judge the fault according to the st status value.

Q6:NB energy meter communication lost, how to deal with?

A6:Press the third keyon the energy meter panel to switch,confirm rs (signal value),st (status value equal to 8),if these two parameters do not meet the conditions,you can judge thefault according to the st status value.

5.ADL100-EY&ADL300-EYSeriesCommonFAQ

Q7: How to deal with the phenomenon of serial frequency of Lora energy meters (the meter data is confused,and the two meters collect the same data)?

A7: Check whether the parameters (frequency band and spread spectrum factor) of the LORA gateway and the meterare duplicated,ordetermine by detecting data messages in the frequencyband from the Loraslave station.

Q8:How to deal with the data loss of the energy meter of the gateway?

A8:First,check whether the network link between the gateway and the server is normal.If not, check the line and network parameter Setings.You can also use the configuration tool of the gateway to monitorwhether the gateway is connected to the server and check the configuration parameters.

Q9:How to handle the software system recharge failure fault?

A9:Recharge failure can be divided into the following situations:

1.Delivery failure occurs when the recharge is performed,but the actual recharge on the energy meter is successful.

Processing method: Afterverification,you can modify the recharge status to success in the database;
2.After therecharge,the platform showed that therecharge failed,and the meter wasnotactuallyfilled.
Processing method:You can select the relevant electricity sales record,click online payment to re-issue;
3.When the recharge is successful, the actual amount is not recharged to the meter.
Processing method: forward processing operation can be performed through the platform.

Q10:Instrument refresh success,but the platform display lost contact how to deal with?

A10: Itmaybe caused by the repeated addition of gateways and meters in the platform,and the cache needsto bedeletedandre-addedandcleared.

Q11:When the prepaid meter is used with the-/5A transformer,the current displayed by the meter is much smaller than the actual current [multimeter measurement] in the field.

A11: Press the button to view the CTratio seting [current ratio setting]of the meter,refer to the "curren ratio setting video" and the instruction manual.

For example,if used with a 150A/5A CT,the current ratio isset to 30 in the ADL300-EY.[1 1 5 0 / 5 = 3 0 ] （204号

5.ADL100-EY&ADL300-EYSeriesCommonFAQ

Q7: How to deal with the phenomenon of serial frequency of Lora energy meters (the meter data is confused,and the two meters collect the same data)?

A7: Check whether the parameters (frequency band and spread spectrum factor) of the LORA gateway and the meterare duplicated,ordetermine by detecting data messages in the frequencyband from the Loraslave station.

Q8:How to deal with the data loss of the energy meter of the gateway?

A8:First,check whether the network link between the gateway and the server is normal.If not, check the line and network parameter Setings.You can also use the configuration tool of the gateway to monitorwhether the gateway is connected to the server and check the configuration parameters.

Q9:How to handle the software system recharge failure fault?

A9:Recharge failure can be divided into the following situations:

1.Delivery failure occurs when the recharge is performed,but the actual recharge on the energy meter is successful.

Processing method: Afterverification,you can modify the recharge status to success in the database;
2.After therecharge,the platform showed that therecharge failed,and the meter wasnotactuallyfilled.
Processing method: You can select the relevant electricity sales record,click online paymentto re-issue;
3.When the recharge is successful,the actual amount is not recharged to the meter.
Processing method: forward processing operation can be performed through the platform.

Q10:Instrument refresh success,but the platform display lost contact how to deal with?

A10: Itmaybe caused by the repeated addition of gateways and meters in the platform,and the cache needsto bedeletedandre-addedandcleared.

Q11:When the prepaid meter is used with the-/5A transformer,the current displayed by the meter is much smaller than the actual current [multimeter measurement] in the field.

A11: Press the button to view the CTratio seting [current ratio setting]of the meter,refer to the "curren ratio setting video" and the instruction manual.

For example,if used with a 150A/5A CT,the current ratio isset to 30 in the ADL300-EY.[1 1 5 0 / 5 = 3 0 ] （204号

DAcrel R

Charpter 5 Hardware Devices Adjustment &Configuration

Acrel Co.,Ltd.

1. CT&PTRatio Checking&Setting

About CT&PT Ratio configuration of ADW300 Series.

When the ADW3o0 is powered upand in stand-by interface

Press“SET”buttontoenter“Password Interface”

Press“ \bot ”button,use”↑”and“ ” button to set default password 0000.

Press“↑”button twice to enter“Ininterface”

Press“ \bot \ " button to enter“PT Interface”

Press" \bot \ \ " button again,Use“↑”and“ * ’button to set PT ratio accordingly.

Suppose the voltage signal input of ADW3oo is via direct connect.

Thenwewill setPTratioon ADW300to1.

Suppose thevoltagesignal input ofADW300 is via 10kV/100VPT.

Thenwe will setPT ratio on ADW300 to 100 [10kV/100V=100]

After correctly setting the PT ratio,press“ \bot \ " button to confirm.

Press“↑”buttontoenter"CTinterface”

Press " \bot \ \ " button again,Use“↑”and ^ { \ast } \gets ”button to set CT ratio accordingly.

Supposethecurrent signal inputofADW300 isvia150A/5A CT.

Then we will set PT ratio on ADW300 to 30.[150A/5A=30]

After correctly setting the CT ratio,press“ \bot \ " button to confirm.

For,now.Both CT&PTratio ofADW300wereset.

In order to save the setting,press“SET”button twice to enter“Save interface”

Press“←」”button and use“↑”button for selecting to“Yes”

Finally,press“←」”button again,CT&PT ratio seting complete.

2.Comms.Configuration Checking& Setting

About Comms.configuration of ADW3oo Series.[Comms.address,baud rate,parity bit, stop bit] When the ADW3o0 is powered up and in stand-by interface

Press“SET”buttontoenter“Password Interface”

Press“←」”button,use”↑”and“ " button to set default password 0000.

Press“←」”button to enter“BUS Interface”

Press" \bot ”button to enter“Address Interface”

Press" \bot \ \ " button again and use“↑”and“ \gets " button to set communication address.

Suppose the communicationaddress of ADW3o0 needto be setto1.

Thenwe will set communicationaddress of ADW3o0 to 1.

After correctly setting the communication address,press“ \neg ”button to confirm.

Press“↑”buttonto enter”Baud interface”

Press“ \bot \ \ " button again,Use“↑”buton to set baud rate accordingly.[default “9600 "] After correctly setting the baud rate,press “ \ l ^ { sc { j } sc { n } } button to confirm.

Press“↑”buttonto enter"ParityBit interface"

Press“←」”button again, Use“↑”button to set parity bit accordingly.[default “none”] After correctly setting the parity bit,press “ \bot \ " button to confirm.

Press“↑”button to enter"StopBit interface”

Press“ \bot \ \ " button again, Use“↑”button to set stop bit accordingly.[default“1"] After correctly setting the stop bit, press“←」”button to confirm.
For,now.Comms.address,baud rate,parity bit,stop bit of ADW300 were all set.
In order to save the setting,press“ SET”button twice to enter“Save interface”.
Press“ \bot \ " button and use“↑”button for selecting to“Yes”.
Finally,press“ \bot \ \ " button again,setting complete.

3.Wiring Methods Checking& Setting

About wiring methods configuration of ADW300 Series.[3-phase 4-wire & 3-phase 3-wire] When the ADW3o0 is powered up and in stand-by interface
Press“SET”button to enter“Password Interface”
Press“ 」”button,use”↑”and“ \gets " button to set default password 0000. Press“ \mathit { \Pi } { 1 } \ \{ \mathit { \Omega } \} button to enter“BUS Interface”
Press“↑”button to enter“SYS Interface”
Press“ \bot \mathit { \Omega } ^ { \prime \prime } button to enter“PL Interface”.
Press“ \bot \mathit { \Omega } ^ { , , } button again and use“↑” button to set wiring methods accordingly. “3P4L”stand for 3-phase 4-wire，“3P3L” stand for 3-phase 3-phase.
Suppose ADW300 was using in 3-phase 4-wire AC power system.
Then we will set wiring methods of ADW300 to“3P4L”.
After correctly setting the wiring methods,press“←」”button to confirm.
For,now.Wiring methods of ADW3o0 was set.
In order to save the setting,press“SET”button twice to enter“Save interface” Press“ \bot \ \stackrel { , , } { \ } button and use“↑”button for selecting to“Yes”
Finally,press“←」”button again,setting complete.

1.DevicesconnecttoComputerviaRS485toUSBConveter

(1) For connection between ADW300 and computer using RS485 to USB converter. USB side of Converter plug in computer USB port,and RS485 side of conveter connected to PIN #21 ( A + ) and \mathsf { P I N } \# 2 2 ( \mathsf { B } + ) of ADW300.
(Noted: PIN \# 2 1 of ADW300 connect to \because 4 8 5 + / T x + " of converter; PIN #22 of ADW300 connect to " 485-/Tx-"of converter)
(2) Power up ADW300 using PIN 1&PIN 2 by using power source with the voltage range of 8 5 ~ 265Vac/Vdc.

1.DevicesconnecttoComputerviaRS485toUSBConveter

(3) Check COM port on computer (You can check the COM porton the computer’s device manager. If you can’t find it,please update to the latest USB driver)

(4) Open Adjustment Software

名称 修改日期 类型 大小en 2021/9/1513:49 文件夹zh-CN 2021/9/1513:49 文件夹
ADW300 setupsoftware.exe 2021/10/815:36 应用程序 3,345KB
Microsoft.VisualBasic.dll 2019/12/616:49 应用程序扩展 644KB
Microsoft.VisualBasic.PowerPacks.Vs... 2010/3/1820:15 应用程序扩展 254KB

1.DevicesconnecttoComputerviaRS485toUSBConveter

(5) Change Language Setting

(6) Press “SET”and press“Serial Set”button and set the parameteras below (Note: COM No.should be as same as what we checked in the computer manager before)

g1,Press"SET"and press"Serial Set"button □
ADDR:2ng Readata ClesePort version: 2107a1 OO i2 10 0.000 bb 0.0 01 0.0 Data reset SET Special iterfe Pa 0.000 Pb 0.000 Pc 0.000 Total P0.000 Qa 0.000 Qb 0.000 Qc 0.000 Total Q0. 中口说 Sa 0.000 Sb 0.000 Sc 0.000 Total So. 2.Settheparameterasbelow PFa1.000 PFb1.000 PFe1.000 Total P1. port: COM4 . (Note:COMNo.shouldbeas EPa0.00 EPb0.00 EPc0.00 Total Eo. Baud: 9600 - sameaswhatwechecked 21 Y 10 M 20 D 9 H 13 MIN29 S Data bita: 7 in thecomputermanagerbefore) stop bite: - SET
multi-rate electrical energy parity check bit： I TmpC:1
EP_F10 EP_F20 EP_F30 EP_F40 versian TmpN:1
sharp EPI 0 EPE0 EQI0 EQE0 eonfire cancel z EQEO S87
flat EPIO EPE0 EQIO EQE0
valley EPI0 EPE0 EQIO EQE0 Optionairftaetsa snsble Froze:et READ 无 LeR L（esidul c（utage l） BEAD day: rsoetr 20/B/4G/KIFI ( SET 3EA SET 个性设置，点我看看 S英

1.DevicesconnecttoComputerviaRS485toUSBConveter

V1.37beta 口
SETLanguage ADDR:2 Besdsts CloePort version: 2107 红外模式 nonitoring Residual BesiPreeetit2L2D u1 0.000 bb 0.0 u1 0.0 0. Datareset SET Speialintefse Pa 0.000 Pb 0.000 Pc 0.000 Total P0.000 Qa 0.000 Qb 0.000 Qc 0.000 Total Q0.000 Sa 0.000 Sb 0.000 Sc 0.000 Total s0.000 PFa1.000 PFb1.000 PFc1.000 Total P1.000 comunication rity meter NO. EPa0.00 EPb0.00 EPc0.00 Total E0.00 X top bits1 NO. 1 tenperature perity: N . 21 Y 10 M 20 D 9 H 13 MIN11S Read the success EA SET 正 set TmpB:1 multi-rate eleotrical energy TmpC:1
EP_F10 EP_F20 EP_F30 EP_F40 确定 klight version TmpN:1 sharp EPI0 EPE0 EQIO EQE0 CT： EAD SET Serial:; 1 READ peak EPIO EPE0 EQIO EQE0 3EAD SET 2AD flat EPIO EPE0 EQIO EQEO valley EPI 0 EPEO EQIO EQEO Optinalfetses enabLe Frozenet Lesiul utal) RAD Press"BroadcastreadADW3o0address" day: 1 , rsdest r KEAD STT

3.WiFi SSiD&Password Configuration [For ADW300-WF,WiFi Version]

(1) Press “>” button until we find WiFi setting interface

V1.37beta SETLanguage ADDR:2 Beadlota Clotefort version: 2107 ， 红外式 □ nonitoring Reridual rnicddeyofctrititymicresftSpcilg Ua 0.0 Ub 0.0 Uc 0.0 ourrent A Pa Ia 0.000 0.000 Pb Ib 0.000 0.00 Pc Ic 0.00 0.000 Total P0.000 In 0.00 r pe Press">"botton Qa 0.000 Qb 0.000 Qc 0.000 Total Q0.000 EAD s untilwefindWiFi Sa 0.000 sb 0.000 Sc 0.000 Total S0.000 settinginterface PFa1.000 PFb1.000 PFc1.000 Total P1.000 EPa0.00 EPb0.00 EPc0.00 Total E0.00 21 Y 10 M 20 D 9 H CO MIN17 s multirateelectricalenergy EP_F10 EP_F20 EP_F30 EP_F40 sharp EPI 0 EPE0 EQIO EQE0 peak EPIO EPE0 EQIO EQEO flat EPIO EPE0 EQIO EQE0 valley EPI 0 EPE0 EQIO EQE0 EAD Rirsdede 个性设置，点我看看 击！未冻 S中@

(2) Press “Read”button to see current WiFi setting

状态：未连接

3.WiFi SSID&Password Configuration [For ADW300-WF,WiFi Version]

(3) Change WiFi SSID and Password,then press“SET”button to save the new WiFi seting.Ther press“READ”button to double check if your new setting was saved

V1.37beta 0
SETLanguage
ADDR:2 ReadDat ClosePort version: 2107 红外模式 monitoring Residual hroniedenandHistory of electricitymalti-rateMicrosoft MgTTSpecial registerWIF current Ua 0.0 Ub 0.0 Uc 0.0 0 IFI ne:w ont Ia 0.000 Ib 0.00 Ic 0.00 In 0.00 IFI pssrd123456 Qa Pa 0.000 0.000 Pb Qb 0.000 0.000 Pc Qc 0.000 0.000 Total P0.000 TotalQ0.000 国 Sa 0.000 Sb 0.000 Sc 0.000 Total S0.000 PFa1.000 PFb1.000 PFc1.000 TotalP1.000 ChangeWiFiNameand EPa0.00 EPb0.00 EPc0.00 TotalE0.00 Password,thenprss 21 Y 10 M 20 D 9 H 9 MIN6 s Set up the success "SET" button to save
plti EP_F30 EP_F40 确定 thenewWiFi setting. sharp EPI 0 EPE0 EQIO EQE0
peak EPIO EPE0 EQIO EQE0 flat EPI0 EPE0 EQIO EQE0 valley EPI0 EPE0 EQIO EQE0 Arocetre

4.Multi-rate/Tariff Configuration Setting

Before get into operation,we need to understand some concept below:

(1) There are 4 rates in total,from the highest rate to the lowest rate will be as:
尖(Sharp)→F1 Rate (1st high rate)
峰 ( { \mathsf { P e a k } } ) \to { \mathsf { F } } 2 Rate (2nd high rate)
平 ( \mathsf { F } | \mathsf { a t } ) \to \mathsf { F } 3 Rate (3rd high rate)
谷 ( \mathsf { V a l l e y } ) \to \mathsf { F } 4 Rate (4th high rate)
(2)时段表 (Rate Period Chart)
This Rate Period Chart will define how the multi-rate willbe set in 1 daily day.3 pattern of Rate Period Chart available.And daily day could divided into max 14“Period”,each“Period”could bebound to 1certain rate.

Forexample,inonedailyday，ifwewanttodefine

“Rated Period Chart1”as below: 峰 ( { \mathsf { P e a k } } ) \to { \mathsf { F } } 2 Rate Period:11:00\~12:00 (Today),14:00\~21:00 (Today) 平 ( \mathsf { F } | \mathsf { a t } ) \to \mathsf { F } 3 Rate Period: 07:00\~11:00 (Today),12:00\~14:00 (Today),21:00\~23:00 (Today) 谷 ( \mathsf { V a l l e y } ) \to \mathsf { F } 4 Rate Period:23:00 (Today) to 07:00 (Next Day)

“RatedPeriod Chart2”asbelow
尖 ( \mathsf { S h a r p } ) \to \mathsf { F } 1 Rated Period:15:00\~17:00 (Today)
峰 ( { \mathsf { P e a k } } ) \to { \mathsf { F } } 2 Rate Period:11:00\~12:00 (Today),14:00\~15:00 (Today),17:00\~21:00 (Today)
平 ( \mathsf { F } | \mathsf { a t } ) \to \mathsf { F } 3 Rate Period:07:00\~11:00 (Today),12:00\~14:00 (Today),21:00\~23:00 (Today)
谷 ( \mathsf { V a l l e y } ) \to \mathsf { F } 4 Rate Period:23:00 (Today) to 07:00 (Next Day)
“Rated Period Chart3”asbelow
尖 ( \mathsf { S h a r p } ) \to \mathsf { F } 1 Rated Period:19:00\~21:00 (Today)
峰 ( { \mathsf { P e a k } } ) \to { \mathsf { F } } 2 Rate Period: 11:00\~12:00 (Today),14:00\~19:00 (Today)
平 ( \mathsf { F } | \mathsf { a t } ) \to \mathsf { F } 3 Rate Period: 07:00\~11:00 (Today),12:00\~14:00 (Today),21:00\~23:00 (Today)
谷(Valley)→ F4 Rate Period: 23:00 (Today) to 07:00 (Next Day)

Then,this will be how we set in ADW3o0 adjustment software,Picture:

4.Multi-rate/Tariff Configuration Setting

调试软件-V1.41 X "RatePeriodChart1" SET Language
ADDR6 ReadData ClosePort version: 2447 红外模式 关闭定时器 开定器“RatePeriodChart1”
monitoring Residual AlamParameter2 DIDO DI&DO&Alarm harmonic demand Historyfelectric multi-rate MicrosofMQTT Speci
Ua 0.0 Ub 0.0 Uc 0.0 回 a RateHour 时 时区 -Month 分 时 时
Ia 0.00 Ib 0.00 Ic 0.00 中 0. Point1 口 平 0 7 1 平 0 1 平 0 7 时级表1 26 1
Pa 0.000 Pb 0.000 Pc 0.000 TotalP0.000 2 缘 O 11 2 峰 0 11 n 峰 0 11 时段表2 26 1 平 0 12 平 0 12 T 0 12 时段表1 26 0
Qa 0.000 Qb 0.000 Qc 0.000 Total Q0.000 峰 14 维 0 14 0 14 时表3 2d 12
Sa 0.000 Sb 0.000 Sc 0.000 Total S0.000 平 0 15 19
PFa1.000 PFb1.000 PFc1.000 Total P1.000 谷 0 0 0 0 21 17 21 23 READ SET
EPa40198.5 EPb220038. EPc220038. Total E220038. 0 0 23
22 Y 10 M 31 D 13 H 12 MIN17 S 9 0 10 10 0
multi-rateelectrical energy 11 11 0 11
EP_F10 EP_F20 EP_F30 EP_F40 120 D 12 0 0 0 12 0
sharp EPI EPE0 EQI0 EQE0 10 0 114 0 0 。。 。。 114 。。 0。 0。 -Eeotn
peak EPIO EPEO EQIO EQEO READ SET READ SET READ SET 费率 MmriffRate
flat EPIO EPE0 EQIO EQE0 分时尖峰平谷 Sharp
valley EPI0 EPEO EQIO EQE0 =Peak READ 谷 → Valley Broadcastread

Noted:

#1:SetofTimewasfrom EarlyTimeto LateTime #2:We set the time point to define period, for example,

For Point 1: We set Rate to平(Flat),set 分(Min) to O,set 时(Hour) to7.Then we create a point timed at O7:00 bound with Rate平(Flat).So,until it the time met next point,willstill use平(Flat )as rate,also,if the Point 2 is of11:00, then for duration 0 7 { : } 0 0 ~ 1 1 { : } 0 0 ,will always use rate平 (Flat).So,our previous setting for“平(Flat)→F3 Rate Period: 07:00\~11:00 (Today)” has been define by these2Point1&2

#3: If the time period across the today to next day,we just need to set the latest point of time in today,and it willjump to theearliest point next day.For example,in the picture 2.1,the latest point of time was 23:00,and the earliest point of time is O7:00.Then,in the seting of picture 2. 1,Period 23:0o (Today)\~7:O0 (Next day) willbe bound with Rate 谷(Valley),and meanwhile 00:00(Today)\~O7:0o (Today)will also be bound with Rate 谷(Valley).

4.Multi-rate/Tariff Configuration Setting

(3)时区表 (Rate Zone Chart)
This Rate Zone Chart willdefine from date “ xx/xx (Month/Day)” to date “xx/xx (Month/Day)” will use a certain Rate Period Chart.There are 4 Rate Zone Chart available for setting.
For example, in one year,we can define:

From“January 26th to July 25th”and“August 26th to December 25th”,use“rate period chart 1"

From“July,26th”to“August,25th”,use“rate period chart 2”

From“December 26th”to“January25th”use“rate period chart 3”

Then,thiswill be howweset inADW3o0adjustment software,Picture:

调试软件-V1.41 "RatePeriodChart1" +
SET Language
ADDR6 ReadData ClosePort version: 2447 红外模式 关闭定时器 开定时 "RatePeriodChart1"
monitoring Residual AlaParameter2 DIDO DI&DO&Alarm harmonic demand History of electrici multi-rate MicrosofMQTT Specie
Ua 0.0 Ub 0.0 Uc 0.0 0 TaRate 时分 时区 Month 分 时 时
Ia 0.00 Ib 0.00 Ic 0.00 In 0. Point1 白 平 。 P 平 。 1 0 7 时段表！ 26 1
Pa 0.000 pb 0.000 Pc 0.000 TotalPO.000 2 0 11 峰 0 11 2 9 0 1 2 时段表2 26 7
Qa 0.000 Qb 0.000 Qc 0.000 Total Q0.000 号 中 。0 124 干 。 124 T 经 00 12 14 时段费3 12
Sa 0.000 Sb 0.000 Sc 0.000 Total S0.000 5 平 0 21 尖 15 0
PFa1.000 PFb1.000 PFc1.000 Total P1.000 6 谷 0 23 U 17 U 21 READ SET 7 0 0 0 21
EPa40198.5 EPb220038. EPc220038. Total E220038. 8 0 D 香 23
22 Y 10 M 31 D 13 H 12 MIN17 S O 0 0 0 0 10 0 0 10 0 0 10
multi-rateelectricalenergy 11 0 0 11 0 0 0 11 0
EP_F10 EP_F20 EP_F30 EP_F40 120 0 0 12 0 0 0 12 D 0 0
sharp EPI0 EPEO EQI0 EQE 10 。。 。。 140 。。 。。 140 。。 。。 -Eeti
peak EPIO EPE0 EQIO EQEO READ SET READ SET READ SET 费率 MriffRate
flat EPI0 EPE0 EQIO EQEO 分时尖峰平谷 =Sharp
valley EPI0 EPEO EQIO EQE0 →Peak READ 谷 → Valley Broadcast read