该页无缩略图
Click Add Water Price Plan,enter the name of the plan,allowable credit amount,step-level electricity price or not,and unit price.As shown in Figure 14-21.The operation method of editing a plan is the same as that of creating a new one.
ClickAdd Charging Plan,and enter the plan name,deduction method,charging type, charging interval,charging calculation method,fixed amount,and remarks.As shownin Figure 14-22.The operation method of editing a scheme is the same as that of creating a new one.
14.6.RegionManagement
The Region management page displays all project organization information,and users can add and delete project organization information,as shown in Figure 14-23.
14.7.DeviceModelManagement
The device model management page displays all device model information under the associated project.The information includes actual model,display model,energy breakdown, creation time,etc.You can find the corresponding device based on the actual model and display model.Asshown in Figure 14-24.
Create a new device model,click Add,and the Add Device Model box will pop up. The actual model and display model are required.As shown in Figure 14-25.The operation method of editing the device model is the same as that of editing.
14.8.StreetLightManagement
The street light management page displays all street light information under the associated project.The information includes project name,street light code,meter address,detailed address, longitude,latitude,creation time,etc.Youcan find the corresponding street light according to the street light number.As shown in Figure 14-26.
Create a new street light,click Add,and the add street light box will pop up.Item name, instrument number,street light number,lighting type,detailed address,longitude,and latitude are required.As shown in Figure 14-27.The operation method of editing street lights is the same as that of adding.
14.9.Electrical Parameter Management
The electrical parameter management page displays all the electrical parameter information under the associated project.The information includes module type,parameter code,parameter name,parameter type,unit,whether to multiply PT,whether to multiply CT,creation time,etc., which can be selected according to parameter type and parameter code,parameter name to find the corresponding electrical parameter.As shown in Figure 14-28.
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XBanicDataM Mode type ParamCode ParanNan ParmCode Uit PT CT Creatstime vc L A相电压 相电压 v yes No 2021-01-01 0800.00 Yc U 电压 电压 V ves No 2021-01-01 08.00.00 Poiet Management □ yc U C相电压 相电压 > Yes No 2021-01-01 08:00:00 GatewayMant tert □ yc UPA 电压平均值 相电压 V Yes No 2021-01-01 08:00:00 Meter Manage □ Yc Uab AB转电压 线电压 V Yi6 No 2021-01-01 0800:0
Charge Pan □ vc Ubc C电压 线电压 v es No 2021-01-01 08:00.00
P/Setings □ Yc uo CAB电压 电国 v ves No 2021-01-010800.00 RegionManag snt □ Yc ULA 电压平均值 线电压 V v6 No 2021-01-01.08.00.00 □ yc 2 电压 电压 v es No 2021-01-01 08:00.00 □ Yc UMax 最大电压 电压 V ves No 2021-01-01 08:00
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Prgetogia □ YC u2 第2期输入电压 电压 > Yes No 2021-01-01 08:00:00 EenergyTopolgy Yc U 第3路动入电压 电压 V Yes No 2021-01-01 0800.00 Meiter Alam ule AlarmRem ender 7etal 1409 15page 1 2 1 4 5 6 . 94 ot1 icalAli
Create a new electrical parameter,click Add,and the Add Electrical Parameter box will pop up.The parameter code,parameter name,parameter type,and module type are required.As shown in Figure 14-29.The operation method of editing electrical parameters is the same as that of adding.
14.10.Project Topology
The project topology displayis the general node topology of the building under a certain
project,and you can clearly see which general nodes and multi-level general nodes are under the project.As shown in Figure 14-30.
Add a building node under the project.First switch the corresponding project,select the node that needs to be under the project,click the "Add"button,andadd a node on the right side of the interface,fill in the node name and sort.As shown in Figure 14-31.
To deletea building node,first select the deleted building node,click the "Delete"button,a pop-up "Prompt"will appear,and click "Confirm".As shown in Figure 14-32.
14.11.Energy Topology
The energy topology display is the topology of the general building node undera certain project and each sub-node under the general building node.You can clearly see which general nodes and meters tied to the sub-nodes are under the project.As shown in Figure 14-34.
Add a building subnode under the project.First switch the corresponding project, select the general node that needs to be under the project,click the "Add"button,add a node on the right side of the interface,fill in the "node name","sort","incoming line",and select "circuit name".As shown in Figure 14-35.
To delete a building energy consumption node,first select the deleted energy consumption sub-node,click the "Delete" button,a pop-up "Prompt" will appear,and click "Confirm".As shown in Figure 14-36.
14.12.MeterAlarmRules
The meter alarm rule page displaysall alarm rule information,and users can add,edit,and delete alarm rule information,as shown in Figure 14-37.
Click Add,and enter the project name,instrument number,alarm type,alarm level,event type,electrical parameter,and trigger event.As shown in Figure 14-38.The operation method of editing a scheme is the same as that of creatinga new one.
14.13.AlarmReminder Template
The exception reminder template can manage the SMS,email,and app configuration of the exceptionreminder,as shown in Figures14-39 and14-40.
14.14.Hierarchical Alarm Settings
Hierarchical alarm settings can perform hierarchical management of abnormal alarm push,as shown in Figure 14-41.
14.15.Picture Management
Picture management can perform operations such as adding，editing,deleting，and downloadingall relevant picture materials in the project,as shown in Figure 14-42.
Click Add,enter relevant information,and upload a picture.As shown in Figure 14-43
14.16.Electric Parameter Alias Management
The electrical parameter alias management page displays all the electrical parameter alias information under the associated project.The information includes project name,gateway identification number,meter address,circuit name,meter type,meter unique number,create time, etc.,which can be identified according to the project name/gateway Number/meter address/circuit name to find the alias of the electrical parameter.As shown in Figure 14-44.
Setthe electrical parameter alias,click "Set",a pop-up box "Set electrical parameter alias", edit the electrical parameter alias,"Temperature 1","Temperature 2","Temperature 3",
14.17.Transformer Management
The transformer management page displays all transformer information under the associated project.The information includes transformer name,meter,rated capacity,project name,remarks, creation time,etc.You can find the corresponding transformer according to the project name/transformername.As shown inFigure 14-46.
Create a new transformer,click Add,and the Add Transformer box will pop up.The transformer name,project name,instrument,and rated capacity are required items.The operation
15.System Setting
15.1.Menu Management
Menu management allows configurable settings for the menu to flexibly display the required menus.Generally,the default is sufficient,as shown in Figure 15-1.
Note:Menu management does not recommend customers to modify operations by themselves to prevent mistakes.
15.2.RoleManagement
Role management can set page menu permissions for users of different levels,and generally use the default,as shown in Figure 15-2.
15.3.PlatformManagement
Platform management can modify the platform name,platform logo,operation password and help information,as shown in Figure 15-3.
16.Log Management
16.1.Login Log
On the login log page,you can view the login log of platform users,including login account, IP address and occurrence time.You can query the corresponding data through login account, user name,and IPaddress,as shownin Figure 16-1.
16.2.Operation Log
On the login log page,you can view the platform user operation log,including user name,IP address,operation content and occurrence time,and you can query the corresponding data through login account,user name,IP address,and operation content,as shown in Figure 16-2.
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Wic ord-MeterStatus Cateway Sutus -User epot User report template Report- Oder Vew -Income Situation -Menu Managetent Pltorm Managenent-Role Managet Login Log-Operation Log
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Energy Quaity loT Prqject administrator admin Gateway Batch Deiete 2022-09-09 01:18.40
Demand Analys loT Project administrator admnin Gatevay Banch Delete 2022-09-09 01:18:33
al Energy Analyss ioT Project administrator smin Gatewiay Batch Delete 2022-09-09 01:18:20
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Operat loT Project adninistrator admin Gatevay Batch Delete 2022-09-09 01:17:24
Wees tempeaure 上海川沙车间注型机电表监控 administrator admin Project Save 2022-09-09 01:14:49
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16.3.Control Log
On the control log page,you can view the platform user operation log,including control type, project name,device model,gateway identification number,instrumentaddress,platform,operator and occurrence time,and you can query the correspondence through the gateway identification number,instrument address,model,and operator Data,as shown in Figure 16-3.
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Lightng iepre 2819217 22 admr RoOnk 2248175 Falet
EnergyQusity loT Prqject 32028119921017 1 administrator SelChk 2022-08-17 18:5627 Delivered sucoessfuly
Demand Aaugis loT Prqject 32028119921017 1 administrator Resat 2022-08-17 18.5E.13 Delisred successfuly
al Energ Analyeis oT Preiect 32028119921017 1 administator SelChk 2022-08-17 18:551 Delivered succeshty foTPreet 32028119921017 11 adminitrator SelChk 2022-08-17 18.55-22 Delved uccssfly
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C Wire loT Project 32028119921017 1.1 administrator RlyOf 2022-0-7 95320 Failed to deiver
Feancal loT Pretet 32028119921017 1. administrtor RlyOn 2022-08-17 09:44-29 Faied to deliver
User Report loT Prqect 32028119921017 1L1 administratot Rlyon 2022-08-17 09:35.46 Faled to dliver loT Projiect 32028119921017 U1 administrtor Rlyon 2022-08-17 09.36.03 Faled to deliver
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Syntem Seting loT Prejet 32028119921017 11 idministrator Reset 2022-08-17 09.3521 Defvered successfuly
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DAcrel R
Charpter 3 Hardware Installation&Wiring& System Operation Instruction
Acrel Co.,Ltd.
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW300-4GHW/C 3-phase 4G Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K- * \Phi Series Current Transformer (Main Body ^ + Output Cable)
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW300-4GHW/C 3-phase 4G Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K * \Phi Series Current Transformer (Main Body ^ + Output Cable)
Note:Primary current flow fromPl to P2.The black second wiring is S2,the red is S1.The outlet lengthis { 1 m ± 1 0cm }
| Size (mm) | Outline size | Through size | Tolerance | |||||
| Type | W | H | D | M | N | Φ1 | Φ2 | |
| K-Φ24 | 39 | 70.5 | 55 | 36 | 52 | 24.5 | 23 | ±1 |
| K-Φ36 | 42.5 | 81.5 | 67 | 40 | 56 | 33.5 | 35 | |
| K-Φ50 | 46.5 | 110 | 90 | 54 | 66.5 | 47 | 52 | |
(2) DimensionofMain BodyofAKH-0.66/K K- * \Phi Series
(2) DimensionofSecondary OutputCableofAKH-0.66/KK- * \Phi Series
1.Wiring Illustration
Only3 partsof wiringare necessary for ADW300-4GHW/C
(1)Auxiliary Power Supply:For power supply of ADW300-4GHW/C,use PIN1,2on ADW300-4GHW/ C,and be aware the volage level of auxiliary power supply must be within range of 85\~265Vac/Vdc. (2) Voltage Input: Use PIN11,12,13,14 on ADW300-4GHW/C for 3-phase voltage signal input (3) Current input: Use PIN 4,5,6,7,8,9 on ADW300-WF/C paired with AKH-0.66/K K- \varphi Series CTs for current wiring (PIN4,6,8 on ADW300-4GHW/C connected to red wire (also S1 side) of 3 CTs respectively for 3-phase current input,PIN 5,7,9 on ADW300-4GHW/C connected to black wire (also S2 Side) of 3 CTs respectively for 3-phase current output)
Noted #1: Make sure the antenna of ADW300-4GHW was covered by 4G stable signal and inserted with 4G sim card before powered up. (And if use special APN 4G sim card instead of normal 4G sim card,need APN setting in ADW300)
Noted #2:The installed direction ( P 1 P 2 ) of CTs must be according to the actual current direction.
Noted #3: ADW300 series with only 3 x 1 ( 6 ) { A } current input specs could be grouded.
Clamp-ondirectionofCTsaccordingtoactualcurrentdirection
NotedforinstallationdirectionofCTs (CT's \mathsf { P } 1 \to \mathsf { P } 2 direction same as forwardcurrent/energydirection)
1.Wiring Illustration
Only 3 partsof wiringare necessary for ADW300-4GHW/C
(1)Auxiliary Power Supply:For power supply of ADW300-4GHW/C,use PIN1,2on ADW300-4GHW/ C,and be aware the volage level of auxiliary power supply must be within range of 85\~265Vac/Vdc. (2) Voltage Input: Use PIN11,12,13,14on ADW300-4GHW/C for 3-phase voltage signal input. (Noted that we need to short PIN 12 and PIN 14 in 3P3W wiring)
(3) Current input: Use PIN4,5,8,9 on ADW300-WF/C paired with AKH-0.66/K K-φ Series CTs for current wiring (PIN 4,8 on ADW300-4GHW/C connected to red wire of 2 CTs respectively for 3- phase current input, PIN5,9 on ADW300-4GHW/C connected to black wire of2 CTs respectively for 3-phase current output)
Noted #1: Make sure the antenna of ADW300-4GHW was covered by 4G stable signal and inserted with 4G sim card before powered up. (And if use special APN 4G sim card instead of normal 4G sim card,need APN setting in ADW300)
Noted #2:Theclamp-on directionofCTsmustbeaccording to theactual currentdirection.
Terminal/PINforPowerSupply 12 ①PIN #1: L+ Power Supply Input ② PIN #2: N- Power Supply Input + = L N 0 ? ?
.......... eI 11121314
SAcrel ②PIN #12: Phase B Voltage Input 白 16962 PIN13: UAUUCUN ADW300
可风风 0 Terminal/PIN for Current In.&Out. ①PIN #4: Phase A Current In. 0 ②PIN #5:Phase A Current Out. 456 89 FADW300W PIN #6:Phse BCuntInt ⑤PIN #8:Phase C Current In. C ③PIN #9:Phase C Current Out.
Clamp-on direction of CTs according to actual current direction
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW300-WF/C 3-phase WiFi Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K- * \Phi Series Current Transformer (Main Body ^ + Output Cable)
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW300-WF/C 3-phase WiFi Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K- * \Phi Series Current Transformer (Main Body ^ + Output Cable)
Note:Primary current flow fromP1 to P2.The black second wiring is S2,the red is S1.The outlet lengthis { 1 m ± 1 0cm }
| Size (mm) | Outline size | Through size | Tolerance | |||||
| Type | W | H | D | M | N | Φ1 | Φ2 | |
| K-Φ24 | 39 | 70.5 | 55 | 36 | 52 | 24.5 | 23 | ±1 |
| K-Φ36 | 42.5 | 81.5 | 67 | 40 | 56 | 33.5 | 35 | |
| K-Φ50 | 46.5 | 110 | 90 | 54 | 66.5 | 47 | 52 | |
(2) DimensionofMain Bodyof AKH-0.66/K K- * \Phi Series
(2) Dimensionof Secondary Output Cable of AKH-0.66/KK- * \Phi Series
1.Wiring Illustration
Only3 parts of wiring are necessary for ADW300-WF/C3-phase WiFiWireless Energy Meter. (1)Auxiliary Power Supply:For power supply of ADW300-WF/C,use PIN1,2on ADW300-WF/C, and be aware the volage level of auxiliary power supply must be within range of 85\~265Vac/Vdc. (2) Voltage Input: Use PIN11,12,13,14 on ADW300-WF/C for 3-phase voltage signal input (3) Current input: Use PIN 4,5,6,7,8,9 on ADW300-WF/C paired with AKH-0.66/K K- * \Phi Series CTs for current wiring (PIN 4,6,8 on ADW300-WF/C connected to red wire of 3 CTs respectively for 3- phase current input, PIN 5,7,9on ADW300-WF/C connected to black wire of 3 CTs respectively for 3-phase current output)
Noted #1: Make sure the antenna of ADW300-WF/C was covered by WiFi stable signal from the WiFi rounter whose WiFi account name and password align to the configuration in ADW3o0-WF/C.[Can preset a WiFi account name and password in factory manufacturing stage. Customer could also change the WiFi configuration in ADW300-WF/C by using RS485 to USB converter and "Acrel ADW300 Adjustment Software".For more detail,contact with loki@acrel.cn]
Noted #2:The clamp-on directionofCTsmustbeaccording to theactual current direction.
1.Wiring Illustration
Only 3 parts of wiring are necessary for ADW300-WF/C 3-phase WiFiWireless Energy Meter. (1)Auxiliary Power Supply: For power supply of ADW300-WF/C,use PIN 1,2on ADW300-WF/C, and be aware the volage level of auxiliary power supply must be within range of 85\~265Vac/Vdc. (2) Voltage Input: Use PIN11,12,13,14 on ADW300-WF/C for 3-phase voltage signal input. (Noted that we need to short PIN 12 and PIN 14 in 3P3W wiring)
(3) Current input: Use PIN4,5,8,9 on ADW300-WF/C paired with AKH-0.66/K K-φ Series CTs for current wiring (PIN 4,8 on ADW300-WF/C connected to red wire of 2 CTs respectively for 3- phase current input, PIN 5,9 on ADW300-WF/C connected to black wire of 2 CTs respectively for 3- phase current output)
Noted #1: Make sure the antenna of ADW300-WF/C was covered by WiFi stable signal from the WiFi rounter whose WiFi account name and password align to the configuration in ADW300-WF/C.[Can preset a WiFi account name and password in factory manufacturing stage. Customer could also change the WiFi configuration in ADW300-WF/C by using RS485 to USB converter and "Acrel ADW300 Adjustment Software".For more detail, contact with loki@acrel.cn]
Noted #2: The clamp-on direction of CTs must be according to the actual current direction.
Clamp-on direction of CTsaccording to actual current direction
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these devices with Acrel System before formally using the system:
(1) Step1-Download loT EMS APP on your Mobile Phone;
(2) Step 2-Registerand login your ownaccount.
(3) Step3- Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add byusing APP)
Extra Noted:Acrel loTEMSAPP (for Mobile)and loT EMSWEB (forPC)share the same data and account,once add the devices using APP,we can check the data on either computer using loTEMSWEBoronmobilephoneusingloTEMSAPP.
(1)Download loTEMSAPP: - Download Link (Android): https:// play.google.com/store/apps/details? \dot { \mathsf { I d } } = com.acrel.iotems - Download (lOS):Search loT EMS
(2) Register your own Account:
- Click on register
-Enterrelatedinformation for
registeringaccount
- Login with your new account
byentering "Account"and "
Password"you just set
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these devices with Acrel System before formally using the system:
(1) Step1-Download loT EMS APP onyour Mobile Phone;
(2) Step 2- Registerand login your ownaccount.
(3) Step3-Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add by using APP)
Extra Noted: Acrel loT EMSAPP (for Mobile)and loT EMSWEB (for PC) Share thesame data and account, once add the devices using APP,we can check the data on loT EMS WEB on PC.
(3) CreatanewProject: - "My" \mathbf { } "Projectmanagement" - Click " + " icon on the right top - Choose "Platform prepaid"and fil in other information marked by \*
(2) Add Devices to Project: -Enter "Add"interface - Select "Project" - Click "QR Code" scanning iconScanthe QR Codeon ADW300 - Automatically recognize the devicestypeandSNcode
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW310-Dxx/4GHW1-phase 4G Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2) AKH-0.66/K K-O Series Current Transformer (Main Body ^ + Output Cable)
![(1) Dimension of Main Body of ADW310-Dxx/4GHW[Without Terminal Block]](https://book.yunzhan365.com/igkwb/txmv/markdown/images/b16a2f466c64cf38b3a8a8d768dacf8114233eef98b2427897bcd98533e2d068.webp)
![AntennaMainBody[Length:315mm=0.315m]](https://book.yunzhan365.com/igkwb/txmv/markdown/images/436affd558ca78aacfe6169387e5d2197e52a3c4f0637409ef4fe8a7fc76a4f8.webp)
(1)Dimensionof4GAntennaofADW310-Dxx/4GHW
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW310-Dxx/4GHW 1-phase 4G Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K-O Series Current Transformer (Main Body ^ + Output Cable)
| Specification | Dimensions (mm) | Perforation size (mm) | Tolerance (mm) | |||||
| W | H | D | M | N | Φ1 | 2 | ||
| AKH-0.66/K-@10N | 27 | 44 | 32 | 25 | 36 | 10 | 9 | ±1 |
| AKH-0.66/K-@ 16N | 31 | 50 | 36 | 27 | 42 | 16 | 17 | |
(2)DimensionofMainBodyof A K H - 0 . 6 6 / K K-QSeries
(2) DimensionofSecondary OutputCableofAKH-0.66/KK-OSeries
1.Wiring llustration
Only 2 parts of wiring are necessary for ADW310-Dxx/4GHW 1-phase 4G Wireless Energy Meter.
(1) Voltage Input: Use PIN11,14 on ADW310-Dxx/4GHW for1-phase voltage signal input.[This voltage signal input will also serve as power supply of ADW310-Dxx/4GHW]
(2) Current input: Use PIN4,5on ADW310-Dxx/4GHWwith paired CT for 1-phase current input wiring.
Noted #1: Make sure the antenna of ADW310-Dxx/4GHW was covered by stable 4G signal receiver from local4GTelecom Tower.
Noted #2: Make sure before you power up the ADW310 for the first time installation at least, you needto insert the4G SIMcard in ADW310-Dxx/4GHWfirst.
Noted#3:If you are using APN4GSIMcard instead of normal 4GSIMcard, need to inform Acrel contact person to preset the APN configuration in ADW310-Dxx/4GHW in advance while in factory manufacturing stage.
Noted #4:Theclamp-ondirection of CTsmustbeaccording to theactual currentdirection.
Clamp-on direction of CTs according to actual current direction
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW310-Dxx/WF1-phase WiFiWireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K-O Series Current Transformer (Main Body ^ + Output Cable)
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADW310-Dxx/WF1-phase WIFi Wireless Energy Meter (Main Body+Terminal Block+Antenna) (2)AKH-0.66/K K-O Series Current Transformer (Main Body ^ + Output Cable)
| Specification | Dimensions (mm) | Perforation size (mm) | Tolerance (mm) | |||||
| W | H | D | M | N | Φ1 | 2 | ||
| AKH-0.66/K-@10N | 27 | 44 | 32 | 25 | 36 | 10 | 9 | ±1 |
| AKH-0.66/K-16N | 31 | 50 | 36 | 27 | 42 | 16 | 17 | |
(2)DimensionofMainBodyof A K H - 0 . 6 6 / K K-QSeries
(2) DimensionofSecondary OutputCableofAKH-0.66/KK-OSeries
1.Wiring Illustration
Only2 parts of wiring are necessary for ADW310-Dxx/WF (1) Voltage Input: Use PIN11,14 on ADW310-Dxx/WF for 1-phase voltage signal input.[This voltage signal input will also serve as power supply of ADW310-Dxx/WF] (3) Current input: Use PIN 4,5 on ADW310-Dxx/WF with paired CT for 1-phase current input wiring. Noted #1: Make sure the antenna of ADW310-Dxx/WF was covered by stable WiFi signal from WiFi router for example.[Noted the WiFi connected to ADW310-Dxx/WF must have a fixed WiFi account name and password.To align with the WiFi configuration preset in ADW310-Dxx/WF while in factory manufacturing stage.Also,customer could manually configure the WiFi account and password preset in ADW310-Dxx/WF by using "RS485 to USB converter" and "Acrel ADW310 Adjustment Software",formore detail,please check the contact inwww.acrel-electric.fr] Noted #2: The clamp-on direction of CTs must be according to the actual current direction.
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these deviceswith Acrel Systembefore formallyusing thesystem:
(1) Step1-Download loT EMS APP on your Mobile Phone;
(2) Step 2-Registerand login your ownaccount.
(3) Step3- Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add byusing APP)
Extra Noted:Acrel loTEMSAPP (for Mobile)and loT EMSWEB (forPC)share the same data and account,once add the devices using APP,we can check the data on either computer using loTEMSWEBoronmobilephoneusingloTEMSAPP.
(1)Download loTEMSAPP: - Download Link (Android): https:// play.google.com/store/apps/details? \dot { \mathsf { I d } } = com.acrel.iotems - Download (lOS):Search loT EMS
(2) Register your own Account:
- Click on register
-Enterrelatedinformation for
registeringaccount
- Login with your new account
byentering "Account"and "
Password"you just set
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these devices with Acrel System before formally using the system:
(1) Step1-Download loT EMS APP onyour Mobile Phone;
(2) Step 2- Registerand login your ownaccount.
(3) Step3-Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add by using APP)
Extra Noted: Acrel loT EMSAPP (for Mobile)and loT EMSWEB (for PC) Share thesame data and account, once add the devices using APP,we can check the data on loT EMS WEB on PC.
(3) CreatanewProject: - "My" \mathbf { } "Projectmanagement" - Click " + " icon on the right top - Choose "Platform prepaid"and fil in other information marked by \*
(2) Add Devices to Project: -Enter "Add"interface - Select "Project" - Click "QR Code" scanning icon Scanthe QR Code on ADW310 - Automatically recognize the devicestypeandSNcode
0.InstallationDimension
Dimension of necessary hardware including: (1)AWT100-4GHW ^ + AWT100-POW [Combined Overall Dimension & 4G Antenna Dimension]
(2) Dimension of Main Body of AWT100-4GHW ^ + AWT100-POW Set [with Terminal Block]
(2) DimensionofTerminalBlockofAWT100-4GHW ^ + AWT100-POWSet
1.Wiring llustration
Only 2 part of wiring was necessary for the wiring AWT100-4GHW
(2) Power Supply of AWT100-4GHW: Use PINL,Non AWT100-POW for power supply (Noted: voltage level of power source must bewith the range of 85\~265Vac L-N)
(3) RS485 Communnication Wiring between AWT100-4GHW and Downstream RS485 Devices: PIN 21of AWT100-4GHW connected to PIN21offirst RS485 Device to PIN21 of second RS485 Device and to PIN 21 of last RS485 Device.(RS485 Port A to Port A to Port A)
PIN 22 of AWT100-4GHW connected to PIN 22 of first RS485 Deviceto PIN 22 of second RS485 Device and to PIN 22 of last RS485 Device. (RS485 Port B to Port B to Port B)
\*Extra Noted1: Before powering RS485 Devices and AWT100-4GHW, make sure allthe wiring was done and 4G SIM card installed in AWT100-4GHW 4G SIM card tray.
\*Extra Noted2: If your are using APN4G SIMcard instead of normal 4G SIM card, need to configure the APN setting in AWT100-4GHW inadvance normally by information the manufacturer in advance.
1.Wiring llustration
(1) Power Supply of AWT100-4GHW: Use PINL,Non AWT100-POW for power supply (Noted: voltage level of power source mustbe with the range of 85\~265Vac L-N) (2) RS485 Communnication Wiring between AWT100-4GHW and RS485 Device: PIN 21 of AWT100-4GHW connected to PIN21of first ARS485Device to PIN21of second RS485Device and to PIN 21 of last RS485 Device. (So does the connection of PIN 22)
3)RS485 Communication Wiring between AWT100-4GHW and Downstream RS485 Devices
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these devices with Acrel System before formally using the system:
(1) Step1-Download loT EMSAPPonyourMobile Phone;
(2) Step 2-Registerand login your ownaccount.
(3) Step3-Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add by using APP)
Extra Noted: Acrel loT EMS APP (for Mobile)and loT EMSWEB (for PC) Share the same data and account, once add the devices using APP,we can check the data on loT EMS WEB on PC.
(1)Download loTEMSAPP: - Download Link (Android): https:// play.google.com/store/apps/details? \dot { \mathsf { I d } } = com.acrel.iotems - Download (lOS):Search loT EMS
(2) Register your own Account:
- Click on register
-Enterrelatedinformation for
registeringaccount
- Login with your new account
byentering "Account"and "
Password"you just set
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these deviceswithAcrel Systembefore formallyusing thesystem:
(1) Step1-Download loT EMS APP onyour Mobile Phone;
(2) Step2-Registerand login your ownaccount.
(3) Step3-Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add by using APP)
Extra Noted: Acrel loT EMSAPP (for Mobile)and loT EMSWEB (for PC) Share thesame data and account, once add the devices using APP,we can check the data on loT EMS WEB on PC.
(3) CreatanewProject: - "My" \mathbf { } "Projectmanagement" - Click " + " icon on the right top - Choose "Platform prepaid"and fil in other information marked by \*
(2)Add Devices to Project:
-Enter "Add"interface
- Select "Project"
- Click "QR Code" scanning icon
- Scan the QR Code on AWT100-
4GHW
- Downstream devices will be
automaticallyrecognizedif
connectionsuccessbetween
AWT100-4GHWandADL200/C
0.InstallationDimension
Dimension of necessary hardware including:
(1)ADL200 1-phase DIN-Rail Energy Meter (Main Body&Terminal Block) (2)AWT100-WiFiHW ^ + AWT100-POW [Combined Overall Dimension & WiFi Antenna Dimension]
(2) Dimension of Main Body of AWT100-WiFiHW ^ + AWT100-POW Set [with Terminal Block]
(2) DimensionofTerminal BlockofAWT100-WiFiHW ^ + AWT100-POWSet
1.Wiring llustration
Only2 part of wiring was necessary forwiring of AWT10o-WiFiHW
(1) Power Supply of AWT100-WiFiHW: Use PINL,Non AWT100-POW for power supply (Noted: voltage level of power source must be with the range of 85\~265Vac L-N)
(2)RS485 Communnication Wiring between AWT100-WiFiHW and Downstream RS485 Devices: PIN 21 of AWT100-WiFiHW connected to PIN21offirst RS485 Device to PIN21 of second RS485 Device and to PIN21of last RS485 Device.(RS485 Port A to Port A to Port A)
PIN 22 of AWT100-WiFiHW connected to PIN 22 offirst RS485 Deviceto PIN 22 of second RS485 Device and to PIN22 of last RS485 Device.(RS485 Port B to Port B to Port B)
\*Extra Noted: Before powering RS485 Devices and AWT100-WiFiHW, make sure allthe wiring was done and AWT100-WiFiHW was covered by stable WiFi signal (WiFi account and password same as preset.)
1.Wiring lllustration
(1) Power Supply of AWT100-WiFiHW: Use PIN L,Non AWT100-POW for power supply (Noted: voltage level of power source mustbe with the range of 85\~265Vac L-N) (2)RS485 Communnication Wiring between AWT100-WiFiHW and RS485 Devices: PIN 21 of AWT100-WiFiHWconnected to PIN21offirst RS485Device toPIN21of secondRS485 Device and to PIN 21 of last RS485 Devices. (So does the connection of PIN 22)
3)RS485 Communication Wiring between AWT100-WiFiHW&Downstream RS485 Devices
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these devices with Acrel System before formally using the system:
(1) Step1-Download loT EMSAPPonyourMobile Phone;
(2) Step 2-Registerand login your ownaccount.
(3) Step3-Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add by using APP)
Extra Noted: Acrel IoT EMS APP (for Mobile)and loT EMSWEB (for PC) Share the same data and account, once add the devices using APP,we can check the data on loT EMS WEB on PC.
(1)DownloadloTEMSAPP: - Download Link (Android): https:// play.google.com/store/apps/details? \dot { \mathsf { I d } } = com.acrel.iotems - Download (lOS):Search loT EMS
(2) Register your own Account:
- Click on register
-Enterrelatedinformation for
registeringaccount
- Login with your new account
byentering "Account"and "
Password"you just set
2.SystemOperation
After correctly instaling,wiring and powering up the Acrel devices,there are 4 steps to bind these devices with Acrel System before formally using the system:
(1) Step1-Download loT EMS APP onyour Mobile Phone;
(2) Step 2-Registerand login your ownaccount.
(3) Step3-Createa new Project
(4) Step 4-Add devices to your new Project (Recommend to add by using APP)
Extra Noted: Acrel loT EMSAPP (for Mobile)and loT EMSWEB (for PC) Share thesame data and account, once add the devices using APP,we can check the data on loT EMS WEB on PC.
(3) CreatanewProject: - "My" \mathbf { } "Projectmanagement" - Click " + " icon on the right top - Choose "Platform prepaid"and fil in other information marked by \*
(2)Add Devices to Project:
-Enter "Add"interface
- Select "Project"
- Click "QR Code" scanning icon
- Scan the QR Code on AWT100-
WiFiHW
- Downstream devices will be
automaticallyrecognizedif
connectionsuccess between
AWT100-WiFiHWandADL200/C
0.InstallationDimension
Dimension of necessary hardware including: (1)ADL200 1-phase DIN-Rail Energy Meter (Main Body&Terminal Block/PIN)
Author:LokiElfin E-mail:loki@acrel.cn Website:www.acrel-electric.fr
1. Wiring Illustration
Only 1 part of wiring was necessary for wiring of ADL200.
(1) Power Wiring of ADL200/C: Use PINL,L',N,N'on ADL200 for current and voltage input (Noted, the wiring must be according to the actual live line current direction)
PINforCurrent&Voltage Out/Input
① PIN #L:Live Line Input ② PIN#N:Neutral LineOuput
PINforCurrent&VoltageOut/lnput
① PIN#L':Live Line Output ② PIN#N':Neutral Line Input
LN LN
Terminal/PINforRS485Interface
① PIN#21:RS485Port A+ ② PIN#22:RS485PortB
2122 + AB
Terminal/PiNforPulseOutput
① PIN #17:Positive Pulse Output ② PIN#18:Negative Pulse Output
1718 +- EpEp
1.Wiring llustration
(1) Power Wiring of ADL200/C: Use PINL,L',N,N'on ADL200 for current and voltage input, voltage input range 220\~264Vac L-N,max current input 80A AC.(Noted,the wiring must be according to the actual live line current direction)
1.Wiring Illustration
(2) RS485 Communnication Wiring between AWT100 Series and ADL200/C: PIN 21 of AWT100 connected to PIN21 offirst ADL200/C to PIN21of second ADL200/C and to PIN21of last ADL20o/C.(So does the connection of PIN22)
(3) RS485 Communication Wiring between ADL200/C&AWT100 Series
