Aeotec ZWA046-A Home Energy Meter 8 User Guide

Aeotec ZWA046-A Home Energy Meter 8

Specifications

Structural

• Product Identifier: AEOTEC Home Energy Meter 8
• Dimensions: Not specified
• Weight: Not specified
• Color: Blue
• Usage: Measure Watt (W or kVar), KWH or kVarh, Voltage, and Current Input power
• Operating Temperature: Not specified
• Relative Humidity: Not specified

Hardware

• Z-Wave Module: EFR32ZG23
• Z-Wave TX Power: Max 20dBm
• Z-Wave Antenna Distance: 40m (Indoor) / 150m (Outdoor)
• Indicator Light Color: Blue
• Buttons: Action Button x 1
• Input Voltage: 380V~50Hz
• Working Current: 30mA
• Standby Current: 5mA
• Maximum Standby Power Consumption: 1.1W

Software

• Wireless Technology: Z-Wave
• Certification Type: Not specified
• Z-Wave SDK Version: Not specified
• Z-Wave Library Type: Not specified
• Z-Wave Role Type: Not specified
• Generic Product Type: Not specified
• Specific Product Type: Not specified
• Security Class: Not specified
• SmartStart Compatible: Yes
• Over The Air (OTA): Not specified
• Multi Channel Product Association: Not specified
• Factory Reset: Yes
• Power-down Memory Meter State Report Control other product: Not specified

Product Usage Instructions

Important Safety Information
Please read the manual carefully. Use the equipment only for its intended purpose. Follow disposal instructions and avoid disposing of electronic equipment in fire or near heat sources.

Optimally Fixing the Main Body
Follow the provided instructions for fixing the main body securely.

Installation
Install the product according to the installation guidelines provided.

Addition of the Product

1. If your Z-Wave gateway supports SmartStart, scan the QR code on Home Energy Meter using the gateway’s app.
2. Your sensor will join your Z-Wave network automatically.

Removal of the Product

1. Set your Z-Wave gateway into its ‘remove device’ mode.
2. Press the Action Button on the back of the main body; its LED will flash blue rapidly to indicate it has entered remove mode.
3. When Home Energy Meter is successfully removed, its LED will flash blue.

About SmartStart
SmartStart enabled products can be added to a Z-Wave network by scanning the Z-Wave QR Code present on the product with a controller providing SmartStart inclusion. The SmartStart product will be added automatically within 10 minutes of being switched on in the network vicinity.

Z-Wave QR Code Location:
The QR code can be found on the back of the product.

Frequently Asked Questions (FAQ)

• Q: How do I reset the device to factory setti ngs?
  A: To reset the device to factory settings, follow the factory reset instructions provided in the manual.

• Q: What should I do if the LED indicator does not light up?
  A: Check the power source and connections to ensure proper functioning. If issues persist, contact customer support for assistance.

Home Energy Meter 8

REVISION RECORD

Version

1.0

| Date

2024.04.24

| Brief

First

| description

revision.

| of| changes

OVERVIEW

Aeotec Home Energy Meter 8 is a energy meter for the entire home. It can wirelessly report instantaneous Power, KWH, Voltage and Amperage measurements to Z-Wave® gateway/controller. It can send Z-Wave REPORTS at any time when it receives Z-Wave Get Commands.
The HEM can be setup to send automatic reports to any associated nodes in association group 1 at an interval time It can be included and operated in any Z-Wave network with other Z-Wave/ Z-Wave Plus® certified devices from other manufacturers and/or other applications. All non-battery operated nodes within the network will act as repeaters regardless of vendor to increase reliability of the network. The device supports the Z-Wave Security S2 framework with authenticated and unauthenticated network keys. Please follow the instructions on the central controller when including. The device also supports SmartStart. It also supports the Over The Air (OTA) feature for the product’s firmware upgrade. As soon as the HEM is removed from a Z-Wave network it will be reset to default factory settings.

Current
AC Input Wire| Input power

SPECIFICATIONS

Structural

Hardware

Software

activated.
Over The Air (OTA)| Support. Firmware can be updated via RF.
Multi Channel Product| Yes
Association| Support. Refer to Section 4.8 Association Group Info.
Factory Reset| Support. Refer to Section 3.8 How to factory reset.
Power-down Memory| Support. All command settings will stay unchanged even power down.
Meter State Report| Support. Send out meter report via Group 1.
Control other product| No

QUICK START

Important safety information
Please read this manual carefully. Failure to follow the recommendations in this manual may be dangerous or may violate the law. The manufacturer, importer, distributor and seller shall not be liable for any loss or damage resulting from failure to comply with the instructions in this manual or any other material. Use this equipment only for its intended purpose. Follow the disposal instructions. Do not dispose of electronic equipment in a fire or near open heat sources.

Optimally fixing the main body
It is now time to fix HEM’s main body onto a surface. Within each meter, there is a low-frequency radio antenna for wireless communication. As such, thick concrete walls, metals, or motor devices can negatively impact the wireless performance of HEM and should be avoided. It is recommended to have the main body installed outside of the circuit box if the home’s circuit box is made of a metal, since placing the meter inside a metal circuit box could degrade the quality of the radio signal and negatively impact its wireless range. As such, HEM’s main body is weatherised to the IP44 standard making it resistant to rain and snow when installed vertically.

How to install the product

How to add the product
The following will step you through adding the product to your Z-Wave network.

1. Fix Back-Mount Plate to the selected position with the provided screws. The plate should be installed vertically to make sure the connected cables naturally hanging and to fully ensure that the IP44 weatherized rating applies.
2. Set your Z-Wave gateway into its ‘add device’ mode in order to connect Home Energy Meter to your Z-Wave system. Refer to the gateway’s manual if you are unsure of how to perform this step.
3. Press Action Button on the back of main body; its LED will flash blue rapidly to indicate it has entered pair mode.
4. When Home Energy Meter successfully joins your Z-Wave network its LED will flash blue for several seconds and then turn solid blue. Should the LED keep blinking blue, it has been unable to join your Z-Wave network; repeat the above steps and please contact us for further support if needed.
5. Attach the main body to Back-Mount Plate.

If your Z-Wave gateway supports SmartStart: scan the QR code on Home Energy Meter using the gateway’s app. Your sensor will join your Z-Wave network automatically.

How to remove the product

1. Set your Z-Wave gateway into its ‘remove device’ mode.
2. Press Action Button on the back of main body; its LED will flash blue rapidly to indicate it has entered remove mode.
3. When Home Energy Meter successfully remove, its LED will flash blue.

About SmartStart
SmartStart enabled products can be added into a Z-Wave network by scanning the Z-Wave QR Code present on the product with a controller providing SmartStart inclusion. No further action is required and the SmartStart product will be added automatically within 10 minutes of being switched on in the network vicinity. You can find the QR code on the back of the product, like this:

The DSK information will be like this: 05065-41336-16018-47313-50335-02212-29424-38760

About Product
This product can be operated in any Z-Wave network with other Z-Wave certified devices from other manufacturers. All mains operated nodes within the network will act as repeaters regardless of vendor to increase reliability of the network.

How to factory reset
This device also allows to be reset without any involvement of a Z-Wave controller. This procedure should only be used when the primary controller is inoperable.
Make sure the product is powered. To complete the reset process manually, press and hold the Action Button for at least 10s. The Indicator Light will become flash, which indicates the reset operation is successful. Otherwise, please try again. Contact us for further support if needed.

Long Range
ZW046 A (with Phase A and Phase B) can be included using Z-Wave Long Range

SOFTWARE FUNCTION DEFINITION

User Behavior Interaction

LED will blink slowly

| LED On
Click Action Button once| 1.Send Node Info for Adding.

LED will blink blue for 30s until it is added into the network.

If Adding succeeds, LED will light up blue

If Adding fails, LED will turn flash.  Device will activate SmartStart Learn Mode again. 2.Exit Classic Inclusion Learn Mode:

If action button is clicked again during the Classic Inclusion Learn Mode, the Classic Learn Mode will exit. LED will turn flash. Device will activate SmartStart Learn Mode again.

| 1. Send Node Info for Removing.

LED will blink blue for 30 seconds until it is removeed from the network.

If Removing succeeds, LED will light up blue If Removing fails, LED will turn flash.

2. Exit Classic exclusion Learn Mode:

If action button is clicked again during the Classic exclusion Learn Mode, the Classic Learn Mode will exit. LED will on.

Click Action Button twice| NC| Send all meter report to association group 1
Press and hold tamper switch for 10 seconds| Factory Reset.

Press and hold the Action Button for 10 seconds.

If the LED starts slow blinking, which

indicates the reset is success

| Factory Reset.

Press and hold the Action Button for 10 seconds.

If the LED starts slow blinking, which

indicates the reset is success

Supported Command Classes
Root device:

Endpoint 1/2/3/4/5/6:

Multi Channel CC And Meter CC
The Multi Channel Command supports 6 end points, which corresponding to Phase A/B. Endpoint 1= Phase A Import

• Endpoint 1= Phase A Import
• Endpoint 2= Phase A Export
• Endpoint 3= Phase B Import
• Endpoint 4= Phase B Export
• Endpoint 5= algebraic sum of import current of all phases
• Endpoint 6= algebraic sum of export current of all phases

The Multi Channel CC encapsulates Meter Command Class, which can get the measurement of Watt (W or kVar), KWH or kVarh, Voltage and Current , kVah and factor from the Phases.

Meter

Scale

| Function
---|---
Root device| Enpoint 1| Enpoint 2| Enpoint 3| Enpoint 4| Enpoint 5| Enpoint 6
V| 1. Average voltage of all phases are normal

2. Abnormal voltage when any phase is abnormal

(Less than 90V or greater than 440V)

| Voltage of phase A| Voltage of phase A| Voltage of phase B| Voltage of phase B| Same as the root device| Same as the root device
A| Import type:

algebraic    sum                     of current of all phases

Export type:

|

import

| Import current of phase A| export current of phase A| Import current of phase B| export current of phase B| algebraic sum           of import current of all phases| algebraic sum           of export current     of all phases
| algebraic     sum                     of current of all phases| export| | | | | |
W| Import type:

algebraic sum of import power of all phases

Export type:

| Import power of phase A| export power of phase A| Import power of phase B| export power of phase B| algebraic sum           of import power of all phases| algebraic sum           of export power of all phases
| algebraic sum of export power of all phases| | | | | |
KWh| Import type:| Import energy of| export energy of| Import energy of| export energy of| algebraic sum           of| algebraic sum export|

of

| algebraic sum of import energy

of all phases

| phase A| phase A| phase B| phase B| import

energy of all

| energy of all phases
---|---|---|---|---|---|---|---
Export type:| | | | | phases|
algebraic sum of export energy of all phases| | | | | |
KVar| Import type:

algebraic sum of import Kvar of all phases

| import kVar of phase A| export kVar of phase A| import kVar of phase B| export kVar of phase B| algebraic sum                   of import  Kvar

of all phases

| algebraic sum                   of export Kvar of all phases
| Export type:

algebraic sum of export Kvar of all phases

| | | | | |
KVarh| Import type:

algebraic sum of import Kvarh of all phases

Export type:

algebraic sum of export Kvarh of all phases

| import Kvarh of phase A| export Kvarh of

phase A

| import Kvarh of

phase B

| export Kvarh of phase B| algebraic sum                   of import Kvarh of all phases

|

algebraic sum           of export Kvarh of all phases

kVAh| Import type:

algebraic sum of import kVAh of all phases

| import kVah of phase A| export kVah of phase A| import kVah of phase B| export kVah of phase B| algebraic sum                   of import kVAh

of all phases

| algebraic sum                   of export kVAh of all phases
| Export type:

algebraic sum of export kVAh of all phases

| | | | | |
Power

Factor

| Import type:

Import     Power                  /                  (Import Current * Voltage)

Export type:

| import factor of phase A| export factor of phase A| import factor of phase B| export factor of

phase B

| Import Power        / (Import Current      Voltage)| Export Power        / (Export Current      Voltage)
| Export Power / (Export Current

• Voltage)

| | | | | |

Basic Command Class mapping
Basic Command Class is not mapped to any of the supported command classes.

Z-Wave Plus Info

Manufacturer Specific

Version

Association Group Info

1

| ****

Lifeline

| ****

5

| ****

General: Lifeline (0x0001)

|

1. Product Reset Locally Notification:
   Issued when Factory Reset is performed.

2. Meter Report:
   Root device / Endpoint Meter Report

Endpoint1:

Meter:Electric (0x3201)

|

1. when the power exceeds the threshold or percentage (configured via parameter 5/13)
2. when time report group performed (configured via parameter 101/102/103)

Issued the Meter Report via the Root device Lifeline group

Endpoint2:

1

|

Phase A production via Lifeline

|

0

|

Meter:Electric (0x3201)

|

1. when the power exceeds the threshold or percentage (configured via parameter 9/17)
2. when time report group performed (configured via parameter 104/105/106)

Issued the Meter Report via the Root device Lifeline group

Endpoint3:

1

|

Phase B consumption via Lifeline

|

0

|

Meter:Electric (0x3201)

|

1. when the power exceeds the threshold or percentage (configured via parameter 6/14)
2. when time report group performed (configured

| | | | via parameter 101/102/103)

Issued the Meter Report via the Root device Lifeline group

---|---|---|---|---

Endpoint4:

1. when the power exceeds the threshold or percentage (configured via parameter 10/18)
2. when time report group performed (configured via parameter 104/105/106)

Issued the Meter Report via the Root device Lifeline group

Endpoint5:

1. when the power exceeds the threshold or percentage (configured via parameter 4/12)
2. when time report group performed (configured via parameter 101/102/103)

Issued the Meter Report via the Root device Lifeline group

Endpoint6:

1

|

Total                   production via Lifeline

|

0

|

Meter:Electric (0x3201)

|

1. when the power exceeds the threshold or percentage (configured via parameter 8/16)
2. when time report group performed (configured via parameter 104/105/106)

Issued the Meter Report via the Root device Lifeline group

Indicator

Meter CC

• Report consumed voltage：A1 64 ……
• Report produced voltage：C1 64 ……
• Report consumed current： A1 6C ……
• Report produced current： C1 6C ……
• Report consumed power：21 74 ……
• Report produced power： 41 74 ……
• Report consumed energy：21 64 ……
• Report produced energy： 41 64 ……
• Report consumed kvar：A1 7C ……00
• Report produced kvar： C1 7C ……00
• Report consumed kvarh：A1 7C ……01
• Report produced kvarh： C1 7C ……01
• Report consumed kVAh：21 6C ……
• Report produced kVAh： 41 6C ……
• Report consumed factor：A1 74 ……
• Report produced factor： C1 74 ……

Mark:
Meter Type: Electric meter
Rate Type: Root device supports Import and Export, Endpoint 1/3/5 supports Import, Endpoint 2/4/6 supports Import.
Scale: kWh, kVAh, W, V, A, Factor, kVar, kVarh

Configuration

certain threshold or percentage set in 4-19 below. This is used to reduce network traffic.
Value| Function
0| Disable
1| Enable
Parameter| 0x04 (4)
---|---
Name| Import watt threshold (Total)
Info| Import watt threshold (Total)
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in import wattage to induce an automatic report (Whole HEM).
Value| Function
0-60000| W
Parameter| 0x05 (5)
---|---
Name| Import watt threshold (Phase A)
Info| Import watt threshold (Phase A)
---|---
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in import wattage to induce an automatic report (Phase A).
Value| Function
0-60000| W
Parameter| 0x06 (6)
---|---
Name| Import watt threshold (Phase B)
Info| Import watt threshold (Phase B)
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in import wattage to induce an automatic report (Phase B).
Value| Function
0-60000| W
Parameter| 0x07 (7)
---|---
Name| Import watt threshold (Phase C)
Info| Import watt threshold (Phase C)
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in import wattage to induce an automatic report (Phase C).
Value| Function
0-60000| W
Parameter| 0x08 (8)
---|---
Name| Export watt threshold(Total)
Info| Export watt threshold (Total)
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in export wattage to induce an automatic report (Whole HEM).
Value| Function
0-60000| W
Parameter| 0x09 (9)
---|---
Name| Export watt threshold (Phase A)
Info| Export watt threshold (Phase A)
---|---
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in export wattage to induce an automatic report (Phase A).
Value| Function
0-60000| W
Parameter| 0x0A (10)
---|---
Name| Export watt threshold (Phase B)
Info| Export watt threshold (Phase B)
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in export wattage to induce an automatic report (Phase B).
Value| Function
0-60000| W
Parameter| 0x0B (11)
---|---
Name| Export watt threshold (Phase C)
Info| Export watt threshold (Phase C)
Properties| Size| 2| Min Value| 5
Format| Unsigned Integer| Max Value| 60000
Read-only| False| Default Value| 50
Altering capabilities| False| Advanced| False
Description| Threshold change in export wattage to induce an automatic report (Phase C).
Value| Function
0-60000| W
Parameter| 0x0C(12)
---|---
Name| Import watt percent threshold (Total)
Info| Import watt percent threshold (Total)
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in import wattage to induce an automatic report (Whole HEM).
Value| Function
0-100| Unit: %
Parameter| 0x0D(13)
---|---
Name| Import watt percent threshold (Phase A)
Info| Import watt percent threshold (Phase A)
---|---
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in import wattage to induce an automatic report (Phase A).
Value| Function
0-100| Unit: %
Parameter| 0x0E(14)
---|---
Name| Import watt percent threshold (Phase B)
Info| Import watt percent threshold (Phase B)
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in import wattage to induce an automatic report (Phase B).
Value| Function
0-100| Unit: %
Parameter| 0x0F(15)
---|---
Name| Import watt percent threshold (Phase C)
Info| Import watt percent threshold (Phase C)
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in import wattage to induce an automatic report (Phase C).
Value| Function
0-100| Unit: %
Parameter| 0x10(16)
---|---
Name| Export watt percent threshold (Total)
Info| Export watt percent threshold (Total)
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in export wattage to induce an automatic report (Whole HEM).
Value| Function
0-100| Unit: %
Parameter| 0x11(17)
---|---
Name| Export watt percent threshold (Phase A)
Info| Export watt percent threshold (Phase A)
---|---
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in export wattage to induce an automatic report (Phase A).
Value| Function
0-100| Unit: %
Parameter| 0x12(18)
---|---
Name| Export watt percent threshold (Phase B)
Info| Export watt percent threshold (Phase B)
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in export wattage to induce an automatic report (Phase B).
Value| Function
0-100| Unit: %
Parameter| 0x13(19)
---|---
Name| Export watt percent threshold (Phase C)
Info| Export watt percent threshold (Phase C)
Properties| Size| 1| Min Value| 1
Format| Unsigned Integer| Max Value| 100
Read-only| False| Default Value| 20
Altering capabilities| False| Advanced| False
Description| Percentage change in export wattage to induce an automatic report (Phase C).
Value| Function
0-100| Unit: %
Parameter| 0x64 (100)
---|---
Name| Set 101-106 to default
Info| Set 101-106 to default
Properties| Size| 1| Min Value| 0
Format| Enumerated| Max Value| 1
Read-only| False| Default Value| 0
Altering capabilities| False| Advanced| False
Description| Set 101-106 to default.
Parameter| 0x65 (101)
---|---
Name| Automatic Report list 1 (Import)
Info| Checklist 1 for automatic timed report
Properties| Size| 4| Min Value| 0
Format| Enumerated| Max Value| 0xFFFFFFFF
| Read-only| False| Default Value| 0x03030300
---|---|---|---|---
Altering capabilities| False| Advanced| False
Description| Configure which report needs to be sent in Report group 1 (See flags in import table below).
Parameter| 0x66 (102)
---|---
Name| Automatic Report list 2 (Import)
Info| Checklist 2 for automatic timed report
Properties| Size| 4| Min Value| 0
Format| Enumerated| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 2P: 0x0C0C0C00
Altering capabilities| False| Advanced| False
Description| Configure which report needs to be sent in Report group 2 (See flags in import table below).
Parameter| 0x67 (103)
---|---
Name| Automatic Report list 3 (Import)
Info| Checklist 3 for automatic timed report
Properties| Size| 4| Min Value| 0
Format| Enumerated| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 0xF0F0F000
Altering capabilities| False| Advanced| False
Description| Configure which report needs to be sent in Report group 3 (See flags in import table below).

Parameter

| 0x68 (104)
---|---
Name| Automatic Report list 1 (Export)
Info| Checklist 1 for automatic timed report
Properties| Size| 4| Min Value| 0
Format| Enumerated| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 0x03030300
Altering capabilities| False| Advanced| False
Description| Configure which report needs to be sent in Report group 1 (See flags in export table below).
Parameter| 0x69 (105)
---|---
Name| Automatic Report list 2(Export)
Info| Checklist 2 for automatic timed report
Properties| Size| 4| Min Value| 0
Format| Enumerated| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 0x0C0C0C00
Altering capabilities| False| Advanced| False
Description| Configure which report needs to be sent in Report group 2 (See flags in export table below).
Parameter| 0x6A (106)
---|---
Name| Automatic Report list 3 (Export)
Info| Checklist 3 for automatic timed report
Properties| Size| 4| Min Value| 0
| Format| Enumerated| Max Value| 0xFFFFFFFF
---|---|---|---|---
Read-only| False| Default Value| 0xF0F0F000
Altering capabilities| False| Advanced| False
Description| Configure which report needs to be sent in Report group 3 (See flags in export table below).
Parameter| 0x6E (110)
---|---
Name| Set 111-116 to default
Info| Set 111-116 to default
Properties| Size| 1| Min Value| 0
Format| Enumerated| Max Value| 1
Read-only| False| Default Value| 0
Altering capabilities| False| Advanced| False
Description| Set 111-116 to default.
Parameter| 0x6F (111)
---|---
Name| Automatic list 1 Interval Time (Import)
Info| Timing detection time of Checklist 1
Properties| Size| 4| Min Value| 10
Format| Unsigned Integer| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 3600
Altering capabilities| False| Advanced| False
Description| Set the interval time of sending report in Report group 1
Parameter| 0x70 (112)
---|---
Name| Automatic list 2 Interval Time (Import)
Info| Timing detection time of Checklist 2
Properties| Size| 4| Min Value| 10
Format| Unsigned Integer| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 7200
Altering capabilities| False| Advanced| False
Description| Set the interval time of sending report in Report group 2
Parameter| 0x71 (113)
---|---
Name| Automatic list 3 Interval Time (Import)
Info| Timing detection time of Checklist 3
Properties| Size| 4| Min Value| 10
Format| Unsigned Integer| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 7200
Altering capabilities| False| Advanced| False
Description| Set the interval time of sending report in Report group 3
Parameter| 0x72 (114)
---|---
Name| Automatic list 1 Interval Time (Export)
Info| Timing detection time of Checklist 1
Properties| Size| 4| Min Value| 10
| Format| Unsigned Integer| Max Value| 0xFFFFFFFF
---|---|---|---|---
Read-only| False| Default Value| 3600
Altering capabilities| False| Advanced| False
Description| Set the interval time of sending report in Report group 1
Parameter| 0x73 (115)
---|---
Name| Automatic list 2 Interval Time (Export)
Info| Timing detection time of Checklist 2
Properties| Size| 4| Min Value| 10
Format| Unsigned Integer| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 7200
Altering capabilities| False| Advanced| False
Description| Set the interval time of sending report in Report group 2
Parameter| 0x74 (116)
---|---
Name| Automatic list 3 Interval Time (Export)
Info| Timing detection time of Checklist 3
Properties| Size| 4| Min Value| 10
Format| Unsigned Integer| Max Value| 0xFFFFFFFF
Read-only| False| Default Value| 7200
Altering capabilities| False| Advanced| False
Description| Set the interval time of sending report in Report group 3
Parameter| 0xFC (252)
---|---
Name| Enable/disable to lock configuration setting
Info| Enable/disable to lock configuration setting
Properties| Size| 1| Min Value| 0
Format| Unsigned Integer| Max Value| 1
Read-only| False| Default Value| 0
Altering capabilities| False| Advanced| False
Description| Enable/disable to lock configuration parameters
Value| Function
0| Disable
1| Enable.

Configuration Values for parameter 101-103：(Enpoint 1, Enpoint 3, Enpoint 5)

| 7| 6| 5| 4| 3| 2| 1| 0
---|---|---|---|---|---|---|---|---
Configuration Value 1(MSB)| import factor       of phase A

(send through endpoint 1)

| import  kVAh        of phase A

(send through endpoint 1)

| import kVar of phase A (send through endpoint 1)| import kVarh       of phase A (send through endpoint 1)| import current of phase A (send through endpoint 1)| import voltage of phase A (send through endpoint 1)| import watt of phase A (send through endpoint 1)| import kwh of phase A (send through endpoint 1)
Configuration

Value 2

| import factor

phase B

|

of

| import kVAh

phase B

|

of

| import kVar of phase B

(send

| import kVarh

phase A

|

of

| import current

phase B

|

of

| import voltage

phase B

|

of

| import watt of phase B

(send

| import kwh of phase B

(send

| (send through endpoint 3)| (send through endpoint 3)| through endpoint 3)| (send through endpoint 3)| (send through endpoint 3)| (send through endpoint 3)| through endpoint 3)| through endpoint 3)
---|---|---|---|---|---|---|---|---
Configuration Value 3| import factor               of tatal

(send through endpoint 5)

| import kVah of tatal

(send through endpoint 5)

| import kVar of tatal (send through endpoint 5)| import kVarh       of tatal

(send through endpoint 5)

| import current of tatal

(send through endpoint 5)

| import voltage of tatal

(send through endpoint 5)

| import watt of tatal (send through endpoint 5)| import kwh of tatal (send through endpoint 5)
Configuration

Value 4(LSB)

| NA| NA| NA| NA| NA| NA| NA| NA

Configuration Values for parameter 104-106：(Enpoint 2, Enpoint 4, Enpoint 6)

| 7| 6| 5| 4| 3| 2| 1| 0
---|---|---|---|---|---|---|---|---
Configuration Value 1(MSB)| export  factor               of phase A

(send through endpoint 2)

| export kVAh of phase A

(send through endpoint 2)

| export kVar of phase A (send through endpoint 2)| export kVarh       of phase A (send through endpoint 2)| export current of phase A (send through endpoint 2)| export voltage of phase A (send through endpoint 2)| export watt of phase A (send through endpoint 2)| export kwh of phase A (send through endpoint 2)
Configuration Value 2| export  factor               of phase B

(send through endpoint 4)

| export kVAh of phase B

(send through endpoint 4)

| im export port kVar of phase B (send through endpoint 4)| export kVarh of phase A (send through endpoint 4)| export current of phase B (send through endpoint 4)| export voltage of phase B (send through endpoint 4)| export watt of phase B (send through endpoint 4)| export kwh of phase B (send through endpoint 4)
Configuration Value 3| export  factor               of tatal

(send through endpoint 6)

| export kVah of tatal

(send through endpoint 6)

| export kVar of tatal (send through endpoint 6)| export kVarh       of tatal

(send through endpoint 6)

| export current of tatal

(send through endpoint 6)

| export voltage of tatal

(send through endpoint 6)

| export watt of tatal (send through endpoint 6)| export kwh of tatal (send through endpoint 6)
Configuration

Value 4(LSB)

| NA| NA| NA| NA| NA| NA| NA| NA

Mark:
When sending to the aggregation point, add sending to the root device.

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