HAC -MLW User Manual

Lorawan metering module

Advertisement

Quick Links

LoRaWAN Metering Module
(HAC-MLW )
User Manual V1.0
Address:9
th
floor, Block A,Building 1,International Innovation
Valley,Xingke 1
street,Nanshan district,Shenzhen,Guangdong
st
Telephone : 0755-23981078
Fax : 0755-23981007
Website: www.rf-module-china.com

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the HAC-MLW and is the answer not in the manual?

Questions and answers

Summary of Contents for HAC HAC-MLW

  • Page 1 LoRaWAN Metering Module (HAC-MLW ) User Manual V1.0 Address:9 floor, Block A,Building 1,International Innovation Valley,Xingke 1 street,Nanshan district,Shenzhen,Guangdong Telephone : 0755-23981078 Fax : 0755-23981007 Website: www.rf-module-china.com...
  • Page 2 HAC-MLW Metering Module User Manual V1.0 Version Management Date Version Description Revised by 2021.08 V1.0 initial version...
  • Page 3: Table Of Contents

    HAC-MLW Metering Module User Manual V1.0 Content 1. Overview..................................4 2. Meter Module Feature..............................4 2.1. Electrical characteristics..........................4 2.2 Feature Description............................4 2.3 Data reporting..............................4 2.4 Power management............................4 2.5 Measurement..............................5 2.6 Power-down storage............................5 2.7 Magnetic attack detection..........................5 2.8 Monthly and yearly frozen data storage......................5 2.9 The valve will be closed when the power is off....................
  • Page 4 HAC-MLW Metering Module User Manual V1.0 Interface -【Serial port setting】......................12 7.2.6. Interface -【Parameters Setting】......................13 7.2.7. 7.2.8 Interface -【Data Statistics】......................14 7.2.9 Interface-【Running Meter Test】..................... 15 8. Production Test Flow............................15 8.1 Wireless communication mode.......................15 8.2. Precautions for production setup......................17 9. LoRaWAN Gateway Device Feature....................... 17 9.1.Electrical characteristics.........................
  • Page 5: Overview

    LORAWAN1.0.2 standard protocol which is formulated by LoRa Alliance. The system contains wireless meter reading acquisition module HAC-MLW, gateway LoRaWAN , LoRaWAN meter reading charging system (or we call it cloud platform).
  • Page 6: Measurement

    HAC-MLW Metering Module User Manual V1.0 Measurement Support dual reed switch,dual hall metering mode. Power-down Support power-down storage function,there is no need to re-initialize the storage measurement value after power-off Magnetic attack Support magnetic attack detection, it will generate alarm sign when malicious...
  • Page 7: Interface Definition

    HAC-MLW Metering Module User Manual V1.0 3.2. Interface definition Name Pin description Power Output Power Negative The S1 access terminal of the pulse can be extended to the RX terminal of LEUART The S2 access terminal of the pulse can be extended to the TX terminal of LEUART...
  • Page 8: Instruction Of Production Test Tool

    5. Instructions of meter module Step 1. Assemble the meter. It’s processed as per the assembly document provided by HAC Telecom , if it is already assembled or does not need to be assembled, ignore this step.
  • Page 9: Precautions

    Step 5. Parameter setting: After the meter module is assembled, use the production test tool provided by HAC (if provided) or the cloud platform for parameter setting. To set the parameters using the cloud platform, you must complete the meter module information installation on the cloud platform.
  • Page 10: Instruction Of Production Test Tool

    1) HAC-MLW-T1-M2 device connection, 5V RS232 serial cable DB9 female with power interface connects to HAC-MLW-T1-M2, the other end of DB9 female interface transfers RS232 to USB serial cable to connect to the PC.The 5V RS232 serial cable adapter connects to 220V urban electricity.
  • Page 11: Infrared Communication Device Connection

    M2 and the standard water meter so that the returned field strength value is around -80dBm. At this time,fix the position of HAC-MLW-F-T2-M2 , and use the magnet to trigger the standard water meter to obtain10 packets of remote data. The average of the field strength value of 10 packets’ data is the standard field strength value. The standard field strength value is used in the supported software to judge qualified threshold value of the field strength.
  • Page 12 HAC-MLW Metering Module User Manual V1.0 The interface of parameters setting is below: Obtain the remote field strength value:...
  • Page 13: Supported Software

    3. The qualified field strength threshold value of the water meter and HAC-MLW-T2-M2 communication, the qualified range of field strength value can be obtained by sampling the standard water meter (the standard value method: trigger the standard water meter by a magnet to obtain 10 packets of remote data, take the average of the field strength values in the 10 packets of data).
  • Page 14: Interface -【Parameters Setting

    1). “Use Remote”, check “Use Remote” to enable the field strength value monitoring function of thefixed- distance communication between the water meter and HAC-MLW-T2-M2. 2). “The base meter with valve”,it’s selected according to the type of water meter valve. When the water meter has a valve, check “The base meter with valve”...
  • Page 15: Interface -【Data Statistics

    HAC-MLW Metering Module User Manual V1.0 It’s shown as below. 7.2.8 Interface -【Data Statistics】 After the test is passed, the last reported data will be recorded (the data will not be recorded when the test is unqualified), and the recorded data will be generated into an Excel and stored in the "ExcelFile" file in the installation directory.
  • Page 16: Interface-【Running Meter Test

    HAC-MLW Metering Module User Manual V1.0 7.2.9 Interface-【Running Meter Test】 Real-time display of data in the process of setting parameters, and supports valve control. 1). Valve control: fill in the DeviceEui number, click the button “valve open” or “valve close” , and then use a magnet to trigger the water meter to report data to achieve valve control.
  • Page 17 HAC-MLW Metering Module User Manual V1.0 8.2. Infrared communication method (the meter must support infrared communication) 8.2.1The production setup steps are as follow: 1). Check "Use infrared communication". 2). Preset meter parameters 3). Use the scanner to scan the QR code label of meter to obtain DeviceEui, or manually enter it.
  • Page 18: Precautions For Production Setup

    HAC-MLW Metering Module User Manual V1.0 8.3. Precautions for production setup 1). The magnet triggers hall components of meter module. The triggering time must be greater than 2S. If it’s less than 2S, there is a possibility that the triggering of the data report will fail.
  • Page 19: Functional Characteristics

    HAC-MLW Metering Module User Manual V1.0 Receiving sensitivity <-142.5dBm Standby current ≤30mA Working current ≤350mA( which is related to the transmitting power ) Average power ≤5W consumption Working temperature -40℃ ~ +80℃ Dimension 213*194*60 mm Net weight Functional characteristics 9.2.
  • Page 20: Lorawan Gateway Structure And Interface Definition

    HAC-MLW Metering Module User Manual V1.0 LoRaWAN Gateway Structure and Interface Definition 9.3. 9.3.1. Gateway Structure Dimension 9.3.2. External Interface Definition Interface/Button Description LAN POE 24V/1A POE power input POWER DC power input 12~24V WiFi antenna interface Connect WiFi_2.4G antenna...
  • Page 21: Internal Interface Definition

    HAC-MLW Metering Module User Manual V1.0 9.3.3. Internal Interface Definition Interface/Button Description SIM Card Slot Insert a SIM card RESET button Reset button, reset the system LoRaWAN Gateway Installation and Boot 9.4. 9.4.1 Gateway Installation Please refer to the manual of gateway installation 9.4.2.
  • Page 22 HAC-MLW Metering Module User Manual V1.0 10.2. Community management The community management is divided into three-level areas, such as the 6th floor of Building 2, Xili University Town Creative Park, Nanshan District, Shenzhen. The first floor is Shenzhen City, the second floor is Nanshan District, and the third floor is the 6th floor of Building 2, Xili University Town Creative Park.
  • Page 23: Device Information

    HAC-MLW Metering Module User Manual V1.0 3) Add a third-level area, click the "+" after the second-level area to pop up the dialog box for entering the sub-category name , enter the 6th floor of Building 2, Xili University Town Creative Park, and click "OK". It’s shown as below: 10.3.
  • Page 24 HAC-MLW Metering Module User Manual V1.0 2) Fill in the template information and open the "LORADeviceInfo_TelIOT_EN" form to fill in the module information. It’s shown as below: 3) Import the template, select the third layer area, click "Import" to pop up the "Import file dialog box", select the template type, network access method, community, application and node type, click "choose file"...
  • Page 25: Data Management

    HAC-MLW Metering Module User Manual V1.0 10.4. Data Management Select the third layer area, click "query" or enter IMEI (DeviceEui) to query. It’s shown as below:...
  • Page 26: More Command

    HAC-MLW Metering Module User Manual V1.0 10.5. More Command 10.5.1 Select the third layer area, check the IMEI (DeviceEui) of meter, click the command that needs to be transmitted, and then trigger the meter to report data. After the platform receives the data reported by the meter, it will transmit the command.
  • Page 27 HAC-MLW Metering Module User Manual V1.0 Device type It configures different device type of meter, such as: water meter, electric command meter, heat meter, gas meter etc. Read module time It’s used to read the current time of meter. Write module time It’s used to set the module time...
  • Page 28 HAC-MLW Metering Module User Manual V1.0 to view the detailed information. It’s shown as below:...

Table of Contents