FRIENDCOM PULSE915-LRW Configuration Manual
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FRIENDCOM PULSE915-LRW Configuration Manual

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PULSE915-LRW Configuration Guide （ 05）
LoRaWAN Terminal Series
Version 2.8
Date: 2022-09
www.friendcom.com

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Summary of Contents for FRIENDCOM PULSE915-LRW

  • Page 1 PULSE915-LRW Configuration Guide （ 05） LoRaWAN Terminal Series Version 2.8 Date: 2022-09 www.friendcom.com...
  • Page 2 However, Friendcom assumes no liability resulting from any inaccuracies or omissions in this document, or from use of the information obtained herein. Friendcom reserves the right to make changes to any products described herein and reserves the right to revise this document and to make changes from time to time in content hereof with no obligation to notify any person of revisions or changes.

  • Page 3: About This Document

    PULSE915-LRW Configuration Guide About This Document Scope Scope of this document is to presents the parameters configuration of Friendcom wireless pulse acquisition terminal PULSE915-LRW. Audience This document is intended for System engineers (ses), Application engineers, and test engineers. Related Documents...
  • Page 4 PULSE915-LRW Configuration Guide History Version Date Changes 2019-05 Initial draft  Added UART port configuration content  2020-04 Typographic modification  Editorial corrections  2020-08 Updating of contents  Updating new LoRaWAN module  2020-08 Updating of contents  2021-1 Upgrade the server platform information.

  • Page 5: Table Of Contents

    PULSE915-LRW Configuration Guide Content About This Document..............................2 1 Introduction................................. 5 2 Parameters Configuration............................5 2.1 Wired Configuration............................5 2.2 Wireless Configuration.............................5 2.3 Software Interface Introduction........................6 2.3.1 COM Section............................6 2.3.2 JOIN PARAM Section..........................6 2.3.3 METER Section............................7 2.3.4 RADIO PRARM Section..........................8 2.3.5 INFORMATION Section..........................9...

  • Page 6: Introduction

    Parameters Configuration PULSE915-LRW supports UART port wired or wireless parameter configuration. We can query and write parameters like initial reading, pulse constant, RTC real-time clock, pulse type (single or double pulse), sensor type (hall or reed switch) and some LoRaWAN information.

  • Page 7: Software Interface Introduction

    PULSE915-LRW Configuration Guide Software Interface Introduction 2.3.1 COM Section UART: Select the configuration tool or device serial port number. Baudrate: Select the baud rate of the configuration tool or device. Mode: Select wired configuration mode or wireless configuration mode, according to the device model NO., select the corresponding mode.

  • Page 8: Meter Section

    PULSE915-LRW Configuration Guide 2.3.3 METER Section Pulse: Fill in the number of pulses to set the initial flow value. The initial total number of pulses = initial dosage * pulse constant. Example: the reading of water meter is 713.0m³, the pulse constant of water meter is 10.Hence, the pulse number is: 713.0 x 10=7130.

  • Page 9: Radio Prarm Section

    PULSE915-LRW Configuration Guide 2.3.4 RADIO PRARM Section Band: Set the device frequency band. Please pay attention to regional spectrum control. Class: Select the working mode, it is recommended to use the CLASS A mode. ADR: Data rate adaptive function, the network will optimize the rate after it is turned on.

  • Page 10: Information Section

    PULSE915-LRW Configuration Guide 2.3.5 INFORMATION Section ALL READ: Read all parameters. ALL set: All parameter settings. Set RTC: Set the device clock. After all the parameters are set, please set the device clock so that the data will be reported according to the reporting cycle.
  • Page 11 PULSE915-LRW Configuration Guide Step 2: Choose "Wireless Config Tool" (wireless configuration) or “Cable Serial Port Configuration” (wired configuration). Page 10 / 27...
  • Page 12 Hold a magnet close to the red area shown in Figure 2-1. Within 4 to 9 seconds, remove the magnet and PULSE915-LRW will enter configuration mode. Importantly, the magnet provided is a strong magnet, hence the magnet needs to be removed out of the area as the defined time range for the specific function, otherwise, PULSE915 will continuously be triggered and automatically enter to the other mode.
  • Page 13 The trigger position is shown in Figure 2-1. Figure 2- 1 Magnet activation position Note: When you trigger success(4-9s(typically 5s), configuration model), the widow will shows the information just as following picture, then the PULSE915-LRW will enter into configuration mode. Page 12 / 27...
  • Page 14 PULSE915-LRW Configuration Guide Step 4: In configuration mode, various commands can be set for PULSE915-LRW through the configuration software. For example, clicking on various query buttons returns the corresponding value. Parameters such as initial meter index data, pulse weight, clock, sensor type and measurement mode can be configured in “Metering parameter”...
  • Page 15 PULSE915-LRW Configuration Guide Step 5: Parameters such as reporting period, device address and data format can be set. We just need to click the corresponding button on the right to set the parameters. Data report time o’clock in minutes can be set according to customer requirements. For example, set as 1440 minutes that indicates 24 hours.
  • Page 16 PULSE915-LRW Configuration Guide Step 6: In the “JoinParam” area, users can read and set join mode, DevEui, DevAddr, AppEui and APPKEY parameters of the LoRaWAN module.  If the user select the module in OTAA mode, you can set the DevEui, AppEui and AppKey parameters.
  • Page 17 PULSE915-LRW Configuration Guide Users also can Set by using AT command, for example: AT+JOINMODE=0 (Set OTAA mode) Set APPEUI [<- 11:52:08.301] AT+APPEUI=1122334455667788 [-> 11:52:08.375] OK Set APPKEY [<- 11:52:36.821] AT+APPKEY=11223344556677889900112233445566 [-> 11:52:36.895] OK After setting the join mode, DevEui, AppEui and other parameters, user need Set Rtc and save the parameters.
  • Page 18 PULSE915-LRW Configuration Guide The network access will begin when exit the configuration mode. (If the product does not receive a configuration command in 30 seconds, it will exit the configuration mode) When you received the uplink message on the Network server, indicating that you have joined the Network.

  • Page 19: Curve Frame Configuration Guide

    PULSE915-LRW Configuration Guide The user can read and set the parameters by sending AT commands at the serial  transmission area. For details of AT commands, please refer to the PULSE915-LRW user manual. Curve Frame Configuration Guide The Pulse 915-LRW divides a day into 96 time points evenly, and the interval between time points It is 15 minutes, as shown in the table below.
  • Page 20 If the collection point set by the user exceeds 77, the mask and AT command will not be displayed. The data collection schedule can be get from FRIENDCOM.   The recommended configuration steps for the default curve reporting mode.
  • Page 21 PULSE915-LRW Configuration Guide E.g: [<- 16:45:53.584] AT+UAT2=09:15 [-> 16:45:53.624] OK [<- 16:45:59.448] AT+UAT2? ( This command is to check the reporting time) [-> 16:45:59.524] +UAT2: Alarm 3 17:00:00, Upload 09:15:00 + 11min 7．Click All Save  Recommended configuration steps for custom curve reporting mode.

  • Page 22: Application Example

    Make sure that a LoRaWAN gateway has already been connected and added to  the server. This communication example is based on the Friendcom’s GW300 gateway. Step 1：Configure the corresponding parameters of the GW300 gateway. Taking European region as an example, the setting parameters are shown in the figure below:...
  • Page 23 PULSE915-LRW Configuration Guide Figure 3-1 Configurate TTN SDK Step 2: the new user can log on to https://account.thethingsnetwork.org/ register to register account, has been registered account user directly login, please skip this Step. Step 3：Login to TTN cloud server, click the account drop-down box and select the option "Console", select "Gateways"...
  • Page 24 PULSE915-LRW Configuration Guide Figure 3-2 TTN Gateway registration Interface Step 4：Fill in the relevant information in the Interface, check "I'm using the Legacy Packet Forwarder ", and click "Register Gateway" in the lower right corner to complete the Gateway registration.
  • Page 25 PULSE915-LRW Configuration Guide Figure 3-4 TTN server gateway on-line Interface Step 6：Click the account drop-down box and select the option "Console". In the Interface popup, select "Applications" to add application information. Figure 3-5 TTN server to add applications Step 7： Fill in the registration information and click "Add Application" in the lower right corner to complete the addition.
  • Page 26 PULSE915-LRW Configuration Guide Figure 3-6 TTN server added application Settings Interface Step 8：Enter the device - >; Register Device, fill in the node DevAddr, DevEui and APPKEY respectively (Make sure the DEVEUI, APPKEY parameters are the same as the PULSE 915 device. Please see the Page 15,”step 6” ), and click "register" in the lower right corner to complete the registration.
  • Page 27 When you receive the Network Join message, you are returned indicating that you have joined the Network. Figure 3-8 PULSE915-LRW Join Network Step 10：Users can views the Data of the PULSE915 in the Data page under the TTN cloud server device list.

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