User Guide for wm SYSTEM models including: M2M Industrial Router 2 SECURE, M2M, Industrial Router 2 SECURE, Industrial Router, M2M Industrial Router, Router
M2M INDUSTRIAL ROUTER 2 SECURE - WM Systems LLC - Innovation in Smart IoT systems
M2M INDUSTRIAL ROUTER 2 SECURE - WM Systems LLc - M2M / IoT Communication Solutions
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DocumentDocumentM2M Industrial Router 2 SECURE® Quick User Guide INTERFACES 1 POWER (9-32V DC): 4-pin Microfit power connector (for 12V DC adapter) 2 SIM card slot (type 2FF) 3 micro-USB connector (for configuration) 4 Reset button 5 Ethernet (RJ45, 10/100 Mbit) 6 Antenna connector (SMA-M, 50 Ohm) 7 3 Operation LEDs (reconfigurable) SOFTWARE SYSTEM The device has a built-in eMMC chip (4 or 8 GByte storage by order option) for Secure Boot process / encrypted storage of all customer data. It uses an OTP-enabled memory chip. The router comes with a pre-installed OpenWRT® system, which is tailored to the customer's requirements and includes the operating system, software, and a factory default configuration. The device uses standard Linux-based commands and UCI commands at the command line. The product can be managed with our state-of-the-art Device Manager® platform, via TLS v1.2 protocol, providing clients with the ability to perform OTA firmware updates and mass deployments more efficiently CELLULAR MODULE TECHNICAL DATA · Mini SIM card slot (2FF type, push/insert) · Cellular Module: o SIMCOM A7676E LTE Cat.1 / 450MHz with 2G ,,fallback" · LTE Cat.1: B1/B3/B8/B20/B31/B72 · GSM/GPRS/EDGE: 900/1800MHz o SIMCOM SIM7070E LTE Cat.NB / Cat.M, 450MHz with 2G ,,fallback" · LTE Cat.M: B1/B2/B3/B4/B5/B8/B12/B13/B14/B18/B19/B20/B25/B26/B27/B28/B31/B66/B72/B85 · LTE Cat.NB: B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/B25/B26/B28/B31/B66/B85 · GSM/EGPRS: 850/900/1800/1900MHz CONNECTION STEPS 1. Connect to the router's IP address via SSHv2 connection on LAN (Ethernet): 192.168.127.1 while on USB connection: 192.168.10.1 2. Accept the security risk (RSA token) encryption key usage warning notice (visible at first time only). 3. Then the router's local command line interface will be loaded, where and you can login. Login information: Username: root Password: wmrpwd 4. At the Linux command line you can use standard Uc Linux kernel 5.10 compatible commands and execute scripts on the device. 5. You can also having the option to make detailed settings of a service by using the UCI interface. UCI You can also use UCI command line interface commands here. The UCI® (Unified Configuration Interface) is an OpenWrt® API utility that allows centralized configuration and management of the OpenWrt® operation system, configuration of the router. To review the UCI commands and options that can be used, we recommend to read UCI Reference Guide, which can be downloaded from our website. https://m2mserver.com/m2m-downloads/UCI_Command_Line_Reference_v3.pdf POWER SUPPLY / OPERATION CONDITIONS · Power connection: 12V DC, 1A (9-32VDC), 4-pin Microfit power input connection · Consumption: 200mA - 260mA 12VDC / 2.4 - 3.1W @ 12VDC · Operation: from -40'C to +75'C / Storage: from -40'C to +80'C at 0 to 95 rel. humidity · Dimensions: · 92.5 x 85 x 35 mm / Weight: 175gr. (without antenna, adapter) · IP51 industrial aluminum casing, mountable to a 35mm DIN rail (by DIN rail adapter order option) or wall INTERNET CONNECTION (APN SETTINGS) 1. For using LTE Cat.M or NB-IoT cellular networks a compatible SIM card is required! Ask your mobile network provider for the correct type of SIM card and for the APN, SIM PIN, username and password information. 2. After performing the APN settings, the device will attempt to connect to the mobile network. Then the LED3 indicates the network registration process. INSTALLATION STEPS 1. Ensure that the router is not under power voltage, or remove power adapter from the POWER microfit connector (1). Ensure that all the 3 LEDs (7) are blank. 2. Mount a proper LTE antenna to the Antenna connector (6). 3. Insert a SIM card (activated with APN) into the SIM tray (2) - the SIM chip surface must be look to top and the cutted edge of the SIM must be look to the router then push the SIM until it will be fixed and closed (you will hear a soft click sound). 4. Connect an UTP cable to the router's Ethernet titled RJ45 port (5). During the configuration the cable's opposite connector must be connected to the PC's Ethernet port. (After the configuration connect it to the network- or industrial device's RJ45 port.) (You can also configure the router through the micro-USB (3) connection by a microUSB-USB cable of the PC connection. Then install the USB Ethernet / RNDIS Gadget driver to your computer by using the following link in your web browser: https://www.m2mserver.com/m2mdownloads/RNDIS_win10.ZIP ) 5. Connect the power adapter to the AC plug. Then the router begins its operation, the LED lights will be signing and inform you about the current status of the device. The system start requires about 1-2 minutes, while the device loads the necessary modules or the operation and prepares the command line interface the LED2 will sign it. Then you can log in. 6. To connect to the router, allow the router IP address for the Ethernet connector interface in your computer's network settings of the Microsoft Windows® system (IP address for Ethernet connection: 192.168.127.x, Subnet mask: 255.255.255.0) ,,x": from 2 to 255. (For USB connection setup USB Ethernet / RNDIS Gadget virtual interface for IP: 192.168.10.x, subnet mask: 255.255.255.0 ,,x": from 2 up to 255.) IMPORTANT! Configure the device's wireless internet module settings (SIM and APN data on the router) for the cellular internet connection otherwise the router will be restarting in every 10 minutes. . BOOT SEQUENCE OF THE DEVICE 1. After a long time off, when powering the device, all 3 LEDs will be active with orange color for a few seconds. The charging of the supercapacitors has began. Normally, in case of rebooting, the supercapacitors are already charged, therefore LEDs will be active with green. LED1 LED2 LED3 LED1 LED2 LED3 3. If the APN and SIM settings are correct, it flashes by green. When the network registration is successful, LED2 is lighting continously by green, which shows that the router can access the cellular network already. LED1 LED2 LED3 FASTENING THE DEVICE The product's aluminum casing can be fastened by an AB800MKL fixation part (order option) to a 35mm DIN-rail. You can also mount the product case to wall, place into server rack or similar fixation opportunity. RESTART OF THE ROUTER Restart the router by pushing its Reset button on its interface / port side. Push this button for 10 seconds, by a sharp and thin object. Then the router will be restarted. SHUTDOWN OF THE ROUTER 1. Pull out the power connector from the 230V AC electricity plug. Then the LED3 will be lighting by red color. LED1 LED2 LED3 2. Note, that the router will not powered off immediately, due to it have supercapacitor components inside. Therefore, the router will getting enough spare power (ca. for up to 10 seconds) to close every connection, interfaces and ports and shutdown the device safely. 3. When the LED3 will be blank, then the router was turned off and its not under power further. LED1 LED2 LED3 2. Then the LED1 is lighting continously by green, which signs that the system is during loading (boot in progress). LED1 LED2 LED3 3. The system start requires about 1-2 minutes, while the device loads the necessary modules or the operation and prepares the command line interface the LED2 will sign it. Then you can log in. If the cellular module was already configured, the LED3 will be flashing, which means the network registration is in progress. LED1 LED2 LED3 DOCUMENTATION & SUPPORT User Manual: https://m2mserver.com/en/product/m2m-industrial-router-2-secure/ Read our support website for the further contact opportunities please: https://www.m2mserver.com/en/support/ In case of product support request, ask our support at the iotsupport@wmsystems.hu email address. This product is marked with the CE symbol according to the European regulations. The crossed out wheeled bin symbol means that the product at the end of its life cycle should be disposed of with general household waste within the European Union. Only discard electrical/electronic items in separate collection schemes, which cater for the recovery and recycling of materials contained within. This refers not only to the product, but also to all other accessories marked with the same symbol.