BOX A & B Quick start guide: Hiberband Via gateway. Here’s everything you need to get set up, apart from a drink to celebrate a successful installation: quick start guide, safety instruction and your warranty.
TAB LE O F CO NTE NTS 1 QUICK START GUIDE OVERVIEW. 4 2 STEP BY STEP INSTALLATION. 8 Step 01: installing the equipment. 10 Step 02: connecting the cables and antennas. 12 Step 03: powering up the Via gateway. 14 Step 04: connecting to the Hiberband Via gateway wi-fi hotspot. 18 Table 01: LED status indicator table. 20 3 PRODUCT INFORMATION. 22 4 SAFETY GUIDE AND WARRANTY.
SEC TIO N 01 Welcome to your Hiberband Via gateway. Thanks for ordering your Hiberband Via gateway. It really is the easiest and most affordable way to create a private LoRaWAN network in remote locations. The Via gateway connects to the internet via our satellite network and can be powered by a renewable energy source such as solar. Making it perfect for locations where conventional power and internet connectivity are not available.
SEC TIO N 01 The Quick Start Guide takes you through a typical Via gateway installation. If you need more detailed installation instructions, please visit hiber.global/support/via To help you out, we’ve included an image of a complete installation of the Hiberband Via (fig. 01), including satellite connectivity. However, the appearance of the setup may differ depending on your exact installation location.
SEC TIO N 01 QUICK START GUIDE OVERVIEW. BOX A Before you start installation please check you have everything you need in the box. The illustration shows the contents of the box. Please note, the LoRa field antenna is shipped in a separate package Box B as the frequency used for LoRa communication differs from country to country. So we have to send out a specific antenna for your country. A01 Hiberband Via gateway Required installation tools.
SEC TIO N 01 A02 A05 A07 A09 A04 A08 A01 A06 A11 A03 B02 A10 B01 FIG U RE 02 7
SEC TIO N 02 Step by step installation.
SEC TIO N 02 STEP 1: INSTALLING THE EQUIPMENT. Why know you can’t wait to get started. But please refer to the Hiberband Via Installation Checklist before starting with the installation. As not setting up the Via in the right location can really affect performance. Achieve the best LoRa coverage. To ensure your Hiberband Via provides optimal LoRa coverage, mount the LoRa antenna as high as possible to increase coverage of your LoRaWAN network. A tall building, pole or roof are ideal.
SEC TIO N 02 The Via gateway A01 can be installed on a pole, rail or wall. The mounting bracket on the Via gateway consists of two parts, making it easy for one person to install the Via gateway. 1. On the Via gateway, unscrew the bolt at the bottom of the mounting bracket and remove the holder out of the mounting bracket 2. Pole or rail installation. Fix the holder on a pole or rail, using the metal mounting straps A05 (fig. 03.1). FIG U RE 03 .1 Wall installation.
SEC TIO N 02 FIG U RE 0 4 Make sure you install the Via gateway with the connectors facing down (fig. 04). FIG U RE 05 Install the Field LoRa antenna B01 on a pole or rail using the LoRa antenna clamps B02 (fig. 05). For testing purposes use the Quick Start LoRa antenna A06, no mounting required.
SEC TIO N 02 STEP 2: CONNECTING THE CABLES AND ANTENNAS. The Via gateway has a series of connectors on its base. Please connect the correct cables and antennas to each other as explained below. 1. Two LoRa antennas are provided with the Via gateway. For a test installation, use the Quick start LoRa antenna A06 by screwing it into the Via gateway connector A15. For a field installation, connect the LoRa antenna cable A07 to the Via gateway connector A15, and to the Field LoRa antenna B01.
SEC TIO N 02 A12 GNSS (GPS) - not used A13 Hiberband - not used A19 A20 A14 2.4 GHz - Wi-Fi A18 A15 SUB-GHz - LoRa A17 A16 Ethernet A16 A17 Power out A15 A14 A18 Ext.
SEC TIO N 02 STEP 3: POWERING UP THE VIA GATEWAY. Powering the Via gateway without all antennas connected may damage the device! Before continuing with the following steps ensure the Wi-Fi antenna A08 and LoRa antenna A06 or B01 are connected to the Via gateway. Only use the power cable A02 provided with the Via gateway. You can power up the Via gateway in two different ways. The box contains the accessories you need for both options.
SEC TIO N 02 POWER OPTION 01: INDOOR INSTALLATION. A02 Use the wall mount adapter A04. 1. Connect the MC4 connectors of the power cable A02 to the MC4 connectors of the wall mount adapter cable A04 (fig 07). A04 2. Connect the screw connector of the power cable A02 to the Via gateway connector A19 (fig 08). FIG U RE 07 A02 3. Plug the wall mount adapter A04 into a power socket.
SEC TIO N 02 POWER OPTION 02: OUTDOOR INSTALLATION. Use the AC/DC convertor A03: A02 1. Connect the MC4 connectors of the power cable A02 to the MC4 connectors of the AC/DC convertor A03 (fig. 09). A03 2. The bare wires coming out of the AC/DC convertor A03 need to be properly connected to an AC power source. Consult a qualified electrician if in doubt. 3. Connect the screw connector of the power cable A02 to the Via gateway connector A19. (fig. 10).
SEC TIO N 02 A20 FIG U RE 12 FIG U RE 11 Once powered, the LED status indicator A20 turns white while the Via gateway is booting up. (fig. 11). Within 5 minutes the LED should turn blue, indicating that the Via gateway has booted up successfully and is fully operational. (fig. 12).* * If the LED does not turn blue within 5 minutes, please see Table 01: LED status indicator, which is after step 4, for more information.
SEC TIO N 02 STEP 4: CONNECTING TO HIBERBAND VIA GATEWAY WI-FI HOTSPOT. Once operational, the Hiberband Via gateway creates a Wi-Fi hotspot. You can use this to connect and access the Via configuration page. From the configuration page you can add additional LoRaWAN devices, see the status of the system and safely reboot or shut down the Via gateway. To reduce the power consumption of the Via gateway, the Wi-Fi hotspot is not continuously available.
SEC TIO N 02 To connect to the hotspot, follow these steps: 1. Scan the QR code left of this text or on the back page of this guide with your phone, computer or tablet to automatically connect to the Wi-Fi hotspot. 2. Alternatively, you can manually connect to the hotspot through the Wi-Fi settings on your device using the Wi-Fi SSID and password on the front page of this guide. 3. Once connected to the hotspot, visit http://www.hiber.gateway in an internet browser to access the gateway configuration page.
SEC TIO N 02 TABLE 01: LED STATUS INDICATOR TABLE. A20 FIG U RE 13 Cyan. The Via gateway is powered, operational, and connected to the internet.
SEC TIO N 02 White. The Via gateway is powered and starting up. 1 time blinking · White. The Via gateway is shutting down. 2 times blinking · White. The Via gateway is rebooting. Orange. The gateway cannot connect to the internet. 1 time blinking · Orange. The Via gateway encountered an internal server error. Please log in to the Wi-Fi hotspot and check the system status. 2 times blinking · Orange. The Via gateway encountered an error with the LoRaWAN stack.
SEC TIO N 03 Product information.
SEC TIO N 03 Here’s everything you need to know about the product and technical specifications of your Hiberband Via gateway. Just in case. Support. If you need any help, you’ll find most answers online or you can email us. Documentation: hiber.global/support/via Email: support@hiber.
SEC TIO N 03 LoRaWAN. • 8-channel LoRa concentrator for outdoor use (868/915/923 MHz versions available). • Integrated LoRaWAN network- and application server. • Supported LoRaWAN classes: A and C. Power. • 5W continuous consumption. • 12-24VDC, 10A max. Input. • 12-24VDC, 2.5A max. Output. • Output voltage is equal to input voltage. Maximum transmit power Supported radio networks Operating frequency bands Maximum transmitted radio-frequency power WLAN ISM 2.4GHz 17.
SEC TIO N 03 Environmental. • Operating temperature range: -20°C/+60°C. • Ingress protection level: IP67 with pressure relief valve. IP connectivity. • Industrial ethernet port for IP connection. • Optimised connectivity logic for third party satellite networks. Dimension incl. mounting bracket. • 330mm x 230mm x 140mm • 4 kg Adapter wiring. Power in.
SEC TIO N 03 Power out. M12 male A-coded 5 pin adapter: • Position 1: NC • Position 2: VCC (power) • Position 3: Signal Battery. M12 female A-coded 4 pin adapter: • Position 1: NC • Position 2: VCC (power) • • Position 4: GND Position 5: GND • • Position 4: GND Position 5: GND Position 3 and 4 shorted: • The short in the adapter acts as the switch between internal and external battery. • This allows for a 12V internal battery, whilst connecting a 24V battery externally. Ethernet.
SEC TIO N 03 Certification. Manufacturer. Hiber B.V. Keizersgracht 209-sous 1016 DT Amsterdam The Netherlands EU Declaration of Conformity The following statements only concern the Hiberband Via gateway EU868 version. Hereby, Hiber B.V. declares that the radio equipment Hiberband Via gateway EU868 is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: hiber.global/support/via FCC Notice / Canada.
SEC TIO N 03 Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.” FCC/ISED RF Exposure Guidance Statement: In order to comply with FCC/ ISED RF Exposure requirements, this device must be installed to provide at least 20 centimeters separation from the human body at all times.
SEC TIO N 03 Japan. The following statements only concern the Hiberband Via gateway AS923 version. Japanese Radio Law and Japanese Telecommunications Business Law Compliance. This device is granted pursuant to the Japanese Radio Law (電波法) and the Japanese Telecommunications Business Law (電気通信事業法). This device should not be modified (otherwise the granted designation number will become invalid).
SEC TIO N 0 4 Safety guide and warranty.
SEC TIO N 0 4 Introduction. Read these simple guidelines. Not following them may be dangerous or against local laws and regulations. For further information, read the user guide and visit hiber.global/support/via. Protection from lightning strikes. Lightning is not good for anything electrical. So grounding the Hiberband Via gateway is highly recommended in cases where the LoRa antenna and/or the Hiberband Via gateway are placed higher than surrounding objects.
SEC TIO N 0 4 Avoid sea water. Do not use the device in marine environments as this may damage the enclosure. Damage. If the device is damaged contact support@hiber.global. Only qualified personnel may repair this device. Safety distance. Due to radio frequency exposure limits the gateway should be installed and operated with a minimum distance of 1m between the device and the body of the user or nearby persons. Storage.
SEC TIO N 0 4 Care and maintenance. Handle your device with care. The following suggestions help you keep your device operational. • • • • • The device may only be opened by a specialist or an instructed person. Unauthorized modifications may damage the device and violate regulations governing radio devices. Do not drop, knock, or shake the device. Rough handling can break it. Do not clean the device with solvents, toxic chemicals or strong detergents as they may damage your device and void the warranty.
SEC TIO N 0 4 The purpose of this Directive is, as a first priority, the prevention of WEEE, and in addition, to promote the reuse, recycling and other forms of recovery of such wastes so as to reduce disposal. The crossed-out, wheelie-bin symbol on your product, battery, literature, or packaging reminds you that all electrical and electronic products and batteries must be taken to a separate collection at the end of their working life.
Support If you need any help, you’ll find most answers online or you can email us. Documentation: hiber.global/support/via Email: support@hiber.
