The Lobaro Hybrid Gateway V2 is an energy-efficient IoT gateway for connecting Modbus devices via RS-485. It reliably reads, stores, and transmits data to the cloud using NB-IoT, LTE Cat-M1, or LoRaWAN®.The gateway supports all common Modbus register types as well as simultaneous read and write access to multiple slave devices. Thanks to flexible interval configuration and an integrated scheduler, the device is ideal for smart metering, industrial, and remote monitoring applications.BenefitsModbus ASCII/RTU via RS-485NB-IoT, LTE Cat-M1 & LoRaWAN®Battery-powered for energy-efficient operationFlexible remote configurationSupports multiple Modbus slave devicesIdeal for industrial & IoT applicationsTechnical SpecificationsUpload via NB-IoT / LTE-M cellular network (LTE bands: 3, 8, 20)SIM card (4FF / Nano) – not includedAlternative upload via LoRaWAN v1.0.2 (EU-868)Compatible with Modbus ASCII / RTUCompatible with wireless M-BUS S1, C1/T1 modes (868 MHz) metersCompatible with Xylem Sensus RF Bubble Up (868 MHz)Compatible with Müller Funk (ME protocol, Walk-By) for µon and µflow skyW-2 and skyE-2Power supply: 3.6V via JST XH connectorCompatible battery: LSH-20 (3000581) – not includedHousing: Industrial grade, IP66Dimensions: 122 mm (L) x 82 mm (W) x 55 mm (H)Includes pressure equalization element (PEE) for outdoor installationCompatible replacement for: 8000041, 8000083, 8000085

ModBus to LoRaWAN® Bridge Easy from Comtac This device is a ModBus-to-LoRaWAN® bridge for easy connection of Modbus devices to a LoRaWAN® network. The Modbus RTU master with RS485 interface can read and transmit up to 16 registers. LoRaWAN® allows connections to the Internet with ranges of up to 10 kilometers between transmitter and gateway antenna - without the usual mobile phone costs. PRODUCT DETAILS: ModBus RTU RS485 Transmit up to 16 Modbus-register LoRaWAN® Class C device External power supply 10-30V External antenna (included) IP65 housing for wall and DIN rail mounting Dimension 150x58x35mm (incl. antenna) HIGH FREQUENCY RECEIVER Frequency (MHz) EU: 863-870 Transmission power (dBm) +14 Receiver Sensitivity (dBm) -137 FIRMWARE Protocol: LoRaWAN®, Class C Transmission cycles: configurable Activation method: Activation by Personalization (ABP) Over-The-Air Activation (OTAA) PERFORMANCE Power supply: 10V-30V / max. 50mA external power supply Note: The bridge does not power attached devices OTHER FEATURES Dimensions (mm): 150x58x35mm (incl. antenna) Installation: Wall and DIN rail mounting IP Class: IP65 ENVIRONMENTAL CONDITIONS Operating temperature (°C): -25 / +60 Storage temperature (°C): -40 / +85 Relative humidity 0% to 95% (non-condensing) DIRECTIVES & STANDARDS EN 62368-1, RoHS  

Remote data readings from M-Bus meters The M-Bus to LoRaWAN converter finds its application mainly in meter and calorimeter readings, typically in heating plants and district heating stations. In the field of district heating stations, effective monitoring and management of heat meters play a vital role in heat production, optimizing energy consumption and increasing overall operational efficiency. Integrating meters, typically with M-Bus, into LoRaWAN networks is a solution that facilitates the acquisition of relevant data for consumption overview at 15-minute intervals. The ACRIOS M-Bus to LoRaWAN or NB-IoT converter supports connection of up to 5 UL (Unit Loads) and communication is based on the M-Bus protocol EN 137 57-3. Thanks to the support of the M-Bus protocol, it can read any M-Bus meter without the need for further modifications. The converter can be supplied with one or two batteries, or in an externally powered version, depending on the requirements of the application. SPECIFICATION ·         Communication over LoRa network using LoRaWAN 1.0.3 protocol or over NB-IoT network using UDP protocol ·         Device type: Master ·         The bus is powered by the device itself ·         Communication speed 300 - 9600Bd ·         Maximum of connected devices 5UL ·         External antenna with SMA connector for the possibility of outputting the antenna or using the antenna with higher gain ·         Power supply by D-cell battery ·         Battery life up to 5 years, depending on frequency of communication. Battery is replaceable  ·         Integrated LUA scripting interface for modifying device logic without changing the firmware ·         Connection of any meter supporting M-Bus communication ·         Primary meter addressing capability ·         Secondary meter addressing capability ·         Data filtering based on the VIF & DIF values on the hardware level ·         WAGO clamps for easy and quick installation ·         Downlink message configuration ·         Firmware update over the air (FUOTA) supported in the NB-IoT network ·         Connection and reading of several meters with the addressing ·         Possibility to send control commands via M-Bus communication - for example to the valve TECHNICAL PARAMETERS  ·         Length: 145 mm ·         Wide: 90 mm ·         Height: 55 mm ·         IP coverage: IP65 ·         Operating temperature: -30 °C to +60 °C ·         Montage: wall or pole ·         Weight: 395 g / 450 g PACKAGING ·         1x IoT converter ·         1x Antenna ·         1x Battery - for battery-powered version

The Lobaro wireless M-Bus (WM-Bus) to LoRaWAN® Bridge is a cost-effective and energy-efficient device that connects one or more WM-Bus-based utility meters to a LoRaWAN® network. It transparently receives complete Wireless M-Bus telegrams (FSK radio modulation) from meters and forwards them via LoRaWAN® networks (LoRaWAN® radio modulation) to the internet.LoRaWAN® enables internet connectivity with ranges of up to 10 kilometers between the transmitter and gateway antenna—without the typical cellular costs associated with traditional smart metering solutions. Unlike cellular networks, it is also easy to install your own gateways. This explains the significantly lower operating costs of the Lobaro Bridge compared to conventional remote meter reading via GPRS/LTE networks.Alternatively, only specific consumption values can be transmitted to minimize the data volume sent over LoRaWAN®. In this configuration, the Lobaro Bridge filters the received wMBUS data directly on the device. This allows wireless M-Bus (WM-Bus) data from a large number of meters to be transmitted over LoRaWAN®’s long ranges and centrally collected and processed.Note: Please order a suitable battery and, if required, a configuration cable for Lobaro sensors separately.

Remote data readings from M-Bus meters The M-Bus to LoRaWAN converter finds its application mainly in meter and calorimeter readings, typically in heating plants and district heating stations. In the field of district heating stations, effective monitoring and management of heat meters play a vital role in heat production, optimizing energy consumption and increasing overall operational efficiency. Integrating meters, typically with M-Bus, into LoRaWAN networks is a solution that facilitates the acquisition of relevant data for consumption overview at 15-minute intervals. The ACRIOS M-Bus to LoRaWAN or NB-IoT converter supports connection of up to 5 UL (Unit Loads) and communication is based on the M-Bus protocol EN 137 57-3. Thanks to the support of the M-Bus protocol, it can read any M-Bus meter without the need for further modifications. The converter can be supplied with one or two batteries, or in an externally powered version, depending on the requirements of the application. SPECIFICATION ·         Communication over LoRa network using LoRaWAN 1.0.3 protocol or over NB-IoT network using UDP protocol ·         Device type: Master ·         The bus is powered by the device itself ·         Communication speed 300 - 9600Bd ·         Maximum of connected devices 5UL ·         External antenna with SMA connector for the possibility of outputting the antenna or using the antenna with higher gain ·         Power supply by 2x D-cell batteries ·         Battery life up to 5 years, depending on frequency of communication. Battery is replaceable  ·         Integrated LUA scripting interface for modifying device logic without changing the firmware ·         Connection of any meter supporting M-Bus communication ·         Primary meter addressing capability ·         Secondary meter addressing capability ·         Data filtering based on the VIF & DIF values on the hardware level ·         WAGO clamps for easy and quick installation ·         Downlink message configuration ·         Firmware update over the air (FUOTA) supported in the NB-IoT network ·         Connection and reading of several meters with the addressing ·         Possibility to send control commands via M-Bus communication - for example to the valve TECHNICAL PARAMETERS ·         Length: 145 mm ·         Wide: 90 mm ·         Height: 55 mm ·         IP coverage: IP65 ·         Operating temperature: -30 °C to +60 °C ·         Montage: wall or pole ·         Weight: 395 g / 450 g PACKAGING ·         1x IoT converter ·         1x Antenna ·        2x Battery - for battery-powered version

Wireless M-Bus Bridge for LoRaWAN® networks from Lobaro  The Lobaro wireless MBUS (wMBUS) to LoRaWAN Bridge is a low-cost & energy-saving device that connects one or more wMBUS based meters to a LoRaWAN network. Complete wireless M-Bus telegrams (FSK radio modulation) from consumption meters are received transparently and forwarded via LoRaWAN networks (LoRa radio modulation) downstream to the Internet. LoRaWAN allows connections to the Internet with ranges of up to 10 kilometers between transmitter and gateway antenna - without the usual costs for GSM connections that is used in classic smart metering solutions. In contrast to mobile communications, it is also easy to install your own gateways. This explains the much lower operating costs with the Lobaro Bridge compared to conventional remote reading of consumption meters via GPRS/LTE networks. Alternatively, only very specific consumption values can be forwarded in order to minimize the amount of data transmitted via LoRa. In this configuration the Lobaro Bridge filters the receiving wMBUS data on the device. Wireless M-Bus (wMBUS) data can also be transmitted over the high radio ranges supported by LoRaWAN and collected or processed centrally. Hint: Please order the appropriate battery and configuration cable for Lobaro sensors separately.

Remote data readings from M-Bus meters The M-Bus to LoRaWAN converter finds its application mainly in meter and calorimeter readings, typically in heating plants and district heating stations. In the field of district heating stations, effective monitoring and management of heat meters play a vital role in heat production, optimizing energy consumption and increasing overall operational efficiency. Integrating meters, typically with M-Bus, into LoRaWAN networks is a solution that facilitates the acquisition of relevant data for consumption overview at 15-minute intervals. The ACRIOS M-Bus to LoRaWAN or NB-IoT converter supports connection of up to 5 UL (Unit Loads) and communication is based on the M-Bus protocol EN 137 57-3. Thanks to the support of the M-Bus protocol, it can read any M-Bus meter without the need for further modifications. The converter can be supplied with one or two batteries, or in an externally powered version, depending on the requirements of the application. SPECIFICATION ·         Communication over LoRa network using LoRaWAN 1.0.3 protocol or over NB-IoT network using UDP protocol ·         Device type: Master ·         The bus is powered by the device itself ·         Communication speed 300 - 9600Bd ·         Maximum of connected devices 5UL ·         External antenna with SMA connector for the possibility of outputting the antenna or using the antenna with higher gain ·         Power supply by  external 220V AC power supply ·         Battery life up to 5 years, depending on frequency of communication. Battery is replaceable  ·         Integrated LUA scripting interface for modifying device logic without changing the firmware ·         Connection of any meter supporting M-Bus communication ·         Primary meter addressing capability ·         Secondary meter addressing capability ·         Data filtering based on the VIF & DIF values on the hardware level ·         WAGO clamps for easy and quick installation ·         Downlink message configuration ·         Firmware update over the air (FUOTA) supported in the NB-IoT network ·         Connection and reading of several meters with the addressing ·         Possibility to send control commands via M-Bus communication - for example to the valve TECHNICAL PARAMETERS Length: 145 mm ·         Wide: 90 mm ·         Height: 55 mm ·         IP coverage: IP65 ·         Operating temperature: -30 °C to +60 °C ·         Montage: wall or pole ·         Weight: 395 g / 450 g PACKAGING ·         1x IoT converter ·         1x Antenna ·         1x Battery - for battery-powered version

USB configuration cable for M-Bus to LoRaWAN converter administration from ACRIOS. The ACRIOS USB configuration cable allows easy administration: Configuration (e.g. LoRaWAN parameters, time intervals) Firmware updates Log messages / error analysis

High capacity battery with a connector for power supply of the Lobaro wM-Bus over LoRaWAN Bridge. Technical Data 3.6V D-cell (34mm x 61.5mm) Including 2-pin JST XH connector Incl. velcro fleece for mounting in Lobaro devices 15Ah capacity (@10mA) Up to 200mA discharge current Li-SOCl2 (not rechargeable) Operating temperature: -55°C...+60°C Dangerous goods according to UN3090 lithium batteries! Dangerous goods class 9A