Soil Moisture, Temperature and electrical Conductivity Sensor DL-TRS12 LoRaWAN® The Decentlab soil moisture sensor DL-TRS12 is suitable for outdoor use and measures the moisture in the soil, the temperature and the electrical conductivity. The data is transmitted to the corresponding backend via LoRaWAN®. The transmission interval can be individually configured via downlink OTA. Due to the weatherproof and robust housing in combination with the long battery life, maintenance-free real-time monitoring can take place over several years.  Areas of application: Irrigation control Intelligent agriculture Greenhouse and soil-less plantations Parks Golf courses Performance characteristics: Sensor head dimension: 95mm x 75mm x 25mm Housing dimension (L x W x H): 135mm x 81mm x 70mm (without sensor/cable) IP protection class: housing IP66/67; sensor IP68 Operating temperature: -20℃ to +50℃ Ambient humidity: 0% to 100% RH Device class: Class A Communication: LoRaWAN® standard Activation: OTAA, ABP Transmission power: +14dBm, ADR Power supply: replaceable 2x alkaline C battery (LR14) Battery life: 11.5 years (60min transmission interval, SF12) Available frequency: EU868 Measuring interval: 10min, configurable Cable length: 5m

Decentlab Pressure, Level and Temperature Sensor DL-PR26 with LoRaWAN® The Decentlab DL-PR26 is suitable for outdoor use and enables remote monitoring of water levels in open waters, tank levels, groundwater levels and various other applications.It measures the pressure at the sensor head relative to the pressure at the instrument housing. Under water, the relative pressure indicates the depth of the sensor head, with 1 bar corresponding exactly to 10 m. The temperature is also recorded. The data is transmitted to the corresponding backend via LoRaWAN®. The transmission interval can be individually configured via downlink OTA. Due to the weatherproof and robust housing in combination with the long battery life, maintenance-free real-time monitoring can be carried out for several years. Areas of application: Level/depth monitoring in liquid tanks or in wells. Groundwater level monitoring Water depth and temperature monitoring in flowing or open water Relative pressure measurement Performance characteristics: Sensor head dimensions: length 74mm and diameter 21mmHousing dimensions (L x W x H): 135mm x 81mm x 70mm (without sensor/cable)IP protection class: housing IP66/67; sensor IP68Operating temperature: -20℃ to +50℃.Ambient humidity: 0% to 100% RHDevice class: Class ACommunication: LoRaWAN® standardActivation: OTAA, ABPTransmit power: +14dBm, ADRPower supply: replaceable 2x alkaline C battery (LR14)Battery life: 11.6 years (60min transmission interval, SF12)Available frequency: EU868Measuring interval: 10min, configurableCable length: 10m

Ultrasonic Sensor for Distance & Level DL-MBX-001 LoRaWAN® The Decentlab ultrasonic sensor DL-MBX-001 is suitable for outdoor use and enables remote monitoring of water levels in open waters, tank levels, groundwater levels and various applications. It measures the distance between the sensor head and the target. The measuring principle is based on ultrasonic waves that are emitted by the sensor and reflected by nearby objects. Using the travel time of the sound waves and the speed of sound, the sensor calculates the distance travelled and thus the distance to the object. The data is transmitted to the corresponding backend via LoRaWAN®. The transmission interval can be individually configured via downlink OTA. The weatherproof and robust housing in combination with the long battery life allows maintenance-free real-time monitoring for several years.   Areas of application: Running water level Flood monitoring Waste water management Snow level Silo, waste and tank level Performance features: Ultrasonic sensor Measuring range: 50cm to 1000cm Housing dimensions (L x W x H): 170mm x 81mm x 70mm IP protection class: housing IP66/67; sensor IP67 Operating temperature: -20℃ to +50℃ Ambient humidity: 0% to 100% RH Device class: Class A Communication: LoRaWAN® standard Activation: OTAA, ABP Transmission power: +14dBm, ADR Power supply: replaceable 2x alkaline C battery (LR14) Battery life: 10.5 years (60min transmission interval, SF12) Available frequency: EU868 Measuring interval: 10min, configurable  

Decentlab Multisensor DL-LP8P for measuring air quality, humidity, temperature, air pressure & CO2 Decentlab's outdoor-ready air quality monitor continuously measures carbon dioxide concentration (CO2), temperature, humidity and barometric pressure. The data is transmitted in real time via LoRaWAN to the appropriate back end. The transmission interval can be configured individually. Due to the weatherproof and robust housing in combination with the long battery life, a maintenance-free real-time monitoring over several years is possible. The power supply is provided by 2 internal and replaceable alkaline C batteries (LR14). Technical data: CO2 sensor: Measuring range: 0 ... 10000 ppm Accuracy: ±50 ppm or ±3 % of measured value Temperature sensor: Measuring range: -40 ... 125 °C Accuracy: ±0,3 °C Humidity sensor: Measuring range: 0 ... 100 % RH Accuracy: ±2 % RH Barometric Pressure sensor: Application range: 300 ... 1100 hPa, -40 ... 85 °C Accuracy: ±1 hPa

Bidirectional LoRaWAN® people counter Radar Peopleflow Sensor PCR2 Outdoor from Parametric. PCR2 is a camera-less people counting system for outdoor and indoor use with LoRaWAN connectivity. The system includes powerful signal processing that enables directional counting of humans. Counters are transmitted in regular intervals over a public or private LoRaWAN network. Technical details: Bi-Directional counting of persons passing by Integrated 24GHz Radar sensor with advanced signal processing No surveillance camera – no privacy issues Vertically (ceiling) or horizontally mountable Integrated Antenna Wide range power supply input 5-12 VDC or USB 5V LoRaWAN 1.0.2 Class A device LoRaWAN Region: EU868 UV protected and waterproof enclosure Slim-line design with hidden fixing points All Parametric Sensors are equipped with USB or NFC for easy configuration with a freely available configuration tools.

Wireless ultrasonic sensor with LoRaWAN® interface WS-UC7000 The wireless ultrasonic sensor can be used for remote monitoring of fill level.The fill level, but also other parameters such as geo data and sensor status data, are measured or recorded in configurable time intervals andtransmitted to a counterpart in the LoRa network from where they are available for pure display or further processing.The sensor is parameterised via a Bluetooth interface using a mobile device (smartphone or tablet) and the WILSEN app belonging to the sensor. OPTIONAL with ZENNER IoT PLUG&PLAY booking-in services: Simply selsect one of the two ZENNER IoT PLUG&PLAY booking-in options to the right of the product image by clicking on the selection box. Selecting the log-in service ensures that your purchased WILSEN wireless ultrasonic sensor is directly created in the ZC LoRaWAN®-Netz EUROPE and optionally also automatically added to your B.One Gallery visualisation platform. Without manual configuration, setup and authentication. Prerequisite for visualisation: You already have a ZENNER IoT GatewayPLUS SMART, ZENNER IoT GatewayPLUS Indoor or Outdoor with the IoT PLUG&PLAY Option selected in uses. Order, plug in, switch on and view the sensor data in your B.One Gallery. See the measurement data, actions and progressions of your sensor directly there. Design and view your graphics, charts and reports. Create graphical reports of your data and share them with your colleagues, partners, customers or service providers simply via WebLink. The reports can be updated and the recipients only need a web browser Battery powered Data transmission via LoRaWAN LoRaWAN downlink channel for querying and adjusting parameter values Bluetooth interface for commissioning, parameterization and diagnostics

Detecting people flows with the Parametric Radar Peopleflow Sensor PCR2 Indoor (Bi-Directional) PCR2 is a camera-less people counting system for indoor use with LoRaWAN connectivity. The system includes powerful signal processing that enables directional counting of humans. Counters are transmitted in regular intervals over a public or private LoRaWAN network. Bi-Directional counting of persons passing by Integrated 24GHz Radar sensor with advanced signal processing No surveillance camera – no privacy issues Vertically (ceiling) or horizontally mountable Integrated Antenna Wide range power supply input 5-12 VDC or USB 5V LoRaWAN 1.0.2 Class A device LoRaWAN Region: EU868 PCR2 Bi-Directional People Counter Indoor 2 LEDs for counting signalisation Indoor version with slim line enclosure and hidden fixing points All Parametric Sensors are equipped with USB or NFC for easy configuration with a freely available configuration tools.

LoRaWAN pressure & temperature sensor for level monitoringHigh-precision lorawan level probe With the Lobaro level probe, high-precision liquid levels can be monitored wirelessly via LoRaWAN at low cost and with low energy consumption. The sensors have a standard cable length of up to 15 meters and are connected via a digital bus; shorter lengths are also available on request. Power is supplied via the Lobaro box using a D-cell battery with a capacity of up to 19Ah. Due to the extremely energy-efficient system architecture of the Lobaro hardware, battery life of several years is easily achievable, even with a relatively frequent hourly measurement & LoRa transmission interval, for example. With the help of ceramic pressure sensors, level monitoring can be realized with an accuracy of just a few millimetres. For example, a 0..1.5 bar sensor is ideal for high-precision level detection of liquids with a depth of up to 15 meters. Other sensors support pressure ranges of up to 1000 bar and are therefore suitable for a wide range of industrial applications, such as tank level monitoring or pipe burst monitoring in district heating pipe systems. Internet-based monitoring of water level measuring points on rivers is another conceivable application. Together with the good penetration and range (up to 5km) of LoRaWAN and the low energy requirement, even hard-to-reach locations, e.g. at Weirs or groundwater level shafts can be monitored wirelessly. Please also contact us if you require our bridge with a mobile radio connection via NB-IoT (Narrowband-IoT) or LTE instead of LoRaWAN. We are happy to carry out such customer-specific adaptations as part of a cost-efficient adaptation of the hardware. The configuration is user-friendly via the free Lobaro Tool (Windows, Linux, Mac).   Background level probe sensor technology The level probe is queried via a digital interface as standard. This enables cable lengths of up to 15m.   Performance features: ·          Extremely low power consumption by switching off the measuring electronics, optimized for battery-powered applications ·          Compact and robust stainless steel housing ·          High accuracy ( ±0.5%FSO(Typ.), ±0.25%FSO), outstanding long-term stability, no hysteresis ·          Pressure ranges from 0 to 1.5 bar (15m water column) ·          Integrated temperature sensor ·          Temperature range: -10 to +70°C ·          Protection class: IP67   Key data / Key facts ·          Radio technology LoRaWAN 1.1 compatible On request: NB-IoT/LTE ·          Power supply  1x D-cell battery (3.6V) ·          Measuring range differential 0...1.5 bar corresponds to 0...15m water column ·          Accuracy Total error band [%FS] ±0.5 ·          Query / measuring interval configuration Time-controlled via "CRON job" ·          Antenna Internal 868 MHz PCB On request: external SMA antenna connection. ·          Housing 122mm (w) x 82mm (l) x 55mm (h) Waterproof, IP67 ·          Conformity CE, RoHS, WEEE  

LoRaWAN® WATTECO Atm'O Outdoor Radio Weather Station This Sensor from WATTECO is measunring outdoor temperature, relative humidity and atmospheric pressure.   Technical details: LoRaWAN®, Class A Temperature range: -20°C to +55°C Measurement of temperature, relative humidity and air pressure Vertical antenna Protection class: IP68 for outdoor use  

Wireless ultrasonic sensor with LoRaWAN® interface WS-UCC4000 The wireless ultrasonic sensor can be used for remote monitoring of fill level.The fill level, but also other parameters such as geo data and sensor status data, are measured or recorded in configurable time intervals andtransmitted to a counterpart in the LoRa network from where they are available for pure display or further processing.The sensor is parameterised via a Bluetooth interface using a mobile device (smartphone or tablet) and the WILSEN app belonging to the sensor. OPTIONAL with ZENNER IoT PLUG&PLAY booking-in services: Simply selsect one of the two ZENNER IoT PLUG&PLAY booking-in options to the right of the product image by clicking on the selection box. Selecting the log-in service ensures that your purchased WILSEN wireless ultrasonic sensor is directly created in the ZC LoRaWAN®-Netz EUROPE and optionally also automatically added to your B.One Gallery visualisation platform. Without manual configuration, setup and authentication. Prerequisite for visualisation: You already have a ZENNER IoT GatewayPLUS SMART, ZENNER IoT GatewayPLUS Indoor or Outdoor with the IoT PLUG&PLAY Option selected in uses. Order, plug in, switch on and view the sensor data in your B.One Gallery. See the measurement data, actions and progressions of your sensor directly there. Design and view your graphics, charts and reports. Create graphical reports of your data and share them with your colleagues, partners, customers or service providers simply via WebLink. The reports can be updated and the recipients only need a web browser Battery powered Data transmission via LoRaWAN LoRaWAN downlink channel for querying and adjusting parameter values Bluetooth interface for commissioning, parameterization and diagnostics

MinoConnectUSB and optical head - Set for configuration and readout of ZENNER devices Set for mobile reading and configuration of ZENNER measuring devices and sensors. The "MinoConnectUSB Set Opto" is mainly used to read out and parameterize ZENNER devices via the optical interface. The two-part set consists of the "MinoConnectUSB", which is connected to a Windows mobile device or Laptop via USB, and the ZENNER IrDA "IrCombiHead" optical head. This is positioned on the optical interface of the respective ZENNER measuring device or sensor. The connection between MinoConnectUSB and the opto head is made via a SubD9 connector. Using the additional configuration and readout software MeteringSystemSolution (MSS) - in combination with the MinoConnectUSB Set Opto - the settings required on the device can be conveniently made from the Windows laptop or mobile device Features of MinoConnectUSB: USB / RS232 and RS485 interface LED operating status In conjunction with the ZENNER IrCombiHead, it supports the IEC 62056 (1107) and IrDA interfaces, the IEC 62056 (1107) and IrDA interfaces Additionally required configuration software MSS: Please note that the configuration software MSS is required to configure and read out ZENNER LoRa devices. This can be downloaded free of charge as a demo version. You will find the link below under "Related links".

DEOS SAM CO2 Air Quality LoRaWAN® The DEOS SAM CO2 room air sensor from DEOS AG measures the temperature, humidity and CO2 content in indoor rooms. By means of a visual and acoustic alarm when the adjustable CO2 threshold values are exceeded, you always keep an eye on the indoor air quality and can ventilate as required. The number and colours of the LEDs change depending on the CO2 content (ppm). The data is transmitted to the corresponding backend via LoRaWAN®. An external power supply is provided via a mini-USB connection - the cable and the power supply unit are included in the scope of delivery.   Areas of application Schools, workplaces Offices, event rooms Smart buildings Warning function Visual and audible alarm when CO2 limits are exceeded (limits can be set individually) Optical temperature display by LEDs

Intelligent level measurement via LoRaWAN® with the Sentinum Apollon-Q The Apollon-Q sensor from Sentinum stands for high-quality measurement results, as it combines optical distance measurement with a radar-based measurement principle. The LoRaWAN® sensor can be used for level measurements of up to three meters and is suitable for a wide range of applications, containers and materials. This also includes small containers such as waste paper baskets with suitable mounting area. Application areas: Waste management logistics Level measurement of liquids and inhomogeneous materials Key product features: Accurate measurement results through combination of different measurement technologies (optical measurement and radar) Opening detection by acceleration sensor (accelerometer) 3D level detection Robust housing Activation by app via NFC ("AtlasConnect") Technical data: Standard measuring range: 80 mm to 2000 mm Maximum measuring range: 30 mm to 3500 mm      Dimension (L x W x H): 109 mm x 53 mm x 33 mm Weight: 160g (including 2 batteries) Operating temperature: -20 °C - +85 °C Operating humidity: 20% - 95% IP protection class: IP66 Sensors for distance measurement: Radar and optical Technology: LoRaWAN® Frequency: EU868 Device class: Class A Downlink configuration: Yes Power supply: Rated voltage 3V (one or two batteries, depending on version) Operating time: 5 years (48 measurements and 24 transmissions/day)

Greenbox Compact 3 - Intelligent LoRaWAN®-enabled timer for controlling street lighting Greenbox Compact 3 is an intelligent time switch with an astronomical calendar and LoRaWAN® radio interface. It is used for intelligent, modern control of street lighting. Greenbox Compact replaces existing conventional audio frequency ripple control receivers. The switching on and off of the connected street lighting is either controlled by the astronomical calendar stored in the Greenbox or by means of a LoRaWAN® command. The exact time is automatically synchronized between the server and the Greenbox Compact via the LoRaWAN® interface. Switching commands are transferred via the LoRaWAN® interface. The switching commands can either be sent to individual devices (single mast control) or as real synchronous group commands (string control). The parameterization of the Greenboxes can also be set and read out via the LoRaWAN interface. A current measurement checks the function of the consumer (e.g. defective lamp). Switching changes or errors are automatically sent as a LoRa message. The Greenbox Compact is 1: 1 connector compatible with standard ripple control receivers available on the market (e.g. Landis + Gyr RCR 131 or Langmatz EK 593) and complies with the current EN and IEC standards. Features: Can be used for single mast or group control Simple assembly as it is compatible with standard TRE's DIN rail mounting is possible as an option Automatic time synchronization Up to 8 switching programs available Integrated power measurement (enables functional testing of the consumer) USB-C interface for configuration Can also be used as a simple time switch without LoRaWAN® functionality Sealable LED operating status display Protection class IP32 Scope of delivery: Greenbox Compact 3 Accessories (to be ordered separately) Mast antenna with 4 m cable for mast diameter 80-140 mm (ANT140), Order number 172726 (see also tab "Accessories") optional: DIN rail adapter for Greenbox Compact (GBC3-DIN), Order number 173291 (see also tab "Accessories") optional: Standard SMA angled antenna (ANT100), Order number 173292 (see also tab "Accessories") Video on the ZENNER Youtube channel: LoRaWAN: Smart Lighting with the Internet of Things

Mobile LoRaWAN® Field Tester / Range Tester from Adeunis LoRaWAN field tester for real-time network analysis and signal strength testing.  It allows the transmission, reception and immediate display of LoRaWAN messages and their quality/field strength in the network used. Use Cases: Coverage and range tests with geolocation of the measuring points Optimization of sensor locations / positions for assembly planning Selection of the most suitable network

IMBUILDINGS B.V. IR People Flow Sensor Set LoRaWAN®   The LoRaWAN® IR People Flow Sensor Set from IMBUILDINGS B.V. is used to detect or monitor the flow of visitors. The infrared sensor pair is mainly used in shops, commercial or municipal buildings to ensure that not too many people are in a certain area. The LoRaWAN® IR People Flow Sensor Set works with horizontal infrared technology. The light barrier registers when people enter or leave a building or room. The two-part sensors are battery-operated, an external power supply or separate cable installation is not required. The optimum installation height for the two-part sensor is in the range of 125 cm and 140 cm. The maximum distance between the sensor and the corresponding receiver is 8 metres. The sensors are easy to install using screws or glue. A parser for use in the ZENNER ELEMENT IoT platform is available. Configuration such as the transmission interval can be carried out via the NFC interface. Attention: The batteries are not included in the scope of delivery.   Performance features:   Measurement parameters: People flow  Housing dimensions (H x W x D): 116mm x 69mm x 22mm  IP protection class: IP20  Ambient temperature range: 0℃ to 40℃  Ambient humidity: 0 to 95% non-condensing  Equipment class: Class A  Communication: LoRaWAN  Activation: via Button on the transmitter  Counting: Horizontal Bidirectional counting  Technology: Infrared technology  IR counting line: maximum 8 metres  Installation height for the two-part sensor: 125 cm to 140 cm  Power supply: 2x AA 1.5 V alkaline eachbattery (not included in delivery)  Rated voltage: 3V  Maximum power consumption: 60mA  Battery life: approx. 1 year  Configuration: with NFC via app from manufacturer  Available frequency: EU868  Measuring interval: 15 min (configurable via App)  Data availability: IOT platform

Sensoneo Smart Waste level sensor Single 3.0 for monitoring the amount of waste. The Sensoneo Single Sensor LoRaWAN is an enterprise-class sensor. Designed for various types of containers from high capacity to small containers, it meets the needs of the customers wanting the secure data transfer to cloud-based applications. The ultrasonic sensors is able to monitor any type of waste in bins of various type and size. It is very robust, water and shock resistant and can be connected to any LoRaWAN. Get real-time data on fill-level in bins. OPTIONAL with ZENNER IoT PLUG&PLAY booking-in services: Simply selsect one of the two ZENNER IoT PLUG&PLAY booking-in options to the right of the product image by clicking on the selection box. Selecting the log-in service ensures that your purchased Sensoneo Smart Waste Ultrasonic Sensor is directly created in the ZC LoRaWAN®-Netz EUROPE and optionally also automatically added to your B.One Gallery visualisation platform. Without manual configuration, setup and authentication. Prerequisite for visualisation: You already have a ZENNER IoT GatewayPLUS SMART, ZENNER IoT GatewayPLUS Indoor or Outdoor with the IoT PLUG&PLAY Option selected in uses. Order, plug in, switch on and view the sensor data in your B.One Gallery. See the measurement data, actions and progressions of your sensor directly there. Design and view your graphics, charts and reports. Create graphical reports of your data and share them with your colleagues, partners, customers or service providers simply via WebLink. The reports can be updated and the recipients only need a web browser   

Parking sensor LoRaWAN 868 PNI PlacePod InGround ODPlacePod solves the most mission-critical aspects of parking management ACCURATE, REAL-TIME VEHICLE DETECTION AND THE LOCATION OF AVAILABLE PARKING SPACES.PlacePod  InGround is an in-ground mounted sensor that communicates with a gateway to provide real-time parking data over a Low Power Wide Area Network (LPWAN). It provides accurate vehicle detection in parking spaces, up to 7 years of battery life, and is stable over temperature fluctuations, even in harsh environments.Incorporating real-time parking data from PlacePod smart parking sensors into a parking management strategy can help reduce traffic congestion and carbon emissions, foster economic development and improve urban mobility, and increase parking revenue.FEATURES & BENEFITSIncludes the industry’s most accurate magnetic sensing system for vehicle detection with the combination of PNI’s high-performance magnetic sensor and vehicle detection algorithms that accurately detect the presence or absence of a car in a parking space. PlacePod vehicle detection algorithms offer machine learning capability. This unique feature provides improved accuracy when filtering out local electromagnetic interference and changes in the local magnetic field. Improved vehicle detection algorithms and continuous monitoring provide more accurate detection for vehicles in neighboring parking spaces. This is ideal for space-constrained or narrow parking spaces. With its auto-calibration feature, PlacePod does not require any calibration during installation or when firmware is updated. Calibration is optional. This saves time during installation and lowers total cost of ownership of the system. Unlike other parking sensors, PlacePod provides continuous vehicle detection without missing a parking event. Capability for wireless configuration and software updates using Bluetooth Low Energy (BLE) via PNI’s mobile iOS and Android applications. Unlike other magnetic sensor-based parking sensors, PlacePod accurately detects parking events in dense urban environments and filters out electromagnetic interference or “noise” such as direct current from overhead power lines, interference from underground trains, or transient magnetic signatures from passing traffic, which can trigger false parking events. Customers can visualize parking data using PNI’s Parking Management Application – a comprehensive dashboard for managing and monitoring all parking resources and data, including installation and verification, diagnostics, monitoring, and reporting. Using the PlacePod API, data can be shared with 3rd-party applications (including IoT platforms, parking enforcement, mobile payment, parking management systems, parking guidance systems). Includes a built-in LoRa® radio that communicates to a gateway or base station with complete Low Power Wide Area Network (LPWAN) compatibility. Specifications Communication LoRa 915 MHz, 868 MHz, 923 MHz, 865 MHz Module LoRaWAN™ compliant Uses Sub-GHz ISM bands in North America, Europe and other regions LoRaWAN Device Type Class A Outputs 2 states: Occupied Vacant Battery Life/Type Up to seven years depending on configuration and distance from gateway Lithium-Thionyl Chloride Dimensions In-Ground 4.3 in (10.92 cm) diameter -minimum hole 4.5 in (11.43 cm) 1.18 in (3.0 cm) height -minimum hole 2.5 in (6.35 cm) Dimensions Surface-Mount 9.0 in (22.86 cm) diameter 1.25 in (3.15 cm) height Installation Position Center of the parking space Operating Temperature -30°C to +70°C / -22°F to +158°F Storage Temperature -40°C to +85°C / -40°F to +185°F Activation Type OTAA Certifications FCC (915 MHz), CE (868 MHz)

PlacePod solves the most mission-critical aspects of parking managementACCURATE, REAL-TIME VEHICLE DETECTION AND THE LOCATION OF AVAILABLE PARKING SPACES.PlacePod is an surface-mounted sensor that communicates with a gateway to provide real-time parking data over a Low Power Wide Area Network (LPWAN). It provides accurate vehicle detection in parking spaces, up to 7 years of battery life, and is stable over temperature fluctuations, even in harsh environments.Incorporating real-time parking data from PlacePod smart parking sensors into a parking management strategy can help reduce traffic congestion and carbon emissions, foster economic development and improve urban mobility, and increase parking revenue. FEATURES & BENEFITSIncludes the industry’s most accurate magnetic sensing system for vehicle detection with the combination of PNI’s high-performance magnetic sensor and vehicle detection algorithms that accurately detect the presence or absence of a car in a parking space. PlacePod vehicle detection algorithms offer machine learning capability. This unique feature provides improved accuracy when filtering out local electromagnetic interference and changes in the local magnetic field. Improved vehicle detection algorithms and continuous monitoring provide more accurate detection for vehicles in neighboring parking spaces. This is ideal for space-constrained or narrow parking spaces. With its auto-calibration feature, PlacePod does not require any calibration during installation or when firmware is updated. Calibration is optional. This saves time during installation and lowers total cost of ownership of the system. Unlike other parking sensors, PlacePod provides continuous vehicle detection without missing a parking event. Capability for wireless configuration and software updates using Bluetooth Low Energy (BLE) via PNI’s mobile iOS and Android applications. Unlike other magnetic sensor-based parking sensors, PlacePod accurately detects parking events in dense urban environments and filters out electromagnetic interference or “noise” such as direct current from overhead power lines, interference from underground trains, or transient magnetic signatures from passing traffic, which can trigger false parking events. Customers can visualize parking data using PNI’s Parking Management Application – a comprehensive dashboard for managing and monitoring all parking resources and data, including installation and verification, diagnostics, monitoring, and reporting. Using the PlacePod API, data can be shared with 3rd-party applications (including IoT platforms, parking enforcement, mobile payment, parking management systems, parking guidance systems). Includes a built-in LoRa® radio that communicates to a gateway or base station with complete Low Power Wide Area Network (LPWAN) compatibility. Specifications Communication LoRa 915 MHz, 868 MHz, 923 MHz, 865 MHz Module LoRaWAN™ compliant Uses Sub-GHz ISM bands in North America, Europe and other regions LoRaWAN Device Type Class A Outputs 2 states: Occupied Vacant Battery Life/Type Up to seven years depending on configuration and distance from gateway Lithium-Thionyl Chloride Dimensions In-Ground 4.3 in (10.92 cm) diameter -minimum hole 4.5 in (11.43 cm) 1.18 in (3.0 cm) height -minimum hole 2.5 in (6.35 cm) Dimensions Surface-Mount 9.0 in (22.86 cm) diameter 1.25 in (3.15 cm) height Installation Position Center of the parking space Operating Temperature -30°C to +70°C / -22°F to +158°F Storage Temperature -40°C to +85°C / -40°F to +185°F Activation Type OTAA Certifications FCC (915 MHz), CE (868 MHz)

LoRaWAN door contact sensor Clos'O 868 MHz. Clos'O is a LoRaWAN® Sensor that determines if a gate is properly closed. Installed on the frame (or on the fixed part, it detects the position of a magnet fixed on the gate moving part. The sensor reports on a public or private LoRaWAN® radio network the open or closed state of the gate. An alert is transmitted if the sensor is dismantled. Use Cases for LoRaWAN door contact sensor Clos'O: checking the opening status of gates, portals, garage doors, etc. continuous monitoring of gates in fences along free surfaces on properties, near freeways, railroads and industrial sites Features and functions: LoRaWAN®, Class A autonomous sensor Detection distance: up to 35 mm Alarm on removal of the sensor very easy installation more than 5 years autonomous operation designed for outdoor use 868 MHz (other frequencies on request)

Versatile LoRaWAN CO2 Sensor from ELSYS for indoor climate monitoring  A LoRaWAN room sensor for measuring the indoor climate in an inconspicuous housing for simple wall mounting.

Sentinum FEBRIS CO2 air quality meter LoRaWAN® The FEBRIS CO2 air quality meter from the manufacturer Sentinum measures the temperature, humidity, pressure and CO2 content in indoor rooms. By means of a visual and acoustic alarm when the adjustable CO2 threshold values are exceeded, you always keep an eye on the indoor air quality and can ventilate as required. As a special feature, the sensor with KNOCK-KNOCK function (manual) can trigger an immediate measurement. The data is transmitted to the corresponding backend via LoRaWAN®. OPTIONAL with ZENNER IoT PLUG&PLAY: Simply selsect the ZENNER IoT PLUG&PLAY Option by clicking on the selection box. Selecting the function ensures that your purchased Sentinum FEBRIS CO2 air quality meter LoRaWAN® is directly created in the ZC LoRaWAN®-Netz EUROPE and automatically added to your B.One Gallery visualisation platform. Without manual configuration, setup and authentication. Prerequisite for visualisation: You already have a ZENNER IoT GatewayPLUS SMART, ZENNER IoT GatewayPLUS Indoor or Outdoor with the IoT PLUG&PLAY Option selected in uses. Order, plug in, switch on and view the sensor data in your B.One Gallery. See the measurement data, actions and progressions of your sensor directly there. Design and view your graphics, charts and reports. Create graphical reports of your data and share them with your colleagues, partners, customers or service providers simply via WebLink. The reports can be updated and the recipients only need a web browser. Areas of application Schools and office complexes Industry and production Warehouses and halls Smart buildings Warning function Visual and audible alarm when CO2 limits are exceeded (limits can be set individually)

BOSCH LoRaWAN® Parking Sensor Parking Lot PLS 868 MHz IP67 The LoRaWAN® Parking Lot PLS is a sensor for Smart Parking and Smart City applications. The sensor is battery powered and designed for surface mounting. Both screw and adhesive mounting is possible. The parking sensor detects and reports the occupancy of individual parking spaces / parking lots and thus enables active parking space management. The simple retrofit solution for the monitoring of parking spaces can be installed in a few minutes. Drivers in large cities spend on average more than 40 hours a year behind the wheel alone to find parking spaces. Around 30 % of inner-city traffic and the associated CO2 emissions are accounted for by the search for parking space alone. However, the question of where the next available parking space is has been answered much faster than before with digital solutions for some time now. This time saving is made possible by modern Internet-of-Things technologies. Sensors are integrated into a networked overall mobility solution via LoRaWAN® radio technology (Long Range Wide Area Network). The radio technology makes it possible to collect data from sensors over a large radius via a gateway and send it to intelligent traffic control systems. The information about the occupancy status of the parking lot ends up in the back end of the mobility system, where it is processed and made available to the end users via navigation system, smartphone app or website. In this way, motorists can navigate to the nearest available parking space. The back-end system can also store the type of parking space involved, i.e. "normal" surface parking or special parking space (women's, family or disabled parking, e-charging station). The solution is also suitable for monitoring escape routes (e.g. fire department access roads) or e-charging stations. The parking sensor contains two independent sensor elements, a magnetometer to detect changes in the magnetic field of the environment and a RADAR sensor to measure the reflectivity of the object above the sensor.

LoRaWAN® Temperature Sensor Temp from Adeunis Temperatur sensor with 2 probes. Highlights: Integrated and remote temperature probes Sending an average of values over a given period Local and remote configuration Consumption controlled for optimized autonomy